Whitepaper

Continuous Smart Contract Security for Enterprise Teams

Three-engine analysis. Penetration testing & fuzzing. On-chain monitoring. All chains supported. 95.8% accuracy. Your code never leaves your environment.

Last updated February 2026

Executive Summary

Kairo is a developer-first, multi-chain smart contract security platform built for enterprise teams. Unlike browser-based security tools that require uploading source code to third-party servers, Kairo runs locally in your environment — scanning your EVM (Solidity) and Solana (Rust/Anchor) codebases from the command line, integrating into your CI/CD pipeline, and reporting findings to a centralized dashboard.

Our mission: Make continuous, institutional-grade smart contract security the default — not a one-time audit.

95.8%
Detection Accuracy
60%
Fewer False Positives
100%
Local Execution
24/7
On-Chain Monitoring
All
Chains Supported

The Problem

Smart contract security has been trapped in a broken paradigm: expensive point-in-time audits that create a false sense of security.

$4B+

Lost to smart contract exploits in 2023-2024

97%

Of Web3 projects lack continuous security scanning

Why The Current Model Fails

Point-in-Time Audits

A manual audit captures a single snapshot. The moment code changes, the audit is stale. Teams ship unaudited code every day between formal reviews.

Code Upload Requirements

Most security tools require uploading source code to cloud servers. Banks, federal institutions, and compliance-driven teams cannot accept this risk.

No CI/CD Integration

Security exists as a separate process, disconnected from where code actually ships. Vulnerabilities slip through PRs because there is no automated gate.

False Positive Overload

Generic static analysis tools flood developers with noise. Without context-aware scanning that understands Foundry projects, import remappings, and test files, results are unreliable.

How It Works

A typical Kairo workflow integrates security into every stage of development, from local coding to production deployment.

1

Develop

Write Solidity or Rust in your preferred editor. Kairo detects your project type (Foundry, Hardhat, Anchor) automatically and resolves imports, remappings, and program dependencies.

2

Scan Locally

Run kairo scan from the terminal. Pattern matching and Slither analysis execute on your machine. Results appear in seconds with severity, location, and remediation guidance.

3

Push & Gate

The GitHub Action triggers on every PR with deep AI analysis by default. The scan runs asynchronously — no timeouts. Results appear as rich PR comments with attack flow graphs and exploitability data.

4

Review on Dashboard

Findings sync to the web dashboard. Security leads review trends, triage findings, and export PDF audit reports for stakeholders.

5

Deploy with Confidence

Deployment safety checks verify the contract one final time. ALLOW, WARN, or BLOCK decisions are enforced before any code reaches mainnet.

Technology

Kairo's analysis engine combines static analysis, dynamic testing, and ML-powered triage into a single pipeline. Each scan runs three distinct passes — pattern matching, symbolic execution, and semantic analysis.

Specialized Agent Buckets

Reentrancy

Cross-function and cross-contract callback analysis with state mutation tracking

Access Control

Permission hierarchies, ownership patterns, and privilege escalation paths

Oracle & Price

Price manipulation vectors, stale data detection, and MEV exposure analysis

Flash Loan

Atomic transaction simulation, liquidity pool interaction, and collateral manipulation

Signature & Replay

EIP-712 compliance, nonce tracking, chain ID validation, and permit function analysis

Gas & DoS

Unbounded loops, return data bombs, gas griefing vectors, and storage bloat patterns

Solana-Specific Detection

Missing Signer Check

Instructions that modify state without verifying the transaction signer has authority

Account Validation

Missing owner checks, type confusion, and uninitialized account exploitation

PDA Seed Collision

Program-derived address seeds that allow account substitution or spoofing attacks

CPI Vulnerabilities

Unchecked cross-program invocations that could be exploited by malicious programs

Arithmetic Overflow

Integer overflow/underflow in token calculations, especially in u64 arithmetic

Privilege Escalation

Missing authority verification in admin-only instructions and upgrade paths

95.8%
Detection Rate
60%
Fewer False Positives
3.2x
Faster Than Manual Audit
87%
Critical Recall

Use Cases

Enterprise Protocol Teams

Banks, stablecoin issuers, and institutional DeFi teams that cannot upload code to third-party servers. Kairo scans locally and enforces security gates across every deployment.

  • Full compliance with code confidentiality requirements
  • CI/CD gates block vulnerable code from reaching production
  • Centralized dashboard for security leads and auditors
  • Multi-chain support: EVM + Solana from a single platform

Security-First Development Teams

Teams deploying continuously need security that moves at the speed of development — not a 6-month audit backlog. Kairo integrates directly into your workflow.

  • Scan on every PR with deep AI analysis and pentest modes
  • Inline PR annotations with attack graphs show exactly what to fix
  • MCP server enables AI assistants to scan via natural language
  • Security score tracking over time across the organization

Smart contract security should not depend on a single audit at a single point in time. It should be continuous, automated, multi-chain, and embedded in the development workflow. Kairo makes this the default.

95.8% Accuracy. All Chains. On-Chain Monitoring. Pentest & Fuzzing. 100% Local.

Start scanning your smart contracts in seconds.

This document is for informational purposes only and does not constitute financial advice.