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Fewer vulnerabilities:
Security gaps and attack surfaces are identified and minimised at an early stage.
Lower costs:
Errors can be fixed more cost-effectively in the early phases than during live operation.
Develop in compliance:
Regulatory requirements such as NIS2 or DORA are reliably met.
Greater trust:
Secure software strengthens credibility with your customers and partners.
DevSecOps – security at development speed.
A key element of Secure Software Development is DevSecOps. Here, security is embedded directly into the agile development and deployment process. The advantage: vulnerabilities can be identified at an early stage without slowing down development cycles.
- Automated security checks in CI/CD pipelines
- Tools for static, dynamic and interactive security testing
- Policies, checklists and playbooks in the development workflow
- API security as an indispensable part of modern architectures
Secure Software Design: Security begins before the first line of code.
A secure system does not arise only during coding, but already in the architecture. Secure Software Design helps avoid security gaps right from the planning and design phase.
- Define and document security requirements
- Analyse and systematically map threat scenarios
- Anchor security measures architecturally
- Raise awareness in development teams for secure coding practices
In addition, we rely on Secure Coding, which involves consistently applying secure programming standards to prevent vulnerabilities arising in the code itself.
In the Secure Software Development Lifecycle (SSDLC), security measures are embedded across all phases, from planning through to maintenance. This allows vulnerabilities to be identified and eliminated in advance before they become risks. This preventative approach reduces effort later on and increases the stability and trustworthiness of applications.
Software Bill of Materials: creating full transparency.
The growing reliance on third-party components and open-source libraries makes it necessary to design software supply chains transparently and traceably. A Software Bill of Materials (SBOM) lists all components used and forms the basis for effective risk management.
- Overview of all components and dependencies
- Identification of known vulnerabilities through automated checks
- Support for regulatory requirements such as NIS2 and DORA
- Foundation for patch management and security updates
Security testing and continuous safeguarding.
Security tests are an integral part of a secure development process. Only through continuous testing can the quality and security of applications be ensured.
- Static application testing to analyse source code (SAST)
- Dynamic testing of running applications (DAST)
- Interactive testing combining static and dynamic analysis (IAST)
- Penetration testing for realistic assessment
- Fuzz testing to identify unexpected vulnerabilities
All testing methods can be integrated into development processes in an automated way and continuously enhanced.