This summer, Deutsche Telekom – the owner of T-Mobile – announced it was getting into Bitcoin mining. But this wasn’t the telecom giant’s first foray

Why Web3 needs Deutsche Telekom

Virgin Media O2 has revealed that it will sell one-sixth of its Cornerstone UK towers business to investment firm GLIL Infrastructure for £360 million.

Virgin Media O2 inks £360 million deal for Cornerstone

Find the latest T-Mobile US, Inc. (TMUS) stock forecast based on top analyst's estimates, plus more investing and trading data from Yahoo Finance

T-Mobile US, Inc.: Maintaining BUY after 3Q23 results

Major 5G services market participants include AT&T, Inc., BT Group plc, China Mobile Ltd., China Telecom Corporation Ltd., Bharti Airtel Ltd., NTT Docomo, KT Corp., Saudi Telecom Company, Vodafone Group,

5G Services Market to exceed $1 Tn by 2032, Says Global Market Insights Inc.

UET United Electronic Technology AG (ISIN: DE000A0LBKW6), Eschborn, today publishes the report for the first half of 2023 on the figures for the first half of 2023 already announced on September7, 2023. The UET Group increased revenues and profit in the first half of 2023.

EQS-News: UET United Electronic Technology AG publishes the report for the first half-year 2023

During the quarter, e& saw its consolidated revenues increase 3.3 per cent to Dh13.4 billion, it reported on Tuesday. The number of etisalat by e& subscribers in the UAE amounted to 14 million in Q3, an increase of 4.7 per cent over the same period last year, while aggregate group subscribers grew 3.3 per cent to 167 million.

e& posts 20% jump in third-quarter net profit on increased subscribers

CEOs, Metin Taskin and Guillaume Van Gaver, highlights some of the key trends and innovations in home Wi-Fi today. Airties is a leading provider of Smart Wi-Fi solutions to many broadband operators around the world,

Key trends and innovations in Smart Wi-Fi

Ericsson’s press release includes a quote from Changsoon Choi, VP, Network Service Differentiation and Convergence at Deutsche Telekom (DT). “Our innovation focus at Deutsche Telekom is on developing new differentiated services,” Choi stated.

Ericsson launches new software for 5G SA

Wednesday announced its consolidated financial results for Q3 2023, reporting consolidated revenues of Dh13.4 billion with a year-on-year increase o..

UAE’s e& reports 20% growth in Q3 net profit

Ericsson has launched a software toolkit aimed at enhancing 5G Standalone networks, enabling premium services with differentiated connectivity. Thi

Ericsson Introduces Groundbreaking Software Toolkit to Elevate 5G Standalone Networks and Deliver Premium Connectivity

Deutsche Telekom

deutsche-telekom

MENDOZA, Argentina, November 12th, 2024/Chainwire/--In a big step for decentralized technology, Deutsche Telekom MMS has partnered with Meta Pool as part of its Enterprise Node Operator (ENO) program, becoming the first telecommunications giant to operate a validator node on the NEAR blockchain. This collaboration not only enhances NEAR’s network security and decentralization but also signals a new era of enterprise-driven blockchain adoption, powered by Meta Pool. Meta Pool, a leader in liquid staking solutions on NEAR, developed the ENO program to connect established industry leaders with the decentralized ecosystem. By joining this initiative, Deutsche Telekom provides NEAR with enterprise-grade infrastructure that boosts both network reliability and performance. This partnership marks a milestone in Meta Pool’s mission to transform the decentralized ecosystem, elevating NEAR’s technology to new levels of scalability and security through trusted industry partnerships. About Meta Pool Meta Pool is a multi-chain liquid staking ecosystem and a DAO with multi-chain governance on NEAR and Ethereum. It offers Vote-to-Earn governance rewards, Liquid Staking Tokens on Ethereum, NEAR, Solana, Aurora, ICP, and Q, and Solana's first restaking aggregator, supporting mpSOL, jitoSOL, bSOL, and SOL. Meta Pool makes liquid staking simple and accessible across multiple blockchains, with plans for further expansion. A Visionary Collaboration for Decentralized AI and Blockchain Innovation Meta Pool’s ENO program was designed to bridge traditional and decentralized worlds, creating a robust and resilient network on NEAR through partnerships with industry leaders. By joining this initiative, Deutsche Telekom empowers NEAR with the infrastructure to support decentralized applications at scale, opening doors for new advancements in AI, blockchain scalability, and multi-chain interoperability. With Meta Pool’s ENO program as the foundation, Deutsche Telekom is taking a leap toward reimagining the future of decentralized networks. "NEAR stands out as an ecosystem that shares our vision of combining blockchain and AI with a decentralized approach that prioritizes data privacy and security," said Oliver Nyderle, Head of Digital Trust & Web3 Infrastructure at Deutsche Telekom MMS. "Together, we’re breaking new ground and building a future that connects these technologies in ways never seen before." Meta Pool, Deutsche Telekom, and NEAR: Building a User-First, Decentralized Future In an era where data sovereignty and transparency are paramount, Meta Pool’s ENO program brings companies like Deutsche Telekom into the NEAR network, securing blockchain and AI solutions that empower users. This partnership sets the stage for a privacy-focused, decentralized future, championed by industry leaders committed to the transformative power of blockchain. “This partnership is a turning point for NEAR, Meta Pool, and our Enterprise Node Operator program,” said Claudio Cossio, Meta Pool’s co-founder. “With Deutsche Telekom’s world-class infrastructure expertise, we’re taking NEAR’s protocol to unprecedented levels of decentralization and resilience.” NEAR Protocol - A Unique Foundation for Decentralized Innovation NEAR is a high-performance, environmentally sustainable Layer 1 blockchain built to host decentralized applications for millions of users. Thanks to its unique sharding technology, NEAR enables fast, energy-efficient transactions, making it a “green” alternative within blockchain technology. NEAR aligns with Meta Pool’s mission to advance accessible, eco-friendly blockchain solutions that support a more inclusive digital future. Through Meta Pool’s ENO program, Deutsche Telekom gains access to cutting-edge blockchain insights, reinforcing its leadership in decentralized AI. This partnership reflects a shared commitment to exploring Web3 possibilities, setting the stage for a more transparent, secure, and innovative digital world. Contact Pablo Vazquez Meta Pool pablo@metapool.app This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here MENDOZA, Argentina, November 12th, 2024/Chainwire/--In a big step for decentralized technology, Deutsche Telekom MMS has partnered with Meta Pool as part of its Enterprise Node Operator (ENO) program, becoming the first telecommunications giant to operate a validator node on the NEAR blockchain. This collaboration not only enhances NEAR’s network security and decentralization but also signals a new era of enterprise-driven blockchain adoption, powered by Meta Pool. Meta Pool, a leader in liquid staking solutions on NEAR, developed the ENO program to connect established industry leaders with the decentralized ecosystem. By joining this initiative, Deutsche Telekom provides NEAR with enterprise-grade infrastructure that boosts both network reliability and performance. This partnership marks a milestone in Meta Pool’s mission to transform the decentralized ecosystem, elevating NEAR’s technology to new levels of scalability and security through trusted industry partnerships. About Meta Pool Meta Pool is a multi-chain liquid staking ecosystem and a DAO with multi-chain governance on NEAR and Ethereum. It offers Vote-to-Earn governance rewards, Liquid Staking Tokens on Ethereum, NEAR, Solana, Aurora, ICP, and Q, and Solana's first restaking aggregator , supporting mpSOL, jitoSOL, bSOL, and SOL. liquid staking liquid staking Solana's first restaking aggregator Solana's first restaking aggregator Meta Pool makes liquid staking simple and accessible across multiple blockchains, with plans for further expansion. A Visionary Collaboration for Decentralized AI and Blockchain Innovation Meta Pool’s ENO program was designed to bridge traditional and decentralized worlds, creating a robust and resilient network on NEAR through partnerships with industry leaders. By joining this initiative, Deutsche Telekom empowers NEAR with the infrastructure to support decentralized applications at scale, opening doors for new advancements in AI, blockchain scalability, and multi-chain interoperability. With Meta Pool’s ENO program as the foundation, Deutsche Telekom is taking a leap toward reimagining the future of decentralized networks. "NEAR stands out as an ecosystem that shares our vision of combining blockchain and AI with a decentralized approach that prioritizes data privacy and security," said Oliver Nyderle, Head of Digital Trust & Web3 Infrastructure at Deutsche Telekom MMS. "NEAR stands out as an ecosystem that shares our vision of combining blockchain and AI with a decentralized approach that prioritizes data privacy and security," said Oliver Nyderle, Head of Digital Trust & Web3 Infrastructure at Deutsche Telekom MMS. "Together, we’re breaking new ground and building a future that connects these technologies in ways never seen before." "Together, we’re breaking new ground and building a future that connects these technologies in ways never seen before." Meta Pool, Deutsche Telekom, and NEAR: Building a User-First, Decentralized Future In an era where data sovereignty and transparency are paramount, Meta Pool’s ENO program brings companies like Deutsche Telekom into the NEAR network, securing blockchain and AI solutions that empower users. Meta Pool’s Meta Pool’s This partnership sets the stage for a privacy-focused, decentralized future, championed by industry leaders committed to the transformative power of blockchain. “This partnership is a turning point for NEAR, Meta Pool, and our Enterprise Node Operator program,” said Claudio Cossio, Meta Pool’s co-founder. “With Deutsche Telekom’s world-class infrastructure expertise, we’re taking NEAR’s protocol to unprecedented levels of decentralization and resilience.” “This partnership is a turning point for NEAR, Meta Pool, and our Enterprise Node Operator program,” said Claudio Cossio, Meta Pool’s co-founder. “With Deutsche Telekom’s world-class infrastructure expertise, we’re taking NEAR’s protocol to unprecedented levels of decentralization and resilience.” NEAR Protocol - A Unique Foundation for Decentralized Innovation NEAR is a high-performance, environmentally sustainable Layer 1 blockchain built to host decentralized applications for millions of users. Thanks to its unique sharding technology, NEAR enables fast, energy-efficient transactions, making it a “green” alternative within blockchain technology. NEAR aligns with Meta Pool’s mission to advance accessible, eco-friendly blockchain solutions that support a more inclusive digital future. Through Meta Pool’s ENO program, Deutsche Telekom gains access to cutting-edge blockchain insights, reinforcing its leadership in decentralized AI. This partnership reflects a shared commitment to exploring Web3 possibilities, setting the stage for a more transparent, secure, and innovative digital world. Contact Pablo Vazquez Meta Pool pablo@metapool.app 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

Deutsche Telekom Joins Forces With Meta Pool To Pioneer Decentralized AI On NEAR Protocol

Deutsche Telekom and MultiversX improve Web3 adoption. Deutsche Telekom MMS provides secure blockchain infrastructure. MultiversX is developing an advanced sharded-blockchain architecture. Deutsche Telekom MMS joins the MultiversX Network as a validator, to verify transactions, create blocks and protect the network from attacks. The Deutsche Telekom partnership will enable fast, secure and cost-effective Web3 applications. plays an important role. The company ensures that the blockchain network remains secure and trustworthy. As a validator, Deutsche Telekom MMS The basis for this is Deutsche Telekom's own , high-performance infrastructure, 24/7 maintenance by experts and a wealth of experience in managed networks. multi-cloud strategy has created a highly scalable, efficient and secure blockchain architecture capable of supporting high-demand enterprise, DeFi, Web3 and Metaverse applications. MultiversX With nearly 350 million transactions and over two million accounts, the company is driving the use of the Metaverse. MultiversX offers several products for digital experiences. Its innovative "Adaptive State Sharding" technology divides the blockchain into segments, also called "shards", which enables linear scalability. New protocol upgrades set to extend the network’s capacity to over 100K transactions per second were showcased yesterday during the xDay conference. "The Metaverse needs secure infrastructures because digital experiences and the gaming world for the masses require stable networks. I am happy to take the next step in Web3 together with MultiversX and to shape this new era," says Dirk Röder, responsible for the Web3 Infrastructure & Solutions Team at Deutsche Telekom MMS. "A strong sign of blockchain's progress is when industry veterans pay attention to and actively participate in it. Today, we are further pushing Web3's potential by creating new pathways and exploring new experiences with Deutsche Telekom MMS," said Beniamin Mincu, MultiversX CEO.

Deutsche Telekom becomes MultiversX Validator To Enable Improved Web3 Experiences

Deutsche Telekom উন্নত Web3 অভিজ্ঞতা সক্ষম করতে MultiversX যাচাইকারী হয়ে উঠেছে

Die Deutsche Telekom wird MultiversX Validator, um verbesserte Web3-Erlebnisse zu ermöglichen

Deutsche Telekom se convierte en validador de MultiversX para permitir experiencias Web3 mejoradas

Deutsche Telekom devient MultiversX Validator pour permettre des expériences Web3 améliorées

डॉयचे टेलीकॉम बेहतर वेब3 अनुभवों को सक्षम करने के लिए मल्टीवर्सएक्स वैलिडेटर बन गया है

ドイツテレコムが MultiversX Validator となり、Web3 エクスペリエンスの向上を実現

Deutsche Telekom은 향상된 Web3 경험을 가능하게 하기 위해 MultiversX Validator가 되었습니다.

Deutsche Telekom torna-se validadora MultiversX para permitir experiências Web3 aprimoradas

Deutsche Telekom становится валидатором MultiversX для улучшения работы Web3

Deutsche Telekom, İyileştirilmiş Web3 Deneyimlerini Etkinleştirmek için MultiversX Doğrulayıcısı Oldu

Deutsche Telekom trở thành Trình xác thực MultiversX để mang lại trải nghiệm Web3 được cải thiện

德国电信成为 MultiversX 验证者以改善 Web3 体验

TOKYO, Japan, October 31st, 2024/Chainwire/--Mawari Network a spatial computing DePIN (Decentralized Physical Infrastructure Network), has announced a limited node license sale. Already a pioneer in immersive content, the node sale will make Mawari’s 3D streaming technology more scalable and accessible for content creators and developers. This node sale will help create a global, decentralized spatial computing infrastructure as the market for extended reality devices like the Apple Vision Pro, Meta Orion, and Meta Quest 3 is projected to reach more than 100 million units in the next five years. As demand for immersive experiences grows, Mawari is building a network that can grow with it. Mawari’s infrastructure is optimized for the demanding needs of immersive experiences, positioning Mawari as a key actor in the emerging multibillion-dollar spatial computing market. Called “a sleeping lion” by Samsung Next, Mawari is redefining and building the future of spatial computing. Its solution comprises the Spatial Streaming SDK and the Mawari Network. The SDK, supporting the Unity and Unreal engines, empowers developers to create seamless, immersive experiences. The Mawari Network, working in parallel, leverages a globally distributed network of GPU nodes to ensure low latency and optimal performance. The node license sale's objective is to help scale the network, optimize its global performance, and ensure its resiliency. “This node sale allows node operators to help bring 3D content to the world, and be rewarded for their efforts,” Luis Oscar Ramirez, Mawari’s Founder & CEO said. “The current cloud services didn’t allow us to scale our proprietary spatial streaming technology, we researched ways to scale immersive content and found DePIN was clearly the best option. Now, we can allow our global community of node operators to participate in building out our critical node network alongside our community of developers and content creators.” Mawari has worked with industry leaders, such as Deutsche Telekom, KDDI, Telefonica, Magic Leap, Netflix, Qualcomm, T-Mobile and dozens of other clients. The Solana Foundation recently selected Mawari for a grant, endorsing its roadmap for decentralized spatial computing. Backed by investors including Anfield LTD, Borderless Capital, 1k(x), and Samsung Next, and with veteran DePIN and web3 operator, Sean Carey, a co-founder of Helium, also joining its board, Mawari is the clear category leader. Node Sale Details The node sale is scheduled for Q4 2024, building out the Mawari Network’s ability to perform compute-intensive tasks and efficiently deliver immersive 3D content on a global scale. The Mawari Network will be leveraging specialized GPUs around the world for advanced computation and streaming tasks, but a set of Guardian Nodes are needed to verify their work and the performance of the network overall as it serves multiple simultaneous immersive experiences. The node sale is for licenses to operate these critical Guardian Nodes. More specifically, Guardian Nodes’ responsibilities include assessing critical performance indicators like latency, bandwidth, and content quality to maintain the high standards necessary for immersive, real-time experiences. By monitoring the Mawari network, the community-run Guardian Nodes will make it more performant and more resilient, ensuring it can scale securely as it grows. Details of the node license sale will be announced soon. About Mawari Mawari is setting the standard for decentralized spatial computing and immersive content delivery. The Mawari Network powers real-time streaming of immersive content through a global network of compute nodes. Mawari is optimizing XR for awe, creating unforgettable experiences and revolutionizing how creators engage audiences at scale. Mawari Network built the foundational technologies to power the next generation of interactive media, fully realizing the possibilities of virtual worlds existing seamlessly alongside our physical reality. Its core technology, the Mawari Engine and Spatial Streaming SDK, runs on the Mawari Network — the world’s first and only DePIN (Decentralized Physical Infrastructure Network) that orchestrates storage, bandwidth, and rendering in real-time for spatial computing. Bypassing the rendering limitations of existing mobile devices and content delivery networks, Mawari’s global network of compute nodes has already powered activations from digital fashion shows to concert visualizations. The Mawari Network’s peer-to-peer architecture was purpose-built to scale spatial media streaming requirements with a community-centered ethos. Website X (Twitter) [Discord](https://: https://discord.gg/mawari) Contact Will Haskins will@serotonin.co This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here TOKYO, Japan, October 31st, 2024/Chainwire/--Mawari Network a spatial computing DePIN (Decentralized Physical Infrastructure Network), has announced a limited node license sale. Already a pioneer in immersive content, the node sale will make Mawari’s 3D streaming technology more scalable and accessible for content creators and developers. This node sale will help create a global, decentralized spatial computing infrastructure as the market for extended reality devices like the Apple Vision Pro, Meta Orion, and Meta Quest 3 is projected to reach more than 100 million units in the next five years. As demand for immersive experiences grows, Mawari is building a network that can grow with it. Mawari’s infrastructure is optimized for the demanding needs of immersive experiences, positioning Mawari as a key actor in the emerging multibillion-dollar spatial computing market. Called “a sleeping lion” by Samsung Next , Mawari is redefining and building the future of spatial computing. Its solution comprises the Spatial Streaming SDK and the Mawari Network. The SDK, supporting the Unity and Unreal engines, empowers developers to create seamless, immersive experiences. Samsung Next Samsung Next The Mawari Network, working in parallel, leverages a globally distributed network of GPU nodes to ensure low latency and optimal performance. The node license sale's objective is to help scale the network, optimize its global performance, and ensure its resiliency. “This node sale allows node operators to help bring 3D content to the world, and be rewarded for their efforts,” Luis Oscar Ramirez, Mawari’s Founder & CEO said. “This node sale allows node operators to help bring 3D content to the world, and be rewarded for their efforts,” Luis Oscar Ramirez, Mawari’s Founder & CEO said. “The current cloud services didn’t allow us to scale our proprietary spatial streaming technology, we researched ways to scale immersive content and found DePIN was clearly the best option. Now, we can allow our global community of node operators to participate in building out our critical node network alongside our community of developers and content creators.” “The current cloud services didn’t allow us to scale our proprietary spatial streaming technology, we researched ways to scale immersive content and found DePIN was clearly the best option. Now, we can allow our global community of node operators to participate in building out our critical node network alongside our community of developers and content creators.” Mawari has worked with industry leaders, such as Deutsche Telekom, KDDI, Telefonica, Magic Leap, Netflix, Qualcomm, T-Mobile and dozens of other clients. The Solana Foundation recently selected Mawari for a grant, endorsing its roadmap for decentralized spatial computing. Backed by investors including Anfield LTD, Borderless Capital, 1k(x), and Samsung Next, and with veteran DePIN and web3 operator, Sean Carey, a co-founder of Helium, also joining its board, Mawari is the clear category leader. Node Sale Details The node sale is scheduled for Q4 2024, building out the Mawari Network’s ability to perform compute-intensive tasks and efficiently deliver immersive 3D content on a global scale. The Mawari Network will be leveraging specialized GPUs around the world for advanced computation and streaming tasks, but a set of Guardian Nodes are needed to verify their work and the performance of the network overall as it serves multiple simultaneous immersive experiences. The node sale is for licenses to operate these critical Guardian Nodes. More specifically, Guardian Nodes’ responsibilities include assessing critical performance indicators like latency, bandwidth, and content quality to maintain the high standards necessary for immersive, real-time experiences. By monitoring the Mawari network, the community-run Guardian Nodes will make it more performant and more resilient, ensuring it can scale securely as it grows. Details of the node license sale will be announced soon. About Mawari Mawari is setting the standard for decentralized spatial computing and immersive content delivery. The Mawari Network powers real-time streaming of immersive content through a global network of compute nodes. Mawari is optimizing XR for awe, creating unforgettable experiences and revolutionizing how creators engage audiences at scale. Mawari Mawari Mawari Network built the foundational technologies to power the next generation of interactive media, fully realizing the possibilities of virtual worlds existing seamlessly alongside our physical reality. Its core technology, the Mawari Engine and Spatial Streaming SDK, runs on the Mawari Network — the world’s first and only DePIN (Decentralized Physical Infrastructure Network) that orchestrates storage, bandwidth, and rendering in real-time for spatial computing. Bypassing the rendering limitations of existing mobile devices and content delivery networks, Mawari’s global network of compute nodes has already powered activations from digital fashion shows to concert visualizations. The Mawari Network’s peer-to-peer architecture was purpose-built to scale spatial media streaming requirements with a community-centered ethos. Website Website X (Twitter) X (Twitter) [Discord](https://: https://discord.gg/mawari) Contact Will Haskins will@serotonin.co 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

Mawari Announces Node Sale To Bring Immersive Content To The World

Mawari kondig node-verkoping aan om meeslepende inhoud na die wêreld te bring

ማዋሪ አስማጭ ይዘትን ወደ አለም ለማምጣት የመስቀለኛ መንገድ ሽያጭን አስታወቀ

أعلنت شركة ماواري عن بيع عقدة لتقديم محتوى غامر للعالم

Mawari oznamuje prodej uzlu, aby světu přinesl pohlcující obsah

Mawari anuncia la venta de Node para llevar contenido inmersivo al mundo

मावारी ने दुनिया भर में इमर्सिव कंटेंट लाने के लिए नोड सेल की घोषणा की

Mawari Umumkan Penjualan Node untuk Hadirkan Konten Imersif ke Seluruh Dunia

Mawari מכריזה על מכירת צומת כדי להביא תוכן סוחף לעולם

Mawari、没入型コンテンツを世界に届けるためノードセールを発表

Mawari Asakoli Vente Ya Node Pona Ko Mema Contenu Immersive Na Mokili

Mawari tillkännager Node-försäljning för att ge uppslukande innehåll till världen

ماواری نے دنیا میں عمیق مواد لانے کے لیے نوڈ سیل کا اعلان کیا۔

In this exclusive interview, Dmitry Zhelezov, co-founder of Subsquid (SQD), discusses the platform's recent $17 million funding round, its groundbreaking "modular indexing" technology, and the future of decentralized data access. Ishan Pandey: Hi Dmitry, welcome to our interview series. SQD recently launched its SQD token and has raised over $17 million in funding. Can you share the vision behind Subsquid and how the SQD token fits into your ecosystem? Dmitry Zhelezov: A lot of effort and billions of VC funding have been put into scaling the throughput of blockchains, namely how fast you put in new transactions. But at the same time, at the internet scale, the data is read on average 10-100 times more frequently than it’s written – you can think of how many twitter posts you read and compare to how many you write. Yet, the read access to real-time and historical blockchain data is more like an afterthought. Our mission at SQD is to enable permissionless, trustless access to the entirety of Web3 data at the Internet scale. Ishan Pandey: Indexing platforms are crucial for Web3 scalability. How does SQDd's approach to indexing differentiate itself from other solutions in the market, and what unique benefits does it offer to developers and users? Dmitry Zhelezov: Data Indexing is a complex multi-step process and is not dissimilar to how crude oil is refined into high-octane petrol. And likewise specialization is key to scale data indexing to the industrial scale. We at SQD pioneered what we call modular indexing design, where the data indexing pipeline is split into multiple completely independent steps. The key bottleneck we addressed is the step to extract the raw data. We are replacing the highly inefficient RPC nodes with read-optimized SQD Network for data access. The SQD Network is not only decentralized but is at least 100x more performant than the traditional way of indexing data. Ishan Pandey: SQD has recently partnered with Deutsche Telekom to run dedicated worker nodes. How do you see this collaboration enhancing the security and efficiency of blockchain data retrieval, and what does it mean for the future of decentralized infrastructure? Dmitry Zhelezov: Deutsche Telekom is one of the most notable players in the Web3 Infra space. For us, it’s not merely a stamp of quality approval but a strong boost for network liveness and decentralization. By design, the data in the SQD is spread across all nodes in the network with the maximal redundancy, so with the top-tier DT Infra team joining the network, we feel confidence in the quality of service it provides. Ishan Pandey: Your platform started in the Polkadot ecosystem but has since expanded to Ethereum and is now in beta for Solana. How do you manage the challenges of cross-chain indexing, and what opportunities does this multi-chain approach present? Dmitry Zhelezov: The SQD Network is designed to address the data access problem across the whole Web3 space, and can accommodate virtually any sort of on-chain data. This is the power of the modular indexing design, where we managed to make the SQD Network (the base data access layer part) truly chain-agnostic, putting the work of data decoding and transformation on the client side, close to the application business logic. Ishan Pandey: The concept of a decentralized "data lake" is intriguing. Can you explain how this works in practice and how it contributes to the overall efficiency and resilience of Web3 applications? Dmitry Zhelezov: Well, in fact SQD Network is more like a “Data Ocean” rather than a “Data Lake”. You can think of it as a planetary-scale database distributed across more than a thousand nodes each holding a chunk of data. The protocol ensures that there’s enough redundancy that no data is lost, and the nodes themselves act as mini-databases to query the chunk data they have. The access to the data as well as the rewards for the nodes is powered by the $SQD token, ensuring censorship-resistant, non-KYC access to the entirety of the data from anywhere in the world. Finally, the advanced cryptography and economic security guarantess that the data served by the nodes is not corrupted and sound. Ishan Pandey: As blockchain networks continue to grow and generate more data, what do you see as the biggest challenges for indexing platforms in the coming years, and how is SQD preparing to address these challenges? Dmitry Zhelezov: The exponential pace at which the amount of historical data is growing is probably the biggest challenge by far. Unfortunately, many ecosystems, like Solana Foundation or like Lens protocol, go for stop-gap centralized solutions like putting their data into Google Big Query. While it may solve some immediate developer needs, having a permissionless, extremely low-cost way to query and access this data is a must. Ishan Pandey: Looking ahead, how do you envision the role of indexing platforms evolving in the Web3 ecosystem, and what potential breakthroughs or innovations in this space excite you the most? Dmitry Zhelezov: The most exciting innovations are definitely coming from the advancements in modern cryptography. The two things I am particularly looking forward to is the further reduction of ZK proof generation by another two orders of magnitude (going from from affordable to extremely cheap), and then the mainstream adoption of the Fully Homorphic Encryption. The progress on ZK would allow it to fully leverage the compute power of very low-cost, untrusted nodes combined with the mathematical level of confidence in the validity of the data queries. Right now we are almost there, yet one has to resort to some trade-offs in terms to mitigate to yet still relatively high cost of generating a ZK proof. The FHE is even more exciting as it will allow it to incorporate private data into the SQD Network, utilize the full power of its query engine to filter and aggregate the data, without compromising the privacy. Only the clients then will be able to decode the query results. Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR In this exclusive interview, Dmitry Zhelezov, co-founder of Subsquid (SQD), discusses the platform's recent $17 million funding round, its groundbreaking "modular indexing" technology, and the future of decentralized data access. Ishan Pandey: Hi Dmitry, welcome to our interview series. SQD recently launched its SQD token and has raised over $17 million in funding. Can you share the vision behind Subsquid and how the SQD token fits into your ecosystem? Ishan Pandey: Hi Dmitry, welcome to our interview series. SQD recently launched its SQD token and has raised over $17 million in funding. Can you share the vision behind Subsquid and how the SQD token fits into your ecosystem? Ishan Pandey: Hi Dmitry, welcome to our interview series. SQD recently launched its SQD token and has raised over $17 million in funding. Can you share the vision behind Subsquid and how the SQD token fits into your ecosystem? Ishan Pandey: Hi Dmitry, welcome to our interview series. SQD recently launched its SQD token and has raised over $17 million in funding. Can you share the vision behind Subsquid and how the SQD token fits into your ecosystem? Ishan Pandey: Hi Dmitry, welcome to our interview series. SQD recently launched its SQD token and has raised over $17 million in funding. Can you share the vision behind Subsquid and how the SQD token fits into your ecosystem? Dmitry Zhelezov: A lot of effort and billions of VC funding have been put into scaling the throughput of blockchains, namely how fast you put in new transactions. But at the same time, at the internet scale, the data is read on average 10-100 times more frequently than it’s written – you can think of how many twitter posts you read and compare to how many you write. Yet, the read access to real-time and historical blockchain data is more like an afterthought. Our mission at SQD is to enable permissionless, trustless access to the entirety of Web3 data at the Internet scale. Dmitry Zhelezov: Ishan Pandey: Indexing platforms are crucial for Web3 scalability. How does SQDd's approach to indexing differentiate itself from other solutions in the market, and what unique benefits does it offer to developers and users? Ishan Pandey: Indexing platforms are crucial for Web3 scalability. How does SQDd's approach to indexing differentiate itself from other solutions in the market, and what unique benefits does it offer to developers and users? Ishan Pandey: Indexing platforms are crucial for Web3 scalability. How does SQDd's approach to indexing differentiate itself from other solutions in the market, and what unique benefits does it offer to developers and users? Ishan Pandey: Indexing platforms are crucial for Web3 scalability. How does SQDd's approach to indexing differentiate itself from other solutions in the market, and what unique benefits does it offer to developers and users? Ishan Pandey: Indexing platforms are crucial for Web3 scalability. How does SQDd's approach to indexing differentiate itself from other solutions in the market, and what unique benefits does it offer to developers and users? Dmitry Zhelezov : Data Indexing is a complex multi-step process and is not dissimilar to how crude oil is refined into high-octane petrol. And likewise specialization is key to scale data indexing to the industrial scale. We at SQD pioneered what we call modular indexing design, where the data indexing pipeline is split into multiple completely independent steps. The key bottleneck we addressed is the step to extract the raw data. We are replacing the highly inefficient RPC nodes with read-optimized SQD Network for data access. The SQD Network is not only decentralized but is at least 100x more performant than the traditional way of indexing data. Dmitry Zhelezov Ishan Pandey: SQD has recently partnered with Deutsche Telekom to run dedicated worker nodes. How do you see this collaboration enhancing the security and efficiency of blockchain data retrieval, and what does it mean for the future of decentralized infrastructure? Ishan Pandey: SQD has recently partnered with Deutsche Telekom to run dedicated worker nodes. How do you see this collaboration enhancing the security and efficiency of blockchain data retrieval, and what does it mean for the future of decentralized infrastructure? Ishan Pandey: SQD has recently partnered with Deutsche Telekom to run dedicated worker nodes. How do you see this collaboration enhancing the security and efficiency of blockchain data retrieval, and what does it mean for the future of decentralized infrastructure? Ishan Pandey: SQD has recently partnered with Deutsche Telekom to run dedicated worker nodes. How do you see this collaboration enhancing the security and efficiency of blockchain data retrieval, and what does it mean for the future of decentralized infrastructure? Dmitry Zhelezov : Deutsche Telekom is one of the most notable players in the Web3 Infra space. For us, it’s not merely a stamp of quality approval but a strong boost for network liveness and decentralization. By design, the data in the SQD is spread across all nodes in the network with the maximal redundancy, so with the top-tier DT Infra team joining the network, we feel confidence in the quality of service it provides. Dmitry Zhelezov Ishan Pandey: Your platform started in the Polkadot ecosystem but has since expanded to Ethereum and is now in beta for Solana. How do you manage the challenges of cross-chain indexing, and what opportunities does this multi-chain approach present? Ishan Pandey: Your platform started in the Polkadot ecosystem but has since expanded to Ethereum and is now in beta for Solana. How do you manage the challenges of cross-chain indexing, and what opportunities does this multi-chain approach present? Ishan Pandey: Your platform started in the Polkadot ecosystem but has since expanded to Ethereum and is now in beta for Solana. How do you manage the challenges of cross-chain indexing, and what opportunities does this multi-chain approach present? Ishan Pandey: Your platform started in the Polkadot ecosystem but has since expanded to Ethereum and is now in beta for Solana. How do you manage the challenges of cross-chain indexing, and what opportunities does this multi-chain approach present? Ishan Pandey: Your platform started in the Polkadot ecosystem but has since expanded to Ethereum and is now in beta for Solana. How do you manage the challenges of cross-chain indexing, and what opportunities does this multi-chain approach present? Dmitry Zhelezov : The SQD Network is designed to address the data access problem across the whole Web3 space, and can accommodate virtually any sort of on-chain data. This is the power of the modular indexing design, where we managed to make the SQD Network (the base data access layer part) truly chain-agnostic, putting the work of data decoding and transformation on the client side, close to the application business logic. Dmitry Zhelezov Ishan Pandey: The concept of a decentralized "data lake" is intriguing. Can you explain how this works in practice and how it contributes to the overall efficiency and resilience of Web3 applications? Ishan Pandey: The concept of a decentralized "data lake" is intriguing. Can you explain how this works in practice and how it contributes to the overall efficiency and resilience of Web3 applications? Ishan Pandey: The concept of a decentralized "data lake" is intriguing. Can you explain how this works in practice and how it contributes to the overall efficiency and resilience of Web3 applications? Ishan Pandey: The concept of a decentralized "data lake" is intriguing. Can you explain how this works in practice and how it contributes to the overall efficiency and resilience of Web3 applications? Ishan Pandey: The concept of a decentralized "data lake" is intriguing. Can you explain how this works in practice and how it contributes to the overall efficiency and resilience of Web3 applications? Dmitry Zhelezov: Well, in fact SQD Network is more like a “Data Ocean” rather than a “Data Lake”. You can think of it as a planetary-scale database distributed across more than a thousand nodes each holding a chunk of data. The protocol ensures that there’s enough redundancy that no data is lost, and the nodes themselves act as mini-databases to query the chunk data they have. The access to the data as well as the rewards for the nodes is powered by the $SQD token, ensuring censorship-resistant, non-KYC access to the entirety of the data from anywhere in the world. Finally, the advanced cryptography and economic security guarantess that the data served by the nodes is not corrupted and sound. Dmitry Zhelezov: Ishan Pandey: As blockchain networks continue to grow and generate more data, what do you see as the biggest challenges for indexing platforms in the coming years, and how is SQD preparing to address these challenges? Ishan Pandey: As blockchain networks continue to grow and generate more data, what do you see as the biggest challenges for indexing platforms in the coming years, and how is SQD preparing to address these challenges? Ishan Pandey: As blockchain networks continue to grow and generate more data, what do you see as the biggest challenges for indexing platforms in the coming years, and how is SQD preparing to address these challenges? Ishan Pandey: As blockchain networks continue to grow and generate more data, what do you see as the biggest challenges for indexing platforms in the coming years, and how is SQD preparing to address these challenges? Ishan Pandey: As blockchain networks continue to grow and generate more data, what do you see as the biggest challenges for indexing platforms in the coming years, and how is SQD preparing to address these challenges? Dmitry Zhelezov: The exponential pace at which the amount of historical data is growing is probably the biggest challenge by far. Unfortunately, many ecosystems, like Solana Foundation or like Lens protocol, go for stop-gap centralized solutions like putting their data into Google Big Query. While it may solve some immediate developer needs, having a permissionless, extremely low-cost way to query and access this data is a must. Dmitry Zhelezov: Ishan Pandey: Looking ahead, how do you envision the role of indexing platforms evolving in the Web3 ecosystem, and what potential breakthroughs or innovations in this space excite you the most? Ishan Pandey: Looking ahead, how do you envision the role of indexing platforms evolving in the Web3 ecosystem, and what potential breakthroughs or innovations in this space excite you the most? Ishan Pandey: Looking ahead, how do you envision the role of indexing platforms evolving in the Web3 ecosystem, and what potential breakthroughs or innovations in this space excite you the most? Ishan Pandey: Looking ahead, how do you envision the role of indexing platforms evolving in the Web3 ecosystem, and what potential breakthroughs or innovations in this space excite you the most? Ishan Pandey: Looking ahead, how do you envision the role of indexing platforms evolving in the Web3 ecosystem, and what potential breakthroughs or innovations in this space excite you the most? Dmitry Zhelezov: The most exciting innovations are definitely coming from the advancements in modern cryptography. The two things I am particularly looking forward to is the further reduction of ZK proof generation by another two orders of magnitude (going from from affordable to extremely cheap), and then the mainstream adoption of the Fully Homorphic Encryption. Dmitry Zhelezov: The progress on ZK would allow it to fully leverage the compute power of very low-cost, untrusted nodes combined with the mathematical level of confidence in the validity of the data queries. Right now we are almost there, yet one has to resort to some trade-offs in terms to mitigate to yet still relatively high cost of generating a ZK proof. The FHE is even more exciting as it will allow it to incorporate private data into the SQD Network, utilize the full power of its query engine to filter and aggregate the data, without compromising the privacy. Only the clients then will be able to decode the query results. Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program . HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure: business blogging program business blogging program

Subsquid Raises $17M To Build A New Era for Blockchain Data Indexing

Subsquid prikuplja 17 miliona dolara za izgradnju nove ere za indeksiranje podataka na bloku

Subsquid recauda 17 millones de dólares para crear una nueva era en la indexación de datos de blockchain

Subsquid מגייס 17 מיליון דולר כדי לבנות עידן חדש לאינדקס נתונים בלוקצ'יין

Subsquid が 1,700 万ドルを調達し、ブロックチェーン データ インデックスの新時代を築く

Subsquid Blockchain маалыматтарын индекстөө үчүн жаңы доорду куруу үчүн 17 миллион доллар чогултат

Subsquid pozyskuje 17 mln USD na budowę nowej ery indeksowania danych blockchain

Subsquid Inokwidza $ 17M Kuvaka A New Era yeBlockchain Data Indexing

Subsquid барои бунёди як давраи нав барои индексатсияи маълумотҳои Blockchain $17 миллион ҷамъ овард

Subsquid, Blockchain maglumatlary indeksirlemek üçin täze döwür gurmak üçin 17 million dollar ýygnaýar

Subsquid Yi Hlengeleta $17M Ku Aka Nguva Leyintshwa Ya Blockchain Data Indexing

I-Subsquid Iphakamisa i-17M yeedola Ukwakha iXesha elitsha leBlockchain Data Indexing

Subsquid 融资 1700 万美元，打造区块链数据索引新时代

ZUG, Switzerland, January 2nd, 2024/Chainwire/--In collaboration with Telekom MMS, a wholly-owned subsidiary of Deutsche Telekom, stc Bahrain, Heartcore Capital, Arca Finance, Cardinal Cryptography, and others, the hybrid event offers different tracks with up to $575K USD in bounties and funding opportunities. Foundation, committed to the advancement and adoption of the Aleph Zero blockchain, today announced the launch of a comprehensive hackathon event. Spanning from January 10th to January 31st, 2024, this event will be held virtually. CTRL+Hack+ZK represents Aleph Zero’s most immersive hacking event to date, designed to spur innovation and collaboration in the blockchain space. The Aleph Zero CTRL+Hack+ZK, CTRL+Hack+ZK invites developers, whether seasoned or new to Web3, to immerse themselves in a three-week virtual hacking experience. Participants will engage in Rust and ink! workshops, educational programming, as well as hands-on mentorship with Aleph Zero’s core development team and ecosystem partners. Previous Aleph Zero hackathons have been the birthplace of success stories like AZERO.ID and Syncra, which have become integral to the Aleph Zero ecosystem. CTRL+Hack+ZK offers a launchpad for developers to turn their innovative ideas into reality, with the opportunity for projects to be integrated into the growing Aleph Zero ecosystem. “We’re honored to partner with some of the world’s most esteemed organizations in different sectors for the CTRL+Hack+ZK hackathon. Their endorsement energizes our mission to expand the Aleph Zero ecosystem,” said Antoni Zolciak, Co-Founder of Aleph Zero. “Our focus remains steadfast on delivering exceptional user experience that prioritizes privacy, compliance, and speed. This hackathon is put together to help spread the overall adoption of Web3 with a primary focus on building the application layer using the Rust and ink! programming environments.” Top-Line Partnerships And Opportunities The hackathon partners include MMS Telekom, a wholly-owned subsidiary of Deutsche Telekom, Saudi Telecom Bahrain, idOS, Cardinal Cryptography, Generative Ventures, Heartcore Capital, WW Ventures, Blockchain Founders Capital, and Buidlers Tribe. Additionally, collaborators from Franklin Templeton Investments, Block54, RR2 Capital, and more, will serve as hackathon judges, providing significant exposure opportunities for participants. Teams from existing Aleph Zero ecosystem partners will share their experiences, offering practical insights and learnings that can guide new hackathon entrants in the development of their own projects within the ecosystem. Fostering Innovation Across Diverse Tracks With prizes ranging from $2K to $20K USD from the $75K USD pool, as well as an opportunity to get fast-tracked for up to $500K in follow-on funding, the hackathon tracks include: Telco: This track invites developers to transform the telecom sector leveraging Aleph Zero’s advanced tools, focusing on optimizing existing infrastructure and conceptualizing new services, setting the stage for future telecommunication advancements. DeFi: Developers are encouraged to harness Aleph Zero’s privacy-centric framework to craft unique DeFi solutions and services. DiD: This track will explore identity-related solutions leveraging Aleph Zero's native privacy stack and network of interoperable tooling libraries to enable secure and decentralized identity management. Gaming: Participants are encouraged to creatively employ Aleph Zero for developing NFT-based in-game items, enhancing game development through Aleph Zero’s specialized libraries, crafting smart contracts for in-game transactions and collectibles, and building indexers for gaming data. Tooling and Infrastructure: This track will focus on developing applications, node providers, libraries, and tools that enhance the developer experience and ecosystem around Aleph Zero. Schedule And Participation Details The hackathon will kick off with the Aleph Zero ecosystem Town Hall on January 10th, followed by a series of workshops, intensive hacking sessions, and a demo day. Winners will be announced on February 5th, with prizes, mentorship opportunities, and potential inclusion in the Aleph Zero Ecosystem Funding Program, which, to date, has distributed nearly $4M in grants across various teams and products. For more information and to register for CTRL+Hack+ZK, visit https: //hack.alephzero.org/. About Aleph Zero Aleph Zero is layer 1 blockchain engineered for speed and opt-in privacy, achieving efficiencies akin to conventional web2 systems. It upholds rigorous standards for data privacy and transaction security, while aiming for genuine decentralization over time. Aleph Zero’s versatility is highlighted by over 40 use cases being actively developed, showcasing its adaptability across various sectors and applications. https://www.youtube.com/watch?v=pC6LcyTN2Ok https://www.youtube.com/embed/pC6LcyTN2Ok Contacts Ana ana@serotonin.co Martyna martyna@serotonin.co This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here.

Major Partners To Join The Upcoming Aleph Zero CTRL+Hack+ZK Hackathon

*Note: a SWOT analysis is an evaluation of the fundamental, operational, technical, social, economic, and even to some degree administrative elements of a project. This is not a model to be used for trading purposes. (NFA, DYOR) Composed of four elements, Strengths, Weaknesses, Opportunities, and Threats, a SWOT analysis framework provides excellent insight for establishing a high-level understanding of the state of a project’s well-being through the lens of a birds-eye view. It can help formulate decisions around which areas require more attention, set performance goals, and organize a foundational understanding of where a project is headed. Rarely (if ever) used in crypto, it is time to apply this timeless method of evaluation to the digital asset space. Today, Celo (CELO), the carbon-negative, mobile-first blockchain dedicated to “creating conditions of prosperity for all” through regenerative finance, will get a SWOT. 💪 Strengths (Internal) (Helpful) 1. REFI Positioning A combination of DEFI and social good, regenerative finance is a movement that taps into ecological benefits to society and/or the environment. No network has remotely as much of the intellectual mindshare around innovations happening in this space as Celo. Affiliating itself with social good from launch, Celo has become the host of today’s leading projects, including Toucan, Kolektivo, Flowcarbon, Gooddollar, Glo Dollar, Impact Market, and others. Considering how underserved and under explored REFI has been as a whole, there is no upper bound to model the potential returns this as a sector can attract during the seasonal capital shuffling. 2. On-Chain Metrics Blossoming After a painful bear market and drawn-out winter, the seasons have shifted, and the on-chain metrics have thawed. Celo has been showing strong, sustainable growth across the board. DAA (Daily Active Addresses) have been going parabolic since May 2023, rallying from 5k in December 2022 to around 200k exactly 1 year later, a clean 40x. Total addresses jumped from 1.5m to ~4m (a notable 2.67x). TVL has begun ticking up from ~$80m to ~$120m. Total amount of active, verified, smart contracts steadily rising beyond 33,000. Daily transactions have rebounded from their painful lows of around 100k per day earlier this year to around 400k now, and no signs of slowing down. 3. Focus on Stablecoin Payments Many people underestimate how still nascent and small crypto is relative to the enormous economic markets it is tackling. Remaining one of the largest financial sectors ripe for disruption, payments are tightly correlated with stablecoins, and stablecoins are tightly correlated with real commercial/retail adoption; therefore, the use case and value proposition that Celo is pursuing have universal appeal. Moreover, having a concrete vision and a clear market to innovate around does not receive enough recognition. The vast majority of alternative layer 1’s lack focus and try too hard to become the ultimate generalized solutions that can support every exotic use case under the degen sun. Celo can allocate its resources and efforts more efficiently and not waste time on things such as Memecoins. This is not to say memecoins are bad, just highlighting the nature of the project. 4. Network of Validators Home to 110 validator nodes, owned by 78 independent entities, including some of the most significant Web2 technology companies on the plant, such as Google Cloud, Deutsche Telekom, Telefonica, et al., as well as some of the most well-known crypto and Web3 entities such as Binance, Polychain Capital, Blockdaemon, and others; Celo has the material support from a set of validators many dream of. 5. One Block Finality A common area of concern in the context of public blockchain infrastructure, finality has become a definitive factor in the design preferences of financial institutions around the world. As it relates to retail finance, the quicker the finality, the more confidence the users have with their transactions, the more likely they are to return and use the product again. Celo has always had this at the front of mind in their operations. This “immediate” finality structure mitigates reorgs (something infinitely valuable at the enterprise level) and was possibly an important factor in Celo being able to build powerful relationships with legacy Web2 conglomerates. 6. Finite CELO Supply Inflation Launching with 60% (600m) of the total token supply circulating (depending on how it’s measured), Celo has an extremely smooth emission model to release the remaining 40% (400m) of tokens over the course of 30 years (ending in 2050). At the end of the emissions, the token supply model would, in fact, become slightly deflationary due to the transaction burns. Moreover, the emissions are primarily allocated to community building and validator/staking incentives, which means they would potentially foster economically resilient networks of aligned actors. This is, of course, in addition to the most sensitive benefit of balancing the impacts of dilution on existing/early participants. 7. Transaction Fee Payments While most major blockchains constantly deal with the friction of forcing participants to acquire native tokens in order to interact with the networks, Celo has introduced semi-agnostic network fee payments, allowing transactions to be paid for in any of the approved alternative assets. Opting for such a model seems counterintuitive as it would defeat the existential purpose of the gas token itself; however, it is not unlikely that this friendliness translates to a higher degree of adoption. By having multi-asset fee payments, the network can, in fact, help bolster asset velocity and become economically intertwined with other projects. 😞 Weaknesses (Internal) (Harmful) 1. Gingerbread Identity Crises Celo used to distinguish itself in the marketplace by playing the role of an independent, EVM-compatible Layer 1 blockchain network focused on mobile clients and payments (aka stablecoins). Recently, however, the project has embarked on a technical restructuring (known as the “Gingerbread” hard fork) to transition into an extension of the Ethereum ecosystem by becoming an OP-stack-based Layer 2. Even though this action was enforced by the community itself through a governance proposal, such a fundamental pivot can result in organizational chaos, which, if untamed, can result in the collapse of interest. If the project built its community on a specific set of fundamental beliefs and those beliefs change, it runs the risk of alienating previous members. 2. Low Network Earning vs MCAP Validator earnings is a theme that plagues all low-fee, high-throughput layer 1 networks. Earnings are established based on how much validators accrue from transaction fees. Considering that most transactions on Celo are below <$0.001 and only a small portion of them are paid to validators, it comes as no surprise that the CELO network posted annual earnings around sub <$50,000 USD. When weighed against its floating capitalization of $324,577,949, we arrive at a ratio of 6,500:1. To be totally fair, as an individual metric to gauge a cryptocurrency’s “fair value,” this is incomplete, but can certainly be used as a component in building a more complete picture. 🧐 Opportunities (External) (Helpful) 1. Low DEFI Diversity Currently sitting at just three (3) with Mento, Curve, and Uniswap controlling over 90% of Celo’s total DEFI TVL, the decentralized financial scene on Celo is craving development. Of natively built Celo solutions, only Mento has any material relevance with its some odd 60 million collateralized stablecoins minted; otherwise, the leading DEX is non-native, lending markets are effectively non-existent, and no derivatives/perps built on it. Young projects looking to gain center stage in an ecosystem and old-timers looking to expand to new horizons would find Celo a pleasant opportunity due to its lack of competition and EVM compatibility. It is almost certain that over the course of the next 12–24 months, this balance will change; the projects that rise to capture market share will bring abundance to the Celo social sphere. 2. Gingerbread Hard Fork Activated at the End of Q3 as the initiation of Celo’s techno-economic restructuring, Gingerbread is a 2-phase process that will transform the network from an independent EVM-compatible Layer 1 to an ETH-aligned Layer 2. Introducing a multitude of changes, including the principle of “Ultragreen Money,” which will adjust the transaction mechanism to burn 80% of fees and funnel 20% towards a Carbon offset Fund. Supercharging finality guarantees with a second layer of security derived from the Ethereum epochs (so finality within Celo itself and the finality of its Data on Ethereum). Leveraging the OP-stack for its execution and EigenDA for posting its activity engenders Celo to both of those ecosystems, which could translate into powerful network effects. The existing validators will have their roles shift into sequencers, which would make Celo the first L2 to have a truly decentralized sequencer set. 3. Support from Ethereum Ecosystem By aligning itself with Ethereum, it seems more likely than not that many reputable protocols will extend operations over to Celo, especially when considering the extremely high level of compatibility that will be present. Already getting public praise from prominent members Vitalik and Joseph Lubin for their innovations, lending protocol AAVE has announced that it will be coming to Celo, bringing with it the mature infrastructure and stakeholder set already prevalent across many EVM-compatible networks. 😳 Threats (External) (Harmful) 1. DEFI Centralization With just 3 protocols controlling over 90% of the TVL on Celo, the ecosystem is at risk of over-concentrated protocols that disincentivize new competitors. Liquidity is highly reflexive; where there is liquidity, more shall flow; where there is little, it shall dry over time. Certainly, the argument can be made that centralization counteracts fragmentation and increases market efficiencies, but having a high degree of reliance on a small group of actors introduces unwanted risks for Celo itself. Without stimulating competition, new ideas will not make their way to Celo and instead be attracted to more conducive environments. 2. Weak Social Presence CELO does not have the ravaging maniacal die-hard community members or social presence common to most L1s. Even though this quaintness might seem understandable from the perspective of enterprise participants, those raw savage human emotions that drive market hype cycles through peek euphoria and keep it alive in the depths of winter are the foundation of markets. By not cultivating this kind of culture, it is only a matter of time until the projects that do capture all the creative imaginations and attract more users. Meme’s matter. Takeaway: Laying closer to the centralized side of Web3, Celo is a polished environment that emphasizes cooperation, coordination, and goodwill without degen tribalism. Carbon neutrality, prosperity, cooperation, and a smorgasbord of other ESG-conscious, purpose-driven material is woven throughout all of its branding and content. While generally tucked away from the average retail participant, Celo has received a lot of support and recognition from renowned industry insiders, including Vitalik Buterin, Sreeram Kannan, Joseph Lubin, et al., for its technical decisions, as well as operational integrations with global megacorps such as Kickstarter and Google Cloud. Conclusion: Fostering environmental well-being, supercharging capitalism with the narrative to become a tool for social good, and delicately balancing financial innovation, Celo is an intellectually stimulating project that has put considerable effort into distinguishing itself from others and defining its product market fit. In the unique position of abandoning its original architecture in hopes of reinvigorating market interest with technology, Celo has become an interesting project to watch, if not for price, then as a case study on the merits of such fundamental structural changes. One simply cannot fade the long-term potential of Celo. Thank you so much for reading, I hope this serves you well on your journey. Live long and prosper 🥂 Also published . here

Reviewing Celo, The Carbon-Negative, Mobile-first Blockchain

সেলো, কার্বন-নেতিবাচক, মোবাইল-প্রথম ব্লকচেইন পর্যালোচনা করা হচ্ছে

Überprüfung von Celo, der CO2-negativen, Mobile-First-Blockchain

Revisión de Celo, la cadena de bloques móvil y con emisiones negativas de carbono

Examen de Celo, la blockchain à carbone négatif et axée sur le mobile

सेलो, कार्बन-नेगेटिव, मोबाइल-फर्स्ट ब्लॉकचेन की समीक्षा

Celo のレビュー、カーボンネガティブ、モバイルファーストのブロックチェーン

탄소 배출 제로, 모바일 우선 블록체인 Celo 검토

Revendo Celo, o blockchain móvel com carbono negativo e primeiro

Обзор Celo, углеродно-отрицательного блокчейна, ориентированного на мобильные устройства

Karbon Negatif, Mobil Öncelikli Blockchain Celo'yu İncelemek

Đánh giá Celo, Blockchain tiêu cực, ưu tiên thiết bị di động

回顾 Celo，碳负、移动优先的区块链

Blockchains, by default, are isolated from each other. Performing value and data transfers securely cross-chain requires special implementations, such as the one developed by Axelar, which will soon add MultiversX to its growing list of supported networks. MultiversX, the first fully sharded blockchain architecture that is capable of 100,000+ transactions per second at negligible fees, continues its aggressive expansion, called Hypergrowth, with a new integration aimed at boosting interoperability. Once in production, the Axelar interoperability layer will allow assets from over 50 chains to be bridged over to MultiversX, and vice-versa, enabling them to benefit from increased performance and efficiency. For example, ERC-20 tokens like USDC, USDT, or even ETH, will become extremely convenient to use for payments and DeFi opportunities by inheriting the capabilities of the MultiversX network. On top of fast and inexpensive transfers, tokens operating on MultiversX gain from several other enhancements like composability by design, non-VM dependance, and superior security as it eliminates the problematic ‘approve’ and ‘transferFrom’ functions that cause most of the wallet drains on EVM chains. ” said Lucian Mincu, CIO MultiversX “Tokens should not reside in smart contracts. There are undeniable advantages in having them operate in the same way as the native network token, and Axelar introducing additional interoperability options for letting more users, communities and developers engage with the innovative MultiversX token standard will benefit the entire blockchain ecosystem. The Axelar cross-chain gateway protocol is powered by a dynamic validator set to ensure decentralization, robustness and censorship-resistance. The integration with MultiversX will include a set of plug-and-play tools for developers to be able to easily go cross-chain with their decentralized applications. This will make it possible for users to “interact with any asset, any application, on any chain, with one click”. said Georgios Vlachos, Director at Axelar Foundation “Axelar network is continually expanding to connect all of Web3.  That expansion continues with MultiversX, a vibrant ecosystem that will add value and utility to all 50+ connected chains." The planned integration has just been announced by representatives of the two projects on the xDay stage. The annual conference organized by MultiversX gathered major tech companies such as Google Cloud, AWS, Tencent Cloud, Deutsche Telekom, as well as government officials, builders and specialists from various domains to present new innovations and paths to integrate blockchains into digitization efforts. About Axelar Axelar is the full-stack interoperability layer for Web3. The network enables blockchain as a new application development platform, by integrating ecosystems of innovation into a seamless “Internet of blockchains.” Axelar is programmable and decentralized, secured by a proof-of-stake token, AXL. Application users unlock and access digital assets on any blockchain, with one click. Developers work with a simple API and access an open market of tooling to automate complex tasks. About MultiversX A highly scalable, secure and decentralized blockchain network created to enable radically new applications, for users, businesses, society, and the new metaverse frontier.

Assets From 50+ Chains To Become Available On MultiversX Via Axelar

Axelar এর মাধ্যমে MultiversX-এ উপলব্ধ হতে 50+ চেইন থেকে সম্পদ

Vermögenswerte von über 50 Ketten werden über Axelar auf MultiversX verfügbar

Los activos de más de 50 cadenas estarán disponibles en MultiversX a través de Axelar

Les actifs de plus de 50 chaînes seront disponibles sur MultiversX via Axelar

एक्सेलर के माध्यम से मल्टीवर्सएक्स पर 50+ श्रृंखलाओं की संपत्तियां उपलब्ध होंगी

50以上のチェーンのアセットがAxelar経由でMultiversXで利用可能に

Axelar를 통해 MultiversX에서 사용할 수 있는 50개 이상의 체인 자산

Ativos de mais de 50 cadeias serão disponibilizados no MultiversX via Axelar

Активы из более чем 50 сетей станут доступны на MultiversX через Axelar

50'den Fazla Zincirin Varlıkları Axelar Aracılığıyla MultiversX'te Kullanılabilir Olacak

Tài sản từ hơn 50 chuỗi sẽ có sẵn trên MultiversX thông qua Axelar

来自 50 多个链的资产将通过 Axelar 在 MultiversX 上提供

has announced the launch of its global development event, the , to further expand the Web3 ecosystem for new and emerging projects. Organized alongside Encode and Dora Hacks, the event is powered by its esteemed partners, including , and , offering . MultiversX is offering one of the largest hackathon prize funds in history. MultiversX xDay Hackathon Google Cloud Tencent Cloud Deutsche Telekom prizes and funding of up to $1M Beyond cash and seed funding rewards, the grand prize offers the winning project an exclusive spot on the . This grants them access to an incubation platform that provides emerging projects with assistance in multiple areas including: funding, legal & compliance, marketing and developer support amongst other services, while also giving access to a community of over . xLaunchpad platform 100,000 users The xDay Hackathon has already garnered impressive interest, with registered. The event has been designed to offer invaluable learning opportunities, including and . Developers can build , , or in languages like , making the xDay Hackathon a global call for coders of all skill levels. +500 participants 19 workshops 4 AMA sessions tools scripts smart contracts decentralized applications Rust, C/C++, Python, and TypeScript "The xDay Hackathon is the very best time to build. Builders, tools, prizes, funding. Everything is ready for the global builder community. Time for builders to explore new ways of utilizing the unique capabilities of the MultiversX network." . says Beniamin Mincu, CEO of MultiversX Registrations for the xDay Hackathon are still open at until October 16th. The event spans across six tracks: , running from . xday.com/hackathon AI, DeFi, Payments, Infrastructure & Dev Tooling, Mobile Apps, Gaming & Metaverse September 21st to October 20th While the event is hosted online, the grand finale will be held at the conference, in Bucharest, Romania, with optional in-person attendance. xDay The MultiversX ecosystem has rapidly grown to become a leading force in the blockchain space, boasting an impressive 2.3 million wallets, over 345 million processed transactions, and a thriving community of builders with 2,500+ tokens, 6,500+ applications and over 2 million NFTs created.

$1M Hackathon Prizes Announced By MultiversX to Expand the Blockchain Ecosystem

Premios de hackathon de 1 millón de dólares anunciados por MultiversX para expandir el ecosistema Blockchain

Des prix de hackathon d'un million de dollars annoncés par MultiversX pour étendre l'écosystème blockchain

ब्लॉकचेन इकोसिस्टम का विस्तार करने के लिए मल्टीवर्सएक्स द्वारा $1M हैकथॉन पुरस्कारों की घोषणा की गई

ブロックチェーンエコシステムを拡大するためにMultiversXがハッカソン賞金100万ドルを発表

Prêmios Hackathon de US$ 1 milhão anunciados pela MultiversX para expandir o ecossistema Blockchain

Giải thưởng Hackathon trị giá 1 triệu USD được MultiversX công bố để mở rộng hệ sinh thái Blockchain

MultiversX 宣布设立 100 万美元黑客马拉松奖金以扩大区块链生态系统

In the presentation below, the Product Owner at T-Systems MMS, Tobias Jung, shares details about how the telecommunications company is providing blockchain infrastructure and its role as a Chainlink node operator. https://youtu.be/-DhideH97EM?embedable=true Below are some key facts about T-Systems MMS and the blockchain-related work they are doing. What is T-Systems MMS ? As their name suggests, Deutsche Telekom is a leading telecommunications provider in Germany. Partially owned by the state and people of Germany, Telekom is one of the largest telecommunications providers in the world and the largest in Europe by revenue.  T-Systems MMS is a subsidiary of the company that deals with digital business. T-Systems MMS  has been exploring Web3 applications since 2020. T-Systems MMS & Oracles T-Systems MMS’ main business in the oracle space has been as a node operator for a number of public blockchains. Node operators play the vital role of verifying and recording transactions on the blockchain. Having multiple node validators verify and come to a consensus about a transaction is a key feature of decentralization. T-Systems MMS is one of them, leveraging the infrastructure of Deutsche Telekom to support blockchain networks. T-Systems MMS & Liquid Staking Staking poses a number of challenges for users. One of those challenges is the lock-up period, where users cannot withdraw their tokens for a fixed period of time. This lock-up period stops users from accessing their tokens for other transactions. Lock-up periods are just one example of the huge mental and technological barriers that potential new users have to overcome in order to participate in staking. In spite of these hurdles, new users are often attracted to staking products due to attractive Annual Percentage Returns (APR). However, the minimum lock-up period naturally leads to opportunity cost – as DeFi constantly produces new use cases for tokens that generate yield, income, and other benefits – from Liquidity Providing on DEXes to Lending/Borrowing strategies on money markets. Because lock-up periods effectively stop users from using their tokens in other ways, competition between the other token usages and staking arises. The other challenge is the minimum stake, where a large number of tokens is required for people to set up their own nodes. Sometimes, that might mean users would need millions of Euros in tokens to participate as a node operator in the space, pricing out most people, and defeating the whole point of decentralization. One solution for this is liquid staking. With liquid staking, users stake their tokens on a decentralized protocol, which gives them a copy of their tokens. These tokens can still continue to be used in other DeFi protocols and continue to be yield-bearing. This allows stakers to earn interest from staking while still using their tokens for other DeFi applications and is a space that is growing in interest and adoption. Other Applications: Apart from this, T-Systems MMS has also been a for the last 2 years and provides data feeds to DeFi applications. They are currently also looking into Ethereum Virtual Machine (EVM) compatible side chains. Click here for more information about . Chainlink node operator EVM T-Systems MMS’ Three-Pronged Approach: The strategic view that T-Systems MMS takes toward supporting blockchain has 3 aspects – Investments, Infrastructure, and Use Cases: Investment For networks that are just starting out, funding is a key area of support required. While this has traditionally been the space for Venture Capitalists or private equity firms, crypto opens it up to many other players, and Deutsche Telekom is one of those that looks to fund and support new networks. Infrastructure Once a project’s main framework is built, it needs to scale in order to become viable as a use case. This is where infrastructure support is needed, to help increase the number of transactions that can be validated. Deutsche Telekom also provides support to a number of players in this area. Use Case The last area is in building use cases for blockchain technology. This is where Deutsche Telekom actively seeks and builds marketplaces that can bring useful blockchain technologies to their large base of customers. As is typical in a company as large as Deutsche Telekom, there are many considerations when moving in this space, and that can sometimes result in slower progress. However, Deutsche Telekom is steadily exploring and backing blockchain technology as the next phase of technological evolution. This is not without its challenges of course. Blockchain technology is rapidly developing and changing, so it can be difficult for slower, more conservative companies like Deutsche Telekom to keep up to speed and relevant. The ever-changing regulations around crypto also pose another challenge, as it creates an additional layer of uncertainty and risks. Deutsche Telekom, therefore, has to explore new ways of working such as setting up infrastructure in neutral or non-EU companies like Switzerland in order to mitigate those risks. Lastly, security breaches in the blockchain space can negatively impact how consumers feel about the technology as a whole and is another area that Deutsche Telekom needs to contend with when developing in this space. However, Deutsche Telekom remains committed to supporting the development of blockchain technologies and signaling that the space is not only for small companies and startups, but even large mega corporations like Deutsche Telekom have faith in the longevity of the technology. This will hopefully help to create greater trust and support for the industry as a whole. The Blockchain Oracle Summit was the first conference to focus solely on the importance of oracles. Leading experts from across the DeFi-TradFi spectrum gathered in Berlin to discuss their work using oracles to facilitate innovative use cases of blockchain technology. Also published here. Find out more about T-Systems MMS: T-Systems MMS Website T-Systems MMS Twitter T-Systems MMS Youtube Tobias Jung Twitter

How Telecommunication Companies can Impact Defi and Staking

Quantum computers are much more powerful than devices we are used to and can perform well in various areas of life. At the same time, hacking with their help can instantly bring down digital systems in critical infrastructures. Even have emerged. quantum-resistant blockchains Quantum Technologies Quantum technologies (quantum computers, quantum communications, and quantum sensors) are gradually moving out of laboratories and into the real world. New scientific discoveries are helping to promote and commercialize the technology. in the top 10 breakthrough technologies of 2020. Even today, anyone can get cloud access to IBM's quantum computer. Its developers believe that in this way, you can find many different applications of the new technology and accelerate its development. MIT included the quantum internet It is assumed that quantum computers will surpass classical ones in many ways. They will bring incredible results in medicine, industry, and other sectors. At the same time, such power will open the way for unprecedented cybercrimes. Asymmetric cryptography is most often used to protect data in many areas, but it is unstable to attacks involving a quantum computer. Quantum hacking will bring down all the usual digital systems in telecommunication, IT, banking, medicine, and other critical infrastructures. Interfering with digital operations using quantum computers may seem like an episode from the future. However, attackers can steal data now and decrypt it later when innovative computing technology leaves laboratories for private use. Today, various industries are aware of this danger and prepare protection in advance, without waiting for the appearance of a universal quantum computer powerful enough to solve useful tasks as well as to crack cryptography. Quantum Key Distribution (Qkd) As a Way of Protection Against Quantum Computer Attacks A real market is forming around new ways of data transfer that can withstand quantum attacks. First, it is quantum communications - Quantum Key Distribution (QKD). This technology uses the quantum properties of elementary particles - photons - to protect the transmission of information at the level of the fundamental laws of physics. The is projected to reach US$ 5269.55 million by 2028, from US$ 1411.96 million in 2021, at a CAGR of 19.56% during 2022-2028. global Quantum Key Distribution (QKD) market size Quantum communications (QC) is a field that develops technologies or methods for transmitting information encoded into quantum states. One of the directions of quantum communications is quantum key distribution, which provides guarantees at the level of the physics laws regarding the protection of transmitted information. Therefore, many government agencies and big businesses are ahead of the curve. They investigate threats, implement quantum-secure cryptographic solutions, and plan to make money on this. For example, Toshiba announced a partnership with telecommunications companies Verizon Communication Inc in the United States and BT Group in the UK. The to earn $3 billion from solutions to protect against quantum threats by 2030. corporation plans Interest in quantum communications on different levels is emphasized by high-profile pilot projects in the telecommunications and banking industries. In parallel, the process of standardizing the technology within NIST (U.S. National Institute of Standards and Technology). Protection for Mobile Internet Users may not even notice how many transactions a day they make. Electronic payments, logins to personal accounts, registrations on social networks, communication in messengers: personal data is extremely vulnerable at the moment of transmission. Therefore, an important event was that a from manufacturer ID Quantique. telecommunications giant SK Telecom announced chipset with a quantum random number generator (QRNG) The technology is built into the Samsung Galaxy A Quantum 5G smartphone. Thus, the manufacturers intend to increase the security of users' personal data on the Internet of the future. For example, to secure login to accounts, do operations with an electronic wallet, and make mobile payments. The ambitious pilot project was announced as the first experience of commercialization of quantum technologies for cell phones. was interested in the Samsung Galaxy A Quantum 5G smartphone. Customers' transactions through the banking application on the Samsung Galaxy A Quantum 5G smartphone will be protected by encryption based on truly unpredictable random numbers. Korean bank DGB Daegu This reaction is legitimate. estimate that hacking attacks will damage the global economy by more than $1 trillion in 2020. McAfee and CSIS Quantum Protection for Fiber Optic Communication Lines Another vector of quantum attacks could be trunk lines because they transmit strategically important data. Copying and breaking this data can lead to losses of billions of dollars. IT services face the complex and important task of integrating cryptographic solutions into highly loaded channels resistant to prospective attacks, including quantum computers. These solutions require: Integration of high-speed hardware symmetric key ciphers Quantum key distribution that provides these encryptors with secret keys The transmission of single photons requires a dedicated fiber optic strand. Since networks are often congested, scientists are working to ensure that quantum and classical signals can coexist on the same fiber at different wavelengths. Corporations-giants in the communications industry worldwide support the trend of quantum security in telecommunications. has provided its facilities to study the limitations of quantum key distribution technology. German telecommunications company Deutsche Telekom (DT) The testbed included DT's 100-kilometer fiber-optic network. The Berlin pilot project is part of a larger project of the OPENQKD consortium, which is being implemented in parallel in several European countries. The project's main goal was to prepare for the emergence of quantum computers capable of breaking cryptographic ciphers in a day rather than the millions of years that classical computers need for similar tasks. Information security solutions based on quantum-resistant encryption algorithms (post-quantum cryptography) are being developed in conjunction with quantum communications. Post-quantum cryptography is a new generation of cryptographic algorithms that prove resistant to attacks using traditional computing architectures and quantum computers. Compared to traditional algorithms, post-quantum algorithms use different mathematical principles. Quantum and post-quantum cryptography complement each other as hardware and software solutions in classical cryptography. If we look at how this is applied in practice, we see that quantum cryptography is suitable for protecting highly loaded communication channels and channels that carry strategically valuable information. For example, between bank offices, data centers, or top management videoconferences. At the same time, post-quantum cryptography can solve the problem of securing unencumbered channels. For example, has integrated post-quantum technology into its network equipment. The company notes that the solution is relevant for wired communications, wireless networks, and 5G. South Korean mobile operator LGU+ also announced the development of several quantum-safe projects. IBM representatives Connecting to Space Terrestrial and underground telecommunications systems have coverage limitations. It is impossible to lay such networks in many places on our planet. Therefore, another challenge of the quantum era is learning to transmit a signal quantum via satellite. In the summer of 2020, a was set for the transmission range of an encrypted message without intermediate receiving/transmitting points. Scientists in China used entangled photons from a quantum communication satellite. record The two observatories in China that sent and received the messages were 1,200 kilometers apart. The signal transmission had a very low error rate. This has important implications for a secure internet. If intruders intercept the signal, the receiving point on Earth will detect a sharp jump in the error rate of the transmitted key. And it will not be used to decode the information. Therefore, the basic error level should be as low as possible. Advances in this area will help to increase the coverage area of quantum-secure data transmission. How to Protect Against Quantum Attacks in 2023 All of these vectors may seem terribly far-fetched, but looking at 2022, the industry is waiting for the first public case of a quantum computer hack. After that, the cybersecurity landscape will seriously change. The availability of hacking capabilities will likely not be immediately known to the general public. Going into the quantum era should be done in calm and consistent steps. Check your information security department's knowledge of new technologies and data protection methods. If knowledge is not enough, participate in open educational events on quantum technologies, which leading technological universities regularly hold in the country. Analyze the value of data in your organization. Quantum cryptography will primarily be needed for those companies that transmit or process critical information and personal user data with long retention periods. For example, in the telecommunications, banking, and IT industries. This kind of analysis is already available in the industry, not just in scientific laboratories. Develop a new information security strategy and determine the amount of investment needed. Based on this, select and research solutions to help your business transition to a quantum-secure architecture. This step requires an individual approach for each company based on the current level of staff training and technical equipment. Develop new technological competencies within your company, hire specialists who understand quantum communications, or train core employees in advance. Quantum communications is a new industry in the context of technology commercialization. Until recently, it was closed in laboratories, but today the market is already forming an ongoing demand for specialists in this field. For example, JPMorgan is implementing an overall quantum computing and communications strategy. The company publishes job openings showing interest in developing quantum algorithms applied to artificial intelligence, optimization, and cryptography. As with any other potential threat, do not wait for the "last moment". Instead, plan a transition to quantum-secure solutions in cycles of information infrastructure upgrades with the cooperation of experts in the field of quantum communications integration. I also recommend you read: Why the Security of Websites and Web Applications Is Vital Why Network Security is an Integral Part of Any Internet-Connected Business 5 Popular Professions in Cybersecurity 8 Ways Crypto Wallets Can be Hacked Is Cloud Gaming Doomed Because of Physics?

How to Protect Against Attacks Using a Quantum Computer

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