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What is Secret?

Secret Network is the first Layer-1 blockchain to bring data privacy by default to smart contracts, enabling a new category of decentralized applications known as Secret Apps (or sApps) that keep inputs, outputs, and state encrypted while still being verifiable on-chain. The project was founded by Guy Zyskind, Tor Bair, and Cannon Matthews, emerging from MIT research into secure multi-party computation.

It originally launched in 2017 as Enigma through one of the earliest token sales of that era, before pivoting and rebranding. The mainnet, based on the Cosmos SDK and Tendermint consensus, went live as Secret Network in February 2020, and private smart contract functionality (Secret Contracts) was activated in September 2020 after the 'Supernova' upgrade.

The native staking and governance token is SCRT. Privacy on Secret is achieved through Trusted Execution Environments (TEEs), specifically Intel SGX enclaves, which process encrypted data in hardware-isolated memory, meaning even the validators running the nodes cannot see the data they compute on. The ecosystem is stewarded by the Secret Network Foundation and developed in collaboration with SCRT Labs (formerly Enigma), with grants from the Secret Network Committees funded by on-chain governance.

Notable applications include Shade Protocol (a privacy-focused DeFi suite featuring the Silk stablecoin), StashH for private NFTs, Secret Finance, Blizzard Finance, and the Alter messaging app. Secret Network also pioneered Secret Tokens (SNIP-20s) and Secret NFTs (SNIP-721/SNIP-1155), which hide balances and metadata by default, a capability leveraged by creators like Quentin Tarantino for his 'Secret NFTs' drop and by Legendary Pictures and Paly in experimental releases.

Through IBC (Inter-Blockchain Communication), Secret connects natively to the wider Cosmos ecosystem — including Osmosis, Juno, and the Cosmos Hub — and bridges such as Axelar and the legacy Ethereum Bridge have allowed assets like ETH, USDC, and BNB to be wrapped as private sAssets. The network has faced its share of challenges and controversies: in 2022, researchers from Berlin-based academic teams disclosed the 'SGXFail' and 'ÆPIC Leak' vulnerabilities in Intel SGX, which prompted the Secret team to rotate consensus seeds, upgrade node firmware, and accelerate research into alternative privacy primitives.

In response, Secret Labs has been investing heavily in a roadmap toward hardware-agnostic confidential computing, including research partnerships around FHE (Fully Homomorphic Encryption) and MPC, and integrations with Confidential Computing coprocessors for other chains. Governance is handled on-chain by SCRT stakers, who vote on parameter changes, pool spending, and committee funding.

Validators must run SGX-capable hardware and meet attestation requirements, giving the network a relatively small but specialized validator set of around 60–80 active validators. SCRT itself is used for staking, paying gas fees (often paid in encrypted form), and governance. While Secret's market capitalization has fluctuated significantly since its 2021 peak, the project remains one of the most technically distinctive privacy-focused chains in the industry, and is frequently cited alongside Aleo, Aztec, and Oasis in discussions of confidential computing.

Developers write Secret Contracts in Rust using CosmWasm, making the environment familiar to Cosmos builders while adding privacy primitives that no other major smart-contract platform offers natively at Layer 1.

Key Features of Secret

• Programmable Privacy: Secret Network allows smart contracts to compute over encrypted inputs, state, and outputs, something no other major Layer-1 offers natively. Developers can build apps where balances, votes, bids, or messages remain confidential while still being verifiable on-chain.
• Private Tokens & NFTs: Through the SNIP-20, SNIP-721, and SNIP-1155 standards, Secret supports tokens and NFTs whose balances, ownership, and metadata are hidden by default. Access is granted via viewing keys or permits, giving holders granular control over who can see what.
• TEE-Based Validation: Validators run Intel SGX enclaves that decrypt and compute on data inside hardware-isolated memory, so even node operators cannot see user data. Remote attestation ensures only genuine, up-to-date enclaves can participate in consensus.
• IBC & Cross-Chain Privacy: Secret is fully IBC-enabled and connected to the Cosmos ecosystem, while bridges like Axelar allow assets from Ethereum, BNB Chain, and others to flow in as private 'sAssets.' This turns Secret into a privacy layer that other public chains can tap into.
• CosmWasm Developer Experience: Secret Contracts are written in Rust on a modified CosmWasm runtime, giving developers mature tooling, deterministic execution, and familiar patterns from the Cosmos stack. Privacy primitives are exposed as native modules, lowering the barrier to building confidential dApps.

Secret Use Cases

• Private DeFi: Builders can launch AMMs, lending markets, and stablecoins — such as Shade Protocol's Silk — where trade sizes, collateral positions, and liquidation thresholds are shielded. This mitigates front-running, MEV extraction, and targeted liquidation attacks that plague transparent DeFi.
• Confidential Enterprise Data: Companies and consortia can use Secret Contracts to share sensitive datasets — medical records, supply-chain figures, or financial benchmarks — without exposing the underlying data. Only permissioned parties with viewing keys see the inputs, while the computation result is auditable on-chain.
• Private NFTs & Content: Artists and studios can mint NFTs whose media, unlockables, or ownership lists are encrypted, as demonstrated by Quentin Tarantino's Secret NFT drop. This enables premium content gating, private collectibles, and exclusive rewards that don't leak once purchased.
• Sealed-Bid Auctions & Voting: DAOs and marketplaces can use Secret to run sealed-bid auctions, private governance polls, or blind RFPs where participants' choices are revealed only after finalization. This prevents strategic sniping and preserves voter anonymity in contentious governance decisions.
• Privacy-Preserving Games: Game designers can keep hidden information — such as card hands, fog of war, or player inventories — on-chain without broadcasting it to everyone. This enables genuinely trustless strategy and card games without relying on centralized game servers.

Secret Tokenomics

Total Supply

SCRT has no fixed maximum supply; it is inflationary with new tokens issued as staking rewards. Circulating supply at launch was roughly 80 million, and inflation rates are adjusted via on-chain governance.

Circulating

The circulating supply grows with block rewards and shrinks marginally through transaction fees and community-pool burns approved by governance.

Utility

SCRT is used for staking to secure the network, paying gas (including encrypted 'private' fees), and on-chain governance over parameters, spending, and committee funding. It is also the primary asset used to bootstrap liquidity for privacy-wrapped sAssets across the ecosystem.

Emission

Inflation targets a range (historically ~7%–15% annualized) that adjusts based on the percentage of SCRT staked, similar to other Cosmos SDK chains. A portion of block rewards is routed to the community pool for grants and ecosystem development.

Frequently Asked Questions

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