FrysCrypto

Trust Wallet

Solflare

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Phantom

Binance Web3 Wallet

Jupiter Mobile

DIMO

Helium Mobile

Deeper Network is backed by Parity, AU21, Digital Renaissance, Master Ventures, Brilliance Ventures, Loopring, SevenX Ventures, UVA, YOUBI Capital, GOBI Partners, CANDAQ, Blocksync Ventures, Republic, ChinaPolka, Titan Ventures, Consensus Lab, Spark Digital Capital and BMW Capital.

Deeper Network also has partnerships with Polkadot, Best Buy, Amazon, Indiegogo, PAID Ignition, Duckstarter, Poolz and Flybit.

Deeper Network

Mysterium Network is an open-source ecosystem of protocols, tools, and Web3 infrastructure making the internet borderless and accessible for all. The network gives both users and builders the tools they need to safeguard their online anonymity and equal access to information. Mysterium held a token sale through which it raised $14 million CHF.

Mysterium is powered by its permissionless, peer-to-peer network. Anyone can turn their device into a node and rent their spare internet resources, such as bandwidth or IP address, in exchange for cryptocurrency. The network is tamper-proof, anonymous, and encrypted like Tor, but with superior usability, stability and speed.

Mysterium’s B2B Network-as-a-Service lays the groundwork for all kinds of enterprise-level services to be built, including the project's flagship product, the Mysterium VPN, available for Android, Windows, Mac and Linux (iOS in 2022). Developers and entrepreneurs can build private, censorship-resistant tools, and businesses can make their products globally accessible and secure. The technology is fully compatible with both Web2 and Web3 platforms and can be integrated with VPNs, proxy services, DeFi wallets, browsers, search engines, data scraping solutions, and streaming apps, building censorship-resistance into the apps we already use.

Mysterium

Helium (HNT) revolutionizes connectivity by establishing a decentralized wireless network for the Internet of Things (IoT) and mobile cellular traffic. At the heart of Helium's innovation are Hotspots, devices that act as miniature cell towers, enabling users to earn HNT by providing network coverage. This model shifts infrastructure ownership from traditional telecom giants to individuals, fostering a community-driven approach.

Built on the Solana blockchain, Helium benefits from low fees and fast transactions. The network's decentralized physical infrastructure (DePIN) supports various use cases, from mobile coverage to IoT applications. Helium Mobile, a U.S.-based carrier, combines the network with nationwide 5G, offering broader coverage and reduced deployment costs. Major telecom providers like AT&T leverage Helium for network offload, enhancing service in high-traffic areas.

HNT serves multiple roles within the ecosystem. It is burned to create Data Credits, essential for network usage, and incentivizes Hotspot operators through rewards. Additionally, HNT holders can participate in governance by voting on Helium Release Proposals. The network supports enterprise deployments, allowing businesses to expand coverage using existing Wi-Fi systems, and facilitates IoT applications such as asset tracking and environmental monitoring.

Helium

Flux is the cryptocurrency that powers the Flux ecosystem. It has a number of uses including purchasing resources, collateralizing nodes and fuelling transactions on FluxOS, as well as rewarding both miners and FluxNode operators for providing computational resources.

The Flux ecosystem is devoted to empowering everyone to develop, deploy and use the decentralized Internet of the future: Web3.

At this moment the Flux ecosystem consists of: a native, minable POW cryptocurrency ($FLUX), a powerful decentralized computational Flux Network (FluxNodes), a Linux based operating system (FluxOS), the premier digital asset platform (Zelcore), FluxEdge (decentralized GPU renting platform) and, finally, the Flux blockchain for on-chain governance, economics and parallel assets to provide interoperability with other blockchains and DeFi access.

Currently (2024/9) Flux has a computational network consisting of around 13,500 decentralized nodes, distributed globally with more than 107,000 CPU cores, 270 terabytes of RAM and over 7 petabytes of storage. That makes FluxCloud the largest decentralized network in the world!

Flux

IoTeX is the blockchain platform for Real-World AI. Since 2017, its foundational infrastructure has delivered verified, real-time data from the real world to AI systems and decentralized applications. Powering 100+ projects and 40M devices across mobility, robotics, energy, health, and more, IoTeX enables developers to build next-gen AI models and applications that deliver real-world impact.

The IoTeX tech stack provides the data, identity, and verification layers to fulfill the surging demand for real-world data in the new AI era:

IoTeX L1 — a secure, EVM-compatible blockchain with a Roll-DPoS consensus mechanism that settles transactions, coordinates participants, and distributes incentives.

ioID — a decentralized identity system that authenticates devices, AI agents, and data sources to ensure trust at the point of origin.

Quicksilver — a real-time data interface that verifies, indexes, and delivers structured physical-world data to AI models and applications.

IOTX token — the native digital asset used for transactions, staking, governance, and rewarding contributions to the network.

Trusted by partners like Google, Samsung, IEEE, ARM, and Nordic Semiconductor, IoTeX is uniquely positioned to capture the multi-trillion-dollar AI and data economy.

IoTeX

GoldeNugget

Wrapped OKB

MXC is an innovative blockchain platform designed to support third-party wearables or WearFi technology. It allows partners to decentrally list their wearable hardware devices on-chain, offering a transparent and secure platform for integrating and managing these devices in the Web3 ecosystem. This decentralized approach empowers brands and developers to bring their wearable technology to a wider audience, enabling seamless participation in the blockchain world.

The core focus of MXC is on Web3 wearables, where devices such as watches, rings, wristbands, and more are connected to the blockchain. These wearables are not just gadgets; they act as mining devices, allowing users to earn cryptocurrency by simply wearing and using them.

What makes MXC stand out is its integration of AI technology. AI is used to track, analyze, and understand individual device usage, providing personalized data and feedback to users while ensuring the blockchain remains efficient and adaptive. This intelligence allows for deeper insights into how users interact with their devices, optimizing mining rewards and enhancing user experience.

MXC is pioneering the future of wearable technology in the Web3 space, creating a decentralized, AI-driven ecosystem where wearables and blockchain merge seamlessly.

Grin

Chia Network (XCH) is a layer 1 blockchain that uses its own custom-designed programming language called Chialisp and a novel consensus mechanism called proof-of-space-and-time (PoST). The combination of these two allows the blockchain to use less energy without compromising network security. In contrast to most other blockchains, Chia Network is a public, for-profit, open source company that aspires to become listed on NYSE or NASDAQ. Its blockchain is aimed at enterprise use, which is why Chia Network plans to have XCH on its balance sheet in case of a listing.

Chia Network’s first proof-of-time function was released in 2019, with the first beta version of its blockchain launching in 2020. Chia Network achieved full functionality, including wallet functionality, transactions and smart contracts, with its mainnet launch in 2021.

Chia

Kaspa is a fast, scalable Layer-1 cryptocurrency built on proof-of-work (PoW) and powered by the GHOSTDAG protocol — a novel consensus mechanism that extends Nakamoto’s original design. Unlike traditional blockchains that discard competing blocks, GHOSTDAG allows parallel blocks to coexist and orders them within a Directed Acyclic Graph (blockDAG), enabling high throughput while preserving decentralization and security.
Kaspa currently processes 10 blocks per second, with a long-term goal of scaling to 100 blocks per second, offering confirmation times limited only by internet latency. This level of performance was made possible by the Crescendo upgrade — a hardfork that successfully increased Kaspa’s block rate to 10 BPS while maintaining network stability.
Kaspa's mission is to create a PoW that operates with internet speed, combining the reliability of proof-of-work with the responsiveness demanded by modern applications.
True to its foundational principles, Kaspa is engineered for accessibility and decentralization. Its full node runs smoothly on a standard PC, requiring modest hardware thanks to efficient multithreaded CPU use and a secure pruning mechanism that limits disk usage while preserving cryptographic integrity. This design reflects Satoshi’s original vision — a decentralized network where anyone can participate fully without specialized equipment.
Layer-2 solutions are in active development to further expand Kaspa’s capabilities. These efforts aim to leverage Kaspa’s unique architecture — particularly its multi-leader consensus — to support scalable applications, MEV resistance, decentralized oracles, and secure sequencing for broader ecosystem growth.

Kaspa

Streamr (DATA) is an open source project and decentralized platform that relies on cryptography instead of trust. It is a P2P, real-time data infrastructure that houses a platform and tools for a new data economy. The technology stack includes a scalable real-time messaging network (pub/sub) hosted on computers worldwide, a marketplace for trading/selling data and a set of tools for working with real-time data.

Streamr (DATA) was crowdfunded in 2017. The main idea is to create decentralized infrastructure and data economy; the mission was formulated by the developers as “Unstoppable Data for Unstoppable Apps.” Streamr tokenizes the value of real-time information and makes it available on their marketplace and data unions. This is built for DApps, IoT devices and more, and they believe this is a crucial protocol for Web 3.0.

The tasks of Streamr DATA coin include creating a comfortable and prosperous information market, which is built on the basis of a data exchange network that is convenient and understandable for users. How it works: the decentralized pub/sub network is supported by nodes around the world, who earn DATA tokens in exchange for the bandwidth and validation they provide.

The competitive advantage lies in the fact that it is an off-chain network (for example, when compared to a similar IOTA service). Therefore, the risk that the project will face scalability and bandwidth issues is modest. The intention of the Streamr team is not to create some special blockchain, but to focus on the development of network optimization technologies. If Streamr lacks the capabilities of Ethereum, developers can always transfer the platform to another blockchain.

Streamr

Grass

Algorand is a self-sustaining, decentralized, blockchain-based network that supports a wide range of applications. These systems are secure, scalable and efficient, all critical properties for effective applications in the real world. Algorand will support computations that require reliable performance guarantees to create new forms of trust.

The Algorand mainnet became live in June 2019, and was able to handle almost 1 million transactions per day as of December 2020. Algorand transaction metrics can be viewed here. Algorand initial coin offering (ICO) was held in June 2019, with the Algorand price of $0.24 per token.

Algorand

Akash Network

Golem Network is an open-source, decentralized computing platform that is building an ecosystem to provide computing power to the AI industry. A peer-to-peer marketplace for distributed computing resources. Users engage directly on the Golem platform, exchanging GLM tokens for the utilization of their idle computing resources.

Golem allows to break down tasks into smaller subtasks and distribute them across multiple providers, enabling parallel processing. This approach boosts efficiency and speeds up the completion of complex computations.

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