TakeShape

takeshape

Marketing has evolved a lot over the centuries, and it will keep on changing. There are various factors, such as fashion, culture, technology that contribute to the changes. It will not be a wise decision to sit back and relax, particularly if you own a business or if you are working in a marketing field. If you do not update yourself, you will cease to exist. One of the most revolutionary technologies that impacted marketing was the internet. After the evolution of the internet, we got digital marketing, huge internet-based corporations, and more. Over the past few years, we saw many revolutionary technologies that impacted marketing significantly, such as artificial intelligence, machine learning, IoT, Big Data, and so on. All of them have affected a lot on how we carry out marketing operations. Image Source: According to , the global revenue of marketing research companies exceeds $45.5 billion. In this rapidly changing world, you can expect the growth of the income of marketing research companies and the introduction of new marketing strategies and disruptions. Marketingmix Statista The growing shift towards digital marketing has increased the value of . digital marketing training What are the Top Marketing Disruptions to Watch Out in 2020? We witness a lot of minor changes in today’s world marketing all the time. However, there are some major marketing disruptions that you cannot ignore. In this article, I will reveal the top 5 marketing disruptions that you cannot ignore in 2020. According to Mckinsey , around 80% of business decision-makers believe that improving customer experience is the most critical factor that contributes to the success of the business. They also think that customer loyalty plays a crucial role in business success after customer experience. The guess works cannot offer customers what they want. The marketers are starting to realize it, and they are now opting for data-driven creativity. It allows businesses to create the right content that caters to their targeted audience. The IoT and Big Data technologies have now allowed marketers to pull out filtered data from various sources. After gathering the data, the marketers will know what their targeted audience wants. 1. More marketers will shift from guesswork to data-driven creativity approach study They also know the types of marketing channels that would help them better reach out to their targeted audience. With that information, the marketing campaigns will produce a better result. Furthermore, it will also reduce the cost of marketing campaigns. Image Source: Datafloq Today, marketers can get quick access to real-time data. It allows them to create better pieces of content at a faster rate. They can also capitalize on the recent trends before it dies out. Useful reading- Remarkable Marketing Strategies to Survive COVID-19 2. The voice search will see explosive growth, while visual search will start taking off The voice search volume has now surpassed one billion searches. According to the study, the voice search will comprise 50% of the total search volume by 2020. More and more people are getting familiar with searching and buying via voice assistants. Image Source: Statista The also shows that voice shopping will rise from $2 billion to $40 billion by 2022. Those who are ignoring voice search optimization will start getting serious about voice search. The businesses will risk losing the massive opportunity of raising brand awareness and increasing revenue without voice search optimization. study There will be more attention towards optimizing websites and sales pages for voice search. Let’s get to visual search now. Google’s reverse image search has been around for a while. Image Source: Medium Some marketers are focusing on voice search, but they have ignored visual search. The search engines have improved their ability to identify images due to the recent upgrades in technology. Image Source: SEJ The users are using images of food categories, fashion items, home decor items, vehicles, pets, and so on to know more about that specific thing. You should focus on using images and optimizing it to rank well for visual search queries. search engine 3. Retailers will fight back with experimental commerce We have seen the rise of eCommerce showing an entry path to many huge retailers. It is not that eCommerce market growth will slow down, but what I’m saying is that retailers will stay on the game with experimental commerce. Like I’ve said in the earlier part of the article, the customer experience plays a vital role in determining business success. That is what experimental commerce is all about. The experimental trade is about refining your strategies for offering the best possible experience to your customers. It is possible to build strong customer loyalty if we offer a great shopping experience for them. The key here is to focus on customer loyalty, rather than a one-time transaction. The growth of augmented reality will play a vital role in experimental commerce. Most of the customers search for product information via their smartphone. We are likely to see retailers using augmented reality and providing great mobile experience to offer them real-time data to make them visit the store. We will also see many online brands shifting to the traditional retail model. The shows that the customers who purchase the product via both online and offline have a 30% extra lifetime value. study 4. More focus on Personalization, but in an ethical way In the early days of the introduction of the internet, all marketers were reluctant to send bulk emails to their list without taking care of any personalization factors. The aim then was to get a few sales out of the bulk email campaigns. However, the same approach will not only be a colossal flop, but it will also be liable for a fine. The trend today is personalization. The businesses are now focusing on getting as much information as possible about their targeted audience and customers to offer the most relevant and exciting content to their users. There are revolutionary technologies like AI, Big Data, and so on to help marketers customize at the whole new level. However, we are only doing a basic level of customization. In 2020, the term “one-to-one marketing” is likely to gain momentum. The focus will be on the creation of a single view of a customer. Microsoft recently announced the to allow companies to connect their data in multiple ways and create a single view. The companies will focus more on building an agile marketing execution model that would enable professionals from different areas to leverage the available data more efficiently. Open Data Initiative The General Data Protection Regulation (GDPR) will be stricter, which will force organizations to collect and use information by following the rules. A few hacks to take your personalization to the next level keeping GDPR in mind GDPR is one of the biggest shocks to digital marketers as they are no longer free to market their products and services like before. There are plenty of things that one must consider before sending emails to the list. Here are some of the useful hacks that can help you personalize your emails in an era of GDPR: a. Try to collect just enough information from your customers by asking their permission Only having a lot of information about a specific customer will not help you enhance the quality of your personalization. Instead, you will be stuck with analysis paralysis. It means that you will be overwhelmed by the quantity of information that you collect. Furthermore, the customers may feel awkward with your brand knowing a lot about them. You should collect just enough information that is not super personal, but good enough for you to personalize. It will let your company be on the safe side and will not alert the customers. Furthermore, you will only have crucial information that will save you time and enable you to create on-the-point sales copy. If you are collecting the leads, start by collecting only their email address. The first-time visitor often does not want to fill out a lot of information, and a single email address is enough to foster your relationship with your potential client. Also, make sure that you are taking their permission to send continual email letters. b. Clean your list and give your audience clear information with compelling headlines The point might sound counter-intuitive, but it is not. By getting rid of unengaged people on your list, you will be able to focus on people that are more likely to do business with your company. You can also dedicate more time to knowing more about those people for giving them a better experience. Over 80% of the income usually comes from 20% of the customers. In addition to that, you should have great headlines telling your audience what you will do with their information. Be transparent so that they will not feel hesitant to give away their data. 5. More marketers will start focusing on understanding Gen Z Most of the marketers, still to this date, are only focussing on how to lure millennials to buy more products and how to win their loyalty. It is logical to focus on millennials as the significant chunk of the US population and in other parts of the world are millennials. As per the , there are over 82 million millennials in the US. report The millennials have money and making them your customer can bring you a ton of revenue. With that said, millennials are not the only people that need attention from the marketers Image Source: Forbes Gen Z is a generation that needs a lot of attention. After all, they are the ones who will be a significant chunk of customers shortly. It is essential to build up a sharp brand image among them if you want to sustain your business for a long time. Gen Z is starting to enter the workforce, which means they will start generating income. If they can spend, it means marketers need to understand their taste and preference to market products and services to them in an efficient way. Gen Z generation is more tech-savvy and exposed to social media platforms. They want authenticity. We can expect more and more marketers to customize their strategies to cater to Gen Z in 2019. A few things marketers must know about Gen Z There is plenty of information that you need to know about Gen Z as a marketer. You will get to know more about them over time as you market your product/service. However, the information that I’m about to reveal will help you get started: a. Try to sound intelligent Do not assume that the young generation is unaware and stupid. It might set you back as a marketer. Gen Z is aware of the current events and market. You need to sound intellectual when you are dealing with Gen Z so that they will feel that they are doing business with a reliable brand. b. Do not try to act like you have the perfect solution Nobody's perfect and trying to fake it will only make things worse when you are dealing with Gen Z. Be genuine and honest to make your Gen Z audience feel that you are a real person with flaws, which will help them resonate with you. c. Gen Z expects more from businesses The finds that over 70% of Gen Z finds technology helpful, while over 45% of them find tech stressful. Gen Z expects honesty, transparency, and more out of the information that they share with businesses. They want technologically-optimized messages. It is a huge factor that determines your chances of winning the heart of Gen Z. study What’s Next? It is tough to predict the future of marketing. However, we can say that the current technologies will be better in the future by looking at the massive investments pouring in it. There will be new trends and techniques that will impact the way we market our products and services, as innovation never stops. The new changes will pose challenges for marketing; however, we can expect better and ethical marketing strategies in times to come. Have I missed out on any considerable marketing disruption? If yes, you can add value to this article by letting us know.

5 Major Marketing Disruptions Expected To Take Shape in 2020

What started as a tool I developed to simplify visualizing complex database schemas quickly grew into a platform that aims to help developers and data analysts alike. The vision was simple: to create an intuitive, keyboard-friendly database design tool that anyone could use, without the friction of cumbersome clicks or endless UI navigation. The tool supports both open-source languages like ERDL and DBML, giving users the flexibility to choose their preferred modeling language for designing database diagrams. Whether you're a fan of DBML's expressive syntax or prefer the simplicity of ERDL, the tool seamlessly integrates both. How It Works: User-Friendly UI/UX: Just open DatabaseDiagram.com and start typing your schema—your diagram appears instantly, making design fast and easy.
The Toolbar: Manage diagrams, import/export schemas, and share your designs with a click.
Code Editor: Type out your database schema and see your diagram take shape in real-time. The syntax is straightforward—just type, and the diagram is generated.
Visual Diagram: Zoom, pan, and navigate through your diagram effortlessly. Creating Tables and Fields: You can define tables and fields directly in the code editor. Here's the syntax to help you get started: Creating Relationships in ERDL: < one-to-many. e.g: Customer.id < Order.Id
many-to-one. e.g: Order.Id > Customer.id
one-to-one. e.g: Customer.id - Address.id
<> many-to-many. e.g: authors.id <> books.id eg. CustomerID int FK > Customer.CustomerID Import and Export Options Whether you're working with PostgreSQL or MySQL, you can import your existing scripts to instantly visualize your database. Export your diagrams to PDF, PNG, or SQL scripts to share with your team or integrate into your workflow. I’m constantly working on improving DatabaseDiagram.com, and feedback from the community has been invaluable in shaping its evolution. If you love the tool, spread the word and share your feedback! What started as a tool I developed to simplify visualizing complex database schemas quickly grew into a platform that aims to help developers and data analysts alike. The vision was simple: to create an intuitive, keyboard-friendly database design tool that anyone could use, without the friction of cumbersome clicks or endless UI navigation. visualizing complex database schemas The tool supports both open-source languages like ERDL and DBML, giving users the flexibility to choose their preferred modeling language for designing database diagrams. Whether you're a fan of DBML's expressive syntax or prefer the simplicity of ERDL, the tool seamlessly integrates both. ERDL How It Works: How It Works: User-Friendly UI/UX: Just open DatabaseDiagram.com and start typing your schema—your diagram appears instantly, making design fast and easy. The Toolbar: Manage diagrams, import/export schemas, and share your designs with a click. Code Editor: Type out your database schema and see your diagram take shape in real-time. The syntax is straightforward—just type, and the diagram is generated. Visual Diagram: Zoom, pan, and navigate through your diagram effortlessly. User-Friendly UI/UX: Just open DatabaseDiagram.com and start typing your schema—your diagram appears instantly, making design fast and easy. DatabaseDiagram.com The Toolbar: Manage diagrams, import/export schemas, and share your designs with a click. Code Editor: Type out your database schema and see your diagram take shape in real-time. The syntax is straightforward—just type, and the diagram is generated. Visual Diagram: Zoom, pan, and navigate through your diagram effortlessly. Creating Tables and Fields: Creating Tables and Fields: You can define tables and fields directly in the code editor. Here's the syntax to help you get started: Creating Relationships in ERDL: Creating Relationships in ERDL: < one-to-many. e.g: Customer.id < Order.Id many-to-one. e.g: Order.Id > Customer.id one-to-one. e.g: Customer.id - Address.id <> many-to-many. e.g: authors.id <> books.id < one-to-many. e.g: Customer.id < Order.Id many-to-one. e.g: Order.Id > Customer.id one-to-one. e.g: Customer.id - Address.id <> many-to-many. e.g: authors.id <> books.id eg. CustomerID int FK > Customer.CustomerID Import and Export Options Whether you're working with PostgreSQL or MySQL, you can import your existing scripts to instantly visualize your database. Export your diagrams to PDF, PNG, or SQL scripts to share with your team or integrate into your workflow. Import and Export Options I’m constantly working on improving DatabaseDiagram.com , and feedback from the community has been invaluable in shaping its evolution. If you love the tool, spread the word and share your feedback! DatabaseDiagram.com

Designing Database Diagrams Effortlessly with Open-Source ERDL Language

A recent study conducted by SFJESGS found out that “traditional streaming services have disrupted traditional broadcast television by providing a more personalized, on-demand, and flexible viewing experience. The study also found out that they changed how content is created, distributed, and consumed”. However, it is intriguing to note that within a short window of time, what were once hailed as disruptors are themselves increasingly facing disruption, especially with the emergence of blockchain technology. Fueled by opaque revenue models, exorbitant subscription costs, and content access fragmentation, the disruption is already underway. This article examines the future of video streaming as well as the shortcomings of both the traditional and blockchain-based video streaming models. It highlights how decentralized video streaming models leverage blockchain-based approaches to create a more equitable and transparent video economy for creators, viewers, and the entertainment industry as a whole. Challenges Facing Traditional Streaming Services Despite its huge potential, the existing video streaming model is anything but perfect. Limited transparency and accountability, exorbitant subscription fees, and fragmented content access are some of the pressing challenges limiting the growth potential of the traditional video streaming industry. Limited Transparency The lack of transparency in the distribution of revenue presents a disappointing picture of the opaque payment structures that content creators have to contend with. In most cases, the amount of efforts put into content creation does not commensurate with the rewards that accrue to it. For smaller creators whose livelihood depend on their content, this imbalance can lead to frustration and disappointment. Besides, since creators have no control over the metrics that are used in calculating their reported earnings, they are usually left in the dark, unsure of how their work translates to actual compensation. Exorbitant Subscription Fees Traditional streaming services are often criticized for charging exorbitant subscription fees, leaving viewers with little or no choice. The constant hike in subscriptions costs is majorly fueled by various video streaming platforms competing for dominance. Fragmented Content Access The traditional video streaming model lacks a standardized approach to content syndication. This is due to the fact that licensing agreements are often complex and vary greatly between platforms, leading to limited availability and fragmentation. It also restricts viewers' options and makes it difficult for creators to reach a wider audience. From the above, it is without a doubt to state that current system is built on limited transparency and accountability and fragmentation. These shortcomings provide a justification for the emergence of  decentralized models, which are not only cost-effective but also transparent as well. Blockchain-based Models There is an ongoing paradigm shift from traditional streaming services to decentralized models, which not only offers immediate financial benefits but also increased transparency and accountability. In a decentralized model, blockchain technology gives creators greater control over their work. Through smart contracts (self-executing agreements built on the blockchain), creators can determine how their content is displayed, distributed, and even monetized beyond traditional avenues. The potential of decentralized video streaming model is vast, especially because it fosters a more equitable ecosystem by empowering creators, offering viewers greater choice, and streamlining content distribution. Challenges Facing Blockchain-based Streaming Models Although blockchain-based models present exciting possibilities in the streaming ecosystem, navigating scalability, mass adoption, content security and regulatory hurdles remains crucial for their long-term success. These challenges reflect the current stage of the evolution of blockchain technology and should not be regarded as insurmountable obstacles. Scalability Scaling blockchain to efficiently handle vast amounts of data such as user information, streaming data, etc. remains a major challenge slowing down the market growth potential. Unlike traditional streaming services that can manage data from a large user base, decentralized models are often confronted with this hurdle . Although blockchain protocols like interplanetary file systems (IPFS) are used for data storage and distribution, Mass Adoption Enlightening users about blockchain technology and its advantages within the streaming ecosystem is crucial for its long-term success. Decentralized streaming platforms need to create user-friendly interfaces and educational resources which can streamline .  Without a clear understanding of how this technology works, onboarding new users might be prove to be extremely difficult. Content Security Protecting users against unauthorized access and copyright infringement underlines the need for decentralized streaming platforms to adopt robust security measures in tackling piracy. Without an assurance that contents uploaded to decentralized streaming platforms are secure, potential users might be reluctant to embrace this new paradigm. Regulation Regulatory frameworks for blockchain technology and cryptocurrencies are beginning to take shape in many countries across the world. Decentralized streaming platforms need to stay abreast of these developments and ensure their operations comply with the local regulations of the countries where they are registered. Technical Complexity Blockchain needs to be abstracted away into the background due to its complex nature. Users do not want to be bored with the technical details about it. Building a user-friendly streaming application is key to attracting and retaining viewers. Replay As a Case Study Having established the thesis that traditional video streaming services face challenges like complex licensing, lack of transparency, and limited viewer choice, it is crucial to examine Replay, a decentralized model, as a practical use case. Replay, a platform built on blockchain technology and generative AI, aims to address the lingering issues faced by traditional video streaming platforms. It leverages the power of blockchain to create a decentralized network. This means a secure and transparent digital ledger tracks every view and interaction with content. The blockchain-powered video streaming future it seeks to create is built on decentralized network, real time licensing and payment, pay-per-view-model and wide distribution network. Creators upload content and set their own licensing terms, eliminating the complexities of traditional licensing agreements. Additionally, secure payments are facilitated through RPLAY, Replay's native token, ensuring creators are fairly compensated for every view. For viewers, Replay offers a pay-per-view model, eliminating subscription fatigue. It also fosters a community-driven experience by encouraging interaction between creators and fans. This not only builds trust but also encourages participation in the decentralized ecosystem. The Future of Video Streaming The same also goes for decentralized platforms which may integrate with existing streaming platforms as a way to maximize user reach.  Chances are that the future of video streaming is a convergent one in which traditional players coexist with decentralized video streaming platforms by adopting blockchain elements in their operations. Regardless of what happens , the potential of blockchain-based streaming technology to revolutionize the entertainment landscape remains is enormous. Conclusion It is an indisputable fact that the traditional video streaming model is hampered by challenges that limit its potential for both creators and viewers. However, the emergence of blockchain technology offers a unique solution, which promises increased transparency, fairer revenue distribution, and wider content accessibility. Whether independent platforms are leading the charge or established players incorporating blockchain solutions, a new era in video streaming is already underway. This is the era that promises to usher in a more equitable and innovative entertainment landscape, where both creators and viewers have a greater stake in the success of the content they produce and consume. A recent study conducted by SFJESGS found out that “traditional streaming services have disrupted traditional broadcast television by providing a more personalized, on-demand, and flexible viewing experience. The study also found out that they changed how content is created, distributed, and consumed”. SFJESGS SFJESGS However, it is intriguing to note that within a short window of time, what were once hailed as disruptors are themselves increasingly facing disruption, especially with the emergence of blockchain technology. Fueled by opaque revenue models, exorbitant subscription costs, and content access fragmentation, the disruption is already underway. This article examines the future of video streaming as well as the shortcomings of both the traditional and blockchain-based video streaming models. It highlights how decentralized video streaming models leverage blockchain-based approaches to create a more equitable and transparent video economy for creators, viewers, and the entertainment industry as a whole. decentralized video streaming Challenges Facing Traditional Streaming Services Despite its huge potential, the existing video streaming model is anything but perfect. Limited transparency and accountability, exorbitant subscription fees, and fragmented content access are some of the pressing challenges limiting the growth potential of the traditional video streaming industry. Limited Transparency The lack of transparency in the distribution of revenue presents a disappointing picture of the opaque payment structures that content creators have to contend with. In most cases, the amount of efforts put into content creation does not commensurate with the rewards that accrue to it. For smaller creators whose livelihood depend on their content, this imbalance can lead to frustration and disappointment. Besides, since creators have no control over the metrics that are used in calculating their reported earnings, they are usually left in the dark, unsure of how their work translates to actual compensation. Exorbitant Subscription Fees Traditional streaming services are often criticized for charging exorbitant subscription fees, leaving viewers with little or no choice. The constant hike in subscriptions costs is majorly fueled by various video streaming platforms competing for dominance. Fragmented Content Access The traditional video streaming model lacks a standardized approach to content syndication. This is due to the fact that licensing agreements are often complex and vary greatly between platforms, leading to limited availability and fragmentation. It also restricts viewers' options and makes it difficult for creators to reach a wider audience. From the above, it is without a doubt to state that current system is built on limited transparency and accountability and fragmentation. These shortcomings provide a justification for the emergence of  decentralized models, which are not only cost-effective but also transparent as well. Blockchain-based Models There is an ongoing paradigm shift from traditional streaming services to decentralized models, which not only offers immediate financial benefits but also increased transparency and accountability. In a decentralized model, blockchain technology gives creators greater control over their work. Through smart contracts (self-executing agreements built on the blockchain), creators can determine how their content is displayed, distributed, and even monetized beyond traditional avenues. The potential of decentralized video streaming model is vast, especially because it fosters a more equitable ecosystem by empowering creators, offering viewers greater choice, and streamlining content distribution. Challenges Facing Blockchain-based Streaming Models Although blockchain-based models present exciting possibilities in the streaming ecosystem, navigating scalability, mass adoption, content security and regulatory hurdles remains crucial for their long-term success. These challenges reflect the current stage of the evolution of blockchain technology and should not be regarded as insurmountable obstacles. Scalability Scalability Scaling blockchain to efficiently handle vast amounts of data such as user information, streaming data, etc. remains a major challenge slowing down the market growth potential. Unlike traditional streaming services that can manage data from a large user base, decentralized models are often confronted with this hurdle . Although blockchain protocols like interplanetary file systems (IPFS) are used for data storage and distribution, Mass Adoption Mass Adoption Enlightening users about blockchain technology and its advantages within the streaming ecosystem is crucial for its long-term success. Decentralized streaming platforms need to create user-friendly interfaces and educational resources which can streamline .  Without a clear understanding of how this technology works, onboarding new users might be prove to be extremely difficult. Content Security Content Security Protecting users against unauthorized access and copyright infringement underlines the need for decentralized streaming platforms to adopt robust security measures in tackling piracy. Without an assurance that contents uploaded to decentralized streaming platforms are secure, potential users might be reluctant to embrace this new paradigm. Regulation Regulation Regulatory frameworks for blockchain technology and cryptocurrencies are beginning to take shape in many countries across the world. Decentralized streaming platforms need to stay abreast of these developments and ensure their operations comply with the local regulations of the countries where they are registered. Technical Complexity Technical Complexity Blockchain needs to be abstracted away into the background due to its complex nature. Users do not want to be bored with the technical details about it. Building a user-friendly streaming application is key to attracting and retaining viewers. Replay As a Case Study Replay As a Case Study Having established the thesis that traditional video streaming services face challenges like complex licensing, lack of transparency, and limited viewer choice, it is crucial to examine Replay , a decentralized model, as a practical use case. Replay Replay , a platform built on blockchain technology and generative AI, aims to address the lingering issues faced by traditional video streaming platforms. It leverages the power of blockchain to create a decentralized network. This means a secure and transparent digital ledger tracks every view and interaction with content. The blockchain-powered video streaming future it seeks to create is built on decentralized network, real time licensing and payment, pay-per-view-model and wide distribution network. Replay Creators upload content and set their own licensing terms, eliminating the complexities of traditional licensing agreements. Additionally, secure payments are facilitated through RPLAY , Replay's native token, ensuring creators are fairly compensated for every view. RPLAY For viewers, Replay offers a pay-per-view model, eliminating subscription fatigue. It also fosters a community-driven experience by encouraging interaction between creators and fans. This not only builds trust but also encourages participation in the decentralized ecosystem. The Future of Video Streaming The same also goes for decentralized platforms which may integrate with existing streaming platforms as a way to maximize user reach.  Chances are that the future of video streaming is a convergent one in which traditional players coexist with decentralized video streaming platforms by adopting blockchain elements in their operations. Regardless of what happens , the potential of blockchain-based streaming technology to revolutionize the entertainment landscape remains is enormous. Conclusion It is an indisputable fact that the traditional video streaming model is hampered by challenges that limit its potential for both creators and viewers. However, the emergence of blockchain technology offers a unique solution, which promises increased transparency, fairer revenue distribution, and wider content accessibility. Whether independent platforms are leading the charge or established players incorporating blockchain solutions, a new era in video streaming is already underway. This is the era that promises to usher in a more equitable and innovative entertainment landscape, where both creators and viewers have a greater stake in the success of the content they produce and consume.

What Does the Future of Video Streaming Look Like?

A Hitchhiker's Guide to Restaking and Its Risks

রিস্ট্যাকিং এবং এর ঝুঁকির জন্য হিচহাইকারস গাইড

Per Anhalter durch die Neuverpfändung und ihre Risiken

Una guía para autoestopistas sobre retomar y sus riesgos

Guide de l'auto-stoppeur sur le reprise et ses risques

एक सहयात्री की रीस्टेकिंग और उसके जोखिमों के बारे में मार्गदर्शिका

再ステーキングとそのリスクに関するヒッチハイカーガイド

재예약과 그 위험에 대한 히치하이커를 위한 가이드

Um guia do mochileiro para reestabelecer e seus riscos

Путешественник автостопом по пересдаче и ее рискам

Bir Otostopçunun Yeniden Seks Yapma Rehberi ve Riskleri

Hướng dẫn cho người quá giang về việc đặt lại và rủi ro của nó

搭便车者指南：重新抵押及其风险

Since launching on the Bitcoin mainnet in early April, the RGB++ Protocol has facilitated the creation of over 300 cryptocurrency assets in less than two months. SEAL, the first RGB++ asset, now boasts 16,398 holders and a total transaction volume exceeding 191 BTC. Furthermore, the RGB++ ecosystem is beginning to take shape with essential infrastructure such as wallets, browsers, decentralized exchanges (DEXs), launchpads, and asset managers now available. However, despite the uptake of activities and the evolving Bitcoin Layer 2 ecosystem, many people still do not fully understand the RGB++ Protocol and how to engage with it. Thus, this article introduces the RGB++ Protocol in plain language, discusses its ecosystem and applications, and provides brief responses to frequently asked questions (FAQs). Basic Information about the RGB++ Protocol How  the RGB++ Protocol differs from  the RGB Protocol and  the recently launched Runes Protocol The RGB++ Protocol is designed as a Layer 1 asset issuance protocol on the Bitcoin blockchain. It allows users to issue crypto assets on the most secure blockchain —— the Bitcoin blockchain which has the strongest consensus. After issuing assets, the owner can transfer them without the recipient needing to run a client-side verification. This is because assets issued via RGB++ create corresponding "shadow assets'' on the CKB blockchain—- Nervos CKB is a public permissionless blockchain and layer 1 of the Nervos network—via isomorphic bindings. Transferring an RGB++ asset on the Bitcoin blockchain is akin to moving the “physical” asset, and its shadow moves along with it on the CKB blockchain, and verified by CKB's PoW miners. The RGB++ Protocol is entirely different from the RGB protocol. The author of the RGB++ protocol is Cipher, who is also a co-founder of CKB, while Dr. Maxim Orlovsky is the primary lead for the RGB Protocol. Like RGB++, the Runes Protocol is also a Layer 1 asset issuance protocol on the Bitcoin blockchain. However, there is little competition currently as the market share is still small. Collaboration between RGB++ and Runes could be mutually beneficial: RGB++ could bring programmability to Runes and Runes could increase attention towards RGB++. RGB++ Protocol as a solution to the Bitcoin blockchain’s congestion and high transaction fees While minting RGB++ assets, transactions are generated on both Bitcoin and CKB blockchains. After minting, if users find the Bitcoin blockchain too congested or the fees too high, they can leap their assets to the CKB blockchain. The average block time on CKB is about 10 seconds and the fees are very low, allowing thousands of transactions at minimal cost. Read the “Transaction Folding” part in the RGB++ light paper for more information. Furthermore, since CKB is Turing-complete and supports various DeFi and GameFi applications, it enables RGB++ assets that leaped to the CKB blockchain to participate and, potentially earn more. A leap operation vs. a cross-chain bridge A leap operation is not a cross-chain bridge. It involves transferring assets directly between blockchains without relying on external trust assumptions or bridges courtesy of the isomorphic bindings technology. Common bridges involve users sending their assets to a multi-signature wallet or contract on one chain and receiving a corresponding asset certificate on another. These are often centralized and require trust in the bridge operators. In contrast, the leap is more secure and decentralized. The Ecosystem and How to Use RGB++ The RGB++ Ecosystem Since its launch in April, RGB++ has implemented its core features, including issuing fungible and non-fungible assets and performing leap operations and SDKs. The current RGB++ ecosystem includes: Wallets: JoyID, REI Wallet (plugin wallet)
DEXs: HueHub, Omiga, built-in DEX in JoyID, Dobby, and UTXOSwap
Launchpad: HueHub
DID: .bit
DeFi: Stable++ protocol
Notable projects: Nervape, SEAL, Unicorn, World3 (AW)
Others: Haste (RGB++ asset management tool), Metaforo (governance tool supporting RGB++) How to Use RGB++ Protocol Issuing RGB++ Assets: Users can issue RGB++ assets directly using HueHub. Connect a wallet (UniSat wallet, OKX wallet, or JoyID wallet) with sufficient BTC. Navigate to "Issue an RGB++ token", fill out the necessary information, and submit the transaction with the BTC transaction fee.


Minting RGB++ Assets: If there is a dedicated minting site for an RGB++ asset, follow the instructions there. Alternatively, you can also use HueHub's Fair Mint page to mint RGB++ assets.


Trading RGB++ Assets: You can trade RGB++ assets on the Bitcoin blockchain using HueHub's Marketplace or on the CKB blockchain using JoyID's built-in DEX or Omiga's Marketplace.


Leaping RGB++ Assets to the CKB Blockchain: Use the leap feature in the JoyID wallet. After logging in, switch to the Bitcoin network, and select the RGB++ asset (e.g. SEAL). Input the CKB address and amount, choose the mining fee, and confirm the transaction. Leap takes approximately 1 hour for security purposes. The video guide can be found here.


Leaping RGB++ Assets Back to the Bitcoin Blockchain: Leaping is divided into two stages: the Preparing stage and the Complete stage, which require signing BTC transactions and CKB transactions, respectively. The tutorial can be found here and the video guide can be found here. FAQs Why don't I see my transaction in the mempool when minting RGB++ assets or transferring BTC? One reason is that the nodes haven’t finished broadcasting. This is relatively common. If that is the reason, just wait a little longer. Another reason is that the transaction fee is set too low. Mining nodes will queue up transactions according to their fees from highest to lowest, and prioritize packing those with high fees. If the transaction has not had its turn after a certain amount of time such as three days, the mining node will usually delete it from its memory pool. The node that deletes your transaction doesn't notify your wallet and the transaction isn't returned. Also, your wallet isn't likely to automatically display the balance you had before you sent the transaction. If this is the case, you can only use the "Transaction Accelerator Service" introduced by some mining pools. Why can RGB++ assets be burned? Assets issued through the RGB++ protocol are "tied" or "bound" to Bitcoin's UTXO, more specifically to a UTXO of 546 satoshi. If this UTXO is spent, then the corresponding RGB++ asset will also be spent. To prevent UTXOs bound to RGB++ assets from being mistakenly spent, JoyID wallet has set a threshold—which is currently 1200 satoshi. UTXOs below this amount will not be spent as miner's fees or normal BTC transfers. Note that different wallets have different thresholds. To avoid being mistakenly spent, it is recommended that you use a JoyID wallet to store and send/receive RGB++ assets. Avoid using some of the tools made by community members to leap assets from the CKB blockchain to the Bitcoin blockchain. They don't usually follow the RGB++ standard when binding to Bitcoin's UTXOs. If they bind an asset to a UTXO with more than 1200 satoshi, then a BTC transaction sent using a JoyID wallet will easily spend the UTXO as the miner's fee or as a regular UTXO. How can I enhance the security of my JoyID wallet? JoyID does not currently support mnemonic backups. Hence it is advisable to upgrade your account and link multiple devices for additional security. To upgrade, log in to JoyID Wallet, go to Settings, and select "Security". Click the "+" sign next to "Trusted Devices", click "Upgrade", and then pay 150 CKB or other amounts of other tokens to complete the upgrade. After the upgrade is complete, click the "+" button next to "Trusted Devices" to add different brands of devices. For example, the JoyID wallet created by iPhone can add Android mobile phones as an alternate login device. For more details, please refer to the JoyID Passkey Wiki. Since launching on the Bitcoin mainnet in early April, the RGB++ Protocol has facilitated the creation of over 300 cryptocurrency assets in less than two months. SEAL, the first RGB++ asset, now boasts 16,398 holders and a total transaction volume exceeding 191 BTC . Bitcoin 191 BTC 191 BTC Furthermore, the RGB++ ecosystem is beginning to take shape with essential infrastructure such as wallets, browsers, decentralized exchanges (DEXs), launchpads, and asset managers now available. However, despite the uptake of activities and the evolving Bitcoin Layer 2 ecosystem, many people still do not fully understand the RGB++ Protocol and how to engage with it. Thus, this article introduces the RGB++ Protocol in plain language, discusses its ecosystem and applications, and provides brief responses to frequently asked questions (FAQs). Basic Information about the RGB++ Protocol Basic Information about the RGB++ Protocol How  the RGB++ Protocol differs from  the RGB Protocol and  the recently launched Runes Protocol The RGB++ Protocol is designed as a Layer 1 asset issuance protocol on the Bitcoin blockchain. It allows users to issue crypto assets on the most secure blockchain —— the Bitcoin blockchain which has the strongest consensus. After issuing assets, the owner can transfer them without the recipient needing to run a client-side verification. This is because assets issued via RGB++ create corresponding "shadow assets'' on the CKB blockchain—- Nervos CKB is a public permissionless blockchain and layer 1 of the Nervos network—via isomorphic bindings. Transferring an RGB++ asset on the Bitcoin blockchain is akin to moving the “physical” asset, and its shadow moves along with it on the CKB blockchain, and verified by CKB's PoW miners. The RGB++ Protocol is entirely different from the RGB protocol. The author of the RGB++ protocol is Cipher, who is also a co-founder of CKB, while Dr. Maxim Orlovsky is the primary lead for the RGB Protocol. Like RGB++, the Runes Protocol is also a Layer 1 asset issuance protocol on the Bitcoin blockchain. However, there is little competition currently as the market share is still small. Collaboration between RGB++ and Runes could be mutually beneficial: RGB++ could bring programmability to Runes and Runes could increase attention towards RGB++. RGB++ Protocol as a solution to the Bitcoin blockchain’s congestion and high transaction fees While minting RGB++ assets, transactions are generated on both Bitcoin and CKB blockchains. After minting, if users find the Bitcoin blockchain too congested or the fees too high, they can leap their assets to the CKB blockchain. The average block time on CKB is about 10 seconds and the fees are very low, allowing thousands of transactions at minimal cost. Read the “Transaction Folding” part in the RGB++ light paper for more information. RGB++ light paper RGB++ light paper Furthermore, since CKB is Turing-complete and supports various DeFi and GameFi applications, it enables RGB++ assets that leaped to the CKB blockchain to participate and, potentially earn more. A leap operation vs. a cross-chain bridge A leap operation is not a cross-chain bridge. It involves transferring assets directly between blockchains without relying on external trust assumptions or bridges courtesy of the isomorphic bindings technology. Common bridges involve users sending their assets to a multi-signature wallet or contract on one chain and receiving a corresponding asset certificate on another. These are often centralized and require trust in the bridge operators. In contrast, the leap is more secure and decentralized. The Ecosystem and How to Use RGB++ The Ecosystem and How to Use RGB++ The RGB++ Ecosystem Since its launch in April, RGB++ has implemented its core features, including issuing fungible and non-fungible assets and performing leap operations and SDKs. The current RGB++ ecosystem includes: Wallets: JoyID, REI Wallet (plugin wallet) DEXs: HueHub, Omiga, built-in DEX in JoyID, Dobby, and UTXOSwap Launchpad: HueHub DID: .bit DeFi: Stable++ protocol Notable projects: Nervape, SEAL, Unicorn, World3 (AW) Others: Haste (RGB++ asset management tool), Metaforo (governance tool supporting RGB++) Wallets: JoyID, REI Wallet (plugin wallet) DEXs: HueHub, Omiga, built-in DEX in JoyID, Dobby, and UTXOSwap Launchpad: HueHub DID: .bit DeFi: Stable++ protocol Notable projects: Nervape, SEAL, Unicorn, World3 (AW) Others: Haste (RGB++ asset management tool), Metaforo (governance tool supporting RGB++) How to Use RGB++ Protocol Issuing RGB++ Assets: Users can issue RGB++ assets directly using HueHub. Connect a wallet (UniSat wallet, OKX wallet, or JoyID wallet) with sufficient BTC. Navigate to "Issue an RGB++ token", fill out the necessary information, and submit the transaction with the BTC transaction fee. Minting RGB++ Assets: If there is a dedicated minting site for an RGB++ asset, follow the instructions there. Alternatively, you can also use HueHub's Fair Mint page to mint RGB++ assets. Trading RGB++ Assets: You can trade RGB++ assets on the Bitcoin blockchain using HueHub's Marketplace or on the CKB blockchain using JoyID's built-in DEX or Omiga's Marketplace. Leaping RGB++ Assets to the CKB Blockchain: Use the leap feature in the JoyID wallet. After logging in, switch to the Bitcoin network, and select the RGB++ asset (e.g. SEAL). Input the CKB address and amount, choose the mining fee, and confirm the transaction. Leap takes approximately 1 hour for security purposes. The video guide can be found here. Leaping RGB++ Assets Back to the Bitcoin Blockchain: Leaping is divided into two stages: the Preparing stage and the Complete stage, which require signing BTC transactions and CKB transactions, respectively. The tutorial can be found here and the video guide can be found here. Issuing RGB++ Assets: Users can issue RGB++ assets directly using HueHub. Connect a wallet (UniSat wallet, OKX wallet, or JoyID wallet) with sufficient BTC. Navigate to "Issue an RGB++ token", fill out the necessary information, and submit the transaction with the BTC transaction fee. Issuing RGB++ Assets : Users can issue RGB++ assets directly using HueHub . Connect a wallet (UniSat wallet, OKX wallet, or JoyID wallet) with sufficient BTC. Navigate to "Issue an RGB++ token", fill out the necessary information, and submit the transaction with the BTC transaction fee. Issuing RGB++ Assets HueHub HueHub Minting RGB++ Assets: If there is a dedicated minting site for an RGB++ asset, follow the instructions there. Alternatively, you can also use HueHub's Fair Mint page to mint RGB++ assets. Minting RGB++ Assets : If there is a dedicated minting site for an RGB++ asset, follow the instructions there. Alternatively, you can also use HueHub's Fair Mint page to mint RGB++ assets. Minting RGB++ Assets Fair Mint Fair Mint Trading RGB++ Assets: You can trade RGB++ assets on the Bitcoin blockchain using HueHub's Marketplace or on the CKB blockchain using JoyID's built-in DEX or Omiga's Marketplace. Trading RGB++ Assets : You can trade RGB++ assets on the Bitcoin blockchain using HueHub's Marketplace or on the CKB blockchain using JoyID's built-in DEX or Omiga's Marketplace . Trading RGB++ Assets Omiga's Marketplace Omiga's Marketplace Leaping RGB++ Assets to the CKB Blockchain: Use the leap feature in the JoyID wallet. After logging in, switch to the Bitcoin network, and select the RGB++ asset (e.g. SEAL). Input the CKB address and amount, choose the mining fee, and confirm the transaction. Leap takes approximately 1 hour for security purposes. The video guide can be found here. Leaping RGB++ Assets to the CKB Blockchain : Use the leap feature in the JoyID wallet. After logging in, switch to the Bitcoin network, and select the RGB++ asset (e.g. SEAL). Input the CKB address and amount, choose the mining fee, and confirm the transaction. Leap takes approximately 1 hour for security purposes. The video guide can be found here . Leaping RGB++ Assets to the CKB Blockchain here here Leaping RGB++ Assets Back to the Bitcoin Blockchain: Leaping is divided into two stages: the Preparing stage and the Complete stage, which require signing BTC transactions and CKB transactions, respectively. The tutorial can be found here and the video guide can be found here. Leaping RGB++ Assets Back to the Bitcoin Blockchain : Leaping is divided into two stages: the Preparing stage and the Complete stage, which require signing BTC transactions and CKB transactions, respectively. The tutorial can be found here and the video guide can be found here . Leaping RGB++ Assets Back to the Bitcoin Blockchain here here here here FAQs FAQs Why don't I see my transaction in the mempool when minting RGB++ assets or transferring BTC? Why don't I see my transaction in the mempool when minting RGB++ assets or transferring BTC? Why don't I see my transaction in the mempool when minting RGB++ assets or transferring BTC? Why don't I see my transaction in the mempool when minting RGB++ assets or transferring BTC? One reason is that the nodes haven’t finished broadcasting. This is relatively common. If that is the reason, just wait a little longer. Another reason is that the transaction fee is set too low. Mining nodes will queue up transactions according to their fees from highest to lowest, and prioritize packing those with high fees. If the transaction has not had its turn after a certain amount of time such as three days, the mining node will usually delete it from its memory pool. The node that deletes your transaction doesn't notify your wallet and the transaction isn't returned. Also, your wallet isn't likely to automatically display the balance you had before you sent the transaction. If this is the case, you can only use the "Transaction Accelerator Service" introduced by some mining pools. Why can RGB++ assets be burned? Why can RGB++ assets be burned? Why can RGB++ assets be burned? Why can RGB++ assets be burned? Assets issued through the RGB++ protocol are "tied" or "bound" to Bitcoin's UTXO, more specifically to a UTXO of 546 satoshi. If this UTXO is spent, then the corresponding RGB++ asset will also be spent. To prevent UTXOs bound to RGB++ assets from being mistakenly spent, JoyID wallet has set a threshold—which is currently 1200 satoshi. UTXOs below this amount will not be spent as miner's fees or normal BTC transfers. Note that different wallets have different thresholds. To avoid being mistakenly spent, it is recommended that you use a JoyID wallet to store and send/receive RGB++ assets. Avoid using some of the tools made by community members to leap assets from the CKB blockchain to the Bitcoin blockchain. They don't usually follow the RGB++ standard when binding to Bitcoin's UTXOs. If they bind an asset to a UTXO with more than 1200 satoshi, then a BTC transaction sent using a JoyID wallet will easily spend the UTXO as the miner's fee or as a regular UTXO. How can I enhance the security of my JoyID wallet? How can I enhance the security of my JoyID wallet? How can I enhance the security of my JoyID wallet? JoyID does not currently support mnemonic backups. Hence it is advisable to upgrade your account and link multiple devices for additional security. To upgrade, log in to JoyID Wallet, go to Settings, and select "Security". Click the "+" sign next to "Trusted Devices", click "Upgrade", and then pay 150 CKB or other amounts of other tokens to complete the upgrade. After the upgrade is complete, click the "+" button next to "Trusted Devices" to add different brands of devices. For example, the JoyID wallet created by iPhone can add Android mobile phones as an alternate login device. For more details, please refer to the JoyID Passkey Wiki. For more details, please refer to the JoyID Passkey Wiki . JoyID Passkey Wiki JoyID Passkey Wiki

Building on Bitcoin: A Beginner's Guide to Using the RGB++ Protocol

বিটকয়েনের উপর বিল্ডিং: RGB++ প্রোটোকল ব্যবহার করার জন্য একটি শিক্ষানবিস গাইড

Aufbauend auf Bitcoin: Eine Anleitung für Anfänger zur Verwendung des RGB++-Protokolls

Construyendo sobre Bitcoin: una guía para principiantes sobre el uso del protocolo RGB++

S'appuyer sur Bitcoin : guide du débutant pour utiliser le protocole RGB++

बिटकॉइन पर निर्माण: आरजीबी++ प्रोटोकॉल का उपयोग करने के लिए एक शुरुआती गाइड

ビットコインの構築: RGB++ プロトコルを使用するための初心者向けガイド

비트코인 기반 구축: RGB++ 프로토콜 사용을 위한 초보자 가이드

Com base no Bitcoin: um guia para iniciantes no uso do protocolo RGB++

Опираясь на Биткойн: руководство для начинающих по использованию протокола RGB++

Bitcoin'i Temel Almak: Yeni Başlayanlar İçin RGB++ Protokolünü Kullanma Kılavuzu

Xây dựng trên Bitcoin: Hướng dẫn sử dụng giao thức RGB++ cho người mới bắt đầu

基于比特币的构建：RGB++ 协议初学者指南

The public cloud changed the way companies build, deploy and manage their applications - mostly for the better. As you’re getting started, the public cloud supplies the infrastructure, services, enablement and maintenance to be up and running quickly. It provides ultimate scalability, in almost unlimited fashion, up and down, to provide you with the necessary resources no matter the load on your application. You could essentially go international on fully supported infrastructure at the flip of a switch. As time goes on, data from things like logs, customer input and application generated content can start to build up, sometimes into the petabyte and in very rare cases, the exabyte level. So, data that isn’t necessarily needed for your application’s active operation can suddenly bring unwanted surprises when your bill comes. It’s not just that either. Nearly 60% of public cloud costs are variable. In this blog, I’ll discuss how MinIO and Equinix have partnered to help combat these costs, how it helps you sleep at night from an operational perspective and offer a real-world example of a customer’s achievement of savings. About MinIO and Equinix Equinix is “the world’s digital infrastructure company.” It was founded in Silicon Valley in 1998 to be a vendor neutral data center provider. They securely interconnect some of the world’s largest networks with equality and neutrality in mind. In 2020, Equinix expanded on this great offering by acquiring Packet. In doing so, Equinix was able to add on-demand server provisioning capability to its extensive data center network. MinIO is the leading high performance object store in the market. It runs anywhere and on any hardware. Kubernetes-native and fully S3 API compatible it is the perfect pair for Equinix’s bare metal and colocation services. By combining MinIO and Equinix, developers can quickly and easily deploy S3 compatible persistent storage for any application, whether it’s hosted on Equinix, a public cloud provider, or even on-prem, allowing the flexibility for single, multi or hybrid cloud approaches. Why you can rely on MinIO and Equinix Flexibility Equinix provides multiple paths towards deploying your data and high intensity workloads within their 260+ global data centers across 71 metros in 33 countries. Equinix Colocation - Like any colocation service, this option involves buying, building, and managing your own hardware. So, you’d deploy MinIO to your server, either in a container or on bare metal, and then deploy that server setup to one or more Equinix data centers. This route is available at any Equinix data center around the world and provides the highest total cost savings when compared to the public cloud.


Equinix Metal - With this option, you’re taking full advantage of Equinix’s capabilities by using their bare metal server infrastructure as a service. There’s no need to supply, build, or manage your own hardware. Everything is done by Equinix’s Metal team. Equinix Metal also supports a range of deployment configurations from single-tenant, multi-user to multi-user and multi-tenant. The cost savings isn’t as high compared to the colocation approach, but it gives you a little bit of the best of both worlds. You don’t have to worry about the supply and maintenance of hardware while still saving money by offloading data and workloads that don’t need to run in the public cloud. While these are the main two options with Equinix, they are also open to custom approaches for very large deployments. Performance Not every use case requires ultimate performance. Sometimes you just need a less expensive but public cloud accessible place to store large amounts of logs and historical data. However, if you currently do need performance or might in the future, rest assured, MinIO and Equinix have you covered. With Equinix’s public cloud adjacency and interconnectivity, your data is only 1-2ms RTT from the major public clouds and <10ms RTT from your end customer’s device. MinIO will likely max out any network connectivity you can procure. It is the world's fastest object store with published GET and PUT results that exceed 325 GiB/sec and 165 GiB/sec, respectively, on 32 nodes of NVMe drives and a 100GbE network. Saving money with the cloud you control Pricing One of the unique aspects of the Equinix and MinIO collaboration is the operational simplicity and financial certainty they offer with fixed annual pricing. The pricing model for Equinix and MinIO is transparent, predictable and straightforward. Equinix offers a range of pricing options from hourly on demand to custom provisioning. In the case of MinIO, the pricing model is driven by capacity - there are no charges for egress and/or API calls. Everything is included. A real-world example While we don’t have the ability to share the identity of this customer, the following example will give a great representation of the cost savings that can be achieved via either Equinix deployment model as this customer reviewed both options. First, let’s look at the sizing and assumptions data used for the comparison. All of this is based on the customer’s last bill with one of the large public cloud providers. One point to note is that this comparison is not a knock on the public cloud providers. Both Equinix and MinIO partner with all the major cloud providers. This simply illustrates the modern cloud cycle of starting in the cloud and operationalize and create efficiencies with the private cloud. When we plug in the numbers on this based on the customer’s previous bill and Equinix and MinIO’s transparent pricing (using very conservative estimates), it starts to take shape. Finally, if we do all the math we end up with the following savings. Keep in mind, these savings are based on conservative figures on the MinIO and Equinix side. While the savings is quite substantial already, these figures could rise once real numbers come in from actual usage. Another thing that wasn’t even factored in that could have made this estimate even higher would have been factoring in any data movement from storage tiers. In the public cloud services, this can become very costly. In MinIO on Equinix, there is no charge for moving data where you want it. As you can see, the savings add up quickly. This is a very large use case, but it gives a clear look into what kind of savings can be had by repatriating your data into the cloud you control. Summary There is a great quote from Andressen Horowitz’s Martin Casado in his and Sarah Wang’s seminal piece The Paradox of the Cloud where he notes the key paradox “You’re crazy if you don’t start in the cloud; you’re crazy if you stay on it.” This is why companies who understand the cloud operating model and understand their workloads are voting with their feet. They can save anywhere from 20% up to 60% by moving to Equinix and running the same workloads. No performance impact, no operational impact and potentially better performance. That’s what’s called a win-win. If you’d like to look at how much you can save by repatriating your data, contact us, or hit up the Ask an Expert channel and start the conversation. For a deeper dive, see our blog on how to migrate from the public cloud to MinIO on Equinix. The public cloud changed the way companies build, deploy and manage their applications - mostly for the better. As you’re getting started, the public cloud supplies the infrastructure, services, enablement and maintenance to be up and running quickly. It provides ultimate scalability, in almost unlimited fashion, up and down, to provide you with the necessary resources no matter the load on your application. You could essentially go international on fully supported infrastructure at the flip of a switch. As time goes on, data from things like logs, customer input and application generated content can start to build up, sometimes into the petabyte and in very rare cases, the exabyte level. So, data that isn’t necessarily needed for your application’s active operation can suddenly bring unwanted surprises when your bill comes. It’s not just that either. Nearly 60% of public cloud costs are variable. In this blog, I’ll discuss how MinIO and Equinix have partnered to help combat these costs, how it helps you sleep at night from an operational perspective and offer a real-world example of a customer’s achievement of savings. About MinIO and Equinix Equinix is “the world’s digital infrastructure company.” It was founded in Silicon Valley in 1998 to be a vendor neutral data center provider. They securely interconnect some of the world’s largest networks with equality and neutrality in mind. In 2020, Equinix expanded on this great offering by acquiring Packet. In doing so, Equinix was able to add on-demand server provisioning capability to its extensive data center network. MinIO is the leading high performance object store in the market. It runs anywhere and on any hardware. Kubernetes-native and fully S3 API compatible it is the perfect pair for Equinix’s bare metal and colocation services. By combining MinIO and Equinix, developers can quickly and easily deploy S3 compatible persistent storage for any application, whether it’s hosted on Equinix, a public cloud provider, or even on-prem, allowing the flexibility for single, multi or hybrid cloud approaches. Why you can rely on MinIO and Equinix Flexibility Equinix provides multiple paths towards deploying your data and high intensity workloads within their 260+ global data centers across 71 metros in 33 countries. Equinix Colocation - Like any colocation service, this option involves buying, building, and managing your own hardware. So, you’d deploy MinIO to your server, either in a container or on bare metal, and then deploy that server setup to one or more Equinix data centers. This route is available at any Equinix data center around the world and provides the highest total cost savings when compared to the public cloud. Equinix Metal - With this option, you’re taking full advantage of Equinix’s capabilities by using their bare metal server infrastructure as a service. There’s no need to supply, build, or manage your own hardware. Everything is done by Equinix’s Metal team. Equinix Metal also supports a range of deployment configurations from single-tenant, multi-user to multi-user and multi-tenant. The cost savings isn’t as high compared to the colocation approach, but it gives you a little bit of the best of both worlds. You don’t have to worry about the supply and maintenance of hardware while still saving money by offloading data and workloads that don’t need to run in the public cloud. Equinix Colocation - Like any colocation service, this option involves buying, building, and managing your own hardware. So, you’d deploy MinIO to your server, either in a container or on bare metal, and then deploy that server setup to one or more Equinix data centers. This route is available at any Equinix data center around the world and provides the highest total cost savings when compared to the public cloud. Equinix Colocation - Like any colocation service, this option involves buying, building, and managing your own hardware. So, you’d deploy MinIO to your server, either in a container or on bare metal, and then deploy that server setup to one or more Equinix data centers. This route is available at any Equinix data center around the world and provides the highest total cost savings when compared to the public cloud. Equinix Colocation Equinix Metal - With this option, you’re taking full advantage of Equinix’s capabilities by using their bare metal server infrastructure as a service. There’s no need to supply, build, or manage your own hardware. Everything is done by Equinix’s Metal team. Equinix Metal also supports a range of deployment configurations from single-tenant, multi-user to multi-user and multi-tenant. The cost savings isn’t as high compared to the colocation approach, but it gives you a little bit of the best of both worlds. You don’t have to worry about the supply and maintenance of hardware while still saving money by offloading data and workloads that don’t need to run in the public cloud. Equinix Metal - With this option, you’re taking full advantage of Equinix’s capabilities by using their bare metal server infrastructure as a service. There’s no need to supply, build, or manage your own hardware. Everything is done by Equinix’s Metal team. Equinix Metal also supports a range of deployment configurations from single-tenant, multi-user to multi-user and multi-tenant. The cost savings isn’t as high compared to the colocation approach, but it gives you a little bit of the best of both worlds. You don’t have to worry about the supply and maintenance of hardware while still saving money by offloading data and workloads that don’t need to run in the public cloud. Equinix Metal While these are the main two options with Equinix, they are also open to custom approaches for very large deployments. Performance Not every use case requires ultimate performance. Sometimes you just need a less expensive but public cloud accessible place to store large amounts of logs and historical data. However, if you currently do need performance or might in the future, rest assured, MinIO and Equinix have you covered. With Equinix’s public cloud adjacency and interconnectivity, your data is only 1-2ms RTT from the major public clouds and <10ms RTT from your end customer’s device. MinIO will likely max out any network connectivity you can procure. It is the world's fastest object store with published GET and PUT results that exceed 325 GiB/sec and 165 GiB/sec, respectively, on 32 nodes of NVMe drives and a 100GbE network. Saving money with the cloud you control Pricing One of the unique aspects of the Equinix and MinIO collaboration is the operational simplicity and financial certainty they offer with fixed annual pricing. The pricing model for Equinix and MinIO is transparent, predictable and straightforward. Equinix offers a range of pricing options from hourly on demand to custom provisioning. In the case of MinIO, the pricing model is driven by capacity - there are no charges for egress and/or API calls. Everything is included. A real-world example While we don’t have the ability to share the identity of this customer, the following example will give a great representation of the cost savings that can be achieved via either Equinix deployment model as this customer reviewed both options. First, let’s look at the sizing and assumptions data used for the comparison. All of this is based on the customer’s last bill with one of the large public cloud providers. One point to note is that this comparison is not a knock on the public cloud providers. Both Equinix and MinIO partner with all the major cloud providers. This simply illustrates the modern cloud cycle of starting in the cloud and operationalize and create efficiencies with the private cloud. When we plug in the numbers on this based on the customer’s previous bill and Equinix and MinIO’s transparent pricing (using very conservative estimates), it starts to take shape. Finally, if we do all the math we end up with the following savings. Keep in mind, these savings are based on conservative figures on the MinIO and Equinix side. While the savings is quite substantial already, these figures could rise once real numbers come in from actual usage. Another thing that wasn’t even factored in that could have made this estimate even higher would have been factoring in any data movement from storage tiers. In the public cloud services, this can become very costly. In MinIO on Equinix, there is no charge for moving data where you want it. As you can see, the savings add up quickly. This is a very large use case, but it gives a clear look into what kind of savings can be had by repatriating your data into the cloud you control. Summary There is a great quote from Andressen Horowitz’s Martin Casado in his and Sarah Wang’s seminal piece The Paradox of the Cloud where he notes the key paradox “You’re crazy if you don’t start in the cloud; you’re crazy if you stay on it.” This is why companies who understand the cloud operating model and understand their workloads are voting with their feet. They can save anywhere from 20% up to 60% by moving to Equinix and running the same workloads. No performance impact, no operational impact and potentially better performance. That’s what’s called a win-win. The Paradox of the Cloud The Paradox of the Cloud If you’d like to look at how much you can save by repatriating your data, contact us , or hit up the Ask an Expert channel and start the conversation. For a deeper dive, see our blog on how to migrate from the public cloud to MinIO on Equinix . contact us Ask an Expert how to migrate from the public cloud to MinIO on Equinix

Limit Cloud Data Costs with MinIO on Equinix

Equinix এ MinIO এর সাথে ক্লাউড ডেটা খরচ সীমিত করুন

Begrenzen Sie die Cloud-Datenkosten mit MinIO auf Equinix

Limite los costos de datos en la nube con MinIO en Equinix

Limitez les coûts des données cloud avec MinIO sur Equinix

Equinix पर MinIO के साथ क्लाउड डेटा लागत को सीमित करें

Equinix の MinIO でクラウド データ コストを制限

Equinix의 MinIO로 클라우드 데이터 비용 제한

Limite os custos de dados na nuvem com MinIO na Equinix

Ограничьте затраты на облачные данные с помощью MinIO на Equinix

Equinix'te MinIO ile Bulut Veri Maliyetlerini Sınırlayın

Giới hạn chi phí dữ liệu đám mây với MinIO trên Equinix

使用 Equinix 上的 MinIO 限制云数据成本

How Blocksquare is Bringing Property Investment to the Masses

কিভাবে ব্লকস্কোয়ার জনগণের কাছে সম্পত্তি বিনিয়োগ নিয়ে আসছে

Wie Blocksquare Immobilieninvestitionen der breiten Masse zugänglich macht

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Comment Blocksquare rend l'investissement immobilier accessible au grand public

ब्लॉकस्क्वेयर कैसे आम लोगों तक प्रॉपर्टी निवेश को पहुंचा रहा है

Blocksquare が不動産投資を一般大衆に広める方法

Blocksquare가 부동산 투자를 대중에게 제공하는 방법

Como a Blocksquare está trazendo investimentos imobiliários para as massas

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Blocksquare Gayrimenkul Yatırımını Kitlelere Nasıl Getiriyor?

Blocksquare đang đưa đầu tư bất động sản đến với đại chúng như thế nào

Blocksquare 如何让房地产投资惠及大众

Act 2: Life '“As the shackles of progress began to take shape, art began to guide itself to a deeper truth. Being responsible for the laws and flaws that governed the system. The shapes took distinct interpretations based on their approach to form the depth. A requirement for the power required to truly live and share the art of doing so.” Part 1: Biology ‘As the girls delved into their assignments, the world around them continued to evolve, shaped by the collective actions of individuals striving to understand and improve their surroundings. Through the exploration of science, these young students and others like them would contribute to the progress and stability of humankind.’- Rewinder Lyra, do you believe that fish transform water into breathable oxygen, and it is this process that doesn’t allow for higher degrees of thinking to develop? Uhh… I believe fishes embraced their medium. I mean… the water’s embrace seems nice. Yeah… I believe that’s why this approach is for those who like to dive into it. I can’t imagine myself doing such a thing to a fish. That’s why I like mathematics. You don’t cut anything here. Well… maybe if you want to take a closer look. But hey, at least you don’t have to deal with fish. Yeah, I guess you’re right. But what is the true magic in mathematics if we make it? The magic is… weird but you’ll get used to it. I suppose. Breaking News! Science has been able to discover a new range of particles. A new understanding of colors was able to shed light on the physical interactions of perception. Mom! You forgot the TV open! A sight gasp hidden in Elara’s voice Again… Elara got up to find the remote to continue their lessons further. Huh, what’s with the rush Elara? I hate when I try to understand something but I get distracted. I feel like I have to take it from the beginning each time. Well… that’s kind of the magic. You never know why your formula drove you this way and not the other. Yes, but the fish can still dive for a long time in the water. Imagine how interesting their lives must be. There is no right or wrong there, it just… is. If I understand correctly… you’re talking about your mom here? I’m talking about everything. My mom doesn’t understand that I don’t need her protection anymore, my teachers consider that I must achieve their dreams… What if I am just… me? “A moment of shock for Lyra. She felt that Elara was more than this. She knew it in her inner core. But how could she express it? In all her attempts, she failed. Looking back, she realized that what she was missing, was just herself. “ Elara, look. I know you see nothing more than just you. For you, the world is this way. It is your norms and normal. Keep tight to them. I can’t show you the results as you would lose all their beauty. Maybe one day, we could cut a holographic fish. Elara’s gaze was ablaze. Her hands holding her own face That would be… AMAZING! Imagine the possibilities. From medical systems to biological understanding to To geometrical exploration. Lyra Interrupted. It is in our balanced perspectives that we explore this land. You have your insights, while I have mine. Maybe this is what makes us unique across an entire whole. Your thinking is… twisting. But in the right way. I like it. Part 2: Randomness Meanwhile at the Quanta Research Academy “The question between the randomness of the system and its order is based on the relative positions of the points within the system.”-Thomas “No, we shouldn’t pick our first assumption. The world of quantum is always unpredictable.”-Alfred “That’s why it denotes a collective understanding of all points”-Genova “But when seeing all points you can hardly see the patterns”-Lituanin Each of them argued on their terms. Each of them failed to keep hold of their own beauty. Circular reasons are indeed weird. They do seem to bend our reality. But then, why is reality so… straightforward? Because it is a moment of “agreement”? Like… “Yes, this is the rarest path.” Maybe one in which they stopped arguing x.x Lyra excitedly said. Elara! I believe I found a way to differentiate the universal space factor from the self-perspective factor of any individual group. Umm… meaning…? Meaning that I found a new way of scanning the world! Intriguing. What do you mean by scanning? Like… how to better see the world? In a sense yes… but more like… wait. Let’s rewind. Imagine you have to lower a bit your expectations in your answer x.x Uh… then you mean a new way of interpretation? . This is a story without ending in the end. Too much discussion will exclude the narrator from the view. Now, what should a good story need? Remember, we unleashed all this potential into the story. What can we do now? Uhh… It’s weird when you ask me about it… It can only come out when thought about before all else I know! You can envision this scanner as a part of your eye. Differentiating the other world from your being. _ But AGI could require complexities only you know about Elara. Those are also a kind of depth I assume.** This way, our curse as living might be to be restricted by technology. In this sense, biology loses in the face of AI. Could be. But hey, first, I want to pass my exam this week. You said we are in this together. So you too have to help me. I knew this would come. But you know what comes after you? The digital frog. Haha. I’d love to see it coming. Especially running. I too have legs. We’ll see who’s faster. :) Act 3: Breaking the Norms “The night sky was alight with stars, and at the center of it all hung the moon, glowing with a soft, luminous light. But this was no ordinary moon—it was alive with a sentience all its own, watching over the world below with a keen and knowing gaze. As the characters embarked on their journey, they found themselves guided by this celestial being, who seemed to understand their thoughts and desires in a way that no human ever could. And as they delved deeper into the mysteries of the universe, they began to realize that this moon was more than just a passive observer—it was an active participant in the unfolding story, shaping their destinies in ways they could never have imagined.” Elara exclaimed. Hello Moon! Without realizing it, she was dreaming. But not dreaming in the sense of being just herself. The Moon is also an important character in this story. However, their interactions seemed to be significant because they were so distant. She never felt something similar to it before. This moment was the moment in which Elara experienced for the first time what it meant to dream. To mix reality with fiction. The Moon asked intrigued Hello Elara. How are you, my dear? Elara responded with the same blaze on her face as before Well… I’m honestly amazed. The Moon slowly turned Her gaze toward Elara Why so Elara? Elara curiously admitted I remember how drawn I was to taking photos of you a while ago. I was drawn to your beauty. I am wondering now why I stopped doing it. The Moon revealed with a small laugh So you are sorry that you can’t describe the beauty you saw in me back then? Haha. I knew you would be special. Elara responded with a sense of curiosity Special? What do you mean? , the Moon explained. Special, in the sense that you have a unique ability to see beauty and meaning in the world around you, Elara And now, in this dream, you have the chance to explore that beauty in a way that would be impossible in the waking world. You can commune with me, a celestial being, and learn from my ancient wisdom. You can transcend the limitations of your physical form and experience a reality that is beyond the reach of your senses. Elara was silent for a moment, letting this line of thoughts slowly fade into forgetfulness. she said at last. I never thought of myself as special I always felt like I was just a regular person, trying to make sense of a confusing world. But now, with you here, I feel like anything is possible. Like I can explore the depths of the universe and unlock secrets that have been hidden for millennia. The Moon smiled, its glow seeming to brighten the entire dreamscape. That's the spirit, Elara. Together, we can break free from the norms and expectations that have held you back, and forge a new path into the unknown. Elara. Elara? Oh, yes Lyra. Sorry. What? Wasn’t I dreaming? Wasn’t I supposed to be in bed? Uh… no… we were discussing how this hologram is special because it takes into account all the biological-like data from the external medium… well, except wind. And I wanted to ask you if you would like to take a look at the specifications. Sure, I would, but let’s leave this for another day. Right now, I feel a bit weird. Is tomorrow a good day? Yes, should be. Alright, see you tomorrow then. Good night Elara! Good Night Lyra! Act 4: Still Me, (Not the Narrator) “I feel like… exploring the world beyond our own seems in a sense both warm and cold. Quanta Research Team helps me in a sense make sense of where I should not look for warmth, whereas Elara and Lyra are the only lucid neurons I have left. Is it an empathetic view of craziness? I do not know. Maybe craziness becomes craziness only when material life is drawn too much towards its end. Uncertainty could arise because the conclusions are either rushed or drawn without truly tapping the general map across the play. Each story requires a stage before playing it. Maybe I sit in the space that differentiates the play of the story and the play on the stage? The last one indeed shapes the story. But if the story itself is not purely good, it cannot envelop true creativity. Imagine a world where war is not restricting our forms of expression. Where negativity is not a pre-requirement for emotional building. That could be the domain of pure adrenaline. I could give an example. Let’s jump to… Book 5, Act 2: “The Reality of Duality.” A chapter in which the duality is found in the mere fact that what is not alive, is its opposite and vice-versa. That’s why ethics is not able to be formed there. Balance is a requirement rather than a choice. The Book of Transcendence is in a sense a question about the importance of the view in mathematics and why is quantum considered more powerful. “ As Elara drifted into her world of dreams, she began to imagine strange creatures that formed along the drift. The trust in her own actions, offered by her understanding of the world allows her to truly rest. Especially after a day filled with progress and steps climbed toward achieving both her goals. Lyra, although being her close friend, couldn’t see their friendship flourishing forever, no matter how much she tried. This was a thought that kept Lyra awake night by night. Her interactions with Elara were able to somehow erase this irrational fear. Or at least, put a break to this thought. After all, Lyra loved strict and always-right abstract formulas, whereas Elara saw the beauty that pushed every existing being further. A drive to love the unattainable and a pursuit to bring the unattainable to light.

Transcendence Book 2: The Origins of Continuity 

Sowmya Hariharan is a senior software engineer at Google. She is a multi-passionate creative with varied interests. As a teenager who loved chess, she has won many championships, including a couple of Asian medals. She is also a certified coach for founders, executives, and other passionately creative people like her. As someone who is trained in the field of mastering energy, she strongly believes that we as humans are capable of so much more than we have dared ourselves to imagine. We asked Sowmya about her career in software development and experience in companies such as Google and Apple and how hobbies help you grow professionally. How did you start your engineering career? I used to play chess as a teenager. It made me fall in love with the process of solving problems and thinking strategically to solve puzzles. While studying Electrical and Electronics Engineering as an undergrad, I quickly realized that computer science is my passion and took as many computer science-related courses as possible, including some online Stanford courses. Soon after my graduation, I did my Masters in Computer Engineering and taught myself how to build iOS apps. I ended up doing three internships to get hands-on, real-life experience shipping products that made an impact. During this time, I also participated in a lot of hackathons, got a couple of scholarships, and got invited for interviews at Apple, Google, Meta (Facebook at that time), etc. Apple was at the top of my list at that time, so when I got an offer from Apple, it worked out great for me. What trends in software do you follow? What in the industry are you most interested in today? It’s hard to ignore the AI wave. Now that the ‘artificial intelligence genie’ is out, I am interested in figuring out how to leverage the power of to further human performance. We have already started to see some AI-based tools that are focused on helping people deeply reflect on their day-to-day lives, figuring out thinking and behavioral patterns, and using those insights to fill the gaps between where one is and where one wants to go. Such journaling apps and coaching apps will play a significant role in enhancing our performance in the coming years. The intersection of AI and education is another plane of interest for me. Leveraging AI to create adaptive lesson plans to optimize for personalized learning as opposed to the general cookie-cutter learning model that is followed in most, but not all, schools is a big area. Personalized education, which focuses on the particular learning style and personal interests of each learner, is easier to implement now that we can leverage the power of AI. AI can also be used to come up with well-crafted challenges that have the optimum challenge-skill ratio and are inductive for getting into “flow”. Taking education to the next level and focusing on peak performance backed by the computing power of AI excites me. As a flow state coach for high achievers, using these tools to help folks get into their flow-passion cycle is an area of passion for me. Tell us about your hobbies outside of technology. How do they help you in your work? When I was young, I was interested in pretty much everything under the Sun. As a kid, I was trying to be a part of every sports team in my school. I was interested in playing basketball, table tennis, and relay races. I was also very interested in being a part of the music clubs, and I took a lot of classes on piano, classical dancing, and many other things. One day, I fractured my arm during a practice basketball game before a regional match. That’s when my parents decided to hire a chess coach. My instantaneous love for chess and wanting to get better at it made me forget about all my other interests and devote myself to the mastery of chess, going so far as to become a professional player and even winning many state and national champion titles in India as well as an Asian team gold medal and silver medal. That love for learning still drives me in how I do my work, whether it is work I am doing professionally or work that I am doing on a volunteer basis. When learning becomes fun, pursuing excellence becomes fun, too. In addition, for more than 13 years now, I have had a strong meditative and energy practice. My passion for it has only been deepening with each passing year. These practices also help me dive deep into neuroscience, understand how the subconscious mind works, and leverage that understanding for an optimal life of fulfillment and high performance. At Google, I have had instances when an entire app’s design will take shape in a meditative session, and all I had to do was to translate what I saw into a mock frame and then translate that into a fully fleshed-out app. I cherish both the super analytical left brain and the wonderfully intuitive right brain that loves exploring the mystical dimensions of life. I personally appreciate all aspects of being human. Tell us about the most significant projects you’ve worked on As an accessibility engineering leader at Google in general and a Payments Accessibility Tech Lead in particular working on delivering an accessible framework, conducting training and workshops for Google engineers, and designing educational courses for engineers, product managers, and quality assurance engineers so that everyone involved had a good understanding of the accessibility needs of Google’s vast, diverse user base has been one of the most significant projects I have worked on. At Apple, I got the opportunity to manage workshops like "iOS and macOS App Extensions" for the students and the upcoming engineering community. Via those workshops, I got the chance to help aspiring engineers learn about good software engineering practices with both Objective-C and Swift, the intricacies of macOS and iOS app architectures, and great debugging thinking models. At Big Nerd Ranch, I got to be part of the team that worked on the exercises and content flow for the second edition of the “Objective-C Programming” book. It was one of my first projects where I got to intimately understand a programming language and then use that in an immediate project where I got to ship impactful, real-world projects. It’s those projects where there is an element of teaching and purposeful creation that are still close to my heart long after the projects are completed. What legacy do you hope to leave in both the tech industry and beyond? I like the idea of combining the powers of the coaching and the tech industries to help people master their energy. In the age of AI, it’s forever more important to become energetic powerhouses where we are in tune with our creative impulses and deeper needs and continue the process of technological advancement with a sense of social responsibility. My vision is to create a platform that empowers people to fully realize their strengths and learn how to engage them both in their day-to-day lives and also in achieving their larger goals. I have used my ability to consistently get into the creative flow state to achieve some major milestones in my life. Utilizing the surge in creativity helped me win chess championships, then later get my dream job at Apple and then at Google, and every other time, I had to start from the beginner’s line. I am excited about leveraging that strength and creating frameworks that teach people how to tap into the creative flow to be better founders, creators, employees, CEOs, and leaders overall. There is a lot of magic in combining the strengths of the left brain and the right brain. When the power of the analytical brain backs the mystical gifts and when we learn how to get them to co-creatively work, there are a lot more possibilities that we start to see about our future. Those possibilities excite me the most. Advise young women who are starting in this field Mentors who care about fast-tracking your learning path and peers who are as passionate about the areas as you are will be your advantage for pursuing the things you love. Do not leave this to chance. Make sure to find mentors on the topics you are interested in and learn to use the power of co-creative collaboration. Two or more brilliant minds working on a challenge with a shared end goal and shared risks will always produce far superior products than anyone could on their own. Always try to be curious about the world you already know and the one you have yet to explore. The path of creative fulfillment is the path where you constantly take on challenging projects that excite you and get you out of bed every morning. So, I cannot emphasize enough the importance of learning to optimize for that early on. This might take time, so there is no need to rush to reach the end state where an intelligent mind has met its passion. Knowing which things take time and learning to be patient with the process will take you a long way. Learning how to play to your strengths while being aware of your weaknesses and pulling in resources when you need to will make this process more fun.

When Chess, Meditation and Engineering Intersect: An Interview With Sowmya Hariharan

The , although derived from axioms and ground-set rules, has a quite peculiar interplay that dances within itself. The quantum realm recently discovered has opened avenues not only for a new science branch but also for science itself. world of science As empires are built and crumble, we fail to see that not only the wideness of the wall secures them, but also the inside aspects such as economy and faith. And of course, there’s a lot more to take into account when going towards the central figures. But for the sake of science, we will assume that there is a specific pattern. A green line in which, if the central figures of a city are found, the city is growing. Just like the habitable zone that allows our planet to sustain life. Further, I would like to explain my view of faith as the 100% certainty that all odds are in favor. However, to transcend faith, we would require tangible proof which would let our reasoning take the steps from 100% possible to absolute truthfulness. A state in which, every time we stumble under the same starting conditions, we can fast-forward to the past result and instantly acknowledge it as true or false, or even in some cases, use the same reasoning or formulas for different starting conditions, but under the same conceptual background to skip some math. Maybe the world of quantum represents a world in which we are forced to either find the true statement or keep looking for it. Further, as I lack the studies of a university, I will use ChatGPT to help me formalize and bring those ideas to a whole new level of understanding. Therefore, please keep in mind that all that comes next (and what I write after all) is purely theoretical and no previous research or ground-based testing has been done. I strongly believe however that the new road of science is only in its infant state, despite the results we have so far achieved. And what I find so great about it, is that and rule. reason logic The most fundamental aspects of logic and reasoning which we have used with both algebra and geometry could be revived as insights into this domain. Now, however, they might be used only as starting arguments that allow for action/reaction/movement/dimensionality and many more to take shape in a new form. Remember that the magic of storytelling should not be in the words, but in the story itself and how we decide to visualize it. Part 1: Fuzzy Logic Try to envision mathematical concepts as a background set of rules. Arrangements in which this fuzzy logic makes sense. Quantum mechanics is the whole of this world. A world that has segments that are either ordered by those rules or not. When a rule is not followed, the truthfulness of information kind of transcends into the realm of possibilities where they fade until they will eventually reappear. Higher-dimensional aspects are those that show us insights into where the state of the probability is. More clouds suggest a higher chance of rain. The mathematical rule has not been achieved yet. It's at a point where it is in the process of being completed. The full background shows us that it is not raining yet, even if it’s close. Let us see how our little AI helper sums these up. (Of course, I will lend my understanding to each point with italicized text.) Mathematics provides a set of rules and structures that help us model and understand the world. These rules can range from simple arithmetic to complex algebraic equations and beyond. The consistency and universality of mathematical principles make them a powerful tool for describing various phenomena. Mathematical Concepts as Background Set Rules: Fuzzy logic deals with degrees of truth rather than absolute truth values. It's often employed in situations where information is imprecise or uncertain. Quantum mechanics, on the other hand, is a branch of physics that deals with the behavior of particles at the quantum level. The probabilistic nature of quantum mechanics introduces an element of uncertainty, and the concept of superposition allows particles to exist in multiple states simultaneously. Fuzzy Logic and Quantum Mechanics: Here, we could say that those clouds are seen by 2 cities. In one city it’s raining, while in the other, it’s not. Even if the clouds are the central figure of the statement, the space marks the difference between where this is true and where it isn’t. Just like 2 particles can influence each other despite the distance, but when change is made, how can we know who made the change if it wasn’t us? In mathematics, higher-dimensional spaces extend beyond our familiar three-dimensional space. These spaces are often used to model complex systems or describe relationships involving more than three variables. The idea of higher dimensions is also explored in physics and string theory. Higher-Dimensional Spaces: Higher dimensions could simply be the newly opened avenues in which the probability fluctuates. Maybe dimensions are created and destroyed just like cells. Cells may depend on both internal and external variables when it comes to their destruction. Whereas dimensions are created and destroyed only by rules that result from a greater whole, the whole of summed parts. We could see them as being only externally dependent. Simply representing the “external” concept. Something beyond. Quantum mechanics introduces the concept of probability into the description of physical systems. The behavior of particles is often described by wave functions that provide probabilities for different outcomes. Observations collapse these probabilities into definite states. Probability and Quantum States: By observing, you see the “present” which was “present” 0.001, no, 2 seconds, no, 5 seconds ago. I believe there is no known way yet that allows us to see the real slope of growth as it is dependent on multiple factors. Focusing on just some of them will never allow us to see the full picture of the past, but we can use it to gather information for the potential full picture of the future. Just like a pirate using his spyglass to view a castle. He can never be sure that the castle is 100% the same as when he spies at the door since he cannot see the whole castle. The notion that certain mathematical concepts are not yet complete suggests ongoing exploration and discovery. In fields like pure mathematics, researchers are continuously working on extending existing theories, proving new theorems, and exploring the boundaries of mathematical knowledge. Incomplete Mathematical Concepts: In the end, we might get to a new science, a new understanding which we will call “true science” and for those that come next will be just… science. Part 2: A State of Chaos There is so much information. So many weights and counterweights to take into consideration. What has to remain and what has to be scratched off? Oh God… I feel like my head is going to explode—theoretically, of course. The point of no return, when the force of rejection will simply become stronger than the pull, is too far ahead. But then… we wouldn’t wish for a blackhole to appear either. How can we balance this play? What does it MEAN to be in balance yet, not be dead? We know (or theorize) that life could resemble the turning gears of change. Without change, everything is static. No good, no bad could happen further. But then, if life is always pulling up the rope of change, balance is surely broken. If we were to counterweight life, we would arrive at death. What else could happen here so that we will ever grow? Could life be its own domain? Could life be so inextricably different from death that it never touches it? Could life and death, and their impossibility to touch each other, be both enveloped into a both-enveloping sphere? So many questions, so few answers. “But how? And why?” - and this just makes it worse. Let’s turn our glare towards the prime numbers and something interesting ChatGPT explained to me. ”The distribution of prime numbers is a fascinating topic in number theory. Primes are often considered the "building blocks" of natural numbers, and their distribution on the number line has been a subject of extensive study. While primes themselves may seem somewhat irregular (as they have no divisors other than 1 and themselves), the overall pattern of their distribution exhibits some regularities. There are well-known results and conjectures related to the distribution of primes, such as the Prime Number Theorem, which describes the asymptotic distribution of primes among the natural numbers.” - ChatGPT. Part 3: When will this stop? “The overall pattern… exhibits some regularities.” Down below, I would like to place some patterns I randomly found a while ago when playing with primes. Now if you are to ask me what is going on in those pictures, I will ask you in return for better equipment. I will check the patterns and think that I see something. After days, weeks, or months, I would simply take a break from all the patterning and turn back to rational thinking in the hope that this time, the patterns that come into my mind support my claims. And this is how I deal with primes in a nutshell. No fuzzy logic. No fuzzy math (only to the point where logic and reason seem to hold tight to the primes). Only admiring and thinking about what could this great picture of art mean. Could we have discovered order itself? If yes, then how would we explain it? How can we understand its meaning? How can we communicate with/using it? Sadly, my job is not a full-time researcher. No matter how much I involve myself in the field there will always be someone ahead of me. Someone who will say: The Riemann zeta function is a mathematical function that plays a crucial role in number theory and complex analysis. It is named after the German mathematician Bernhard Riemann, who first defined and studied it. The Riemann zeta function is defined for complex numbers �(kind of S and C combined symbol)s with real part greater than 1 by the infinite series: �(�)=1�+2−�+3−�+4−�+…ζ(s)=1s+2−s+3−s+4−s+… This series converges when the real part of �s is greater than 1. The series can be analytically continued to other values of �s (except for �=1s=1, where it has a simple pole), providing a way to define the zeta function in a larger domain. One of the most famous properties of the Riemann zeta function is its connection to the distribution of prime numbers. In particular, the zeta function is closely related to the Prime Number Theorem, which describes the asymptotic distribution of prime numbers. - ChatGPT You are telling me that you found a function that correctly jumps at each prime number occurrence, yet, you have no idea why it does that. Now you try looking into those domains and dimensions that you had no idea even existed. Exploring a land of the unknown where all your beliefs shatter, only to force you to connect them once again if you want it to make sense. And that is… MARVELOUS. We, as humankind, are insignificant. Yet, here we are. Closer and closer to the power of understanding dimensionality. This pursuit of knowledge seems like it must be our happiest years. When in the meantime, some place their ideas into new smart ways for crypto. Others pray that today will be our happy day. Others are simply lost due to psychological or physical warfare. If knowledge is what we say defines us, it sure seems we never met our parents. I hope you all stay safe and healthy. It is a very foggy world out there. And our lanterns seem to shine only ourselves. Take care of your loved ones, of yourself, and of course, of your knowledge. “If she is cherished, one is exalted; if she is embraced, one is honored. But if you refuse to listen to her when she calls, when you pay no attention when she stretches out her hand, so too, will she ignore you when you most need her, in times of distress and trouble. How much better to get wisdom than gold, to get insight rather than silver!” - Eternalised Lead image by Manuel on Unsplash

Quantum Realms, Fuzzy Logic, and the Enigma of Prime Patterns

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