Shentu PriceCTK

What is Shentu (CTK)?

Shentu (CTK) is a security-focused blockchain platform designed to serve as a foundation for secure blockchain infrastructure and decentralized applications. Originally launched under the name CertiK, the project was upgraded and renamed Shentu in September 2021. Built using the Cosmos SDK, Shentu operates on a Delegated Proof-of-Stake (DPoS) consensus mechanism and positions itself as a provider of end-to-end security solutions for blockchains, dApps, and other mission-critical software. The project's mission is to empower people to trust in blockchain by raising the standards of security and trustworthiness across the ecosystem.

CTK is the native utility token of the Shentu Chain. It is used for transaction fees, staking, governance voting, and paying for security services on the network. Supply figures vary across data sources and reporting dates. CoinGecko reported a circulating supply of approximately 163.9 million CTK, while Coinbase cited a circulating supply of about 163.7 million CTK. Binance listed both total and circulating supply at 148.39 million tokens. TradingView reported a circulating and total supply of 163.96 million CTK with no maximum supply stated. CoinDesk listed supply at 140.84 million with no maximum. These discrepancies reflect differences in snapshot timing and methodology rather than a single canonical figure.

Key Specifications & Tokenomics

• Name: Shentu
• Ticker / Symbol: CTK
• Consensus Mechanism: Delegated Proof-of-Stake (DPoS)
• Blockchain Architecture: Cosmos SDK
• Category: Smart contract platforms
• Original Name: CertiK
• Renamed: September 2021
• Start Date: 2019-10-19
• Launch Date: 2020-10-23
• Official Website: https://www.shentu.technology/
• Whitepaper: https://www.shentu.technology/whitepaper
• Block Explorer: explorer.shentu.technology
• Twitter / X: https://twitter.com/ShentuChain
• Contract Address (BNB Smart Chain BEP20): 0xa8c2...b89c929

Supply reporting varies by source. Yahoo Finance cited a current supply of 163,384,099 and separately 163,980,891. CoinGecko reported 163,901,490 circulating. Coinbase converter listed 163,715,948 CTK. CoinCarp reported a circulating supply of 162,598,500 CTK, a max supply of 145,469,741 CTK, and a total supply of 162,598,500 CTK. Blockspot cited a circulating supply of 147.09 million CTK, representing 99.7% of max supply, with a total and max supply of 147.55 million CTK. Bitget reported a circulating and total supply of 164.00 million CTK with a circulation rate of 100%. No single maximum supply figure is consistently reported across all sources.

Who created Shentu?

Shentu was founded by acclaimed computer science professors, according to the project's whitepaper. The team leveraged its breakthrough research to build a security-first blockchain. Team information is referenced through CoinGlass, which provides an overview including key investors and team members, and TokenInsight, which lists Shentu team members and founder information. The project was originally named CertiK before being upgraded and renamed Shentu in September 2021. Detailed public information about individual team members is currently limited in the available references.

How does Shentu work?

Shentu Chain is a security-oriented blockchain built with the Cosmos SDK and secured through a Delegated Proof-of-Stake consensus mechanism. The network integrates on-chain security features including the Shentu Security Oracle and the Shentu Shield Reimbursement Pool. The Shentu Security Oracle is a dedicated component covered in the whitepaper with sections on overview and technical highlights. The Shentu Chain architecture is detailed in Section 3 of the whitepaper, which also covers the DeepSEA Toolchain in Section 3.1. Formal verification is a core technology underpinning the project's mission to build a provable trust infrastructure. The Shentu Chain has executed a planned mainnet upgrade and hard fork at block height 24,865,200. While the components of the Shentu ecosystem integrate natively with Shentu Chain, the project also supports cross-collaborative bridges with other blockchains, reflecting its view that security should be a necessity rather than a choice.

What makes Shentu unique and valuable?

Shentu differentiates itself through its security-first approach to blockchain infrastructure. The whitepaper notes that over $4 billion was stolen in 2019 due to hackers exploiting insecure code and untested economic models, and that existing blockchain security analysis is conducted through a centralized process involving a handful of security auditors. Shentu aims to decentralize blockchain security by providing end-to-end security solutions across the entire blockchain lifecycle, from initial development to live usage. The project's use of formal verification and tools such as the DeepSEA Toolchain allows it to prove trustworthiness in underlying systems. By integrating security features directly on-chain through the Security Oracle and Shentu Shield Reimbursement Pool, Shentu offers a native security layer that distinguishes it from general-purpose smart contract platforms.

What is Shentu used for?

CTK is the native digital cryptographically-secured utility token of the Shentu Chain. It serves multiple functions within the ecosystem. CTK is used to pay for gas fees on the Shentu Chain. It is used for staking, as covered in Section 4.1 of the whitepaper. CTK holders can participate in governance voting, influencing the direction of the network. Additionally, CTK is used to pay for security services provided on the network. The token's economic model and inflation mechanics are detailed in Sections 1.2 and 4.2 of the whitepaper, respectively. The CTK Coin and Economic Model section outlines how the token underpins the security-focused economy of the Shentu Chain.

How Is the Shentu ecosystem developing?

The Shentu ecosystem is envisaged to provide end-to-end security solutions for blockchains, decentralized applications, and other mission-critical software applications. The ecosystem includes the Shentu Security Oracle, the Shentu Shield Reimbursement Pool, and the DeepSEA Toolchain. These components integrate natively with Shentu Chain while also supporting cross-collaborative bridges with other blockchains. Recent news highlights technical upgrades and ecosystem tools, though updates have been quiet over the past year. In 2026, price action has been driven primarily by low liquidity and modest speculative flows rather than clear coin-specific catalysts. Market performance data shows a 24-hour trading volume of approximately $1.17 million to $1.32 million in September 2026, with a turnover ratio of 0.063 to 0.0689. The project's roadmap is covered in Section 5 of the whitepaper, and risks are outlined in Section 6.

How to mine Shentu?

Shentu does not use a traditional proof-of-work mining model. Instead, the network operates on a Delegated Proof-of-Stake consensus mechanism, where CTK holders participate in securing the network by staking their tokens. Staking mechanics are covered in Section 4.1 of the Shentu whitepaper. By staking CTK, token holders contribute to network security and can earn staking rewards. The staking-explorer data indicates that Shentu circulation is calculated as supply minus locked vesting tokens, locked community tokens, and unclaimed staking rewards. Inflation mechanics for staking rewards are detailed in Section 4.2 of the whitepaper. Participation in staking also aligns with governance, as CTK is used for voting on network proposals.

How to keep your Shentu Coin safe?

Keeping CTK safe requires attention to both technical and operational security practices. Because Shentu is a security-focused blockchain, users should ensure they store CTK in wallets that support the Shentu Chain and its native token standards. Hardware wallets provide an additional layer of protection by keeping private keys offline. Users should verify all transaction details before signing, avoid sharing private keys or seed phrases, and be cautious of phishing attempts that mimic official Shentu communication channels. The whitepaper's risk section identifies security weaknesses as a recognized risk category, underscoring the importance of vigilance. For staking, users should carefully evaluate validators and understand the risks of locking tokens. Governance participation should be conducted through official channels. As with any crypto asset, diversifying storage methods and maintaining backups of wallet credentials are prudent measures.