Corgea

Building secure applications means navigating a complex landscape of potential vulnerabilities. Traditional security tools often generate noise, burying critical issues under a pile of false positives and slowing down your development cycle. Corgea is an AI-powered security platform built specifically for developers like you. It integrates smoothly into your workflow to automatically find, triage, and even generate fixes for insecure code, helping you ship features faster and more securely.

Key Features You'll Value

• 🎯 Detect Complex Vulnerabilities: Go beyond typical Static Application Security Testing (SAST). Corgea's AI understands your code's unique context to uncover hard-to-find issues like business logic flaws, broken authentication patterns, and subtle malicious code that other tools often miss. This means identifying risks before they become exploitable problems.

• 🗑️ Minimize False Positives: Stop wasting valuable development time chasing ghosts. Corgea leverages AI to automatically triage findings, significantly reducing false positives (typically achieving <5%). This allows your team to concentrate efforts on addressing genuine security threats.

• ⚡ Generate Accurate Code Fixes: Accelerate the remediation process. For valid vulnerabilities identified, Corgea proposes high-quality code fixes directly within your workflow. With a reported 95% accuracy rate, these suggestions are ready for your review and approval, potentially saving hours per fix.

• 📜 Define Context-Aware Policies: Tailor security analysis to your application's specific needs. You can inform Corgea about your unique business context using natural language – no need to learn complex proprietary rule formats. This enhances detection accuracy and helps generate more relevant, precise fixes for your environment.

• 🔄 Integrate Seamlessly: Stay productive without leaving your familiar environment. Corgea works with the tools you already use, sending findings and fix suggestions directly into GitHub or Azure DevOps (with GitLab and Bitbucket support coming soon). This keeps security checks and fixes within your natural development flow.

• 🌐 Support Your Tech Stack: Secure code across your diverse projects. Corgea natively supports a wide range of popular programming languages including Java, JavaScript, TypeScript, Go, Ruby, Python, C#, C, C++, PHP, and their associated frameworks.

How Corgea Works in Practice

1. Uncovering Hidden Risks: Imagine your team runs a standard SAST scan which misses a critical flaw in how user permissions are checked during a complex transaction. Corgea's context-aware AI analyzes the business logic involved, identifies the potential authorization bypass vulnerability, and flags it as a high-priority issue before it can be exploited in production.

2. Quieting the Noise After Updates: After integrating a new third-party library, your existing security scanner flags dozens of potential low-priority issues. Corgea analyzes these findings, automatically identifies the significant portion (around 30%) that are false positives or non-critical, and presents your team with a clearly prioritized list of actionable vulnerabilities, saving valuable investigation time.

3. Streamlining the Remediation Workflow: Corgea detects an injection vulnerability deep within your codebase. Instead of just flagging the line number, it generates a precise code fix suggestion. It then automatically creates a pull request, tagging the developer who last touched that code section. The PR includes a clear explanation of the vulnerability and the suggested fix, allowing the developer to quickly review, approve, and merge the secure code, significantly speeding up the patching process.

Secure Your Code with Confidence

Corgea helps your development team move faster without compromising on application security. By intelligently automating key aspects of vulnerability detection, triage, and remediation, it reduces the manual effort involved in security tasks, minimizes distractions from false positives, and embeds security practices directly into your existing development process. This allows you to focus more on building great features, knowing Corgea is actively helping to protect your codebase – reportedly saving teams an average of 6 hours per person per week.

Frequently Asked Questions (FAQ)

• What programming languages does Corgea support? Corgea currently supports Python, JavaScript, TypeScript, Java, Go, Ruby, C#, C, C++, PHP, and their frameworks. Support for additional languages is continuously being added.

• How does Corgea generate reliable code fixes? Corgea utilizes advanced large language models that have been meticulously fine-tuned with vast datasets encompassing the most prevalent application vulnerabilities (Common Weakness Enumerations - CWEs). Our AI aims for high accuracy (reporting 95%) in its fix suggestions, which are always presented for developer review before merging.

• Does Corgea integrate with other security tools? Yes, Corgea can consume vulnerability reports from popular SAST tools like Snyk and Semgrep to help triage findings and suggest fixes. Integrations with other tools such as CodeQL and Checkmarx are planned for the near future.

• Will Corgea use our proprietary code to train its AI models? No. Your trust and data confidentiality are paramount. Corgea is designed to ensure that your proprietary code and data are not used to train our core AI models.

• How is our code handled within Corgea’s system? Protecting your intellectual property is a top priority. Corgea typically operates by storing only the necessary code differences (diffs) required to generate fixes, handling them with industry-leading encryption standards during both storage and transmission. We are SOC II compliant and are undergoing SOC 2 auditing to further validate our commitment to security.

• Do developers retain control over merging suggested fixes? Absolutely. Corgea automates the creation of Pull Requests (PRs) containing suggested fixes and explanations. However, your engineers always have the final decision on whether to review, modify, accept, or reject these suggestions, ensuring every change aligns with your project’s goals.