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AI Tools for Blockchain Developers
AI tools for blockchain engineers to research protocols, audit smart contracts, optimize gas usage, and stay current on security threats.
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Proof of Stake (Ethereum)
32 ETH minimum stake · 64 validators/slot
BFT Consensus (Tendermint)
2/3 quorum required · sub-second finality
zk-SNARKs (Groth16)
Constant proof size · trusted setup required
Optimistic Rollups
7-day challenge window · 10-100x throughput gain
Sharding (Danksharding)
EIP-4844 live · full sharding roadmap 2026
Blockchain protocol research
Research consensus algorithms, cryptography, and novel blockchain designs.
Research blockchain protocols: consensus mechanisms (PoW, PoS, BFT), scalability solutions, and privacy mechanisms
Found papers on: Bitcoin consensus, Ethereum 2.0, Proof of Stake, rollups, sharding, and zero-knowledge proofs.
ToolRouter search_papers
TitleAuthorsYear
Ethereum 2.0: Casper the Friendly Finality GadgetButerin & Griffith2019
Scalable and Probabilistic Leaderless BFT ConsensusSpiegelman et al.2022
PLONK: Permutations over Lagrange BasesGabizon et al.2019
Optimistic Rollup: Fraud Proof DesignKalodner et al.2021
4 of 23 papers found · sorted by citation count
Smart contract security auditing
Audit contracts for vulnerabilities, reentrancy, overflow attacks, and access control issues.
Audit these smart contracts for: reentrancy, integer overflow, access control, flash loan attacks, and gas optimization
Found issues: unprotected fallback function, missing bounds checks, inefficient storage reads, vulnerable delegate call patterns.
ToolRouter scan_app
Reentrancy · Vault.withdraw()
State updated after external call — CRITICAL
Delegatecall · Proxy.sol
Storage collision risk in upgradeable pattern
Flash Loan Surface
No oracle price manipulation path detected
Gas: Storage Reads
balances[user] read 4x per tx — cache locally
Access Control
All privileged functions gated by onlyOwner
Solidity and Web3 framework documentation
Look up Solidity syntax, EVM details, and Web3 library APIs.
Show me Solidity documentation: interfaces, abstract contracts, libraries, assembly, and security best practices
Found: Solidity v0.8 docs, EVM gas costs, SafeMath patterns, access control, and OpenZeppelin audit recommendations.
ToolRouter search_docs
SectionKey pointVersion
Abstract ContractsCannot be deployed; must implement all virtual functions>=0.6.0
LibrariesDeployed once, called via DELEGATECALL — share caller storage context>=0.5.0
Inline AssemblyUse YUL; avoids Solidity abstractions for gas-critical paths>=0.8.0
Checks-Effects-InteractionsReorder to prevent reentrancy without ReentrancyGuardBest Practice
Source: docs.soliditylang.org v0.8.26
Dependency security and CVE tracking
Monitor blockchain libraries for CVEs and security updates.
Find all CVEs in Solidity, OpenZeppelin, Web3.js, and ethers.js from the last 12 months
Found 8 CVEs: 3 in compiler, 4 in libraries, 1 in test framework. Includes severity ratings and patches.
ToolRouter search_cves
CVE-2025-29211 · ethers.js 5.7.2
ABI decode overflow — patch to 6.11.0
CVE-2025-31044 · OpenZeppelin 4.9.3
ERC2771 context spoof — patch to 5.0.2
CVE-2024-48118 · Solidity 0.8.22
YUL optimizer bug — upgrade to 0.8.26
CVE-2024-52900 · Hardhat 2.22
RPC injection — patch to 2.22.7
Web3.js 4.x
No open CVEs — current version clean
Smart contract code generation
Generate secure smart contract templates, patterns, and boilerplate.
Generate Solidity code for: ERC20 token, access control, events, and security checks
Generated complete ERC20 implementation: token logic, role-based access, event logging, and reentrancy guards.
ToolRouter generate_code
ComponentPatternLoc
ERC20 BaseOpenZeppelin ERC20Votes31
Access ControlAccessControlEnumerable — MINTER_ROLE, PAUSER_ROLE24
EventsTokensMinted, TokensBurned, PauseToggled12
Reentrancy GuardnonReentrant on burn/withdraw8
75 lines total · compiles on Solidity 0.8.26
Ready-to-use prompts
Blockchain research
Research blockchain protocols: consensus mechanisms, scalability solutions, and privacy techniques used in production systems
Smart contract audit
Audit these smart contracts for: security vulnerabilities, reentrancy, overflow/underflow, access control, and gas optimization
Solidity documentation
Look up Solidity documentation: language features, EVM mechanics, gas costs, and security best practices for version [X]
Find CVEs
Search for CVEs affecting Solidity, OpenZeppelin, ethers.js, and Web3.js from the last 12 months
Generate contracts
Generate Solidity code for: [token/DEX/DAO contract] with security patterns and access control
Web3 framework docs
Look up Web3.js/ethers.js documentation: contract interaction, signing, wallet integration, and network handling
Tools to power your best work
Vulnerability DatabaseSearch CVEs & track new advisories
Academic ResearchSearch papers, authors, citations
Library DocsUp-to-date docs and code examples for any library
165+ tools.
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Everything blockchain developers need from AI, connected to the assistant you already use. No extra apps, no switching tabs.
Smart contract development and security
Develop contracts, audit for vulnerabilities, research best practices, and track security updates.
Solidity learning and mastery
Learn Solidity syntax, patterns, and security best practices.
Dependency and security management
Monitor libraries, track vulnerabilities, and maintain secure dependencies.
Frequently Asked Questions
How can Academic Research help with blockchain learning?
Academic Research provides peer-reviewed papers on blockchain protocols, consensus mechanisms, cryptography, and security. Search for "Proof of Stake", "smart contract security", or "blockchain scalability" to find foundational research.
What vulnerabilities does the security scanner find in contracts?
Security Scanner detects: reentrancy, integer overflow/underflow, unchecked external calls, access control issues, uninitialized variables, and gas inefficiencies. It complements manual audits but isn't a substitute for professional auditing.
How current is the vulnerability database for blockchain tools?
The database tracks CVEs in Solidity, Web3 libraries, and blockchain tooling continuously. Check regularly when updating dependencies or starting new projects to stay current on security patches.
Can Code Generator produce production-ready contracts?
Code Generator produces well-structured templates following security best practices. Use generated code as a foundation—always audit thoroughly, test comprehensively, and have professional audits before mainnet deployment.
Where should I focus security efforts first?
Prioritize: access control implementation, protection against reentrancy and flash loans, input validation, correct use of cryptographic functions, and gas limit denial of service prevention. Use automated scanning first, then manual code review.
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