Latest news with #DePIN
Forbes
4 hours ago
- Business
- Forbes
What Are DePINs? A Guide To The Decentralized Physical Infrastructure Networks Transforming Industries
Decentralized Physical Infrastructure Networks, known as DePINs, are reshaping how we interact with the physical world by merging with blockchain technology. DePINs offer a permissionless way for individuals to contribute real-world resources like bandwidth, energy or storage and earn tokens in return. This innovation creates shared infrastructure that is transparent, secure and operated by the crowd, not corporations. This article will explore how DePINs work, why they matter and which industries they are transforming. From decentralized WiFi to community-powered energy grids, DePINs are creating new incentives for people to participate in building the world's next generation of infrastructure. DePINs allow real-world services to be owned and operated by individual users instead of large corporations. Using token rewards, DePINs allow users to contribute physical resources and get paid for them. This approach can make infrastructure more accessible, affordable and suited to local needs. Traditional infrastructure is managed by a few centralized players. DePINs flip that model using open networks where anyone can run a device. The network keeps track of everything on a public blockchain, promoting transparency and making fraudulent activity difficult. Smart contracts automate transactions, so manual approval is not required to process each action. DePINs invite competition and innovation and give smaller players a chance to participate in infrastructure projects without needing massive upfront funding. DePINs work by using blockchain technology to record transactions, verify participation and manage the exchange of services. Participants install physical hardware such as routers, sensors or storage devices and share their unused capacity with the network. In return, they receive token rewards. This system allows infrastructure to be owned and operated by a broad group of users rather than a single central provider. Smart contracts help automate the network's operation. They follow predefined rules to manage service delivery and distribute rewards without manual intervention. Token incentives are used to compensate contributors and access services within the network. This creates a system where participation and usage are directly linked, helping the network sustain itself over time. This structure is sometimes described as a flywheel. The process begins when users are rewarded for contributing resources. As more people participate, the network becomes more capable and the quality of services improves. Better performance attracts additional users and potential investors. As the network grows, its value and utility increase, leading to more participation and continued expansion. DePINs are being used in a growing number of real world applications that rely on shared infrastructure. These include decentralized wireless networks that expand internet access, decentralized storage solutions that offer alternatives to traditional cloud providers and community-powered energy systems such as EV charging stations and smart energy grids. Each use case highlights how DePINs can lower costs, increase access and reduce reliance on centralized systems. Decentralized wireless networks use a peer-to-peer model to provide internet and device connectivity without relying on large telecom providers. Individuals operate physical infrastructure like routers, antennas or Internet-of-Things (IoT) devices, helping expand coverage and reduce costs, especially in underserved areas. Smartphones and sensors connect through nearby nodes, enabling more resilient and efficient communication. Projects like Helium and Pollen Mobile showcase this approach. Helium rewards users for running low-power hotspots that support IoT connectivity, while Pollen focuses on decentralized 5G networks powered by community-hosted radios. Both rely on community participation to grow infrastructure and support applications in smart cities, rural areas and logistics. Decentralized storage networks spread data across many nodes rather than relying on centralized data centers. This reduces the need for energy-intensive facilities and cuts infrastructure costs. These networks offer greater efficiency and flexibility by using underutilized storage on individual devices or small servers. They can also be deployed near renewable energy sources, making it easier to power them with solar, wind or hydro. Platforms like Filecoin and Arweave reward users for sharing storage space while securing and distributing data through blockchain protocols. Decentralized energy networks let individuals and businesses produce, store and share power without relying on major utilities. Microgrids powered by solar panels can store excess energy in local batteries and release it during peak demand or outages. Smart grids manage this in real time, improving reliability. DePIN-based EV charging networks allow people to host chargers and earn tokens from drivers. This speeds up infrastructure growth and supports cleaner, more resilient energy systems. Shifting control from central providers to communities makes infrastructure more affordable, resilient and inclusive. This model lowers costs, opens doors for small-scale participants and keeps systems running during disruptions. It also encourages wider involvement in building and maintaining essential services like internet access, energy and storage. By removing intermediaries, DePINs cut infrastructure costs and enable direct participation. People in underserved areas can share or access resources, lowering barriers and expanding access to essential services like internet, energy and storage. Without centralized overhead, services are often more affordable and better suited to local needs. They also boost efficiency by using underutilized resources instead of building new systems, reducing waste, and supporting a more sustainable model. Greater resilience is achieved by distributing infrastructure across many independent nodes, which reduces the risk of a single point of failure. Unlike centralized systems that can be disrupted by outages, cyberattacks or physical damage to a central hub, decentralized networks can continue operating even if some nodes go offline. This built-in redundancy ensures more consistent service. The distributed nature of DePINs also enhances security and privacy, making them less vulnerable to censorship, surveillance or control by any single entity. Infrastructure is becoming more open and participatory through decentralized networks that let individuals and communities build and operate essential services. Instead of relying on a few centralized providers, these networks use blockchain and tokens to incentivize anyone to contribute. This model promotes transparency, reduces entry barriers and supports broader access to services like the internet, data storage and EV charging. As the sector grows, DePINs are helping prevent monopolies by enabling multiple stakeholders to share ownership and development. This shift toward shared infrastructure encourages competition, lowers prices and fosters innovation across industries. Despite their potential, DePINs face hurdles that could slow growth. Scaling across many nodes can strain performance and reliability. Regulatory uncertainty adds compliance risks as laws around digital assets evolve. Adoption may also lag, since these systems often require technical know-how and a shift from familiar centralized models. Relying on distributed funding and operations makes scaling difficult. Token incentives and crowdfunding are inclusive but often inconsistent and harder to coordinate than traditional methods, which can limit growth and deter institutional investment. Without central oversight, upkeep and troubleshooting depend on individuals who may not act quickly, risking delays and reduced network reliability. Regulatory uncertainty remains a significant obstacle for projects building decentralized infrastructure. Operating at the intersection of blockchain, hardware and real-world services, these networks face unique challenges that most crypto sectors avoid. Unlike purely digital applications, they involve physically deploying assets like wireless hotspots, storage nodes and energy systems. Yet regulators have provided little clarity on token classification, governance, data privacy or global compliance. This lack of guidance leaves builders exposed to enforcement and legal ambiguity. Adding to the difficulty is the political influence of legacy industries. Telecoms, cloud providers and utilities often fund PACs and lobbying efforts that can shape regulation to preserve their dominance. This creates an uneven playing field. Without clear, balanced rules, innovation risks being stifled before it can scale. A wide range of use cases, from wireless and storage to community-run services, makes presenting a clear, relatable message challenging. The technical nature of many projects further slows product-market fit and mainstream traction. Without strong messaging and user-friendly design, adoption may lag. To scale, the sector must simplify its value proposition and show how these networks improve real-world services in practical, accessible ways. Industries with high capital needs and little competition are already seeing DePIN adoption. Helium built a decentralized network of IoT and mobile hotspots, partnering with T-Mobile to offer lower-cost service. Hivemapper and Geodnet collect geospatial data through user-operated devices, feeding navigation and AI systems. These community-driven networks replace expensive, centralized models with cheaper, more scalable alternatives. In AI infrastructure, projects like Grass let users monetize bandwidth for data scraping, while Akash enables decentralized GPU leasing. Bittensor, part of decentralized AI, supports compute-focused subnets. Together, these efforts shift control over data and compute away from tech giants and toward individuals. The future of these networks is poised to extend well beyond current applications, potentially reshaping industries like healthcare, transportation, environmental monitoring, and public safety. As AI and machine learning evolve, DePINs can supply the decentralized compute, real-world data, and infrastructure needed to train and launch advanced models. Their integration into the broader Web3 ecosystem also enables greater user ownership, data privacy, and interoperability across decentralized applications. By removing traditional gatekeepers and distributing control, DePINs could serve as the backbone for a more open, efficient, and resilient digital-physical economy bridging the gap between Web3 innovation and real-world utility. Bottom Line Control is shifting from centralized providers to individuals and communities. By using blockchain and smart contracts, these networks improve transparency, lower costs and boost resilience across sectors like the internet, storage and energy. Though still early, DePINs are already making an impact in telecom and AI, and are positioned to transform many more industries in the years ahead. What Are DePINs? DePINs are decentralized networks that use blockchain to let individuals share real-world resources like the internet, energy or storage in exchange for token rewards. What Makes DePIN Different From Other Decentralized Systems? DePINs connect blockchain to real-world infrastructure by using physical devices like routers, sensors and GPUs. Unlike purely digital systems, it bridges the gap between the digital and physical worlds. Are DePINs Safe And Secure? Yes, DePINs use encryption, blockchain verification and decentralized design to enhance security and reduce single points of failure. Can DePIN Replace Traditional Infrastructure? DePIN has the potential to complement or replace parts of traditional infrastructure by offering lower costs, greater resilience and broader access.
Business Upturn
19 hours ago
- Business
- Business Upturn
AIOZ Network Unveils AIOZ AI: A Decentralized AI Marketplace and Compute Network Powered by DePIN
Grand Anse, May 30, 2025 (GLOBE NEWSWIRE) — Grand Anse, Mahe Island – Grand Anse, Mahe Island, Seychelles – AIOZ Network announces the launch of AIOZ AI, the first decentralized AI model and dataset marketplace built entirely on DePIN. As the foundational layer of AIOZ's infrastructure, DePIN powers a global network for AI computes, storage, streaming, and IPFS pinning service, enabling AI to be developed and deployed in a decentralized environment with greater transparency, control, and ownership. With this release, developers, researchers, and enterprises can upload, purchase, store, and monetize AI models and datasets across a distributed environment. AIOZ AI processes tasks through DePIN Compute, giving contributors ownership, transparency, and control over how their AI assets are used. 'With AIOZ AI, we're introducing a new foundation for decentralized AI. Built on DePIN, this platform empowers developers to share, monetize, and eventually tokenize their AI assets, from models to datasets and applications,' said Erman Tjiputra, Founder & CEO of AIOZ Network. 'It's part of our broader vision to create a unified infrastructure where people can store, stream, and compute in a decentralized way, with ownership and value returning to the contributors of the network.' DePIN: The Foundation of a Decentralized AI Economy AIOZ AI is built on DePIN Compute, a decentralized infrastructure that transforms how AI models are processed, stored, and monetized. The platform empowers users to upload models and datasets, unlock potential rewards when their assets are used, and access a growing ecosystem of decentralized AI applications. AI inferencing and compute tasks are executed on AIOZ's DePIN . This decentralized infrastructure ensures secure, permissionless access to AI processing while giving contributors a share in the network's growth. The AIOZ AI marketplace introduces an initial collection of AI models, datasets, and compute resources, giving early adopters access to a growing decentralized AI ecosystem. AIOZ AI Roadmap and Ecosystem Vision The launch of AIOZ AI marks the first step in building a decentralized AI ecosystem powered by DePIN Compute. V1 introduces foundational marketplace features, user accounts, payments, and the ability to upload, purchase, and monetize AI models and datasets, with built-in community features like voting and discussions. V2 will expand developer functionality by enabling larger file support, Git-based uploads, and API access via SDKs in Python, Go, and V3 will integrate DePIN-based AI inferencing, allowing developers to unlock potential rewards from verified model usage and compute tasks. V4 will introduce decentralized training, enabling models to be DePIN-trained and showcased in real-world applications. AIOZ AI is part of a broader DePIN-powered infrastructure developed by AIOZ Network. Alongside AI compute, the ecosystem includes AIOZ Stream for decentralized video and audio delivery, AIOZ Storage for S3-compatible Web3 data storage, and AIOZ Pin, an IPFS-based layer securing immutable assets like NFTs. Together, these components form a unified foundation for AI compute, content streaming, and digital storage, enabling a people-powered internet and defining the future of decentralized infrastructure. Driving Adoption Through the AIOZ AI Challenge To support the launch of AIOZ AI and accelerate developer adoption, AIOZ Network is introducing the AIOZ AI Challenge, a recurring competition series designed to spotlight AI talent and grow the platform's model and dataset library. The first wave of challenges will roll out after the platform's public release and run throughout 2025, providing participants the opportunity to build, submit, and refine AI models based on a defined technical framework. Submissions will be evaluated on performance, utility, and innovation, with leading models incentivized with potential tokens rewards and highlighted in the marketplace for greater discoverability. A public leaderboard will highlight top contributors, who may also gain early access to advanced features, future SDK integrations, and participation in exclusive collaborations. Join the Future of AI with AIOZ Network: Power AIOZ AI by Running AIOZ DePIN AIOZ AI runs on a decentralized backbone of contributors. By contributing to the AIOZ DePIN, users help drive AI model training, tasks inferencing, data storage, and unlock the potential for token rewards. No matter the background — tech enthusiast, AI developer, or blockchain believer — one's contribution fuels a cutting-edge, community-powered AI ecosystem. Everything Intelligence. AIOZ AI. Be the future redefining how AI is built and delivered. Start the journey today at About AIOZ Network: Powering Web3 Infrastructure Through DePIN AIOZ Network is pioneering the future of decentralized infrastructure by advancing DePIN across AI compute, media delivery, and distributed storage. AIOZ Network enables AI processing, content streaming, and secure data storage through a globally distributed network of over 200,000 contributors. The AIOZ ecosystem includes AIOZ AI, a decentralized compute and AI asset marketplace; AIOZ Stream, a platform for live and on-demand video and audio content; AIOZ Storage, an S3-compatible decentralized storage solution; and AIOZ Pin, a distributed IPFS pinning layer designed to store immutable content such as NFTs and digital assets. ### For more information about AIOZ Network, contact the company here: AIOZ NetworkMonica Botez [email protected] Grand Anse, Mahe Island, Seychelles
Yahoo
21 hours ago
- Business
- Yahoo
AIOZ Network Unveils AIOZ AI: A Decentralized AI Marketplace and Compute Network Powered by DePIN
Grand Anse, May 30, 2025 (GLOBE NEWSWIRE) -- Grand Anse, Mahe Island - Grand Anse, Mahe Island, Seychelles - AIOZ Network announces the launch of , the first decentralized AI model and dataset marketplace built entirely on DePIN. As the foundational layer of AIOZ's infrastructure, DePIN powers a global network for AI computes, storage, streaming, and IPFS pinning service, enabling AI to be developed and deployed in a decentralized environment with greater transparency, control, and ownership. With this release, developers, researchers, and enterprises can upload, purchase, store, and monetize AI models and datasets across a distributed environment. AIOZ AI processes tasks through DePIN Compute, giving contributors ownership, transparency, and control over how their AI assets are used. "With AIOZ AI, we're introducing a new foundation for decentralized AI. Built on DePIN, this platform empowers developers to share, monetize, and eventually tokenize their AI assets, from models to datasets and applications," said Erman Tjiputra, Founder & CEO of AIOZ Network. "It's part of our broader vision to create a unified infrastructure where people can store, stream, and compute in a decentralized way, with ownership and value returning to the contributors of the network." DePIN: The Foundation of a Decentralized AI Economy AIOZ AI is built on DePIN Compute, a decentralized infrastructure that transforms how AI models are processed, stored, and monetized. The platform empowers users to upload models and datasets, unlock potential rewards when their assets are used, and access a growing ecosystem of decentralized AI applications. AI inferencing and compute tasks are executed on AIOZ's DePIN . This decentralized infrastructure ensures secure, permissionless access to AI processing while giving contributors a share in the network's growth. The AIOZ AI marketplace introduces an initial collection of AI models, datasets, and compute resources, giving early adopters access to a growing decentralized AI ecosystem. AIOZ AI Roadmap and Ecosystem Vision The launch of AIOZ AI marks the first step in building a decentralized AI ecosystem powered by DePIN Compute. V1 introduces foundational marketplace features, user accounts, payments, and the ability to upload, purchase, and monetize AI models and datasets, with built-in community features like voting and discussions. V2 will expand developer functionality by enabling larger file support, Git-based uploads, and API access via SDKs in Python, Go, and V3 will integrate DePIN-based AI inferencing, allowing developers to unlock potential rewards from verified model usage and compute tasks. V4 will introduce decentralized training, enabling models to be DePIN-trained and showcased in real-world applications. AIOZ AI is part of a broader DePIN-powered infrastructure developed by AIOZ Network. Alongside AI compute, the ecosystem includes AIOZ Stream for decentralized video and audio delivery, AIOZ Storage for S3-compatible Web3 data storage, and AIOZ Pin, an IPFS-based layer securing immutable assets like NFTs. Together, these components form a unified foundation for AI compute, content streaming, and digital storage, enabling a people-powered internet and defining the future of decentralized infrastructure. Driving Adoption Through the AIOZ AI Challenge To support the launch of AIOZ AI and accelerate developer adoption, AIOZ Network is introducing the AIOZ AI Challenge, a recurring competition series designed to spotlight AI talent and grow the platform's model and dataset library. The first wave of challenges will roll out after the platform's public release and run throughout 2025, providing participants the opportunity to build, submit, and refine AI models based on a defined technical framework. Submissions will be evaluated on performance, utility, and innovation, with leading models incentivized with potential tokens rewards and highlighted in the marketplace for greater discoverability. A public leaderboard will highlight top contributors, who may also gain early access to advanced features, future SDK integrations, and participation in exclusive collaborations. Join the Future of AI with AIOZ Network: Power AIOZ AI by Running AIOZ DePIN AIOZ AI runs on a decentralized backbone of contributors. By contributing to the AIOZ DePIN, users help drive AI model training, tasks inferencing, data storage, and unlock the potential for token rewards. No matter the background — tech enthusiast, AI developer, or blockchain believer — one's contribution fuels a cutting-edge, community-powered AI ecosystem. Everything Intelligence. AIOZ AI. Be the future redefining how AI is built and delivered. Start the journey today at About AIOZ Network: Powering Web3 Infrastructure Through DePIN AIOZ Network is pioneering the future of decentralized infrastructure by advancing DePIN across AI compute, media delivery, and distributed storage. AIOZ Network enables AI processing, content streaming, and secure data storage through a globally distributed network of over 200,000 contributors. The AIOZ ecosystem includes AIOZ AI, a decentralized compute and AI asset marketplace; AIOZ Stream, a platform for live and on-demand video and audio content; AIOZ Storage, an S3-compatible decentralized storage solution; and AIOZ Pin, a distributed IPFS pinning layer designed to store immutable content such as NFTs and digital assets. ### For more information about AIOZ Network, contact the company here:AIOZ NetworkMonica Botezmonica@ Anse, Mahe Island, Seychelles CONTACT: Monica Botez
Associated Press
a day ago
- Business
- Associated Press
Qubic Launches On-Chain Learning Platform to Support Ecosystem Growth
Ile Du Port, Mahe, Seychelles, May 30, 2025 (GLOBE NEWSWIRE) -- The Qubic team has launched Qubic Academy v1, a self-paced educational platform aimed at helping new users, contributors, and developers understand the mechanics behind the fast-growing decentralised protocol. Available now at the Academy features short lessons, interactive modules, and on-chain quiz tracking. It's designed to give participants a clear understanding of Qubic's architecture - including its Useful Proof of Work model, decentralised consensus, compute layer, and unique token economy. Built to Demystify a Complex Ecosystem Qubic's architecture is technically ambitious -blending AI, distributed compute, and governance. That complexity can sometimes make onboarding difficult for newcomers. 'Qubic Academy is a critical step in lowering the barrier to entry for anyone curious about what makes this protocol so powerful. We're building something that blends compute, coordination, and community, and that kind of innovation needs to be both understood and accessible. This launch is about empowering contributors, not just informing them. It's the beginning of an education engine designed to scale alongside the network.' — TalentNodes, Chief Operations Officer, Qubic Qubic Academy v1 introduces a clean, browser-based learning experience. Lessons are grouped into structured modules, each ending with a quiz. Progress is saved locally, and future versions are expected to include on-chain credentials and contributor badges. Initial modules cover topics such as: A Long-Term Play for Ecosystem Expansion While Qubic Academy v1 is fully live, the team sees it as a foundational release rather than a finished product. Plans are already in motion for deeper technical modules for developers. The release also comes at a time of rapid ecosystem growth. With mining activity rising and more developers joining the ecosystem, Qubic is preparing for broader adoption - and a more informed community. About Qubic Qubic is a high-performance Layer 1 blockchain, verified by CertiK as the Fastest Blockchain in the World. Designed for real-time decentralized compute, Qubic is powered by uPoW and a tick-based consensus mechanism, enabling zero-fee transactions, instant finality, and unmatched throughput. Qubic unlocks scalable infrastructure for the next wave of innovation across AI, DePIN, DeFi, and AGI-level applications. To begin learning, visit: For media inquiries, contact: [email protected] Disclaimer: Jennifer King jen(at)
Associated Press
2 days ago
- Business
- Associated Press
Sollong's Global Tour Heats Up: AI × DePIN is Redrawing the Global Compute Map
Silicon Valley, May 29, 2025 -- As AI explodes into the mainstream, computational power has become the key resource driving the next leap in global productivity. Whoever reshapes this infrastructure will stand at the forefront of the next tech revolution. Spearheaded by Sollong, a worldwide computing power tour is gaining momentum. As one of the few Web3-native projects combining DePIN infrastructure, RAM strategy layers, and real-world AI applications, Sollong is actively building an AI compute network that is accessible, participatory, and sustainable. Across global node deployments, a user-driven 'Future Compute World' is gradually taking shape. Expanding Across Continents: AI Compute Networks Roll Out in Five Regions In the past month alone, Sollong's global tour has reached key markets across five continents. Full-scale rollouts have already taken place in Asia, Africa, and Oceania, while community building is ramping up in Europe and the Americas. To date, the Sollong ecosystem spans 40+ countries and regions, with over 2,000 deployed nodes and a community of 380,000+ global users, steadily forming a next-generation AI × DePIN computing network. DePIN + RAM + AI: A Unified Future Compute Framework What sets Sollong apart isn't a single product, but its integrated, three-layer architecture: This framework isn't just technical infrastructure — it's a structural response to the monopolization of AI by centralized cloud giants. Phones, Visa, and AI Miners: Building a Hardware-Based Compute Loop Compute power shouldn't be an invisible cloud service. During its global tour, Sollong unveiled a vision for a hardware ecosystem that enhances user engagement through accessibility, usability, and profitability: Hardware becomes more than a tool — it's the key to everyday participation in the AI-powered world. The Tour Continues — And So Does the Mission to Connect Sollong's tour is more than a series of roadshows — it's the foundation of a Global Compute Participation Map. By immersing in local markets, the team gathers valuable insights to continuously refine the ecosystem. The next stage includes expansion into North America and Europe, along with major initiatives such as: Additionally, the next Global Compute Summit will be announced in Q3, bringing together top VCs, tech providers, and node operators in Web3 and AI to define the standards of next-gen compute networks. Final Thoughts While others chant slogans about the arrival of AGI, Sollong quietly builds, node by node. We don't promise to 'change the world' — but we firmly believe: The future of AI does not belong to centralized server farms. It belongs to every individual who chooses to deploy, connect, and participate. Whether in East Asian metropolises, on African smartphones, or behind each RAM strategy, this quiet revolution in computing is already underway. The AI era won't be a one-man show by tech giants —it will be a compute-powered world shaped by everyone. Contact Info: Name: Liam johnson Email: Send Email Organization: SOLLONG Website: Disclaimer: This press release is for informational purposes only. Information verification has been done to the best of our ability. Still, due to the speculative nature of the blockchain (cryptocurrency, NFT, mining, etc.) sector as a whole, complete accuracy cannot always be guaranteed. You are advised to conduct your own research and exercise caution. Investments in these fields are inherently risky and should be approached with due diligence. Release ID: 89161213 In case of detection of errors, concerns, or irregularities in the content provided in this press release, or if there is a need for a press release takedown, we strongly encourage you to reach out promptly by contacting [email protected] (it is important to note that this email is the authorized channel for such matters, sending multiple emails to multiple addresses does not necessarily help expedite your request). Our efficient team will be at your disposal for immediate assistance within 8 hours – resolving identified issues diligently or guiding you through the removal process. We take great pride in delivering reliable and precise information to our valued readers.
