The world is experiencing a quiet revolution. It’s not taking place in the halls of political power or the streets of some faraway city. Rather, it’s happening in factories, ports, construction sites,

3 Industries That Have Been Transformed By The Productivity Revolution

Sept. 26, 2023 - San Jose, California - HiveMQ, the global leader in enterprise MQTT solutions, has announced HiveMQ Data Hub, an integrated policy engine within the HiveMQ broker designed to enforce data integrity and quality. The new offering helps to ...

HiveMQ Presents Data Hub, an Integrated Policy Engine for MQTT Data

SAN JOSE, Calif., Sept. 26, 2023 /PRNewswire-PRWeb/ -- HiveMQ, the global leader in enterprise MQTT solutions, today announced HiveMQ Data Hub, an integrated policy engine within the HiveMQ broker ...

Announcing HiveMQ Data Hub, an Integrated Policy Engine for MQTT Data

The MongoDB Partner Ecosystem includes systems integrators and technology consultants with industry-specific expertise—including AWS and HiveMQ—to help organizations adopt the right solutions ...

MongoDB Launches Atlas for Manufacturing and Automotive

New MongoDB Atlas for Manufacturing and Automotive initiative helps organizations deploy applications that use real-time data to optimize processes and reimagine end-user experiences with connected technologies AWS,

This accreditation shows our clients, partners, and stakeholders that we are committed to using the best practices, protocols, and procedures to protect their data. ISO/IEC 27001 is a globally ...

HiveMQ Achieves ISO/IEC Certification for Data Security

July 26, 2023 - HiveMQ, the global leader in enterprise MQTT solutions, announced the availability of HiveMQ Edge, an open source software gateway with an edge-optimized MQTT broker. HiveMQ Edge helps manufacturing organizations simplify and modernize ...

HiveMQ Edge Is an Open Source Software Gateway to Standardize Industrial Edge Data

HiveMQ Edge is a software gateway designed to simplify industrial IoT deployments via diverse endpoint integration and unified namespace architecture creation. The key to HiveMQ Edge is its support for the unified namespace architecture, which allows data ...

Open-Source Industrial Edge Software

In a previous article, I went over how you to use a MAX98357 amplifier breakout to power a speaker via digital I2S (Inter-IC Sound) signals. While this opens up audio output possibilities, it’s ...

Raspberry Pi Pico Audio Line Out Via PCM5102A I2S Breakout

HiveMQ

hivemq

facilitates efficient data movement for IIoT, ensuring the availability of up-to-date manufacturing machine data from various sources. This data can be combined to effectively track and analyze unplanned downtime in your manufacturing or industrial IIoT (IIoT) setup. MQTT So, in this article, we’ll explore how MQTT and Sparkplug can help manufacturers aggregate data and put it to work to enable machine downtime analytics. Factory Data Acquisition and Aggregation using MQTT and Sparkplug (see Figure 1) is a standard binary publish-subscribe messaging protocol designed for fast and reliable factory machines, systems, and application data transport to enable tracking of unplanned downtime, especially under very constrained conditions. MQTT Constraints may include unreliable network connectivity, limited bandwidth, or limited battery power. MQTT is built on top of TCP/IP, which is the go-to communication protocol to interconnect network devices on the Internet. For these reasons, MQTT is ideal for IIoT and supports an event-driven architecture. MQTT technology is designed to push data to and from thousands of remote factory machines, systems, and applications across the enterprise. is a framework that sits on top of MQTT to add more context to manufacturing data. MQTT Sparkplug It is an open-source software specification that provides MQTT clients with a framework to integrate various factory data and provide context by defining data models. It provides a consistent way for manufacturing equipment manufacturers and software providers to share contextual factory data, enriching the analysis of unplanned downtime. Figure 2 provides an MQTT Sparkplug-based data architecture which shows how the data broker connects multiple machines/processes and applications to enable seamless bi-directional factory data movement between OT and IT systems. MQTT has gained in popularity when it comes to enterprise IIoT strategy. In a survey conducted by IIoT in 2022, MQTT was the clear winner when it came to data movement tools essential to fulfilling IIoT’s strategy. Five Benefits of Using MQTT and Sparkplug in IIoT 1. Unifying a Variety of Factory Machine Data Types Software algorithms that help track and reduce machine downtime need a rich variety of data which includes machine data, process data, maintenance records, and other information. Each of these data types comes in at different rates. MQTT provides a single source of truth that can bring all the data together into one location providing a to then allow these algorithms to easily act upon the data and reduce unplanned downtimes. Unified Namespace (UNS) 2. Achieving Real-time Factory Data Acquisition and Aggregation For machine downtime tracking and reducing algorithms to be effective, especially in edge-based solutions, the data and information have to be real-time because, otherwise, the algorithm output will be based on old data which may not lead to the right outcome on machine failure, leading to potentially wrong decisions being taken. MQTT enables real-time information sharing based on its exception-based reporting and publish-subscribe architecture. Also, Sparkplug ensures that factory sub-system changes like new system creation, system teardown, or changes are notified in real-time to the applications running the algorithms so that the right decisions can be made based on the latest factory system data. 3. Bringing in Contextualized Manufacturing Data For machine downtime tracking and reducing algorithms to work optimally, apart from having the actual data, having the context around the data is also very important. This is where having a data model that defines the structure of the factory data, where the machine resides with respect to the subsystem, production location, etc., provides more context to data that can help the predictive maintenance algorithms do a better job of predicting the machine failures. MQTT Sparkplug provides these data models to ensure the data context is better interpreted for richer output. MQTT Sparkplug also supports data tagging and metadata, allowing manufacturers to organize, filter, and search data more effectively. This increased data organization enhances data quality and supports advanced downtime analytics and machine learning applications. 4. Scaling the Flow of Manufacturing Data Reliably MQTT Sparkplug supports scalable and reliable communication, with mechanisms for handling large volumes of data and ensuring that messages are delivered reliably. It has built-in buffering capabilities and Quality of Service (QoS) levels to support high reliability. MQTT Sparkplug can also support a large number of device connections while ensuring that data packets are not lost. This enables advanced downtime measurement algorithms that need high volumes of data to accurately track downtime, its root cause and ensure that it can be minimized. 5. Securely Connecting and Transferring Factory Data MQTT Sparkplug supports robust security measures, including encryption, access controls, and user authentication, to protect sensitive data and prevent unauthorized access of IIoT data. For most manufacturers, security and privacy risk is the most significant barrier to adopting edge or cloud-based machine downtime analytics technology. For MQTT communication to happen, a client needs to be authenticated with a broker so that it can send or receive data on a topic namespace. This makes the communication highly secure. The other biggest security feature of MQTT is that all communications are outbound and so there are no open ports to hack into. Most . This includes authorization/authentication features like Username & password, OAuth 2.0 (JWT), X.509 client certificates, dynamic permissions, and roles-based permissions to name a few. MQTT brokers provide additional security features Brokers also typically provide TLS / SSL Encryption for all the communications from and to the broker. Apart from that, a few enterprise Brokers, like HiveMQ, offer additional integrations, which enable customers to implement the same security measures that they have on their IT infrastructure like AD, LDAP, and others on the broker. Get Started With Real-Time Tracking and Analyzing to Avoid Unplanned Downtime The MQTT protocol, along with Sparkplug, is gaining in popularity for factory to enterprise/cloud communications as it is lightweight, reports by exception, and provides a lot of features around security, scalability, reliability, and others. MQTT is helping to drive IIoT applications that have taken manufacturing verticals closer to eliminating unplanned downtime. IIoT and MQTT-enabled asset management and advanced algorithms have helped in the significant reductions in unplanned downtime, advancing the company’s manufacturing capabilities and efficiencies.

Using MQTT for IIoT in Tracking and Analyzing Unplanned Manufacturing Downtime: 5 Great  Positives

Uso de MQTT para IIoT en el seguimiento y análisis del tiempo de inactividad de fabricación no planificado: 5 grandes aspectos positivos

Utilisation de MQTT pour l'IIoT dans le suivi et l'analyse des temps d'arrêt de fabrication non planifiés : 5 grands points positifs

अनियोजित विनिर्माण डाउनटाइम को ट्रैक करने और विश्लेषण करने में IIoT के लिए MQTT का उपयोग करना: 5 महान सकारात्मकताएँ

計画外の製造ダウンタイムの追跡と分析における IIoT 用 MQTT の使用: 5 つの大きな利点

Usando o MQTT para IIoT no rastreamento e análise do tempo de inatividade de fabricação não planejado: 5 grandes pontos positivos

Sử dụng MQTT cho IIoT trong việc theo dõi và phân tích thời gian ngừng sản xuất ngoài kế hoạch: 5 điểm tích cực lớn

将 MQTT 用于 IIoT 来跟踪和分析计划外制造停机：5 个巨大的积极因素

Far from perfect. (Probably) better than roll your own. Authentication is hard. Not hard in the intellectual sense — well-defined standards such as OAuth2 are complete, extensively documented and supported by an ecosystem of tooling. Rather, authentication is hard to get . Didn’t use a state variable or nonce for one time requests — oops. Stored your passwords as an MD5 hash instead of using bcrypt — oops. Didn’t force HTTP Strict Transport Security (HSTS) and get down-grade attacked — oops. Rookie mistakes, all. right Click here for a more detailed rant. The good news is that even a modestly incompetent developer can read the spec, make a checklist and implement. The bad news, for those of us who love re-writing well-trodden non-application-specific code, is why bother. After evaluating “rolling our own” and a number of 3rd party vendors, we choose Auth0.¹ We don’t bother to “reinvent the wheel” on other non-differentiating aspects of our technology stack. We didn’t roll-our own single-page java-script framework, we use Ember. We didn’t setup our own servers, we use AWS. So why do so many organisations take the technical risk, time and expense of rolling their own auth? No differentiation. Very easy to FUBAR. I am an Auth0 fanboy ( ); but, SaaS auth is a better option than roll your own authorisation for most small companies. not resin!? Props (Done well) Plug and play integration As an Ember and node.js shop, it was important to have an Auth provider that plays nicely with our stack. Well, we were in luck. There’s is a (the de facto standard for auth in “ambitious web application”). community supported ember-simple-auth integration Auth0 officially supports a Passport strategy. Easy peasy. Glide path Auth0’s is a batteries included signin solution ideal for straight-forward use-cases. They also allow callback page customisation from their web console. lock.js For rolling your own, you can always drop-back to their client-side SDK. For highly “non-happy-path” requirements, the underlying API is available. A one, two, three punch glide path for all your signin/signup needs. Versioning of serverless components Auth0 includes out-of-the box support for customization, including a for lock² and a .³ hosted page rules engine Neither supports versioning out-of-the-box; in the base Auth0, once you make a rule-change or update to the hosted page, the previous version is gone for good. Fortunately, there is a available to push directly from a repo. Github extension Extensive documentation One of the underlying premises of the B2B SaaS provider is that you and your company is not a special snowflake. There is undifferentiated overhead— log analytics, code deployment, authorisation/SSO — that you’d be better-off outsourcing than building in-house. Auth0 has dozens of and quickstarts, and multi-language API docs with build-in examples using your pre-populated credentials/settings. tutorials Multi-language support, e.g. in token management API docs Some companies “kill you with the manual”, but the technical writing team at Auth0 know their craft. The docs are well-written, easy to navigate (internal references in all the right places) and up-to-date ( ). including a complete version history on github Drops (Could do better) Naturally, every company could do better… Compliance Transparency: SOC2 & HIPAA The biggest ding is that they only extend SOC2 coverage to their enterprise customers. To peek under the hood, I requested the report . per instruction O.k…request away What I find unreasonable is that Auth0 has to share the report upon request. refused Exploding Kittens reserves all rights, presumably. Fair use. The full report is only available to their enterprise customers, which starts at $20k+ per year. Developer and Developer Pro customers simply aren’t good enough to peek under the hood. But that’s o.k., just “trust us.” The devil is in the details, and for something as critical as auth, the details matter. A SOC2 is not an ISO27001. Attestation is not certification For example, Auth0 only opted to on 2/5 available Trust Areas: Security and Availability. My presumption is that the other 3 trust areas (Processing Integrity, Confidentiality and Privacy) will be forthcoming over time. attain SOC2 attestation Since a HIPAA is available, again only for enterprise customers, my assumption is that they’re most of the way there on privacy. BAA (Business Associate Agreement) Quota and service limit transparency Auth0 is a company built on trust. It’s a huge step for a startup, let alone an enterprise, to hand-over the keys to the kingdom to an authorisation and SSO vendor. They are transparent in some places, such as . rate limiting In others, a complete lack of transparency. For example, pricing is based on users; but, how many non-interactive clients are customers allowed: talk to sales!? Take a book from the , and err on the side of transparency about service limits and usage quotas. AWS playbook Fine-grained authorisation control Despite a few odd omissions — e.g. not being able to edit user information such as emails in Auth0 Database connections — the Auth0 administration panel is quite powerful. Indeed, it allows non-developers to serve as admins since SQL and terminal knowledge aren’t required. Unfortunately, unlike the very fine-grained AWS IAM, role-based delegation in Auth0 stops at admin + client. You can delegate a different admin for your interactive client vs API, but they’ll have complete control of their respective domains. No, person A can administer users, person B can touch the advanced settings. It’s all or nothing. Competitors Okta Okta was the runner-up in the great auth bake-off. We hearted the StormPath API, but from my perspective Okta FBAR’d the . Sun-setting the API without a clean transition path. No glide path from sandbox trial →dev →production. Abandoning a rich ecosystem of plugins (shout-out to HiveMQ). acquisition There’s also a big gap in the pricing models between Stormpath and the rest of the Okta suite. Stormpath has all-inclusive block-pricing starting at $20/month for 1k users, which is reasonable. What is unreasonable is on a github.io page instead of being honest with their customers. burying their pricing plan Okta has pricing, which would be fine for small internal SSO user numbers. What is not fine is buring a . Probably surprised a few small companies. a la cart $1500 annual minimum in the fine print Caveat emptor Not ideal for starting super-small, but I could live with the pricing. Was a mite miffed that they tried to pawn me off to an “engagement meeting” with a sales + sales engineer duet. A bit of LinkedIn due diligence reveals a roughly 3:1 gearing between sales and engineering, so no surprises there. Ending on a positive note, unlike Auth0 (shame!), they were willing to share their SOC with an NDA (ass-covering, albeit probably unenforceable). Maybe, just maybe, the Okta Developer Relations team will take some of these tips to heart. After all, they did mention from the remnants of Stormpath. “feedback” 5 times in their recent post on how the DevRel sausage was made Centrify Enterprise SSO. Wholly inappropriate. Disclosure I am affiliated with the or influencer programs. of influencer program fee, feel free to sponsor the , or similar. not Auth0 Okta In lieu Free Software Foundation Electronic Frontier Foundation Footnotes YMMV, but in both personal and professional contexts, I find that minimally-hierarchical organisation, backed by strong group norms around delegation, collective decision making and bottom-up power == win. The team (unknowingly) used a variant of . Deliberative Decision Making Unfortunately, the hosted login page does not support a custom domain in the lowest pricing tiers. You’re stuck with a less than ideal <org>.auth0.com For example, if you wanted to setup an IP whitelist, there’s a for that and many other bells-and-whistles, all of which run server-less. pre-built snippet Don’t be a stranger. If you think I could help your organisation, feel free to reach-out on or similar. LinkedIn

Authentication as a Service, an honest review of Auth0

Blockchain investments increase as Web 3 company raises $150 million in funding Breyer Capital, Digital Currency Group, GoldenTree, Hivemind, and Union Square Ventures were among the investors that $150 million to . Trust Machines’ objective is to create the world’s most extensive Bitcoin apps and platform technologies ecosystem. Trust Machines will broaden Bitcoin to become not simply a store of wealth but also a platform for revolutionary Web3 apps, building on the recent success of Stacks, a recent programming layer for Bitcoin. contributed Trust Machines Muneeb Ali, the founder of Stacks, and JP Singh, a professor of computer science at Princeton, have introduced Trust Machines to create the largest ecosystem of applications and platform technologies that will enable Bitcoin to fulfill its potential as a final settlement layer for computing platforms and applications. Bitcoin solves the issue of trust without depending on centralised institutions, revolutionising trust in the same way that the Internet and the Web altered communication and access. Bitcoin is the only blockchain that can achieve this in a fully decentralised method, allowing for open, permissionless access, transparent governance, and a fixed supply system, all of which are essential for this trust revolution. On the other hand, Bitcoin has only been used as a store of value thus far. Web 3 apps have been created on Ethereum and other programmable blockchains, worth hundreds of billions of dollars. Trust Machines is the first company to introduce such game-changing applications and platform technologies to Bitcoin, which is by far the finest settlement layer for value applications. It will turn Bitcoin into a productive asset rather than a passive one, generate programmatic demand for it, and establish a robust ecosystem of transformative applications and platform technologies based on it across a wide range of financial, commercial, and societal sectors. Dr. Muneeb Ali, the CEO of Trust Machines, said: With the early foundation built, it’s time to concentrate on unlocking the next level of applications and platform technology on Bitcoin, enhancing the platforms for speed, scale and functionality, and making Bitcoin apps a reality for hundreds of millions of users. This is why we launched Trust Machines and, with the backing of our terrific investors, we’re excited to take on this challenge. Bitcoin alters trust in the same way that the internet altered communication and the Web transformed access. We’re approaching a new age of computing, one that will allow whole new sorts of applications and new approaches to constructing old ones across a wide range of human and social endeavours. These applications have fundamental properties that were previously unattainable: open access without permission; transparent governance (without fear of opaque censorship, corruption, or rent-seeking by centralised entities); and a novel, healthy incentive system that generates new business models and value for all. Since Bitcoin, several blockchains have grabbed the lead in becoming natively programmable application platforms. Only Bitcoin, on the other hand, delivers genuine decentralisation of trust, making it the most significant final settlement layer for transactions. What is Web 3.0? Web 3.0 refers to the next generation of the internet. Websites and applications will handle data in a clever human-like manner using technologies such as machine learning (ML), Big Data, and decentralised ledger technology (DLT), among others. Tim Berners-Lee, the creator of the World Wide Web, dubbed Web 3.0 the Semantic Web to create a more autonomous, intelligent, and open internet. Data will be networked in a decentralised form, which would be a big leap ahead of our present generation of the internet (Web 2.0), where data is housed mainly in centralised repositories. Users and machines will be able to engage with data as well. However, programmes must comprehend information both theoretically and culturally for this to happen. With this in mind, the semantic web and artificial intelligence are the two foundations of Web 3.0. (AI). Web 3.0 is the next step in developing the internet, allowing it to process information with near-human intelligence via the deployment of AI systems that can run innovative programmes to help users. According to Tim Berners-Lee, The Semantic Web is designed to “automatically” interact with systems, people, and home gadgets. As a result, both people and robots will be involved in content development and decision-making. This would allow for the intelligent generation and dissemination of highly personalised content to every internet user. The new internet will provide a more personalised and tailored surfing experience and a smarter and more human-like search helper and other decentralised advantages, all of which are supposed to contribute to a more egalitarian online. This will be accomplished by allowing each user to take control of their data and enhancing the overall experience via various innovations that will be implemented once it is in place. The internet will become more intertwined in our everyday lives when Web 3.0 comes, which is difficult to imagine given how smart gadgets have already impacted our behavioural patterns. Almost all of today’s usually offline machines, ranging from home appliances like ovens, vacuums, and refrigerators to all modes of transportation, will become part of the IoT economy, interacting with its autonomous servers and decentralised applications (DApps), advancing new digital realms like blockchain and digital assets to power a slew of new tech “miracles” for the twenty-first century. Catch all the breaking news, and Don’t forget to like the story!

Trust Machine Raises $150 Million in Funding from Breyer Capital, DCG and Hivemind to Expand Web 3

Decentralized Physical Infrastructure Networks (DePINs) are built on a powerful set of principles: resisting centralized data silos, avoiding single points of failure, decentralizing the ownership of critical infrastructure, and creating a resource-sharing economy that rewards all participants. Decentralized Physical Infrastructure Networks (DePINs) These principles form the foundation of promising DePIN projects like Drife, Helium Network, Filecoin, Hivemapper, Theta Network, ICP, Akash, and Render. In this interview with Olayimika Oyebanji, Markus Levin, co-founder of XYO—explores the risks of relying on centralized entities or systems, and highlights the need for a secure, private, and transparent way to share, verify, and store location data. Markus argues that the dominance of companies like Google and Amazon has led to deeply entrenched data silos—and that a paradigm shift is not only needed, but already underway. Read on! Markus, thanks for showing up. Can you briefly tell us about yourself and your path to Web3? Markus, thanks for showing up. Can you briefly tell us about yourself and your path to Web3? Thank you for having me! I’ve spent the past 15+ years building and scaling companies, especially in data-driven industries. I got into Web3 way back in 2013—when I began mining Bitcoin—because it was clear to me that decentralized systems would unlock new economic models and efficiencies—especially in how we use, trust, and monetize data. How do you see DePINs reshaping industries that rely heavily on centralized data? DePINs shift the ownership of infrastructure from big corporations to users, enabling them to take charge of their own data. This fundamentally alters the economic landscape to be more egalitarian—suddenly, those who contribute also become stakeholders. For sectors like transportation, cloud storage, or mapping, this can lead to significant cost reductions and enhanced resilience. What are the biggest risks centralized data silos pose to industries like supply chain or IoT, especially when it comes to location data accuracy and security? When a single centralized entity controls essential infrastructure, it creates bottlenecks and vulnerabilities. If a centralized location service gets compromised or goes offline, it can completely paralyze supply chains or make IoT systems unreliable. This kind of risk is both operational and financial. What challenges do you see in convincing companies to move away from centralized data silos when they’re often seen as more convenient despite their vulnerabilities? The two biggest obstacles are cost and habit. Centralized platforms may provide short-term convenience, but decentralization offers long-term stability and a better alignment of incentives. The real challenge is helping companies look beyond their quarterly budgets to see the structural efficiencies that decentralization can bring. I strongly believe that decentralized systems should not require a complete overhaul of existing infrastructure. XYO is designed to integrate with both Web2 and Web3 environments, and we aim to make the perks of blockchain accessible, allowing companies to gradually adopt decentralized infrastructure without sacrificing immediate operability. Aligning economic incentives with data integrity, makes the shift both practical and financially appealing. How vulnerable are centralized location systems to single points of failure, like hacks or outages, and what could the fallout look like for businesses or consumers? They are extremely vulnerable. For example, a GPS outage—even if short—can disrupt logistics, navigation, or even financial services that rely on timestamp accuracy. The financial cost of a failure grows exponentially with scale, and everyone is impacted. Decentralized models that distribute trust across thousands of independent nodes mean there's no single point of failure. This allows each piece of location data to be verified through cryptographic proofs and cross-referenced by the network, making it virtually impossible to spoof, tamper with, or lose. What inspired the creation of XYO? Originally, we noticed that location data had a high rate of spoofing problems. It was too easy for companies to lose track of authentic data amidst spoofed and unreliable data points in their systems. We created XYO to bring cryptographic proof into the mix, making location data verifiable. Today, XYO can verify any kind of real-world data. Our network is built to secure and validate information across a variety of applications, not just those related to geography. We have over eight million nodes around the world and anyone can join the network with a smartphone. We’re growing and we’re collaborating with several major partners to leverage and share that data. How does XYO’s decentralized oracle network ensure the accuracy and security of geospatial data compared to traditional centralized systems? Our network is powered by independent nodes that verify location data through consensus rather than blind trust. With this infrastructure, XYO eliminates the reliance on a single source of data, making it much tougher to spoof or manipulate the system. Our nodes operate independently and the ecosystem is designed to encourage honest participation. With the addition of cryptography, it means it’s much easier to highlight inconsistencies and locate false data. This multi-layered verification process adds a level of redundancy and resilience that centralized systems simply can’t match. It also means that data is constantly being validated, which is crucial for applications where accuracy and integrity are non-negotiable—like autonomous systems or financial services. This is also a game-changer for AI systems, which often struggle with inaccuracies and need better data to deliver more reliable results. What are the biggest technical hurdles XYO has faced in scaling its blockchain-based location verification system? The main challenges have been scalability, cost-efficiency, and interoperability. We needed to create systems that could operate at the edge, manage large amounts of data, and still be light enough for real-world devices. This specific issue is what caused us to begin development on XYO Layer One, our own Layer One blockchain. With our own L1 blockchain, we’re using new technologies to make the chain itself lightweight as it grows. Most blockchains today increase in size as they are built, and it can slow down the chain significantly over time. Ours is optimized for high-throughput, low-cost transactions without compromising on decentralization. It’s built to handle real-time data inputs at scale—something that most general-purpose blockchains just aren’t equipped to do. This foundation will enable it to adapt to the needs of real-world applications as they evolve. Can you take us through the incentive system of XYO as a DePIN project? The easiest way for people to get involved in XYO’s incentive system is through our mobile app, COIN. It’s free, and lets anyone participate in the network by validating and collecting real-world data. In exchange, they earn “COIN”, which can be redeemed for our tokens and other perks—though over 95% of redeems are for our token. Having a mobile app with blockchain abstraction has helped us grow to millions of participants and build one of the largest decentralized datasets in the industry. Most of the people joining us are not well-versed in crypto, and for some, it’s the first time they’ve ever interacted with blockchain. Looking ahead, we’re rolling out a new dual-token system for the upcoming mainnet launch of our XYO Layer One Blockchain. The new token, XL1, is designed to ensure long-term network health and scalability. In this two-token system, XYO will be used for staking, securing the network and other features outside of the XYO Layer One blockchain, while a second token, XL1, will handle  internal blockchain operations like gas fees and smart contract execution. Can you share your experience as a DePIN builder and co-founder of XYO? It’s been quite a journey, filled with technical challenges and regulatory hurdles, but we’ve made significant strides. DePIN is still new in blockchain, but with the growing excitement and strength behind new DePIN projects every day, the advantages over fragile centralized systems are clear. Any final thoughts? Decentralized infrastructure represents a significant shift in terms of both technology and economics. The next ten years will be defined by systems that incentivize participation rather than just passive usage. At XYO, we’re dedicated to building infrastructure that stands the test of time—something robust, economically viable, and scalable. We’re not interested in chasing trends; we’re focused on addressing real issues in how data is verified, shared, and valued. The technology may be intricate, but our mission is straightforward: to find new ways to address long-standing problems, through secure and transparent data-based systems.

XYO's Markus Levin Says the Next Internet Won’t Belong to Google or Amazon

New terms and systems keep coming to the crypto world, and “DePIN” is a relatively new one around. It means Decentralized Physical Infrastructure Network, and it can be defined as a system that uses Distributed Ledger Technology (DLT) to gather and incentivize individuals to build and maintain real-world infrastructure, like wireless networks, massive storage, or energy grids, without central control. Or, in other words, mix a crypto network with some physical set-up provided by people globally, and you’ll likely have a DePIN. They can be more inclined toward physical services or more toward digital services, but they always include a physical part. In this sense, there are two main types of DePIN: Physical Resource Networks (PRNs) and Digital Resource Networks (DRNs). Or, in other words, mix a crypto network with some physical set-up provided by people globally, and you’ll likely have a DePIN. PRNs focus on real-world assets like hardware, energy, or mobility services, requiring a fixed location. DRNs, on the other hand, handle digital resources such as computing power or bandwidth, which are flexible and not tied to a place, but that still require some kind of physical device. Both models use token incentives to create decentralized networks for sharing resources efficiently. Examples of PNRs include Helium, which builds decentralized wireless networks, Hivemapper, which crowdsources global mapping using dashcam data, and WeatherXM, where individuals deploy weather stations to provide localized weather data in exchange for rewards. In the DRN realm, we have Akash Network, offering decentralized cloud computing; Golem, which provides distributed computing power, and Filecoin, which enables decentralized storage. Components of a DePIN At its core, DePIN relies on physical infrastructure, which includes tangible assets like Internet of Things (IoT) devices, routers, sensors, solar panels, and even satellites. These resources are typically owned and operated by individuals or businesses that contribute to the network in exchange for incentives. The infrastructure plays a crucial role in providing services such as connectivity, data collection, or energy distribution, forming the foundation of a DePIN ecosystem. DePIN ecosystem DePIN ecosystem To connect these physical assets with a decentralized ledger, a middleware layer is required. This component ensures seamless communication between the hardware and the crypto network. It functions similarly to decentralized oracles, gathering real-world data and transmitting it on-chain for processing. Middleware enhances interoperability, allowing different devices and systems to integrate smoothly within a DePIN. Once the data reaches the DLT, it’s securely recorded, processed, and used for automating transactions, managing demand, and ensuring fair distribution of services and rewards. It functions similarly to decentralized oracles, gathering real-world data and transmitting it on-chain for processing. decentralized oracles decentralized oracles A well-functioning DePIN also relies on governance and tokenomics. Governance mechanisms, often community-driven, ensure that decisions about the network’s development are made collectively. Tokenomics, on the other hand, provides incentives for participation by rewarding contributors with tokens. These tokens can be used for transactions, staking, or governance, ensuring a self-sustaining ecosystem where users and providers benefit from their contributions. Governance mechanisms Governance mechanisms IoT & Obyte Obyte offers a fully decentralized, censorship-resistant, and efficient framework that makes it well-suited as the foundation for a DePIN system. Unlike blockchains, which rely on block producers or “validators”, Obyte’s DAG-based architecture eliminates the need for intermediaries. Transactions are added directly by users, ensuring there is no single point of control that could be pressured to censor data or restrict participation. Obyte can ensure that DePIN participants remain autonomous while benefiting from a transparent and tamper-resistant record of activity. Obyte Obyte Obyte can ensure that DePIN participants remain autonomous while benefiting from a transparent and tamper-resistant record of activity. One of Obyte’s advantages is its lightweight and energy-efficient design, making it ideal for IoT-driven DePIN networks. IoT devices often operate with limited computing power and memory, and Obyte’s structure allows these devices to interact with the network without requiring excessive resources. The platform has already demonstrated its capabilities through proof-of-concept projects, including IoT-based payment systems, smart energy trading, and autonomous machine transactions. proof-of-concept projects proof-of-concept projects Beyond censorship-resistance and efficiency, Obyte’s customized oracles, tokenization features, and Autonomous Agents (AAs) provide a strong foundation for governing DePIN interactions. Oracles can connect real-world data to the ledger, and AAs can manage device authentication, enforce service agreements, and facilitate fair payments in a trustless environment. The platform has already enabled decentralized auctions, pay-per-use power tools, and secure IoT transactions, demonstrating its ability to facilitate real-world economic interactions. Beyond censorship-resistance and efficiency, Obyte’s customized oracles, tokenization features, and Autonomous Agents (AAs) provide a strong foundation for governing DePIN interactions. customized oracles customized oracles tokenization features tokenization features AAs AAs secure IoT transactions secure IoT transactions With its autonomy, resilience, and low operating costs, Obyte offers an ideal solution for DePIN projects that require fast, censorship-resistant, and cost-effective transactions among physical infrastructure providers and users. Featured Vector Image by Freepik Featured Vector Image by Freepik Freepik Freepik

Educational Byte: What is DePIN in Crypto?

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Təhsil Baytı: Kriptoda DePIN nədir?

Byte educativo: ¿Qué es DePIN en Crypto?

Educational Byte: Mikä on DePIN kryptovaluutassa?

בייט חינוכי: מהו DePIN בקריפטו?

教育バイト: 暗号通貨における DePIN とは何ですか?

교육용 바이트: 암호화폐에서 DePIN이란 무엇인가?

Едукативен бајт: Што е DePIN во Crypto?

Byte edukacyjne: Co to jest DEPIN w kryptowalutach?

අධ්යාපන බයිට්: Crypto වල DePIN යනු කුමක්ද?

Utbildningsbyte: Vad är DePIN i Crypto?

Byte giáo dục: DePIN trong Crypto là gì?

In the early 2010s, everybody was talking about Big Data, Hadoop clusters, data lakes… the hope being that we could get tremendous insights by collecting and processing massive amounts of data. Even then, however, there was a fundamental problem. We could store and process vast quantities of digital data, no sweat, but actual-world data – the sort that actually did represent what was happening outside our computer screens – was still in short supply. And even when we could get it, how could we trust it? Even back in the pre-AI era, not knowing where your data came from was already a real hassle. Now, with AI systems making increasingly important decisions, that headache is now a migraine. That is where Decentralized Physical Infrastructure Networks – DePINs – come in. DePINs essentially use blockchain to incentivize individuals to build and upkeep physical-world infrastructure. Not large corporations. Regular, normal people. It's like BitTorrent, but instead of sharing files, people are sharing information from the physical world – and getting paid for it. But with BitTorrent, where you're just praying that the file you download actually is what it says it is, DePINs provide a proof of where the data is coming from and that it hasn't been tampered with. Reliable Data for AI The machine-learning universe is booming, and it's all fueled by data. Large datasets are used to train these beautifully complex AI models, specifically the big ones – Large Language Models (LLMs) and the like. Digital data? We've got buckets of that. But high-quality, real-world data? That's a different story. It's in short supply. It's expensive. And, more often than not, you have no idea where it came from or if you can even trust it. And that's a huge problem. Because if the data itself is skewed, or manipulated, or just plain wrong, then the AI built upon it will be too. Garbage in, garbage out, as they say. How do we ensure the data used to power these systems is reliable & trustworthy? This is where Decentralized Physical Infrastructure Networks, or DePINs, start to sound very interesting. These networks by design, interact with the world around us – sensor networks, hardware. DePINs have the advantage of capturing valuable real-world information that is typically difficult to reliably obtain. DePINs are different from BitTorrent networks where you rely on hope that your file is intact and trust strangers because it has a verification and reward system inside. Let me illustrate this with a few examples. Smart Agriculture – Farming with Data, Not Just Intuition For many centuries now, farmers have depended on experience, intuition as well as luck. But what if there was a way in which we could offer them some additional data-driven help? This is DePIN-driven farming. A multitude of little sensors strewn all over. They monitor the moisture in the soil, check the temperature; do some work even before any person can know it properly. And all that goes through the DePIN safely, and can be traced. It's possible due to blockchain technology. Every measure receives a unique digital fingerprint – the so-called "cryptographic hash." This is one-way code – simple enough to create a fingerprint out of data but impossible to reverse operation. The fingerprint and time stamp are recorded on the permanent ledger – forever available for scrutiny and analysis. Change some records? You'll see it immediately. And it's completely different from downloading any files off various random torrent trackers and then making those customary prayers above BitTorrent. Then, machine learning algorithms sort through this information, calculating just what each part of the field needs. Just-the-right-amounts-of-fertilizer. Only water when and where the soil is parched. It's like every plant has its own nutritionist who waters them and connects with their crops, which they weren't earlier. And what about privacy? Zero-Knowledge Proofs (ZKPs). These enable the DePIN to prove something about the data without revealing the data itself. Most probably, one would expect a farmer to prove that their harvests are organic. It doesn't need handing over the complete details from their sensors like – with ZKPs they can easily do so, but say "Yes I did follow all rules" without giving out everything in exchange for nothing. It's not just a matter of sharing information; it's a matter of sharing quality, good information, and getting paid for it. Let's take another example and talk about transportation. Bridges That Talk We cross bridges and railways daily. Most of us, without second thoughts. Until something goes wrong. Costly inspections. Occasional checks. Signs of disaster looming? Often ignored. DePINs to the rescue. Sensors embedded in the structures. A living network. Strain gauges, accelerometers, acoustic sensors – whispering secrets of stress and strain. Secure data flowing. Verifiably. AI software, designed from engineering data, analyzes the flow. Patterns. Anomalies. A warning long before disaster strikes. Preemptive maintenance. with fewer disruptions to it. Benefits to the individuals who install and maintain the sensors include Safer infrastructure, Lower costs, and, ultimately, Peace of mind. And, most significantly, unlike a file you might have downloaded from some unknown website, you know that this data is coming from a specific sensor, in a specific location, at a specific time – and that it hasn't been altered. Let's talk about Cricket, y'know, the one that is played in the Indian Subcontinent and enjoyed by Billions of individuals – The Game Adheres to the Real World Think about a game of Cricket. Strategy, technique, and. the weather. The pitch. The ball. Traditionally, video games control these as fixed. But what if the game reacts to the real world in the same manner in which it reacts today? Imagine a DePIN-powered cricket video game. Environment-based DePINs, such as weather stations, provide the game with real-time data. Suddenly a Mumbai shower? The virtual pitch gets a slippery dressing, favoring swing bowlers. The AI changes its approach. And it goes further still. A dedicated DePIN might track the real aging of cricket balls during pro games. Sensors, image processing – tracking how the seam deteriorates, the shine runs off, and the shape changes. This data is fed into the game; the virtual ball behaves exactly like the real ball. Old ball? More spin, more errant bounce. Humidity, dew point – all consumed by a local environmental DePIN – can have an impact on the game. The AI makes adjustments. iI's a question of realistic play based upon verifiable, real-world information. These are just a few. Breed all these streams of data – agriculture, infrastructure, sports, and hundreds of others – together into an adaptable, real-time virtual model of the world re-running simulations which AI could tap to understand, predict, and interact with our world. DePINs, with their measurable real-world inputs, are the key. From adaptive video games (like our example of Cricket) to adaptive entertainment, think of a Sherlock Holmes series on Netflix subtly adapting according to proven real-world trends. In fact, This is no fantasy. Already, there are projects that have started with a bang like Ocean Protocol, Hivemapper & Filecoin Saturn. Conclusion We started with a problem: trust. How do we trust the data that drives our increasingly AI-dependent world? The trick, it seems, is to marry the real and unreal world in ways that were never before possible. Decentralized Physical Infrastructure Networks – DePINs – are making that possible. Imagine a world in which a Sherlock Holmes Netflix series isn't merely something you watch but something that quietly responds to your environment. The secrets change, the clues change, and even the weather outside changes in the way that is happening outside your window – all thanks to verifiable, real-time data from a DePIN. It's not just games; it's about how we interact with technology. It's about building AI that isn't just smart but grounded. And it can happen now.

AI Is Running on Garbage Data. Here’s How DePINs Could Save It

Today, February 17, 2025, marks a significant milestone for the Pacific Islands as we officially launch the Development Phase of the Digital Moana Initiative. This groundbreaking project aims to enhance geospatial data management across the Pacific region by leveraging decentralized physical infrastructure networks (DePIN) and blockchain technology. The initiative will democratize access to high-resolution LiDAR and point cloud datasets, enabling more efficient resource management, disaster response, and economic opportunities for the region. The Case for DePIN in the Pacific Context The DePIN model has already proven its worth in various sectors, from Helium's wireless networks to Hivemapper's crowdsourced mapping solutions. The Pacific Islands present a unique opportunity to implement these decentralized principles in a region where data sharing and infrastructure coordination have historically been challenging. The Digital Moana initiative is now entering its Development Phase, where we will build a unified, blockchain-powered geospatial data ecosystem to efficiently manage and distribute high-resolution LiDAR data and dense point cloud datasets. Architectural Framework: A Regional Approach The Digital Moana infrastructure will establish a pilot network connecting six major Pacific nations: Papua New Guinea, Solomon Islands, Vanuatu, Fiji, Samoa, and Tonga, with plans to expand to the rest of the Pacific on a demand basis. Each node in this network will maintain its local infrastructure, including PostgreSQL/PostGIS databases and processing capabilities, while remaining interconnected through a cryptographic distributed cloud portal on IPFS (InterPlanetary File System). This system is specifically designed to avoid a single point-of-failure in handling the complexities of large-scale LiDAR and point cloud data management, enabling efficient storage, processing, and distribution of these detailed datasets. At this point in time we are considering Aleph Cloud as a potential platform for implementing this decentralized geospatial infrastructure. During the Development Phase, the Digital Moana initiative will focus on the systems development of its core infrastructure, emphasizing the database, data upload mechanisms, and full-stack back-end and front-end systems. The database development will involve designing and implementing a distributed PostgreSQL/PostGIS architecture, with back-end nodes deployed across participating Pacific Islands. This decentralized approach ensures that each island maintains local control over its data while contributing to a unified regional network. For data upload systems, we will develop secure and scalable pipelines to facilitate seamless integration of data from aerial and drone surveys, ground control points, and historical datasets into the distributed database. The front-end will be hosted on Aleph Cloud with IPFS, providing a decentralized and resilient user interface for data visualization, subscription management, and analytics. This setup ensures that users can access the platform reliably, even in low-bandwidth environments, while maintaining the decentralized ethos of the initiative. Together, these components will form a cohesive, full-stack system designed to support the Digital Moana initiative's goals of decentralized data management and accessibility. Blockchain-Powered Data Access Design A key feature of the Digital Moana initiative is its innovative use of NFT-based subscription management for LiDAR and point cloud datasets. During the Development Phase, we will implement a transparent and efficient system where data access rights are tokenized. Each dataset subscription will be represented by a unique NFT containing crucial metadata about geographic coverage, point cloud density, classification levels, resolution, and access permissions. This approach will address several longstanding challenges in geospatial data distribution: Transparent ownership and clear audit trails of data usage
Automated compliance through smart contracts
Enhanced analytics capabilities for resource optimization
Real-time tracking of data utilization
Efficient distribution of large-scale point cloud datasets
Decentralized data management and access
No single point of failure Quality Control and Local Empowerment Framework The Development Phase will also incorporate a robust quality control framework to ensure data integrity while respecting local autonomy. Each participating nation will maintain its processing capabilities while benefiting from decentralized quality assessment protocols. This includes specialized workflows for LiDAR data validation, ensuring accuracy in point cloud classification, and maintaining consistent data quality standards across the region. This hybrid approach will allow for standardized data quality while accommodating local needs and requirements. Synchronization System Development The Development Phase will include the creation of a sophisticated synchronization service to maintain data consistency across all nodes, with specific consideration for the unique challenges of managing large LiDAR datasets. This system will ensure that updates and new datasets are efficiently distributed while respecting bandwidth limitations common in Pacific Island nations. The decentralized cloud portal will act as an orchestrator, managing data flow and access rights while maintaining the decentralized nature of the network and implementing efficient compression and streaming protocols for point cloud data. Economic Implications and Sustainability Considerations By implementing an e-commerce system integrated with blockchain technology, the Digital Moana platform will create new economic opportunities for Pacific Island nations. The platform will allow for the monetization of high-value LiDAR and point cloud datasets while ensuring fair compensation for data providers. This economic model will provide a sustainable funding source for ongoing data collection and infrastructure maintenance. Security and Future Resilience Planning The Development Phase will prioritize security, incorporating multi-factor authentication, encrypted data delivery, distributed web presence, and regular smart contract audits. These measures will ensure that sensitive geospatial data remains protected while maintaining accessibility for authorized users. Future enhancements could include secondary markets for data subscriptions, advanced analytics dashboards for point cloud visualization and analysis, and automated feature extraction capabilities. Implementation Vision The Digital Moana initiative represents more than just a technological upgrade; it's a paradigm shift in how Pacific Island nations manage and share their geospatial resources. By embracing DePIN principles and blockchain technology, this system will create a more equitable, efficient, and sustainable approach to geospatial data management, particularly for high-resolution LiDAR and point cloud datasets. As we embark on the Development Phase, we envision a future of increased regional cooperation, improved disaster response capabilities, and new economic opportunities emerging from this digital transformation. The success of Digital Moana could serve as a model for other regions seeking to implement decentralized infrastructure solutions for geospatial data management. Let's Go! Today, February 17, 2025, marks a significant milestone for the Pacific Islands as we officially launch the Development Phase of the Digital Moana Initiative . This groundbreaking project aims to enhance geospatial data management across the Pacific region by leveraging decentralized physical infrastructure networks (DePIN) and blockchain technology. The initiative will democratize access to high-resolution LiDAR and point cloud datasets, enabling more efficient resource management, disaster response, and economic opportunities for the region. Development Phase Digital Moana Initiative The Case for DePIN in the Pacific Context The DePIN model has already proven its worth in various sectors, from Helium 's wireless networks to Hivemapper 's crowdsourced mapping solutions. The Pacific Islands present a unique opportunity to implement these decentralized principles in a region where data sharing and infrastructure coordination have historically been challenging. The Digital Moana initiative is now entering its Development Phase, where we will build a unified, blockchain-powered geospatial data ecosystem to efficiently manage and distribute high-resolution LiDAR data and dense point cloud datasets. Helium Hivemapper Architectural Framework: A Regional Approach The Digital Moana infrastructure will establish a pilot network connecting six major Pacific nations: Papua New Guinea, Solomon Islands, Vanuatu, Fiji, Samoa, and Tonga, with plans to expand to the rest of the Pacific on a demand basis. Each node in this network will maintain its local infrastructure, including PostgreSQL/PostGIS databases and processing capabilities, while remaining interconnected through a cryptographic distributed cloud portal on IPFS (InterPlanetary File System). This system is specifically designed to avoid a single point-of-failure in handling the complexities of large-scale LiDAR and point cloud data management, enabling efficient storage, processing, and distribution of these detailed datasets. At this point in time we are considering Aleph Cloud as a potential platform for implementing this decentralized geospatial infrastructure. Aleph Cloud During the Development Phase, the Digital Moana initiative will focus on the systems development of its core infrastructure, emphasizing the database, data upload mechanisms, and full-stack back-end and front-end systems. The database development will involve designing and implementing a distributed PostgreSQL/PostGIS architecture, with back-end nodes deployed across participating Pacific Islands. This decentralized approach ensures that each island maintains local control over its data while contributing to a unified regional network. For data upload systems, we will develop secure and scalable pipelines to facilitate seamless integration of data from aerial and drone surveys, ground control points, and historical datasets into the distributed database. The front-end will be hosted on Aleph Cloud with IPFS, providing a decentralized and resilient user interface for data visualization, subscription management, and analytics. This setup ensures that users can access the platform reliably, even in low-bandwidth environments, while maintaining the decentralized ethos of the initiative. Together, these components will form a cohesive, full-stack system designed to support the Digital Moana initiative's goals of decentralized data management and accessibility. Blockchain-Powered Data Access Design A key feature of the Digital Moana initiative is its innovative use of NFT-based subscription management for LiDAR and point cloud datasets. During the Development Phase, we will implement a transparent and efficient system where data access rights are tokenized. Each dataset subscription will be represented by a unique NFT containing crucial metadata about geographic coverage, point cloud density, classification levels, resolution, and access permissions. This approach will address several longstanding challenges in geospatial data distribution: Transparent ownership and clear audit trails of data usage Automated compliance through smart contracts Enhanced analytics capabilities for resource optimization Real-time tracking of data utilization Efficient distribution of large-scale point cloud datasets Decentralized data management and access No single point of failure Transparent ownership and clear audit trails of data usage Automated compliance through smart contracts Enhanced analytics capabilities for resource optimization Real-time tracking of data utilization Efficient distribution of large-scale point cloud datasets Decentralized data management and access No single point of failure Quality Control and Local Empowerment Framework The Development Phase will also incorporate a robust quality control framework to ensure data integrity while respecting local autonomy. Each participating nation will maintain its processing capabilities while benefiting from decentralized quality assessment protocols. This includes specialized workflows for LiDAR data validation, ensuring accuracy in point cloud classification, and maintaining consistent data quality standards across the region. This hybrid approach will allow for standardized data quality while accommodating local needs and requirements. Synchronization System Development The Development Phase will include the creation of a sophisticated synchronization service to maintain data consistency across all nodes, with specific consideration for the unique challenges of managing large LiDAR datasets. This system will ensure that updates and new datasets are efficiently distributed while respecting bandwidth limitations common in Pacific Island nations. The decentralized cloud portal will act as an orchestrator, managing data flow and access rights while maintaining the decentralized nature of the network and implementing efficient compression and streaming protocols for point cloud data. Economic Implications and Sustainability Considerations By implementing an e-commerce system integrated with blockchain technology, the Digital Moana platform will create new economic opportunities for Pacific Island nations. The platform will allow for the monetization of high-value LiDAR and point cloud datasets while ensuring fair compensation for data providers. This economic model will provide a sustainable funding source for ongoing data collection and infrastructure maintenance. Security and Future Resilience Planning The Development Phase will prioritize security, incorporating multi-factor authentication, encrypted data delivery, distributed web presence, and regular smart contract audits. These measures will ensure that sensitive geospatial data remains protected while maintaining accessibility for authorized users. Future enhancements could include secondary markets for data subscriptions, advanced analytics dashboards for point cloud visualization and analysis, and automated feature extraction capabilities. Implementation Vision The Digital Moana initiative represents more than just a technological upgrade; it's a paradigm shift in how Pacific Island nations manage and share their geospatial resources. By embracing DePIN principles and blockchain technology, this system will create a more equitable, efficient, and sustainable approach to geospatial data management, particularly for high-resolution LiDAR and point cloud datasets. As we embark on the Development Phase, we envision a future of increased regional cooperation, improved disaster response capabilities, and new economic opportunities emerging from this digital transformation. The success of Digital Moana could serve as a model for other regions seeking to implement decentralized infrastructure solutions for geospatial data management. Let's Go!

Pacific Islands Break Ground on Decentralized Geospatial Infrastructure Development

These 4 Projects Prove DePIN is Changing Infrastructure for the Better

AUSTIN, United States / Texas, January 18th, 2025/Chainwire/--Bringing cutting-edge AI technology to the forefront of gaming and blockchain, GameGPT announces the official launch of their Genesis AI NFT Collection—an innovative blend of digital NFT ownership and advanced AI Agent capability. With this launch, GameGPT aims to redefine how video games are created: providing gamers, creators, and blockchain enthusiasts with next-generation tools for immersive digital experiences. A New Era for Gaming: AI Meets NFTs Just as AI-driven automation transformed global industries in recent years, GameGPT is poised to do the same for gaming and Web3. The company has been building AI solutions since 2020, culminating in a platform that can create fully functional video games from user prompts at a fraction of the usual development time—1/100 of the norm. The upcoming AI Agent NFT Collection of 6,000 NFTs offers owners the ability to upgrade these digital assets into interactive AI Agents. These Agents can: Engage with social media on behalf of the owner,
Execute blockchain transactions autonomously, and
Learn to play games built on GameGPT’s platform (or others). It’s a powerful merging of two major trends—AI and NFTs—at a time when the gaming world is increasingly embracing new technologies. Key Features At a Glance Automated Game Creation AI Game Builder: turn simple text prompts into functional video games—dramatically reducing development time and costs.
Collaborative Creativity: Ideal for teams or individuals looking to expand their creative reach without requiring advanced coding skills. AI Agent NFT Collection Upgradeable Agents: Each NFT can evolve into an intelligent Agent capable of social media interactions and game-playing actions.
Blockchain Integration: Agents can perform on-chain tasks, bringing unparalleled utility to NFT ownership. Massive Community & Backing Over 500k social media followers, US$11.5 million raised to date, and partnerships with leading firms such as Animoca Brands, CoinFund, Polygon, Merit Circle, Hivemind, Republic Ventures, Placeholder Ventures, and Liberty City Ventures. Launch Details AI Agent NFT Auction: Start Date: January 20, 2025, 10 AM EST
Platform: nft.prism.ai website
Supply: 6,000 total, with 2,400 in auction.
Bid Range: 0.035–0.075 ETH Game Builder V1: Target Release: Coming soon.
Access: Web-based platform; additional details will be announced closer to launch. During the first 12 hours of the auction, whitelisted wallets can place bids; the last 12 hours will be open to the public. If more than 2,400 bids are placed at the max bid price, the top 2,400 bidders will each win an NFT. Unsuccessful bidders receive a full refund. The Growing Impact of AI in Gaming As AI and blockchain continue to surge in adoption, GameGPT sees 2025 as a pivotal year for AI-based gaming. The ability to automate game creation and manage in-game activity through AI Agents stands to revolutionize how players and developers interact with virtual worlds. “We believe AI is the next frontier in game development,” says Will Deane, Founder and CEO of GameGPT. “By combining blockchain with advanced AI, we’re not only speeding up the creation process but also enabling the average person to bring their game ideas to life. This launch is just our first step in radically reshaping the future of online gaming.” About GameGPT GameGPT aims to bridge the gap between AI, gaming and blockchain technology — empowering millions of gamers and creators worldwide. GameGPT’s mission is to democratize game creation through the power of AI and blockchain, making it possible for anyone to conceive, build and monetize unique gaming experiences. The company is best known for creating the first-ever AI Game Builder, which was demoed live for over 500,000 followers. GameGPT’s achievements are fueled by partnerships with industry leaders, including Animoca Brands, CoinFund, Aethir and others. For more information on the upcoming AI Agent NFT auction or AI Game Builder, visit GameGPT’s Discord channel or follow their social media channels. Disclaimer: The AI Agent NFTs are digital collectibles that enable optional AI-powered features. Buyers should familiarize themselves with potential risks, including technical, financial, and regulatory considerations. Official channels: Website | Telegram channel | Telegram chat | X | YouTube | Discord Contact Co-Founder Devin Lovato GameGPT devin@rmg.io This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here AUSTIN, United States / Texas, January 18th, 2025/Chainwire/--Bringing cutting-edge AI technology to the forefront of gaming and blockchain, GameGPT announces the official launch of their Genesis AI NFT Collection—an innovative blend of digital NFT ownership and advanced AI Agent capability. With this launch, GameGPT aims to redefine how video games are created: providing gamers, creators, and blockchain enthusiasts with next-generation tools for immersive digital experiences. A New Era for Gaming: AI Meets NFTs Just as AI-driven automation transformed global industries in recent years, GameGPT is poised to do the same for gaming and Web3. The company has been building AI solutions since 2020, culminating in a platform that can create fully functional video games from user prompts at a fraction of the usual development time—1/100 of the norm. The upcoming AI Agent NFT Collection of 6,000 NFTs offers owners the ability to upgrade these digital assets into interactive AI Agents. These Agents can: Engage with social media on behalf of the owner, Execute blockchain transactions autonomously, and Learn to play games built on GameGPT’s platform (or others). Engage with social media on behalf of the owner, Execute blockchain transactions autonomously, and Learn to play games built on GameGPT’s platform (or others). It’s a powerful merging of two major trends—AI and NFTs—at a time when the gaming world is increasingly embracing new technologies. Key Features At a Glance Automated Game Creation AI Game Builder: turn simple text prompts into functional video games—dramatically reducing development time and costs. Collaborative Creativity: Ideal for teams or individuals looking to expand their creative reach without requiring advanced coding skills. AI Game Builder: turn simple text prompts into functional video games—dramatically reducing development time and costs. Collaborative Creativity: Ideal for teams or individuals looking to expand their creative reach without requiring advanced coding skills. AI Agent NFT Collection Upgradeable Agents: Each NFT can evolve into an intelligent Agent capable of social media interactions and game-playing actions. Blockchain Integration: Agents can perform on-chain tasks, bringing unparalleled utility to NFT ownership. Upgradeable Agents: Each NFT can evolve into an intelligent Agent capable of social media interactions and game-playing actions. Blockchain Integration: Agents can perform on-chain tasks, bringing unparalleled utility to NFT ownership. Massive Community & Backing Over 500k social media followers, US$11.5 million raised to date, and partnerships with leading firms such as Animoca Brands, CoinFund, Polygon, Merit Circle, Hivemind, Republic Ventures, Placeholder Ventures, and Liberty City Ventures. Launch Details AI Agent NFT Auction: Start Date: January 20, 2025, 10 AM EST Platform: nft.prism.ai website Supply: 6,000 total, with 2,400 in auction. Bid Range: 0.035–0.075 ETH Start Date: January 20, 2025, 10 AM EST Platform: nft.prism.ai website nft.prism.ai nft.prism.ai Supply: 6,000 total, with 2,400 in auction. Bid Range: 0.035–0.075 ETH Game Builder V1: Target Release: Coming soon. Access: Web-based platform; additional details will be announced closer to launch. Target Release: Coming soon. Access: Web-based platform; additional details will be announced closer to launch. During the first 12 hours of the auction, whitelisted wallets can place bids; the last 12 hours will be open to the public. If more than 2,400 bids are placed at the max bid price, the top 2,400 bidders will each win an NFT. Unsuccessful bidders receive a full refund. The Growing Impact of AI in Gaming As AI and blockchain continue to surge in adoption, GameGPT sees 2025 as a pivotal year for AI-based gaming. The ability to automate game creation and manage in-game activity through AI Agents stands to revolutionize how players and developers interact with virtual worlds. “We believe AI is the next frontier in game development,” says Will Deane, Founder and CEO of GameGPT. “We believe AI is the next frontier in game development,” says Will Deane, Founder and CEO of GameGPT. “By combining blockchain with advanced AI, we’re not only speeding up the creation process but also enabling the average person to bring their game ideas to life. This launch is just our first step in radically reshaping the future of online gaming.” “By combining blockchain with advanced AI, we’re not only speeding up the creation process but also enabling the average person to bring their game ideas to life. This launch is just our first step in radically reshaping the future of online gaming.” About GameGPT GameGPT aims to bridge the gap between AI, gaming and blockchain technology — empowering millions of gamers and creators worldwide. GameGPT’s mission is to democratize game creation through the power of AI and blockchain, making it possible for anyone to conceive, build and monetize unique gaming experiences. The company is best known for creating the first-ever AI Game Builder, which was demoed live for over 500,000 followers. GameGPT’s achievements are fueled by partnerships with industry leaders, including Animoca Brands, CoinFund, Aethir and others. For more information on the upcoming AI Agent NFT auction or AI Game Builder, visit GameGPT’s Discord channel or follow their social media channels. GameGPT’s Discord channel GameGPT’s Discord channel Disclaimer: The AI Agent NFTs are digital collectibles that enable optional AI-powered features. Buyers should familiarize themselves with potential risks, including technical, financial, and regulatory considerations. Official channels: Website | Telegram channel | Telegram chat | X | YouTube | Discord Website Website Telegram channel Telegram channel Telegram chat Telegram chat X X YouTube YouTube Discord Discord Contact Co-Founder Devin Lovato GameGPT devin@rmg.io This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here here here

GameGPT Launches Genesis AI NFT Collection, Combining AI And Blockchain For The Future Of Gaming

GameGPT uvádí kolekci Genesis AI NFT, která kombinuje AI a blockchain pro budoucnost hraní

GameGPT lanza la colección NFT Genesis AI, que combina inteligencia artificial y blockchain para el futuro de los videojuegos

GameGPT مجموعه Genesis AI NFT را با ترکیب هوش مصنوعی و بلاک چین برای آینده بازی راه اندازی کرد.

GameGPT lanse Koleksyon Genesis AI NFT, konbine AI ak Blockchain pou lavni Gaming

GameGPT משיק את קולקציית Genesis AI NFT, המשלבת AI ובלוקצ'יין לעתיד המשחקים

GameGPT、ゲームの未来のためにAIとブロックチェーンを組み合わせたGenesis AI NFTコレクションを発表

GameGPT Thakgola Genesis AI NFT Collection, Kopanya AI Le Blockchain Bakeng sa Bokamoso Bja Dipapadi

GameGPT lansează Colecția Genesis AI NFT, combinând AI și Blockchain pentru viitorul jocurilor

GameGPT lançon koleksionin Genesis AI NFT, duke kombinuar AI dhe Blockchain për të ardhmen e lojërave

GameGPT, Oyunun Geleceği İçin Yapay Zeka ve Blockchain'i Birleştiren Genesis AI NFT Koleksiyonunu Piyasaya Sürüyor

GameGPT oʻyin kelajagi uchun AI va blokcheynni birlashtirgan Genesis AI NFT toʻplamini taqdim etadi

I-GameGPT Yethula Iqoqo le-Genesis AI NFT, Ihlanganisa i-AI kanye neBlockchain Ngekusasa Lemidlalo

I asked someone recently, “What’s the most remarkable thing about the Solana ecosystem?” Here’s what he said: Oh meme coins and PumpFun, right? No, don’t smirk… if I asked you what you knew about Solana, your answer would most definitely be “meme coins,” “PumpFun,” or maybe based on more recent events, “Pengu airdrop.” No, it’s not your fault, it’s more like that’s what the prevailing narrative has been about the ecosystem. This sentiment is more than backed up by Messari’s State of Solana report for Q3, 2024 which shows that Solana’s average daily DEX volume has continued to rise impressively since Q4, 2023. The most impressive increase by far was the $0.4B to $1.2B jump between Q4 2023 and Q1 2024. Why is this particular timing significant? Because it ties into PumpFun’s launch on January 19, 2024 —a direct indication of the impact PumpFun has had on the volume of transactions in the Solana ecosystem. That’s not the only indication. According to Dexu.AI, the top 10 tokens in the Solana ecosystem by MarketCap are almost all meme coins (excluding stables, of course). And all of these tokens have enjoyed a massive price surge over the meme coin super cycle of last here. See here for context👇🏼 Source: https://www.coingecko.com/en/chains/solana And it is also important to point out that Solana has been a hub for meme coin trading since way before PumpFun came into existence. OG tokens like $POPCAT and $BONK come to mind. Based on all this it’s easy to see why Solana has gained a reputation for being “The blockchain for meme coins.” But is that all there is to the blockchain? That would be a huge NO! Peeking Under The Hood Solana is one of the most stacked blockchains currently existing performance-wise. To start with Solana combines a unique consensus mechanism known as “Proof of History” with Proof of Stake (PoS) to deliver incredible performance largely unmatched in the current Web3 space. Speed To start with, Solana can theoretically handle up to 65,000 transactions per second (TPS), benchmarking it as one of the fastest L1s around. Just so you understand, this is way faster than Avalanche, Ethereum, BSC, Algorand, and Cardano combined! In addition to this, Solana offers near-instant finality, making it an excellent choice for projects that require quick confirmation of transactions. A huge reason why the blockchain is so fast is its unique consensus framework that allows for the hyper-efficient rapid processing of large transaction volumes. Resilience But it's not just that Solana is fast, the blockchain’s network is also very resilient, making it capable of handling significant load. $DOGS and $NOTairdrops caused outages in the TON blockchain because of the sheer number of demand placed on it by airdrop claimers. The number of people who received the airdrop was about 45 million and 35 million respectively. $BONK airdropped to over 37 million users, making it one of the largest-ever airdrop events on Solana. Yet there was NO network outage recorded during the event. This clearly demonstrates that Solana is capable of handling the huge demand required by sectors like GameFi, AI and even RWA. We’ll get to that in a moment. Reach It’s also important to point out that despite being powered by SVM, Solana’s reach is near-boundless. This is thanks to its integration of interoperability protocols like The Rome Protocol, Wormhole, and LayerZero– a particularly significant development that connects Solana to over 70 other chains. Correcting The Misconception Now ask yourself: Is it possible that the only thing all this artillery is good for is launching and trading meme coins? Sounds absurd, doesn’t it? Now you’re beginning to understand just how incredible Solana as a product really is. Memes may have hugely outshadowed utility plays on Solana but don’t make the popular mistake of assuming they are absent. Solana is still home to tons of innovative projects. What I find particularly interesting is there are tons of innovative solutions already built on Solana and they cut across all of the major DeFi sectors. Here’s a walkthrough of each sector 👇🏽 #1. DeFAI DeFAI is a newly-emerged sector in the DeFi ecosystem that focuses on integrating AI with core DeFi components in order to supercharge on-chain activities and operations. By this, I mean integrating AI with traditional DeFi tools and processes in order to arrive at a much more efficient product. For example, trading bots have long been a staple in the degen trading landscape with tools like Bonkbot, Bananagunbot and so on. Now although these tools offer much better position entry and exit accuracy + speed, they still have a lot of limitations. They can’t research tokens and spot gems on their own
They can’t set entry and exit targets themselves
They rely on human input to carry out their functions. A DeFAI improvement on this like Griffain’s Agent Dora is able to 100% autonomously scrape for data, develop key actionable insights, and take appropriate trading action. And guess what? Griffain is built on Solana! I should also mention that Griffain actually has a vast collection of specialist AI agents capable of performing different tasks from Whale watching to yield farming and even training other AI agents. Other examples of projects in this category native to Solana include: MOBY


NEUR


BUZZ #2. DePIN DePIN is short for Decentralized Physical Infrastructure Network. This is a DeFi sector that involves using decentralized/blockchain systems to deploy, manage, and operate physical infrastructure. The way this works is pretty simple: Protocols here usually offer incentives to users in exchange for them performing a specific action like running a node. Rewards are allocated based on participation in the network in order to drive the message that active participation will be rewarded.\ DePIN has actually proved to be a revolutionary tool in improving existing Web2 systems and even breaking ground where Tradfi has failed. Some sectors where DePIN projects have made a name for themselves include the following:\ Data storage (Filecoin)
Telecommunication (Helium)
Energy (Power Ledger)
IoT (IOTEX)
Computing, and many more. It will interest you to know that Solana is actually a treasure trove of DePIN projects. Almost all the biggest names in this sector are on the Solana blockchain. Examples include: IONET
Grass
Render
GenesysGo An excellent use case example of Solana DePIN projects doing crazily well is Helium Beacons using Starlink to successfully cell service for over 20 thousand Hurricane Helene victims in NC. Check it out here. #3. DeSCI DeSCI stands for Decentralized Science, and it’s one of the fastest-growing sectors in Web3. DeSCI projects work to apply blockchain technology to scientific research, with a focus on how scientific research is funded, conducted, published, shared, and accessed. DeSCI is so important because it introduces the much-needed transparency layer into the field of scientific research, ensuring that all data from funding to peer review processes are transparent, immutable, and verifiable by anyone. Examples of DeSCI projects on Solana include: Pump.science


Molecule #4. RWA According to Artemis.xyz, RWA was the best-performing sector in 2024. This becomes even more astonishing when you consider that the meme coin supercycle that led to the birth of icons like $GOAT, $SUNDOG, $HIPPO, and $PNUT happened last year too! Institutional players like Blackrock and Franklin Templeton have all identified real-world assets as the next logical evolution of TradFi and DeFi and they’ve been pouring billions of dollars into the sector. So this is definitely a sector worth paying attention to. And it’s interesting to point out that a number of solid RWA projects are also present in the Solana ecosystem. Some examples include: Parcl
Homebase
Collector Crypt Other Notable Mentions There are literally lots of incredible products in the Solana ecosystem so I definitely won’t be able to give you a walkthrough of every one of them. The best I can do is provide you with 10 more project recommendations I think you should take a look at… you’ll be surprised: Vodra - vodra.io
Moonwalk Fitness - moonwalk.fit
SendAI - solanaaihackathon.com
Top Hat AI - tophat.one
Solana Mobile - solanamobile.com
EnsoFi - __a__pp.ensofi.xyz
Sponge - app.spongehq.xyz
Bullet - projectbullet.xyz
Hivemapper - docs.hivemapper.com
Save - save.finance Taking all that I’ve said thus far into account, this is my thesis: Solana has too much quality to be relegated to a “meme coin chain” narrative. We’ve already seen several incredible products, some of which I’ve highlighted already. There will be more. You have no idea what’s coming. I asked someone recently, “What’s the most remarkable thing about the Solana ecosystem?” Here’s what he said: I asked someone recently, “What’s the most remarkable thing about the Solana ecosystem?” Here’s what he said: Oh meme coins and PumpFun, right? Oh meme coins and PumpFun, right? Oh meme coins and PumpFun, right? No, don’t smirk… if I asked you what you knew about Solana, your answer would most definitely be “meme coins,” “PumpFun,” or maybe based on more recent events, “Pengu airdrop.” No, it’s not your fault, it’s more like that’s what the prevailing narrative has been about the ecosystem. This sentiment is more than backed up by Messari’s State of Solana report for Q3, 2024 which shows that Solana’s average daily DEX volume has continued to rise impressively since Q4, 2023. The most impressive increase by far was the $0.4B to $1.2B jump between Q4 2023 and Q1 2024. Why is this particular timing significant? Because it ties into PumpFun’s launch on January 19, 2024 —a direct indication of the impact PumpFun has had on the volume of transactions in the Solana ecosystem. That’s not the only indication. According to Dexu.AI, the top 10 tokens in the Solana ecosystem by MarketCap are almost all meme coins (excluding stables, of course). And all of these tokens have enjoyed a massive price surge over the meme coin super cycle of last here. See here for context👇🏼 Source: https://www.coingecko.com/en/chains/solana https://www.coingecko.com/en/chains/solana https://www.coingecko.com/en/chains/solana And it is also important to point out that Solana has been a hub for meme coin trading since way before PumpFun came into existence. OG tokens like $POPCAT and $BONK come to mind. Based on all this it’s easy to see why Solana has gained a reputation for being “The blockchain for meme coins.” But is that all there is to the blockchain? That would be a huge NO! Peeking Under The Hood Solana is one of the most stacked blockchains currently existing performance-wise. To start with Solana combines a unique consensus mechanism known as “Proof of History” with Proof of Stake (PoS) to deliver incredible performance largely unmatched in the current Web3 space. Speed To start with, Solana can theoretically handle up to 65,000 transactions per second (TPS), benchmarking it as one of the fastest L1s around. Just so you understand, this is way faster than Avalanche, Ethereum, BSC, Algorand, and Cardano combined! In addition to this, Solana offers near-instant finality, making it an excellent choice for projects that require quick confirmation of transactions. A huge reason why the blockchain is so fast is its unique consensus framework that allows for the hyper-efficient rapid processing of large transaction volumes. Resilience But it's not just that Solana is fast, the blockchain’s network is also very resilient, making it capable of handling significant load. $DOGS and $NOTairdrops caused outages in the TON blockchain because of the sheer number of demand placed on it by airdrop claimers. The number of people who received the airdrop was about 45 million and 35 million respectively. $BONK airdropped to over 37 million users, making it one of the largest-ever airdrop events on Solana. Yet there was NO network outage recorded during the event. This clearly demonstrates that Solana is capable of handling the huge demand required by sectors like GameFi, AI and even RWA. We’ll get to that in a moment. Reach It’s also important to point out that despite being powered by SVM, Solana’s reach is near-boundless. This is thanks to its integration of interoperability protocols like The Rome Protocol, Wormhole, and LayerZero– a particularly significant development that connects Solana to over 70 other chains. Correcting The Misconception Now ask yourself: Is it possible that the only thing all this artillery is good for is launching and trading meme coins? Sounds absurd, doesn’t it? Now you’re beginning to understand just how incredible Solana as a product really is. Memes may have hugely outshadowed utility plays on Solana but don’t make the popular mistake of assuming they are absent. Solana is still home to tons of innovative projects. What I find particularly interesting is there are tons of innovative solutions already built on Solana and they cut across all of the major DeFi sectors. Here’s a walkthrough of each sector 👇🏽 #1. DeFAI DeFAI is a newly-emerged sector in the DeFi ecosystem that focuses on integrating AI with core DeFi components in order to supercharge on-chain activities and operations. By this, I mean integrating AI with traditional DeFi tools and processes in order to arrive at a much more efficient product. For example, trading bots have long been a staple in the degen trading landscape with tools like Bonkbot, Bananagunbot and so on. Now although these tools offer much better position entry and exit accuracy + speed, they still have a lot of limitations. They can’t research tokens and spot gems on their own They can’t set entry and exit targets themselves They rely on human input to carry out their functions. They can’t research tokens and spot gems on their own They can’t set entry and exit targets themselves They rely on human input to carry out their functions. A DeFAI improvement on this like Griffain’s Agent Dora is able to 100% autonomously scrape for data, develop key actionable insights, and take appropriate trading action. And guess what? Griffain is built on Solana! I should also mention that Griffain actually has a vast collection of specialist AI agents capable of performing different tasks from Whale watching to yield farming and even training other AI agents. Griffain Griffain Other examples of projects in this category native to Solana include: MOBY NEUR BUZZ MOBY MOBY MOBY MOBY NEUR NEUR NEUR NEUR BUZZ BUZZ BUZZ BUZZ #2. DePIN DePIN is short for Decentralized Physical Infrastructure Network. This is a DeFi sector that involves using decentralized/blockchain systems to deploy, manage, and operate physical infrastructure. The way this works is pretty simple: Protocols here usually offer incentives to users in exchange for them performing a specific action like running a node. Rewards are allocated based on participation in the network in order to drive the message that active participation will be rewarded.\ DePIN has actually proved to be a revolutionary tool in improving existing Web2 systems and even breaking ground where Tradfi has failed. Some sectors where DePIN projects have made a name for themselves include the following:\ Data storage (Filecoin) Telecommunication (Helium) Energy (Power Ledger) IoT (IOTEX) Computing, and many more. Data storage (Filecoin) Telecommunication (Helium) Energy (Power Ledger) IoT (IOTEX) Computing, and many more. It will interest you to know that Solana is actually a treasure trove of DePIN projects. Almost all the biggest names in this sector are on the Solana blockchain. Examples include: IONET Grass Render GenesysGo IONET IONET IONET Grass Grass Grass Render Render Render GenesysGo GenesysGo GenesysGo An excellent use case example of Solana DePIN projects doing crazily well is Helium Beacons using Starlink to successfully cell service for over 20 thousand Hurricane Helene victims in NC. Check it out here . here here here #3. DeSCI DeSCI stands for Decentralized Science, and it’s one of the fastest-growing sectors in Web3. DeSCI projects work to apply blockchain technology to scientific research, with a focus on how scientific research is funded, conducted, published, shared, and accessed. DeSCI is so important because it introduces the much-needed transparency layer into the field of scientific research, ensuring that all data from funding to peer review processes are transparent, immutable, and verifiable by anyone. Examples of DeSCI projects on Solana include: Pump.science Molecule Pump.science Pump.science Pump.science Pump.science Molecule Molecule Molecule Molecule #4. RWA According to Artemis.xyz, RWA was the best-performing sector in 2024. This becomes even more astonishing when you consider that the meme coin supercycle that led to the birth of icons like $GOAT, $SUNDOG, $HIPPO, and $PNUT happened last year too! Institutional players like Blackrock and Franklin Templeton have all identified real-world assets as the next logical evolution of TradFi and DeFi and they’ve been pouring billions of dollars into the sector. So this is definitely a sector worth paying attention to. And it’s interesting to point out that a number of solid RWA projects are also present in the Solana ecosystem. Some examples include: Parcl Homebase Collector Crypt Parcl Parcl Parcl Homebase Homebase Homebase Collector Crypt Collector Crypt Collector Crypt Other Notable Mentions There are literally lots of incredible products in the Solana ecosystem so I definitely won’t be able to give you a walkthrough of every one of them. The best I can do is provide you with 10 more project recommendations I think you should take a look at… you’ll be surprised: Vodra - vodra.io Moonwalk Fitness - moonwalk.fit SendAI - solanaaihackathon.com Top Hat AI - tophat.one Solana Mobile - solanamobile.com EnsoFi - __a__pp.ensofi.xyz Sponge - app.spongehq.xyz Bullet - projectbullet.xyz Hivemapper - docs.hivemapper.com Save - save.finance Vodra - vodra.io Moonwalk Fitness - moonwalk.fit SendAI - solanaaihackathon.com Top Hat AI - tophat.one Solana Mobile - solanamobile.com EnsoFi - __a__pp.ensofi.xyz Sponge - app.spongehq.xyz Bullet - projectbullet.xyz Hivemapper - docs.hivemapper.com Save - save.finance Taking all that I’ve said thus far into account, this is my thesis: Solana has too much quality to be relegated to a “meme coin chain” narrative. We’ve already seen several incredible products, some of which I’ve highlighted already. There will be more. You have no idea what’s coming.

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