**inSure DeFi** is a community-based crypto asset insurance ecosystem, where users can insure their crypto-portfolio by buying SURE tokens with fiat and other cryptocurrencies. inSure is designed to distribute crypto ownership risks amongst a liquidity pool, with insurance premiums determined by a Dynamic Pricing Model that leverages Chainlink. Capital required to back the risks at any point in time is based on the market pricing of SURE tokens, as well as community demand for insurance of crypto portfolios. A decentralized support system called the inSure DAO is also used to diligently process all the insurance claims, wherein voters make sure that any fraudulent claims are flagged and only valid claims are fulfilled.

**inSure DeFi is a Decentralized Insurance Ecosystem**, trusted by thousands of community members to protect their crypto portfolios from scams, exchange closures, and drastic devaluations. inSure DeFi provides insurance solutions for the crypto space to stabilize and secure Crypto & DeFi portfolios.

### Competitive Advantage of inSure			
A key factor in making a good insurance platform is the health of financial information, such as the usage of funds and whether there are sufficient premium floats to pay potential claims. Since the blockchain is a distributed ledger, each node has the same copy of the data. When the data changes, every insured person can see the synchronized and updated data, making the operation of each fund open and transparent. Therefore, there will be a dedicated module on the homepage of the website to disclose relevant information, and provide an accurate real-time financial status every quarter such as risk factors, minimum capital requirements, historical data on token prices, a summary of claims assessment, and the number of locked and traded tokens.

### Economic Model - How it works	
			
inSure’s Crypto insurance is based on: 

I. **Dynamic Pricing Model**, to find the right market price via supply and demand; 

II. **Capital Model**, to secure the capital required to back the risks at any points of time; 

III. **inSure DAO voting mechanism**, to make sure every claim is handled in a permissionless and transparent manner.	

### Capital Model
 							
Insurance is a highly leveraged industry; therefore, the primary concern of the insurance capital model is to calculate the capital required to guarantee the solvency of the risk pool to some arbitrary and high confidence level like 99.9% in the latest EIOPA’s Solvency II framework.
 							
The Capital Model is used to calculate the minimum capital the fund needs to hold, which is used to determine:

I. The capital locked in the Capital Pool

II. The staking power used in the Staking stage.
 						
		
### Surplus Pool				
The surplus pool will accrue whenever an insurance premium is paid. 40% of the premium will be added into the surplus pool. Another 10% will be reserved till the expiration of the contract. If there is no claim, it will add into the surplus pool. The surplus pool will grow over time and will be utilized to cover insurance claims first. When the surplus pool cannot cover all the claims, the capital pool will be used to pay the rest. When the surplus pool grows large enough, the SURE holders will receive % from the staked SURE to better incentivise the increase of the inSure Staked Pool.	
		
inSure holders can stake on different DEXs and earn % from each trade in addition to the insurance that inSure plans provide. 	
			
For the first phase, we will focus on the risk against scams, devaluations and stolen funds. The more less-correlated business will be introduced to deliver higher returns to token holders at the community’s vote. 	

### Governed by Community				
Under normal circumstances, all operations on inSure can be completed by smart contracts. But in reality, in order to take into account the interests of users, better achieve decentralization effects, and ensure the process to be more transparent, decisions of certain events will require the community to vote. Therefore, the platform will set up an inSure DAO organization to facilitate such decisions and manage extreme situations. It should be noted that inSure DAO does not have the custody of the fund pool, nor can it release funds to any specific person. Each committee member may be replaced by voting at any time. 		
		
inSure DAO will work in accordance with the two core principles of sustainability (that ensures the interests of community members by ensuring the sustainability of the overall funding pool) and growth (promoting sustainable premium increases and inSure DAO membership growth). The members of the inSure DAO organization include several people with specific expertise in insurance, co-governance, and blockchain development. Some powers that committee members have are: 


I. Reaching consensus to implement specific code that cannot be automatically deployed; 

II. Punishing bad actors within the inSure ecosystem (such as malicious claims, false claims, etc.) by burning SURE tokens. 

III. The power to implement emergency suspension under special circumstances.		
		
**inSure DAO** members can negotiate and propose relevant proposals to the benefit of the inSure ecosystem. The voting proposals must include clear voting options and inSure DAO's recommendations. Then each community member is given a period of time to vote, and the result with a majority decision will be implemented. Any inSure holder can become a member of inSure DAO. 

### Future Integration for Automated Claim Processing of Stolen Funds and Scam Events using Google Cloud Platform (AutoML & Cloud Inference) 
In addition to using Chainlink’s Historical Price Data, inSure DeFI is working on a hybrid on-chain/off-chain application combining Chainlink and Google Cloud AI. This allows inSure to process on-chain data related to insurable events (i.e.; stolen funds and scams) using Google AutoML, and then relay its outputs on-chain using Chainlink.

Chainlink’s ability to connect with any external API allows GET calls to retrieve the data/results from processing and deliver them directly to smart contracts. inSure DeFi will use this unique Chainlink feature to leverage Google Cloud Platform’s ML services (such as AutoML and Cloud Inference API) for processing publicly available information and data on the blockchain while feeding those decisions to the smart-contract via Chainlink oracles to trigger an automated fulfillment of insurance claims.

After reviewing various oracle solutions, we elected to use Chainlink because of its time-tested security and flexibility to call any off-chain API. As the most widely-used oracle solution in the blockchain industry, Chainlink already secures over $10 billion dollars in on-chain value across DeFi, including leading projects like Aave, Synthetix, and more. Its network is backed by a large collection of secure node operators run by leading blockchain DevOps, which are aggregated into decentralized oracle networks to provide highly available, accurate, and tamperproof data feeds. Additionally, the historical price data being used by inSure consists of volume-adjusted global prices, aggregated from across all relevant CEXs and DEXs to ensure a high level of accuracy.

By combining its high-quality data and ability to connect to Big Data warehouses off-chain, inSure can build more robust and refined insurance products that cover various crypto portfolio risks.


inSure DeFi

Trust Wallet

MetaMask

Binance Chain Wallet

Ethereum

Shiba Inu

Chainlink

UNUS SED LEO

Uniswap

Status

Tellor

Portal

Aevo

DAO Maker

Zignaly

Synternet

Powerledger

Oraichain

Scotty The Ai

dogwifhat

Hachi

zkLend

Lends

Kin is a decentralized cryptocurrency that was created in 2017 by Kik Inc.

Kin was initially launched on the Ethereum blockchain. In 2020, Kin migrated to the Solana blockchain in order to achieve lower transaction fees and greater scalability.

Notably, Kin has zero inflation. The Kin supply is fully distributed and no additional Kin tokens will enter circulation.

In 2020, Kik Inc agreed to a mutual settlement with the United States SEC in which Kin was not required to be registered as a security, making it one of the few cryptocurrencies with such regulatory clarity.

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.

MediBloc

dKargo uses blockchain technology to solve trust issues among participants scattered in the logistics industry and establishing an efficient logistics network based on cooperation that was previously unimaginable.

Providing credible information with blockchain

dKargo solves trust problem on splited logistics nodes by using blockchain

Enhancing connection between participants with blockchain and tokenomics

Create a collaboration-based logistics network that was impossible in the existing logistics industry

Provides Web3 logistics service

From first-mile to last-mile, dKargo enables new Web3 logistics services.

Providing an open logistics platform

dKargo provides optimized logistics information and routes that were not possible due to silo logistics structure

dKargo

PlayDapp

Revain is an online platform for Ethereum blockchain-based tokens reviews, designed to allow developers to receive constructive feedback about their projects. The protocol also incentivizes authors to provide high-quality reviews.

Revain was the first platform to combine the features of traditional review sites and blockchain technology. Revain’s ultimate goal is to create a legitimate and genuine feedback structure for all global products and services that utilize emerging technologies, such as machine learning and blockchain.

Revain implements artificial intelligence tools and a manual review system to ensure the high quality of reviews. The core features of the protocol include:

Legitimate reviews: Revain uses only original content from a diverse range of experts on its website.

Stable system: the protocol runs on two different tokens, the REV and the RVN, allowing for smooth functioning of the system. The RVN token helps facilitate interactions between users on the platform.

Immutable information: The system does not allow both regular users and Revain itself to edit the information of other users.

Revain

MiL.k

XPR Network

Founded by Peter Kim, MovieBloc is a reverse ICO project driven by the Korean video streaming platform Pandora.tv. MovieBloc is a decentralized movie and content distribution platform.

MovieBloc

ThunderCore

Celer is a blockchain interoperability
protocol enabling a one-click user experience accessing tokens, DeFi, GameFi, NFTs, governance, and more across multiple chains. Developers can build inter-chain-native Dapps using the Celer Inter-chain Messaging Framework to gain access to efficient liquidity utilization, coherent application logic, and shared states. Users of Celer-enabled dApps will enjoy the benefits of a diverse multi-blockchain ecosystem with the simplicity of a single-transaction UX, all from a single chain.

Celer Network

Bora is a decentralized ecosystem for games and entertainment. Bora aims to attract games and applications from the GameFi sector to its Bora Chain to avoid building on blockchains like Ethereum that have high gas fees. For that reason, Bora follows a two-tiered blockchain system: the BORA token is traded on the Klaytn blockchain, a public blockchain that is focused on metaverse and gaming use cases. The Bora chain is a modular blockchain that can be used as an execution layer by decentralized applications.

The Bora team provides development toolkits that support developers with creating decentralized applications for its ecosystem. It also utilizes Bora Points, a currency within the ecosystem as a resource for development and to incentivize contribution to Bora. Bora Points can subsequently be converted to the BORA token.

BORA

Function X is mirroring traditional financial products on the Function X network and creating decentralized financial products and a decentralized trading system. It is a highly customizable and expandable multi-chain architecture blockchain network (subnets) that can meet different business needs.

Function X

JUST is a popular new decentralized finance (DeFi) ecosystem built for the TRON blockchain. It is an entire suite of products that are mostly centered around a decentralized stablecoin lending platform known as JustStable.

The platform launched in August 2020 following an initial exchange offering (IEO) on the Poloniex LaunchBase platform earlier that same year, but the native governance token of the platform (JST) has been circulating since May 2020.

It is a two-token ecosystem built around the USDJ and JUST (JST) tokens. USDJ is a multi-collateral stablecoin that has its value pegged to the value of the US dollar (USD), whereas JST has a variety of functions on the platform — paying interest, helping maintain the platform and participating in its governance, helping to set parameters like interest rates (stability fees) and the minimum collateralization ratio.

To obtain USDJ on JUST, traders need to deposit collateral in the form of supported collateral tokens — including TRON (TRX), which are exchanged to PTRX tokens and locked as collateral forming a collateralized debt position (CDP). Depending on the amount of collateral deposited, users can then mint and withdraw USDJ, which must later be repaid to retrieve the initial collateral.

The platform is designed to provide a fair and borderless hub of DeFi products, that any TRON user can access.

JUST

WINkLink

RFOX

Linear is a decentralized delta-one asset protocol capable of instantly creating synthetic assets with unlimited liquidity. The project opens traditional assets like commodities, forex, market indices and other thematic sectors to cryptocurrency users by supporting the creation of “Liquids” — Linear’s synthetic asset tokens.

The protocol consists of various products like Linear.Buildr, a DApp used to manage Liquids using Linear (LINA) and other tokens as collateral. The exchange is specifically created to enable trading of a variety of Liquids with rapid confirmation times and robust security.

LINA is an ERC-20 token built on the Ethereum network whose main purpose is as collateral for Liquids (using Buildr) and for community governance of the protocol. All token holders have access to the Linear DAO, enabling them to vote on different initiatives and proposals, helping to shape the development of the Linear ecosystem.

The main goal of Linear is to provide a superior user experience with better scalability and greater speed thanks to the cross-chain capabilities of the protocol. Linear Finance intends to provide a simple solution for users that want exposure to traditional assets while still benefiting from the features enabled only by blockchain technology.

Linear Finance

DigiByte (DGB) is an open source blockchain and asset creation platform. Development began in October 2013 and the genesis block of its DGB token was mined in January 2014 as a fork of Bitcoin (BTC).

A longstanding public blockchain and cryptocurrency, DigiByte uses five different algorithms to improve security, and originally aimed to improve on the Bitcoin blockchain’s security, capacity and transaction speed.

DigiByte consists of three layers: a smart contract “App Store,” a public ledger and the core protocol featuring nodes communicating to relay transactions.