HBAR is the native, energy-efficient cryptocurrency of the public Hedera network. Hbars are used to pay application transaction fees and protect the network from attack through proof-of-stake. Network fuel Developers use hbars to pay for network services, such as transferring hbars, minting fungible and non-fungible tokens, calling smart contracts, and logging data. For every transaction submitted to the network, hbars are used to pay fees that compensate consensus nodes for bandwidth, compute, and storage. Network protection Hedera is a public, open source, proof-of-stake network. When hbars are staked to network nodes, they have a weighted influence on consensus for processing transactions. Weighted voting makes it difficult and expensive for a bad actor to maliciously affect consensus — it would require a centralized authority to own and stake over one-third of the network’s total supply of HBAR. Hedera is a decentralized public network where developers can build secure, fair applications with near real-time consensus. The platform is owned and governed by a council of global innovators including Avery Dennison, Boeing, Deutsche Telekom, DLA Piper, FIS (WorldPay), Google, IBM, LG Electronics, Magalu, Nomura, Swirlds, Tata Communications, University College London (UCL), Wipro, and Zain Group. The Hedera Consensus Service (HCS) acts as a trust layer for any application or permissioned network and allows for the creation of an immutable and verifiable log of messages. Application messages are submitted to the Hedera network for consensus, given a trusted timestamp, and fairly ordered. Use HCS to track assets across a supply chain, create auditable logs of events in an advertising platform, or even use it as a decentralized ordering service.

The $BERA token serves two main purposes on the Berachain network. Transaction Fees Paying for transactions on the Berachain network ($BERA is also referred to as the "gas token" for this reason). Tokens utilized for transaction fees are burned, removing them from the circulating supply. Validator Staking Validators stake $BERA to operate a validator. Within the active set, the more $BERA a validator has staked, the more frequently they are chosen to propose blocks. The ratio of a validator's $BERA to the total stake is linear with their chances of block production. The economic value of all $BERA tokens staked forms the economic security of the chain, with $BGT dynamics controlling its inflation.

The future of AI shouldn’t belong to a few corporations. It should be powered by the people, with its rewards shared accordingly. Bless makes that possible. By turning everyday devices into a global compute network, Bless enables anyone to contribute to AI infrastructure – from running inference to powering decentralized agents – all through lightweight and intuitive browser or desktop based applications. Those who participate don’t just help run the system – they earn a share in the future of AI. To coordinate and reward this people-powered movement, Bless uses a two-token system: • TIME: Used to recognize contributions to the network • BLESS: The core token representing ownership, governance and long-term value

GAIA Token: Facilitates payments for AI services, staking for node operators, and governance voting. gaiaCredits: Spent by users to access AI agents, redeemable via gaiaPoints earned through participation. Supply Mechanics: Fixed supply of 1 billion tokens, with allocations for network operations (32%), ecosystem growth (8%), and community rewards (5%).

ROVR is a decentralized global platform designed for high-definition, real-time 3D data collection, processing, and storage across all scenarios. We are driven by the belief that data ownership should rest with individual producers, not large corporations or organizations. By generating vast volumes of ultra-high-definition 3D and 4D data—complete with detailed timelines—ROVR is establishing a robust foundation for the next generation of 3D AI training.

The Artificial Superintelligence (ASI) Alliance is a collective formed by Fetch.ai, SingularityNET and Ocean Protocol. As the largest open-sourced, independent entity in decentralized AI research and development, this Alliance aims to accelerate the advancement of decentralized Artificial General Intelligence (AGI) and, ultimately, Artificial Superintelligence. • Creates the largest open-source, decentralized player in AI research and development. • The deal provides an unprecedented opportunity for the three influential, decentralized leaders to create a powerful, compelling alternative to Big Tech’s control over AI development, use and monetization. • The fusion of Ocean Protocol, SingularityNET and Fetch.ai’s research, brands, technologies and products creates a foundation to build an unprecedentedly scalable decentralized AI infrastructure, ensuring ethical and trustworthy practices. • The token merger facilitates the combination of three thought-leaders in the research and development of AGI (Humayun Sheikh, Dr. Ben Goertzel and Dr. Trent McConaghy), advancing the path to development of the technology on the blockchain. • Sheikh, McConaghy and Goertzel have long been acolytes and early-adopters of Artificial Intelligence. This Alliance facilitates the commercialization of each company’s technology, granting universal access to cutting-edge AI platforms and large databases. • This groundbreaking move advances the path to AGI’s development on the blockchain.

$FIL is the native currency of Filecoin that powers the entire network and all processes. Clients pay for transactions in FIL tokens. Miners place FIL as collateral, guaranteeing their services. Filecoin is a decentralized storage system that aims to “store humanity’s most important information.” The project raised $205 million in an initial coin offering (ICO) in 2017, and initially planned a launch date for mid-2019. However, the launch date for the Filecoin mainnet was pushed back until block 148,888, which is expected in mid-October 2020. The project was first described back in 2014 as an incentive layer for the Interplanetary File System (IPFS), a peer-to-peer storage network where users pay for data storage and distribution services in $FIL. Filecoin is open protocol and backed by a blockchain that records commitments made by the network’s participants, with transactions made using FIL, the blockchain’s native currency. The blockchain is based on both proof-of-replication and proof-of-spacetime. Filecoin is open-source and decentralized, which means that all governance is in the hands of the community. On the Filecoin platform, developers have the opportunity to create cloud file storage services like Dropbox or iCloud. Anyone can join Filecoin and start storing their data or earn money by providing space for someone else's funds. The creators of Filecoin opted for their blockchain technology to run the network and their token with their own consensus.

IOTA is a distributed ledger developed to execute and keep track of transactions made among devices in the Internet of Things (IoT). The system uses a system of nodes called Tangle, which is known for faster transaction processing than other blockchains. MIOTA is a cryptocurrency used in the IOTA system to pay for transactions. What makes IOTA unique? IOTA is a cryptocurrency that has no transaction fees and requires no miners in order to process transactions. It does, however, require some computational power to submit a transaction, making it perfect for machines to use as a currency and distributed communication protocol for the Internet of Things “IoT”. What can IOTA be used for? IOTA is initially focused on serving as the backbone of the Internet-of-Things (IoT). The main purpose of IOTA is to solve some of the major problems with Blockchain technology, the main one being that the bigger the Blockchain (such as Bitcoin), the slower, more expensive, and also more restricting it is to actually transfer funds. Another issue with the Blockchain is size, as more and more Blocks are added, the longer the Blockchain gets, and therefore the less amount of computers are able to mine it. Right now BTC is over 150GB long, and so is ETH. If this size increased tenfold, very few computers would be able to mine it at all. Making them relatively centralized (the top 2 Bitcoin mining pools own about 56% of hashing power).

Celo is a carbon-negative, permissionless blockchain that supports the CELO governance asset and other ERC-20 Mento stable assets, which may be used to pay for transaction fees. With its interoperability, cross-chain compatibility, and mission to create the conditions of prosperity for all, Celo is capable of bringing the regenerative finance (ReFi) movement mainstream by accelerating global financial inclusion, community commerce, and climate-positive technology across multiple ecosystems in parallel. Importantly, Celo is also one of the world’s first [carbon-negative] blockchains. Its proof-of-stake consensus mechanism requires a small fraction of the energy used by proof-of-work chains. The Celo community’s commitment to the planet goes even further, as an integral partner in the Climate Collective, an expanding coalition of companies building at the intersection of Web3 and climate action. The Mento Reserve, supported by the Mento Protocol, which allows access to various stable assets to users on the Celo blockchain, further holds a diversified portfolio of digital assets, with plans to have 40% of the Reserve represented by natural capital-backed assets in four years’ time. Another unique feature of Celo is its mobile-first design, which can help reach billions of global users at scale. This includes a light-client syncing mechanism called Plumo, a zk-SNARK-based system that allows Celo mobile and resource-constrained users to sync to the Celo blockchain faster, while using only a few kilobytes of data; mapping encrypted phone numbers to wallet addresses (so users can send digital assets to friends and family in their contact lists); or accessing an ecosystem of dapps, like the Valora Wallet, via low-powered smartphone devices. Each of these makes transacting on the blockchain easier for real world users of all experience levels.

MOCA is the token that powers the Moca Network, an interoperable cultural economy of partner “subnets” and their corresponding users, around the key pillars such as music, sports, gaming, education, governance, and more, regardless of any VMs, L1 and L2 chains. MOCA is a fungible token (FT) built on the LayerZero v2 protocol, with a fixed supply of 8,888,888,888 tokens. MOCA serves as the utility and governance token within the network, embodying the three pillars of Growth, Culture, and Governance.

With the $PEAQ token, you can use the DePINs and dApps on peaq, act as a validator or delegator, govern the network, vote on machines to subsidize, and decide on peaq’s global upgrades and development. $PEAQ is the lifeblood of the Machine Economy — where you hold the steering wheel.

Biconomy provides plug-n-play APIs to make web3.0 user-friendly & frictionless. Biconomy is on a mission to make the decentralized web accessible to everyone. We are the missing piece to crypto adoption for onboarding the next billion. Our APIs & SDKs transform any dApp to become usable for anyone regardless of their crypto knowledge and experience. Our multi-chain relayer infrastructure processes almost 50K daily transactions for 40+ DApps to ensure all the benefits of web3.0 come with the intuitiveness of web2.0.

The LSK token serves several important functions within the Lisk network. It is the default means of payment for transactions on the platform and a means of voting for delegates who validate transactions and add blocks to the blockchain. Developers also need LSK tokens to build and deploy dApps on the Lisk platform. Delegates on the Lisk network earn LSK tokens for validating transactions and adding new blocks to the blockchain. These tokens are then used to cover the costs of running their nodes and to distribute rewards to their voters. Lisk has a limited supply of up to 129,000,000 LSK tokens that will come into circulation. This limited supply is intended to prevent long-term inflation and devaluation of the tokens. New LSK tokens are not generated through mining but rather through a three-year DPoS delegation process, creating approximately 1.6 million new LSK tokens annually, which are distributed among delegates and their voters.

Xai was developed to enable real economies and open trade in the next generation of video games. With Xai, potentially billions of traditional gamers can own and trade valuable in-game items in their favorite games for the first time, without the need to use crypto-wallets. Anyone can support the Xai network by operating a node which allows them to receive network rewards and participate in governance. Xai is developed by Offchain Labs leveraging Arbitrum technology.

The Orbs token, or ORBS, is the native token powering the Orbs network. The latter is a decentralized public blockchain infrastructure. The ORBS token is an ERC-20 token deployed on the Ethereum blockchain. It mainly serves as a medium of exchange within the Orbs ecosystem. It’s important to note that the ORBS coin is the only payment method available on the platform. In addition, the ORBS token facilitates the process of securing the network as it’s used to elect Validators. There is a total supply of 10,000,000,000 ORBS, all of which have already been pre-mined. They have been distributed as follows: • 55% - Long-term Reserves dedicated to the project’s development, ecosystem, and partners; • 20% - Private Sale; • 20% - Team and Founding Partners; • 5% - External Advisors. The Token Distribution Event was hosted in March of 2019.

CUDOS powers a decentralised compute network that will interoperate with multiple blockchain ecosystems to provide the following benefits: 1. Trusted layer 1 validator network built on the Tendermint protocol - Wasm compatibility, for smart contracts to be deployed on CUDOS using next-generation languages so long as they compile to WebAssembly. I.e. Golang, Rust, Java etc. 2. Cross-chain or Horizontal interoperability thanks to the network’s Inter Blockchain Communication (IBC) integration, allowing Cudos Network smart contracts to interface with multiple networks. 3. 10x lower transaction and gas costs compared to those on PoW networks - A massively scalable network to facilitate more sophisticated smart contract operations 4. Higher performance with anywhere between 200 to 500 Peak TPS on the network - access to a globally distributed layer 3 network of secure cloud, and compute, resources Turing complete solutions for non-Turing complete Layer 1 blockchain networks. With the underlying Cudo platform live in over 145 countries, across enterprise and edge environments, and used by over 250,000 users, CUDOS is the next major release, providing a decentralised computing layer bridging on-chain and off-chain resources. The CUDOS token serves the following clear purposes: Transaction payments, Network governance and operations, a staking mechanism for receiving blockchain and cloud workloads, and a medium of exchange (MoE). What is CUDOS trying to solve? Scaling on blockchain is both expensive and limited in the type of use-cases it can support. CUDOS solves this issue by providing a highly scalable Layer 2 and 3 solution, connecting both on-chain and off-chain consumers to the network via smart contracts and APIs.

The Root Network is an L1 blockchain built by Futureverse to enable seamless user experience and support data interoperability of digital assets. It serves as a foundational layer for the open metaverse, designed as a central hub where anything connects to anything, incorporating a suite of protocols spanning core functionalities, user experience enhancements, and digital content capabilities.

The RIF Token ($RIF) is the native token of the RSK Infrastructure Framework (RIF), a service layer built on top of the Rootstock blockchain. It is primarily used as a payment mechanism within the RIF ecosystem, ensuring that developers can access and utilize the decentralized tools and services provided by RIF to build scalable DeFi products and applications. How is RIF Token used? The RIF Token ($RIF) is used to access and consume services within the Rootstock Infrastructure Framework (RIF) architecture. It allows token holders to utilize various decentralized applications and infrastructure protocols, including the RIF OS suite, which includes services such as Directory, Payments, Data Feeds, Storage, and Communications.

Kima is an open protocol that provides a secure, fast, and efficient way to transfer assets across blockchains and off-chain access. The Kima token economics model powers the protocol: • Protects the blockchain; • Provides the framework needed to incentivize the stakeholders, liquidity providers, and validators; • Enables the decentralized settlement layer; • Maximizes the platform and protocol efficiency and utility; • Used for payments and rewards;

The $BOSON Token is the core economic unit of the Boson ecosystem – used to govern the protocol, incentivize different actors and share in the value created.

AUKI LABS is creating a decentralized protocol for collaborative spatial computing. Their peer-to-peer positioning system will give every cubic millimeter an address, replace GPS and enable a persistent and privacy-preserving metaverse.