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Moonbeam

Centrifuge

Zeitgeist

BeamSwap

Moonwell

Acala Token

Moonbeam is an Ethereum-compatible smart contract parachain on Polkadot. Moonbeam makes it easy to use popular Ethereum developer tools to build or redeploy Solidity projects in a Substrate-based environment.

Moonbeam is much more than just an EVM implementation: it’s a highly specialized parachain that mirrors Ethereum’s Web3 RPC, accounts, keys, subscriptions, logs, and more. The Moonbeam platform extends the base Ethereum feature set with additional features such as on-chain governance, staking, and cross-chain integrations.

Moonbeam’s Ethereum compatibility is unmatched:

Minimal Changes: developers can use existing Solidity smart contracts right away, with no need to rewrite or reconfigure

Use Existing Developer Tools: connect popular tools like MetaMask, Hardhat, Waffle, Remix, and Truffle via a complete set of Web3 RPC endpoints. Use well-known Javascript libraries such as Web3.Js or Ethers.Js.

Unified Accounts, Addresses, and Signatures: use your existing Ethereum H160 accounts & ECDSA signatures to interact with Moonbeam

Tap into the Most Integrations on Polkadot: use existing oracles, bridges, wallets, and other tools that are already building on Moonbeam

Moonbeam provides integration and connectivity between Polkadot Parachains as well as with other chains such as Ethereum and Bitcoin via bridges. Moonbeam was started in 2019 by Derek Yoo of Pure Stake.

Astar Network helps developers build decentralized applications (dApps) and layer 2 solutions by providing interoperable web 3.0 infrastructure, financial incentives, incubation programmes and technical support. It seeks to provide the best solution for all developers by supporting EVM and making a parachain where EVM and WASM smart contracts can co-exist and communicate with each other.

Astar connects the Polkadot ecosystem with layer 1 blockchains like Ethereum and Cosmos. It's a Polkadot Parachain, and was designed as a multi-chain Polkadot dApp hub with support for DeFi, NFTs, DAOs, where developers can move beyond infrastructure and focus more on application development.

The project, which is backed by Binance Labs and Coinbase Ventures, operates on two layers: the first layer is built on the Substrate framework, and the second is built using OVM or Optimistic Virtual Machine, for scalability.

Astar

BitCanna

Phala Network is the Execution Layer for Web3 AI. By enabling AI to understand and interact with blockchains, it unlocks the barrier for the first billion users to join Web3.

Phala Network's multi-proof system is the answer to the AI execution problem. On top of the Phala Network, you can easily build tamper-proof and unstoppable AI Agents that are closely integrated with on-chain smart contracts by AI-Agent Contract

Agentize smart contracts: Create AI Agents for smart contracts using natural and programming languages.

Connect to the internet of multi-agents: Make your agents accessible by other cross-chain AI Agents.

Launch AI Agents and get incentivized: Own your agents and build a profitable token economy.

Phala Network

Centrifuge is a decentralized asset financing protocol. It connects decentralized finance (DeFi) with real-world assets (RWA) while trying to lower the cost of capital for small and mid-size enterprises (SMEs) and provide investors with a stable source of income. The main goal of the project is to generate profits that are not tied to volatile crypto assets; the developers are pursuing the task of transferring real monetary value from fiat to cryptocurrencies.

Companies are using Centrifuge to access the liquidity that DeFi has to offer. They can tokenize real assets and use these tokens as collateral to access financing through Tinlake, a decentralized application (DApp) lending protocol. The Centrifuge blockchain is built on Polkadot (DOT) for speed and low fees, while its financial DApp Tinlake is built to access Ethereum (ETH) liquidity.

Centrifuge provides liquidity to everyone and investors receive income and rewards in the form of CFG tokens. Centrifuge links assets such as invoices, real estate and royalties with decentralized finance (DeFi). Additionally, borrowers benefit from the fact that they can finance their real assets without banks or other intermediaries.

Karura is an all-in-one decentralized finance (DeFi) hub and stablecoin platform built on Kusama (KSM) and integrated into Polkadot (DOT). Karura was created by the Acala Network, which has won four Web3 Foundation grants and founded the Substrate Developer Academy.

To learn more about this project, check out our deep dive of Karura.

Both Karura and Acala are backed by multiple funds, including Coinbase Ventures, Pantera Capital, Polychain Capital and Hypersphere. Karura and Acala operate in parallel. Specifically, Karura is implementing DeFi on Kusama in the same way that Acala is offering DeFi on Polkadot. The network is built with almost the same codebase as Acala: the two platforms provide scalable, convenient and fast DeFi cross-chain ecosystems for Kusama and Polkadot.

Parachain Karura is a platform that allows users to create effective, low-cost and complex financial applications, saving time and increasing trading efficiency.

The platform itself provides a multi-collateralized stablecoin backed by cross-chain assets (kUSD), a trustless staking derivative (liquid KSM), and an automated market maker (AMM) decentralized exchange (DEX) for unlocking liquidity and supporting financial innovation.

Karura is the decentralized financial hub of Kusama, a scalable multi-chain network for radical innovation and early-stage Polkadot deployments. Karura is the sister network to Acala. It hosts multichain liquid staking token (LST) protocols (such as liquid KSM - LKSM), an AMM decentralized exchange, and an app platform that is EVM-compatible and highly customizable (based on Substrate). Karura is secured by Kusama, and is the liquidity gateway of Kusama parachains, Acala and L1/L2 blockchains

Karura

Self-described as "Polkadot's wild cousin," Kusama is an experimental blockchain platform that is designed to provide a massively interoperable and scalable framework for developers.

Kusama is built on Substrate — a blockchain building kit developed by Parity Technologies. Kusama has almost the same codebase as Polkadot — one of the most successful interoperable blockchains.

By deploying on Kusama, fast-paced projects gain access to a highly scalable, interoperable sharded network, with features that are not yet available on Polkadot. To that end, Kusama describes itself as a “canary network.”

The platform is designed to provide a testbed for developers looking to innovate and deploy their own blockchain and can be used as a preparatory network before launching on Polkadot — though many projects opt to stick with Kusama for their final product.

Kusama benefits from a low barrier to entry for deploying parachains, low bond requirements for validators, and is most commonly used by early-stage startups and for experimentation.

Kusama

Osmosis (OSMO) is a decentralized exchange (DEX) for Cosmos, an ecosystem of sovereign, interoperable blockchains all connected trustlessly over IBC, the Inter-Blockchain Communication Protocol. Osmosis also offers non-IBC assets bridged from the Ethereum and Polkadot ecosystems. Originally based on Balancer-style pools, Osmosis is moving to a more sustainable concentrated liquidity model that provides a superior trading and liquidity provision experience.

As an appchain DEX, Osmosis has greater control over the full blockchain stack than DEXs that must follow the code of a parent chain. This fine-grained control has enabled, for example, the development of Superfluid Staking, an improvement to Proof-of-Stake security. Superfluid staking allows the underlying OSMO in an LP position to add to chain security and earn staking rewards for doing so. The customizability of appchains also allows for the development of a transaction mempool shielded with threshold encryption, which will greatly reduce harmful MEV on Osmosis.

Osmosis's vision is to build a cross-chain native DEX and trading suite that connects all chains over IBC, including Ethereum and Bitcoin. To build out the trading functionalities, Osmosis has invited external developers to create a bespoke DEX ecosystem that includes lending, credit, margin, fiat on-ramps, Defi strategy vaults, NFTs, stablecoins, and more – all the functionalities of a centralized exchange and more, plus the trust-minimization of decentralized finance.

Osmosis

Moonriver is an Ethereum-compatible, smart-contract parachain on Kusama. It is intended to be a companion network to Moonbeam, where it will provide a permanently incentivized canary network. New code will ship to Moonriver first, where it can be tested and verified under real economic conditions. Once proven, the same code will ship to Moonbeam on Polkadot.

It does this by providing a full EVM implementation, a Web3-compatible API, and bridges that connect Moonriver to existing Ethereum networks.

This allows developers to deploy existing Solidity smart contracts and DApp frontends to Moonriver with minimal changes.

Moonriver

Polkadot is an open-source sharded multichain protocol that connects and secures a network of specialized blockchains, facilitating cross-chain transfer of any data or asset types, not just tokens, thereby allowing blockchains to be interoperable with each other. Polkadot was designed to provide a foundation for a decentralized internet of blockchains, also known as Web3.

Polkadot is known as a layer-0 metaprotocol because it underlies and describes a format for a network of layer 1 blockchains known as parachains (parallel chains). As a metaprotocol, Polkadot is also capable of autonomously and forklessly updating its own codebase via on-chain governance according to the will of its token holder community.

Polkadot provides a foundation to support a decentralized web, controlled by its users, and to simplify the creation of new applications, institutions and services.

The Polkadot protocol can connect public and private chains, permissionless networks, oracles and future technologies, allowing these independent blockchains to trustlessly share information and transactions through the Polkadot Relay Chain (explained further down).

Polkadot’s native DOT token serves three clear purposes: staking for operations and security, facilitating network governance, and bonding tokens to  connect parachains .

Polkadot has four core components:

Relay Chain: Polkadot’s “heart,” helping to create consensus, interoperability and shared security across the network of different chains;

Parachains: independent chains that can have their own tokens and be optimized for specific use cases;

Parathreads: similar to parachains but with flexible connectivity based on an economical pay-as-you-go model;

Bridges: allow parachains and parathreads to connect and communicate with external blockchains like Ethereum.

Polkadot

Litentry

Abyss

Manta Network

SORA is an innovative, adaptive, non-debt-based monetary framework that facilitates economic stability, particularly for financially vulnerable countries. As a groundbreaking platform, SORA exemplifies the potential of blockchain technology in fostering a more inclusive and stable global financial system. Its integration in projects like the Bokolo Cash CBDC signifies a new era in digital currency, aligning technological advancements to achieve broader economic stability and resilience. Through its unique approach and capabilities, SORA plays a pivotal role in the evolution of global finance, particularly by supporting economies that need innovative and sustainable financial solutions the most.

XOR is the SORA network’s native utility token, that is:

Used for transaction fees (gas) on the SORA substrate network

Practically deflationary, as XOR is burnt with every transaction on SORA

Used to add liquidity to pairs on Polkaswap

Used to stake to become a validator or tonominate validators on the SORA network

More about SORA tokenomics

SORA

CyberVein's big-data solution is based on the PISR (private, interlink, secure, robust) distributed database, database operations are stored on CyberVein blockchain network which runs on a Proof-of-Contribution (PoC) consensus mechanism. The solution is focusing on enterprise-level "blockchain + big-data" customized services.

CVT is the native utility token that is used for:

Storage payment: The data owner pays the corresponding storage fee based on the file size and bandwidth consumed in such a process.

Computing power payment: Payments from user to owner for usage, and remuneration for software developers is going to be exclusively conducted in CVT.

Data exchange: On CyberVein's federated learning platform, the data acquirer trades the data at a price contracted between the two parties for distributed modeling applications.

CROSS NFT issuance payment: Dapp businesses are obligated to pay for Storage and Data Exchange in light of network resources occupied, and may set up CyberVein token as a means of payment to issue NFT or conduct business in accordance to their desired business model.

CyberVein tools include:

PISR Consortium database, creates better data management: through safe and reliable virtual machine operation and maintenance of user data, data is efficiently aggregated for upstream data, and data traceability and tracking are realized to ensure the reliability of data sources and outputs, and achieve cross-level, cross-departmental data sharing to improve the timeliness, diversity, stock and density of data to realize the commercial value of data, and truly solve the problems in data flow.

DAG storage chain, creates safer data storage, with better efficiency, no block confirmation, low transaction fees, and also eliminates miner, supports asynchronous verification and parallel processing of each node, the more nodes, the faster the speed, the stronger the scalability, which leads to better scalability. The database backup on DAG storage chain provides an extra layer of security for businesses.

Cytrix, allows GPU to be shared. Nodes can contribute part of their GPU to the network, in return for compensation through the Proof of Contribution mechanism. The contributed GPU can aid enterprises or individuals in data modeling with federated learning.

Federated Learning Platform, enables data to be monetized. Federated Learning is a distributed machine learning workflow. The datasets are first trained locally, and the data of all parties is kept locally, without revealing privacy or violating regulations.  Individual terminals return trained models to the server to create a shared model. Effectively protect data privacy and security, solve the problem of information silo, and thus realize the value of data. The platform will also provide algorithms to support data modeling operations by enterprises and individuals.

CyberVein

Augur

Mantle Network is an L2 technology stack for scaling Ethereum, and is the first core product of Mantle Ecosystem. Mantle Network strives to be compatible with the Ethereum Virtual Machine. Mantle Network’s modular architecture separates transaction execution, data availability, and
transaction finality into modules — which can be individually upgraded and adopt the latest
innovations.

As the world’s first DAO-spawned L2, Mantle Network is pioneering a vision for the mass adoption of token-governed technologies.

MNT is the native token used for:

Paying gas fees

Growing the ecosystem

Governance by the community

Mantle

dHedge DAO

OriginTrail is an ecosystem building a trusted knowledge infrastructure for artificial intelligence. It addresses the challenge of misinformation in the AI era by ensuring the origin of information and enabling discoverability of the world's most important knowledge and real world assets (RWAs).

OriginTrail is creating a Verifiable Web for decentralized AI by empowering world class brands and builders. It utilizes its unique Decentralized Knowledge Graph and OriginTrail Parachain to deliver AI-powered search and solutions for enterprises and individuals worldwide.

OriginTrail has gained support and partnerships with world-class organizations such as British Standards Institution, SCAN, Polkadot, Parity, Walmart, World Federation of Hemophilia, Oracle, and the EU Commission's Next Generation Internet. These partnerships contribute to advancing OriginTrail's trusted knowledge foundation and its applicability in trillion-dollar industries, while providing a verifiable web of knowledge important in particular to drive the economies of RWAs.

The best way to see the technology in action is by checking ChatDKG, which is an experimental, question answering bot on X (Twitter) based on trusted Knowledge Assets in OriginTrail Decentralized Knowledge Graph. The ChatDKG provides answers based on OriginTrail trusted AI.

The Metcalfe phase of the updated roadmap pursues an ambitious goal of creating the world’s largest verifiable web for AI consisting of 100 billion Knowledge Assets, bringing a 100.000x scalability increase. As the name of the phase suggests, it will seek to produce network effects across the OriginTrail DKG and use novel techniques to pursue autonomous DKG growth based on the genesis knowledge foundation being created by organizations and individuals alike. The genesis part of the Metcalfe’s phase also introduces knowledge mining and knowledge signaling capabilities to drive constant growth of the Verifiable Web.

Following the Genesis stage and the transition to an AI-native V8, further capabilities will become available in the Convergence stage. By leveraging the advancements in AI and the DKG, we will unlock autonomous knowledge mining which in turn leads to an autonomous DKG. At that stage, new knowledge gets added to the DKG with very limited human involvement. Services such as AI agents will be performing knowledge inferencing directly on the DKG to find any “blind spots” in the knowledge they can fill as well as search for new knowledge and bring it to the DKG in accordance with knowledge signaling.

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