Secret (SCRT)

Overview

Secret Network is a blockchain built for applications that need to keep some information private. Many blockchains make transaction details and application data easy for anyone to inspect. Secret lets developers write smart contracts—programs that run on a blockchain—that can work with encrypted data. An application can use those contracts to keep selected details hidden while still recording its activity on a shared network. (docs.scrt.network)

SCRT is the network’s native coin. People use it to pay transaction fees, stake with validators, and vote on network proposals. The distinction between the coin and the applications built around it matters: ordinary SCRT balances and transfers are public on-chain. Privacy features come from Secret Contracts and tokens designed to use them, such as the wrapped token sSCRT. (docs.scrt.network)

History & Team

From Enigma to Secret Network

Secret’s roots reach back to Enigma, a research project that explored private computation in 2015. Guy Zyskind was among the researchers behind that early work. In February 2020, more than 20 founding validators launched Secret Network as a separate blockchain built with Cosmos technology. A September 2020 upgrade added smart contracts with encrypted inputs, outputs, and stored data. (docs.scrt.network)

Several people and organizations shaped the project. Zyskind helped found Enigma and Secret Network. Tor Bair founded the original Secret Foundation in 2020 and led its early community work. SCRT Labs later served as a core developer, while validators, application teams, and foundation contributors supported other parts of the ecosystem. The network has therefore been the work of a wider group rather than one founder alone. (forum.scrt.network)

A major change came in 2026. SCRT Labs ended its development and support role for the layer-one blockchain on September 1, 2026. The community voted to continue the existing chain under new stewardship and approved funding for development and infrastructure. That decision kept Secret on its Cosmos-based network and made community governance more central to its next phase. (forum.scrt.network)

Technology & How It Works

Private computation inside a public network

Secret uses a proof-of-stake system. Validators process transactions and help agree on the state of the blockchain. Developers can also deploy Secret Contracts, which accept encrypted inputs and keep their working data encrypted. This lets an application use information—for example, a private bid in an auction—without putting that information in plain view on the chain. (docs.scrt.network)

The network’s confidential computation uses trusted execution environments, or TEEs. These are protected areas inside computer hardware. Data is decrypted for processing inside an enclave, and the resulting private data is encrypted again before it is stored. Validators carry out the computation, but the enclave is designed to keep the protected information apart from the software they normally operate. This approach gives developers a way to build private features without placing every calculation on a public ledger. (docs.scrt.network)

Privacy is controlled by the application’s design. A Secret Contract can let an approved person see a balance or another protected detail through a viewing key or a signed permit. A permit can specify which information the holder is allowed to request. At the same time, public SCRT transfers and the fact that a wallet interacted with a contract remain visible. Secret’s design is best understood as selective, programmable privacy, not as a single setting applied to every action. (docs.scrt.network)

Tokenomics & Utility

Fees, staking, and voting

SCRT has three core jobs. It pays the gas fees required to send transactions and run contracts. It can be delegated to validators, helping secure the chain and earning staking rewards. Staked SCRT also carries voting power: holders can vote on proposals themselves or leave that vote with their validator. These uses connect the coin to the daily operation and direction of Secret Network. (docs.scrt.network)

The coin has no fixed maximum supply. New SCRT is issued to support staking and network operations. Its economic rules have changed through governance. In August 2026, the community approved a one-time mint that allocated new tokens to foundation work, core development, validators, builders, and other network needs. Existing balances stayed on the same chain, while existing tokens became a smaller share of the expanded total supply. The community-continuance plan also set ongoing inflation at 5%. These choices show how strongly governance decisions can shape SCRT’s incentive system. (forum.scrt.network)

SCRT and sSCRT serve different purposes. SCRT is the public native coin used for fees and staking. sSCRT is a wrapped version created through a Secret Contract and uses the network’s private-token features. Moving between the two forms changes how a holder can use the asset, but contract activity still leaves some public information on the blockchain. (docs.scrt.network)

Ecosystem & Use Cases

Applications built around controlled access

Secret’s main use is giving applications a way to decide who can see sensitive data. In finance, a developer might use a contract to keep selected account details or trading instructions private. In an auction, bids can stay hidden while bidding is open. A voting application can conceal individual choices before publishing a result. These examples all rely on the same idea: the program can use data that every observer does not need to read. Secret’s developer materials include examples of private voting, lotteries, and access-controlled records. (docs.scrt.network)

The network has also supported private-token and digital-collectible projects. Its SNIP-20 standard is used for private fungible tokens, while SNIP-721 provides a standard for NFTs with privacy features. Applications can use these tools to control access to balances, ownership details, or content associated with a collectible. Early ecosystem projects explored exchanges, NFTs, communications, and other services built around confidential data. (docs.scrt.network)

Secret is connected to the wider Cosmos ecosystem through the Inter-Blockchain Communication protocol, known as IBC. Its broader development work has also explored confidential computing for AI and other services. The important link between these efforts is the ability to process data while limiting who can read it. Each application decides which details need protection and which results it will share. (docs.scrt.network)

Advantages & Challenges

Secret’s clearest advantage is that developers can build privacy rules into programs rather than relying only on users to hide information themselves. Viewing keys and permits make it possible to share selected records with selected people. Its smart-contract model also supports more than transfers: the same tools can be used for voting, access to digital content, and other tasks involving private data. (docs.scrt.network)

That flexibility adds complexity. Users need to understand the difference between public SCRT and private contract-based tokens, while developers must decide carefully what their applications reveal. The network’s reliance on specialized enclave hardware has also shaped who can run certain nodes and how the chain is maintained. Following the 2026 change in stewardship, continued development depends on the community’s ability to support validators, infrastructure, and new technical work. (docs.scrt.network)

Where to Buy & Wallets

SCRT is available on Kraken. Exchange availability varies by location and can change over time. Buyers seeking native SCRT can use a Secret-compatible wallet to hold it or interact with network applications. Keplr, Leap, Starshell, and Cosmostation are among the wallets listed in Secret’s documentation. Ledger hardware devices can also be used with supported wallet software. (kraken.com)

A wallet’s supported features matter as much as its ability to display a balance. Sending native SCRT, staking, signing a contract transaction, and viewing a private SNIP-20 balance are different actions. Secret-compatible wallets provide different combinations of these features. (docs.scrt.network)

Regulatory & Compliance

The legal treatment of SCRT and related services depends on the jurisdiction and the activity involved. In the United States, FinCEN’s guidance applies money-transmission rules to businesses that handle convertible virtual currencies, including businesses dealing with anonymity-enhanced assets. In the European Union, the Markets in Crypto-Assets regulation sets conditions for trading platforms that admit assets with built-in anonymization functions. Secret’s public native coin and its private application features give platforms distinct functions to assess under such rules. (fincen.gov)

Shariah assessment likewise considers more than a token’s name or technology. Islamic finance principles examine matters such as interest, excessive uncertainty, and the activities supported by an asset. A judgment about SCRT would need to consider both its network functions and the particular way it is used. Malaysia’s Securities Commission has recognized that digital assets can be assessed under Shariah principles within its regulatory scope; that general framework does not assign one status to every digital asset or application. (ifsb.org)

Future Outlook

Secret’s next stage centers on the continued operation of its layer-one chain and the work of its community-led maintainers. The 2026 governance decision provided resources for development, validators, and builders. How those groups use the funding will shape the pace of upgrades and the range of applications that remain available or are built next. (forum.scrt.network)

The lasting question for Secret is practical: which services benefit enough from controlled access to data to build it into their everyday design? Finance, voting, digital content, and AI-related tools offer possible answers. Secret already provides the core pieces—encrypted contracts, access controls, and a native coin that helps run the chain. Future applications will show how broadly those pieces can be used. (docs.scrt.network)

Summary

Secret Network gives developers a way to build blockchain applications that work with protected data. SCRT pays fees, supports staking, and gives holders a voice in governance, while Secret Contracts provide the network’s distinctive privacy features. After a community-led transition in 2026, the project remains a Cosmos-based example of how public blockchains can support applications with selective access to information. (docs.scrt.network)