Karambit.AI offers software assurance by identifying and verifying the integrity of software behaviors without needing source code or execution. The platform uses comparative analysis of software updates to establish normal behavior baselines and flag anomalous or malicious code injections. This process enables organizations to validate software trust, maintain compliance, and mitigate supply chain risks before deployment.
Funding
Funding not disclosed
Founders
Product
Problem
Software supply chain attacks, involving unauthorized modifications to software packages, are increasing and proving to be reliable attack vectors. Traditional security measures often fail to detect malicious code injections and anomalous behaviors in software binaries before deployment. This lack of transparency and trust in software components leads to significant remediation costs, compliance issues, and reputational damage.
Solution
Karambit.AI provides software assurance by identifying and verifying the integrity of critical safety, cybersecurity, and functionality behaviors without requiring source code or running the software. The platform analyzes software binaries to detect unauthorized modifications, malicious code injections, and unexpected behaviors, streamlining product release, compliance, and software updates. By providing a Software Bill of Behaviors, Karambit.AI enables organizations to deeply understand the behavior of their software components and validate trust in their software supply chain. The platform's comparative analysis of software updates over time provides context for what behaviors are normal for a given application, highlighting anomalous behavioral intents and added capabilities.
Target Audience
Karambit.AI targets organizations that need to secure their software supply chain, including software developers, security teams, and compliance officers.
Features
- Automated analysis of software binaries without source code or execution
- Identification of malicious code injections and anomalous behavioral intents
- Comparative analysis of software updates to detect unexpected changes
- Monitoring and validation of CI/CD pipelines to ensure software updates are clean
- Generation of a Software Bill of Behaviors to provide transparency into software components
- API access for programmatic integration with existing security workflows
- Malware anti-analysis capabilities to bypass existing security layers such as EDR, XDR, and CNAPP