Secret is supported by numerous global organizations. The core development team, SCRT Labs, is based in Israel and focuses on creating products and systems that promote the adoption of privacy-centric, decentralized technologies. The CEO and founder of SCRT Labs is Guy Zyskind, a former MIT researcher recognized as one of the most frequently cited authors on blockchain privacy. Another key organization is the Secret Network Foundation. The Secret Network Foundation (SNF) is dedicated to shaping the future of the Secret ecosystem. Working closely with SCRT Labs and various ecosystem projects, SNF leads in the transformation of confidential computing. Further information about contributing organizations is available on the Secret Network website.

Secret Network distinguishes itself through its emphasis on privacy and the use of end-to-end encryption for data, a feature not commonly provided by blockchains like Ethereum. This allows developers to create solutions that safeguard data privacy while maintaining usability, furthering the network's objective of promoting the adoption of privacy-centric, decentralized applications. Unlike other public blockchains, Secret's node operators leverage specialized hardware to execute code within secure enclaves known as Trusted Execution Environments (TEEs). These TEEs ensure that even device administrators cannot access the decrypted information. For users, the blockchain operates as follows: * Users send encrypted inputs to the network. * Validators (the Secret nodes) conduct computations on the encrypted data. * The proposing validator submits encrypted outputs. * Validators reach consensus on the results. * Encrypted outputs and encrypted contract states are recorded on the Secret Network. The functionality of the smart contracts is driven by CosmWasm, the smart contracting platform within the Cosmos ecosystem. The potential applications for Secret are extensive. For example, digital content management platforms can utilize Secret to store a decryption key for content. Upon payment, the Secret contract shares the decryption key, enabling the user to receive their unique access key. This is unfeasible with traditional blockchains, where data is openly accessible. Additional applications include secret auctions and secret voting, leveraging the ability to submit encrypted bids and votes to a Secret Contract. In these cases, the contract can compute encrypted outputs to determine winners without disclosing the individual votes. Furthermore, Secret can uphold privacy within decentralized finance through a permissionless economic system, providing economic opportunities for wealth creation that were previously unattainable.

SCRT serves multiple purposes within the Secret network, including staking, voting, and covering network transaction fees. Operating a node in the network requires SCRT, and validators benefit by earning rewards and a portion of the transaction fees from token swaps. Through Secret's delegated proof-of-stake system, holders who do not operate nodes can delegate their SCRT to a validator to receive a share of the network rewards. Additionally, SCRT acts as a governance token. The initial total supply of SCRT was 170 million, allocated as follows: * Community: 75 million * Team: 36 million - vested over 2 to 4 years * Treasury: 30 million * Foundation: 1 million * Inflation: 8 million Secret aims for an inflation rate of 15%, with a potential increase to 20% if less than 67% of the supply is staked. Conversely, if more than 67% is staked, the inflation rate will gradually reduce to 7%.

Secret operates using a delegated proof-of-stake consensus mechanism known as Tendermint. Validators stake SCRT and receive SCRT from delegators in return for transaction verification, protocol maintenance, and blockchain security. Nodes that act dishonestly may have their stakes reduced.

SCRT can be traded on Binance, Mandala Exchange, Huobi Global, Gate.io, and MEXC. For more information on how to begin investing in cryptocurrencies, you may refer to our comprehensive guide available on Eulerpool.