Mathematically Verified Code
Our formal methods engine actually executes your code to find real bugs that traditional testing and code reviews miss—without false positives.
✓ Authentication flow verified
✓ Formal security properties satisfied
✓ No false positives in results
Code Reviews are Broken
Traditional manual code reviews are time-consuming, error-prone, and often miss the most critical issues in your codebase.
Time-consuming
Manual code reviews take hours of precious engineering time every week, slowing down feature development.
Misses critical bugs
Human reviewers can't catch subtle edge cases, race conditions, and security vulnerabilities.
Overly subjective
Reviews focus too much on style instead of correctness, leading to inconsistent code quality.
Limited scope
Reviewers only see code in isolation, missing system-wide implications and long-term maintainability issues.
Automated Verification
Our formal verification engine finds the bugs that humans miss while freeing up your team to focus on building features.
How It Works
Our formal methods engine executes your code through a mathematical test harness, exploring the space of execution paths without hallucinations.
Extract Code Blueprint
+ function validateUserAccess(user, resource) {+ if (user.token && isValid(user.token)) {+ return grantAccess(resource);
+ }
+ }
When a pull request is opened, we automatically build a model around what the code is intended to do.
Exhaustive Code Execution
Our formal methods engine executes thousands of code paths, building a mathematical model to verify behavior without guessing or hallucinating issues.
Verified Issues Only
if (user.token && isValid(user.token)) {// Missing ownership check
grantAccess(resource);
}
if (user.token && isValid(user.token) &&
isOwner(user, resource)) {grantAccess(resource);
logAccess(user.id, resource.id);
}
Receive precise reports with zero hallucinations—every reported issue has been mathematically verified through actual code execution.
Extract Code Blueprint
+ function validateUserAccess(user, resource) {+ if (user.token && isValid(user.token)) {+ return grantAccess(resource);
+ }
+ }
When a pull request is opened, we automatically build a model around what the code is intended to do.
Exhaustive Code Execution
Our formal methods engine executes thousands of code paths, building a mathematical model to verify behavior without guessing or hallucinating issues.
Verified Issues Only
if (user.token && isValid(user.token)) {// Missing ownership check
grantAccess(resource);
}
if (user.token && isValid(user.token) &&
isOwner(user, resource)) {grantAccess(resource);
logAccess(user.id, resource.id);
}
Receive precise reports with zero hallucinations—every reported issue has been mathematically verified through actual code execution.
Experience verification without hallucinations
Get mathematically verified results with our formal methods test harness. No false positives, no guessing.
Key Features
Our automated code review system combines formal methods with AI to deliver a next-generation verification experience.
Mathematical Verification
Formal methods provides high assurance, up to actual proof, that your code meets specified properties and is free from entire classes of bugs.
Instant Feedback
Get immediate results in your PR workflow without waiting for human reviewers to find time to check your code.
Deep Analysis
Find subtle bugs traditional tests miss, including race conditions, edge cases, and security vulnerabilities.
Productivity Boost
Save 4-5 hours per developer per week by automating repetitive code review tasks and focusing human effort where it matters.
Automatic Bug Fixing
Get AI-generated fixes that have been tested and shown to actually resolve bugs in your code.
Team Learning
Educate developers about best practices and secure coding patterns through detailed explanations of issues.
Use Cases
Formal verification brings value across industries and project types. See how our solution can be applied to your specific needs.
Financial Services
Prevent costly bugs in financial systems where errors translate directly to lost revenue and compliance issues.
- Transaction processing verification
- Regulatory compliance assurance
- Security vulnerability prevention
Enterprise Software
Ensure robustness in complex distributed systems with formal verification of critical business logic.
- Microservice integration validation
- Concurrency issue detection
- Cross-component data flow verification
Security-Critical Applications
Mathematically verify security properties in systems that handle sensitive data or critical infrastructure.
- Authentication flow verification
- Authorization bypass detection
- Cryptographic implementation checking
Open Source Projects
Maintain high quality contributions and prevent regression bugs with automated formal verification.
- Contributor submission validation
- API contract enforcement
- Breaking change detection
Cloud Infrastructure
Prevent costly outages and data loss in cloud services through formal verification of infrastructure code.
- Resource configuration verification
- Access control validation
- Deployment safety checking
Not sure if your use case is a good fit? Our team can help determine how formal verification can provide value for your specific needs.
Schedule consultationTransform Your Code Review Process
Join industry leaders who have already improved code quality and streamlined their development process.
Free 14-day trial
Full access to all features with no credit card required
Easy setup
Install our GitHub app or integrate with your CI pipeline in minutes
Dedicated support
Our team of experts will ensure your successful implementation