
Insights (SCA)
The Developer’s Solution to Open-Source Risk
Open-source components can save a lot of time but they can also introduce vulnerabilities. With Kiuwan Insights, you can identify and remediate weak points, ensure license compliance, and automate security policies throughout the software development process.
Kiuwan SCA Empowers Developers
Works With Your Development Environment
Kiuwan code analysis tools integrate seamlessly into your current dev environment so that you can produce secure source code easily in your existing workflow.
Compliant With Security Standards
Kiuwan meets all industry standards, and scans source code for vulnerabilities against the NIST database to provide constant protection against current threats.
What Does Software Composition Analysis Do?
What Is SCA?
Software composition analysis (SCA) detects open-source components in your codebase so that developers and programmers can perform a vulnerability assessment, manage license compliance, and ensure code quality.
How Does SCA Help?
Managing open-source components is time-consuming and arduous. Kiuwan SCA automates the entire process, including selection, alerting on security or compliance issues, and even blocking them from the code. It provides comprehensive information about the open-source vulnerabilities that exist in your source code so that you can fix them at any point in the software development life cycle from creation to post-production.


Kiuwan Reduces Your Cyber Risks
Kiuwan SCA is the tool your team needs to succeed! It provides coverage for all open-source risks, identifying issues fast so that you can remediate problems quickly without falling behind on deadlines and production schedules.
Did You Know?
82% of organizations increased their cybersecurity budgets over the past year and these funds account for 15% of total IT spending.

Comprehensive Open-Source Protection
Kiuwan Insights supports app hardening by ensuring open-source dependencies are secure. It’s the security-conscious developer’s choice for application performance even after deployment.
