Persistence One

[Persistence One](https://persistence.one/) is a purpose-built Layer 1 on a mission to maximize yield and security through Liquid Staking and Restaking. It offers a technically advanced, secure, and robust infrastructure for modular and smart-contract dApps.

[pSTAKE Finance](https://pstake.finance/) is a Cosmos-focused LST issuance protocol for ATOM, OSMO, BNB, and DYDX built on Persistence One that empowers users to earn staking rewards while participating in DeFi.

[Dexter](https://dexter.zone/) is a decentralized exchange on Persistence One that offers capital-efficient trading and yield opportunities for LSTs, stablecoins, and other tokens. 



Trust Wallet

MetaMask

Persistence is a Tendermint based specialized Layer-1 powering an ecosystem of DeFi dApps focused on unlocking the liquidity of staked assets.

Osmosis

Celestia

dYdX (Native)

Akash Network

Dymension

Stride

Neutron

XPLA

IRISnet

OmniFlix Network

KYVE Network

Onomy Protocol

Sentinel

Bostrom

UX Chain

Islamic Coin

Odin Protocol

Levana Protocol

Stride Staked ATOM

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

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.

Bifrost is a multichain middleware platform that enables developers to create Decentralized Applications (DApps) on top of multiple protocols. Not restrained to a single blockchain, Bifrost creates a new environment where developers can combine the best protocols to develop substantially more scalable and flexible DApps.

With Bifrost, developers can write smart contracts for multiple blockchain protocols in an unified environment. They simply select the target blockchain for each part of the code, then Bifrost will transpile, compile, and deploy the code into the target blockchains at once. Developers can also easily operate their DApps and even switch the target blockchain as new and better protocols become available.

Bifrost has multiple components that allow for a seamless connection among all blockchains:

Recipe: A language application that defines the programming language of Bifrost and generates smart contract codes with guaranteed code-level flexibility.

Linker: A system that connects the user and Bifrost components, ensuring the seamless operation on top of multiple blockchains.

Builder: An Integrated Development Environment (IDE) that offers a customized environment to use the comprehensive suite of features of Bifrost.

Gourmet: An automated testing environment for Bifrost service and smart contract development, updating with the latest technologies for blockchain.

Scan: A dashboard that provides you with a full view of the internal process of Bifrost and shows your blockchain interconnectivity in diagram.

Bifrost

IRISnet is a service protocol and cryptocurrency, which was officially launched on Mar. 1, 2019. The primary purpose of the IRISnet protocol is to provide a blockchain-based, open network to small and medium businesses that are offering a wide variety of services.

According to the official IRISnet Whitepaper, the protocol aims to employ different public and consortium blockchains to bring the power of decentralized, open networks to thousands of businesses and freelance service providers. Interestingly, IRISnet was named after Iris, the personification of the rainbow and the messenger of the Gods in Greek mythology.

Rally

Acala Token

Theta Fuel

Vega Protocol provides the derivatives scaling layer for Web3. It is a custom-built proof-of-stake blockchain, which makes it possible to trade derivatives on a decentralised network with comparable experience to using a centralised exchange.

VEGA is the network governance and staking token. It is used for:

Voting on the creation of new markets on the network

Running validator nodes on the network via staking VEGA tokens

Earning fees from traders through staking and delegation

Governing important network parameters which ensure markets are secure and fair

Vega Protocol

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

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

Aergo describes itself as an open-source enterprise blockchain platform optimized for hybrid deployments, which consist of both permissioned and permissionless blockchain architectures. It includes support for SQL allowing for easy data handling and familiar smart contract programming for developers.

The platform is built and utilized by Blocko, the Samsung-backed South Korean blockchain technology company that, according to Korean media sources, has deployed production blockchain solutions for large-scale clients including Lotte Card, Shinhan Bank, Korea Exchange, Hyundai Motors, and more.

Aergo

Orchid (OXT) is the native token of Orchid, a cryptocurrency-powered virtual private network (VPN).

Launched in December 2019, Orchid describes itself as the world’s first incentivized, peer-to-peer privacy network.

Its aim is to overcome internet freedom limitations by using cryptocurrency payments to allow anyone to purchase bandwidth from any participating provider. This is done using so-called probabilistic nanopayments, which occur using OXT, an ERC-20 standard token on Ethereum.

Regular payments to providers occur off-chain, allowing Orchid to avoid problems with congestion and gas fees on the Ethereum network.

The service is pay-per-use, meaning that users only have to contribute funds when they actually connect, instead of paying monthly or annual fees.

Orchid

Shentu Chain, a security-first, delegated proof-of-stake blockchain, for trustworthy execution of mission-critical applications, including DeFi, NFTs, and autonomous vehicles. Shentu Chain prioritizes cross-chain compatibility, built as a Cosmos Hub with full EVM and Hyperledger Burrow compatibility, as well as compatibility with eWASM and Ant Financial’s AntChain. Across protocols, blockchain projects can receive security insights with the Security Oracle, which provides real-time guards of on-chain transactions, identifying and flagging a wide range of malicious vulnerabilities before they occur. Depending on the level of the security score, audited blockchain projects of any protocol may be eligible for a ShentuShield membership, which is a flexible, decentralized reimbursement system for any crypto asset that is irretrievably lost or stolen due to security issues. ShentuShield memberships are open to all community members of these eligible blockchain projects, providing a safety net to holders of crypto assets in case anything unexpected happens.

Natively, projects can code in DeepSEA, a hyper-secure programming language supported by the Ethereum Foundation, Qtum Foundation, and IBM. DeepSEA works directly with the Shentu Virtual Machine (SVM), which is fully compatible with EVM. SVM innovatively exposes smart contract and blockchain security information, enabling unprecedented ways to access, check, and incorporate risk into the decisions of smart contracts.
CTK is the native digital utility fuel of Shentu Chain, serving as the core utility for on-chain functionalities such as operating the Security Oracle and ShentuShield systems, paying gas consumption of Shentu Chain, and voting for governance decisions within the network.

Shentu

Covalent leverages big-data technologies to create meaning from hundreds of billions of data points, delivering actionable insights to investors and allowing developers to allocate resources to higher-utility goals within their organization.

Instead of painstakingly sourcing data from a small handful of chains, Covalent aggregates information from across dozens of sources including nodes, chains and data feeds. The Covalent API then sources end-users with individualized data by wallet, including current and historical investment performance across all types of digital assets. Most importantly, Covalent returns this data in a rapid and consistent manner, incorporating all relevant data within one API interface.

Having achieved product-market fit, we are now planning to execute the next phase of Covalent, which is a progressive decentralization that will enable the Covalent Network to be owned and operated by its users. Of course, a critical piece to this is CQT.

CQT is the native token of the Covalent Network. It has three primary purposes:

CQT is a governance token, whereby token holders vote on proposals to change the system parameters.

CQT is a staking asset. Validators will earn fees for answering queries.

CQT is a network access token that fulfills data queries for users of the API.

Developer resources include:

Covalent Knowledge Base for extensive guides on how to use the Covalent API. 

Covalent API Documentation.

Covalent

Civic is a blockchain-based identity management solution that gives individuals and businesses the tools they need to control and protect personal identity information.

The platform is designed to change the way we think about identity verification by giving users more control over their personal data, while allowing them to access a wide range of services without needing to fork over excessive amounts of personal information.

Civic's identity verification solution uses distributed ledger technology to authorize identity usage in real time, and is used to sparingly share information with Civic partners after authorization by the user.

Unlike some other identity management services, Civic users store all their sensitive data on their mobile device. Users are able to authorize the sharing of specific personal data by providing a biometric signature through the Civic app.

The Civic ecosystem is enabled by a unique utility token known as the Civic token (CVC), which is used for the settlement of identity-related transactions between Civic participants — such as between a customer and service provider.

Users can earn CVC tokens for completing a variety of tasks, such as signing up for a service through the platform or introducing new users, while validators can earn CVCs for validating documents for service providers.

Civic was launched in 2018, following a sell-out initial coin offering (ICO) the year prior.

Civic

Kava is a Layer-1 blockchain that combines the speed and interoperability of Cosmos with the developer power of Ethereum.

Kava was built from the ground up to optimize its resources for protocol growth, strengthened by its Cosmos EVM technology that enables maximum scalability, speed, security, and developer support.

Builders on Kava earn a share of Kava Rise's $750M developer incentive fund via the program's blockchain-based distribution method, designed to reward the top protocols every month based on usage.

Kava

RARI

Radworks

MediBloc (MED) is a South Korean-based decentralized blockchain protocol for the healthcare industry through which medical institutions can securely transfer, collect, store and manage data. With MediBloc, physicians can access patient information, medical history, prescribed medication, insurance issues and more. MediBloc makes medical data more accessible by allowing everyone involved to track and record medical conditions, appointments, examinations, treatments and more.

The ecosystem is built on three key elements: MediBloc Core (a layer for storing data and providing additional storage), MediBloc Application (a layer for accessing and managing data through various applications), and MediBloc Service (a layer applying smart contract technology that connects the other layers and allowing input and output of data).

The platform offers three categories of accounts: for general users (patients), healthcare providers (doctors and medical institutions) and data scientists, the latter two require proof of their accreditation. The project is aimed at improving the quality of medical services and infrastructure by optimizing information storage processes and giving users sovereignty over their own data. MediBloc is compliant with the HIPAA Security Rule, the Health Insurance Portability and Accountability Act.