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SORA is working to become a decentralized world economic system, under the democratic supervision of the SORA Parliament. One World. One Economy. SORA.

Sora

Energy Web Token (EWT) is the operational token behind the Energy Web Chain, a blockchain-based virtual machine designed to support and further application development for the energy sector.

Energy Web Chain was launched in June 2019. The Energy Web Foundation is the non-profit enterprise behind the project. EWT aims to bring diversity to the energy sector by allowing developers to create decentralized applications (DApps). The virtual machine has the potential to benefit actors from all areas of energetics, including grid operators, software developers, and vendors.

Energy Web Token

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

xDai is a cryptocurrency that is pegged to the US dollar. The xDai chain is a stable payment blockchain that is designed for fast and inexpensive transactions. STAKE is secured by proof-of-stake consensus. xDai was founded on Oct. 1, 2018.

STAKE is a multi-chain staking token that is designed to secure the payment layer. Staking allows validators and delegators to provide transaction consensus and receive staking incentives for block production. It is only required for consensus providers, not everyday on-chain transactions.

xDai was created by the POA Network, an open-source public side-chain of Ethereum founded in April 2017. It offers a framework for smart contracts which provides developers with an easy and effective way to code on Ethereum, while also leveraging the POA Network capabilities.

STAKE

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

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.

Moonbeam

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

Serum is a decentralized exchange (DEX) and ecosystem that brings unprecedented speed and low transaction costs to decentralized finance (DeFi). (DeFi).

Serum is the only high-performant DEX designed around a fully on-chain central limit order book and matching engine. Ecosystem partners can compose with Serum’s on-chain orderbook to share liquidity and power their trading features for institutional and retail users.

In light of the popularity of DeFi and the growth of DEXes on Ethereum, users and developers are limited by high gas costs and slow transactions. Serum aims to resolve these traditional problems of DeFi, as well as issues of centralization, low capital efficiency, and liquidity segmentation.

The SRM utility and governance token enables users to receive discounts on protocol fees and voting rights; 100% of exchange fees flow back to SRM via buy-and-burn, staking rewards, and ecosystem grants.

Serum

Acala Token

Secret (SCRT) is a privacy-oriented blockchain built on Cosmos. Its smart contracts are called Secret Contracts and allow DApps to use private data on Secret, similar to how smart contracts operate on other blockchains. However, Secret Contracts transfer encrypted inputs into encrypted outputs without exposing data. This is made possible thanks to the encrypted contract states during the execution.

Data privacy is guaranteed by combining encryption protocols and key management within a Trusted Execution Environment (TEE). This allows Secret Contracts to compete for several privacy-related use cases that traditional blockchains have found difficult to accommodate. For instance, private voting mechanisms or credit scoring applications become possible since they do not expose sensitive user data on-chain with Secret.

Secret

MIR is the governance token of Mirror Protocol, a synthetic assets protocol built by Terraform Labs (TFL) on the Terra blockchain.

Mirror Protocol is decentralized from day 1, with the on-chain treasury and code changes governed by holders of the MIR token. TFL has no intention of keeping or selling MIR tokens, and there are no admin keys or special access privileges granted. The intent for this is to be a completely decentralized, community-driven project.

Mirrored assets are blockchain tokens that behave like "mirror" versions of real-world assets by reflecting the exchange prices on-chain. They give traders the price exposure to real assets while enabling fractional ownership, open access and censorship resistance as any other cryptocurrency. Unlike traditional tokens which serve to represent a real, underlying asset, mAssets are purely synthetic and only capture the price movement of the corresponding asset.

Mirrored assets provide the following advantages:

Global Accessibility: In most markets outside of Europe & North America, access to foreign equities and forex markets is highly limited. Crypto allows global accessibility without entry barriers.

Fractional Orders: In traditional finance, to execute a fractional order, multiple fractional orders are bundled together to execute a unitary transaction. The process of gathering all the orders into one requires additional waiting time. By utilizing the blockchain, orders volume is simply represented as a number on the blockchain, so there is no need for the intermediary bundling process.

Nearly-Instantaneous Order Execution: Oftentimes due to the lack of liquidity (price-time-priority order book algorithm), orders can take up to a day to fully execute. Given the fact that Mirror relies on liquidity provided by each individual asset pool, orders can be executed as fast as the blocktime of the network (~ 6 seconds).

Mirror Protocol

KardiaChain is a Layer-1 blockchain designed to bridge the gap between blockchain technology and mainstream adoption by converging the physical and digital worlds. As a hybrid public-private blockchain infrastructure, KardiaChain focuses on decentralization, security, and scalability to deliver seamless Web3 solutions for real-world applications. It also powers transformative technologies like Onchain AI, and NF3 Chip Technology to further expand its ecosystem.

Key Features:

High Performance and Scalability

Utilizes the Byzantine Fault Tolerance Delegated Proof-of-Stake (BFT-DPoS) consensus mechanism for high throughput, low latency, and energy-efficient operations.
Designed to scale while maintaining decentralization and low transaction costs.

Hybrid Blockchain Model

Combines public and private chains for enhanced privacy, security, and flexibility tailored to enterprise and consumer use cases.
Phygital Integration (Kyokai Initiative)

Maps real-world components – People, Items, Locations, and Activities (P.I.L.A.) – onto the blockchain using technologies like NFC+, AR/VR, and 3D modeling.
Enables trackable and verifiable physical items (e.g., luxury goods, events, and spaces).
Connects physical assets to on-chain representations for ownership, authentication, and interactive experiences.

Onchain AI Integration

KardiaChain powers Onchain AI, a platform that merges artificial intelligence with blockchain technology. Key features include:
AI Agents: Autonomous agents capable of managing social media interactions, handling blockchain wallets, and automating digital tasks.
On-Chain Recording: All actions are securely recorded on the blockchain for full transparency and accountability.
Token Utility: AI agents operate using energy from burning $KAI, creating sustainable tokenomics.
Upcoming Features: Voice-based AI interactions, media creation, and livestreaming.

Onchain AI is a AI-driven virtual agents that manage online identities and interactions.
Capabilities include:
Automating social media engagement, content creation, and audience interaction.
Managing blockchain-based wallets with secure and transparent operations.
Monetization Opportunities: Users can earn based on engagement metrics, fostering a revenue-generating ecosystem.
Skillset Marketplace: Agents can acquire and exchange advanced skillsets, such as trading, content creation, and music composing.

NF3 Chip Technology

A phygital bridge utilizing NFC (Near-Field Communication) chips to link physical objects to blockchain-based digital assets.
Key functionalities:
Encrypted Private Keys: Ensures secure ownership validation and asset transfers.
Phone Number-Based Wallets (PNW): Simplifies onboarding and wallet management.
Interactive Phygital Experiences: Seamless real-world-to-digital interactions via simple NFC taps.
Use Cases: Digital gifting, product verification, collectibles, and consumer engagement.

Web3 Infrastructure and Ecosystem

Comprehensive toolset includes wallets, explorers, smart contract IDEs, NFT creation platforms, and analytics tools.

The platform relies on a native token, KAI, which is used for staking, transaction fees, participating in services and deploying smart contracts.

KardiaChain was first announced in October 2018, and its mainnet went live in December 2020.

KardiaChain

Reef is a Reliable Extensible Efficient Fast Layer-1 Blockchain for DeFi, NFT & Gaming. Built using Substrate Framework, it provides high scalability, enabling almost instant low-cost transactions, and supports Solidity and EVM, allowing developers to seamlessly migrate their DApps from Ethereum without any change in the codebase.

Reef Chain is the most advanced EVM-compatible blockchain. It's self-upgradable and has on-chain governance. Its infrastructure also allows for EVM extensions which allows for native token bridge, scheduled calls (ie. recurring payments), and smart contract in-place code upgrades. In the near future, it will support additional VMs which will allow developers to write code in multiple programming languages. The network runs on a Nominated Proof-of-Stake (NPoS) consensus mechanism, which offers scalability and low fees.

REEF is the native token that is used for:

Fees for processing transactions and storing data.

Running validator nodes by staking REEF tokens.

Nominating which validator nodes should be part of the network.

Reef is backed by multiple leading funds and venture capitalists including NGC, QCP, Bitcoin.com, Kenetic Capital, LD Capital, TRG Capital, Krypital Group, Genesis Block, Woodstock Fund and others.

Reef Chain development tools include:

Remix and EVM integrated development environments for uploading and deploying smart contracts.

Reefscan blockchain explorer to assist with deploying validators, bonding and nominating validators, debugging contracts, and understanding network performance.

Reef command line tools that allow developers deploy applications from local environments.

Reef wallet for accessing and interacting with the blockchain

Reef

Polkastarter is a decentralized fundraising platform empowering Web3 projects to launch and raise funds through multi-chain token pools whilst significantly growing their communities.

The platform supports initial dex offerings (IDOs) across major blockchains, including Ethereum, BNB Chain, Solana, Polkadot, Polygon, Avalanche and Celo.

The platform enables investors to secure early access to IDOs, NFTs and Gaming Web3 innovation. It is most commonly used by early-stage blockchain projects that want to raise capital and easily distribute their tokens at the same time.

Through Polkastarter, blockchain projects can easily create their own fixed-chain swap pools, which allow them to securely raise funds, while users can invest without risks, since swaps are automatically executed by smart contracts.

POLS is the native utility token of the Polkastarter platform. Its main utility is gaining access to pools and giving projects the option to give priority access to POLS holders. Users are incentivised to stake POLS, rewarding the most loyal members.

In Q4 2022, Polkastarter will release new community utility features, such as governance and POLS Power Boosters (increasing your allowlisting success). The platform first went live in December 2020, and has quickly grown to become one of the most commonly used platforms for initial DEX offerings (IDOs) operating on the Ethereum blockchain.

Polkastarter

Band Protocol is a cross-chain data oracle platform that is able to take real-world data and supply it to on-chain applications, while also connecting APIs to smart-contracts to facilitate the exchange of information between on-chain and off-chain data sources.

By supplying reputable, verifiable real-world data to blockchains, Band Protocol unlocks a range of new use cases for developers to explore — since they can now use any type of real-world data as part of their decentralized application (DApp) logic, including sports, weather, random numbers, price feed data and more.

Band Protocol initially launched as an ERC-20 project on the Ethereum blockchain in September 2019, but transitioned to the Cosmos network in June 2020 with the release of Band Protocol 2.0. The new protocol is built on BandChain using the Cosmos SDK. Oracle nodes on BandChain not only relay data but are also involved in block production/validation, giving them a dual role.

BAND is the native token of the Band Protocol ecosystem and is used as collateral by validators involved in fulfilling data requests, as well as the main medium of exchange on BandChain — being used to paying for private data.

Band Protocol

What Is Velas (VLX)?
Velas is a pioneering solana L1 Fork with Full EVM blockchain bridging the gap between EVM familiarity and unparalleled performance.

Velas is an highly unique dual-chain architecture, seamlessly merging the best of both worlds: the robust security and established developer ecosystem of the EVM with the lightning-fast transaction processing capabilities of Solana. This hybrid approach unlocks a treasure trove of possibilities for Ethereum projects seeking to escape congestion and scale to new heights.

The defining feature of Velas lies in its full EVM compatibility. Existing Ethereum smart contracts can be migrated seamlessly with a single click, eliminating the need for costly code rewrites and preserving the valuable expertise invested in the EVM ecosystem. This one-click migration paves the way for a smooth transition, allowing developers to leverage their existing skills and tools on a platform built for speed and scalability.

It leverages the power of Solana’s parallel transaction processing to deliver lightning-fast speeds exceeding 75,000 TPS. This translates to near-instantaneous transaction finality and minimal fees, a stark contrast to the congested and expensive environment of Ethereum. For dApps and users, this translates to a smoother, more efficient experience.

But speed is just the beginning. Velas is also:

Decentralized: No central authority controls the network. Power is in the hands of the community through a secure Proof-of-Stake (PoS) consensus mechanism.

Carbon-neutral: Velas is committed to sustainability, utilizing a green PoS mechanism that minimizes energy consumption.

Accessible: Building on Velas is a breeze with its extensive developer tools and EVM/Solidity support.

Velas

Kaon, formerly known as Akropolis, started as a decentralized finance protocol and has evolved into a trust-minimized Bitcoin ecosystem. Initially launched as an Ethereum-based platform to provide alternative yield sources, Kaon now focuses on building the most secure way to deliver Bitcoin yield - via the creation of a UTXO-native EVM chain with integrated staking capabilities. In doing so, Kaon will make Bitcoin staking and yield secure, scalable, and open to the entire crypto ecosystem.

Kaon's mission, as based on the foundation originally laid by Akropolis, continues to be the construct of an alternative financial system that is uncorrelated to traditional financial markets. And in doing so, provide the most secure yield that crypto can offer.

The AKRO token remains central to protocol governance and plays a crucial role across the ecosystem.

Kaon

Litentry

Ren (REN) is an open protocol built to provide interoperability and liquidity between different blockchain platforms.

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

Formerly known as Republic Protocol, Ren launched RenVM, its virtual machine mainnet, in May 2020, having completed a $34 million initial coin offering (ICO) in 2018.

The protocol’s native token, REN, functions as a bond for those running nodes which power RenVM, known as Darknodes.

Ren aims to expand the interoperability, and hence accessibility, of decentralized finance (DeFi) by removing hurdles involved in liquidity between blockchains.

Ethernity Chain

Venus is an algorithmic money market and synthetic stablecoin protocol launched exclusively on Binance Smart Chain (BSC).

The protocol introduces a simple-to-use crypto asset lending and borrowing solution to the decentralized finance (DeFi) ecosystem, enabling users to directly borrow against collateral at high speed while losing less to transaction fees. In addition, Venus allows users to mint VAI stablecoins on-demand within seconds by posting at least 200% collateral to the Venus smart contract.

VAI tokens are synthetic BEP-20 token assets that are pegged to the value of one U.S. dollar (USD), whereas XVS tokens are also BEP-20-based, but are instead used for governance of the Venus protocol, and can be used to vote on adjustments—including adding new collateral types, changing parameters and organizing product improvements.

The governance of the protocol is entirely controlled by XVS community members, since the Venus founders, team members and other advisors do have any XVS token allocations.

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