Coding, Building & Testing Security from the First Line Write. Build. Scan. Ship.

Static Application Security Testing (SAST) analyses source code, bytecode, or binary without executing the application — identifying injection flaws, insecure API usage, hard-coded credentials, and logic errors at the earliest point in the SDLC. Catching a vulnerability at the coding stage is up to 100× cheaper than fixing it post-production.

Dynamic Application Security Testing (DAST) tests a running application by simulating real-world attacker behaviour — probing for XSS, SQL injection, authentication bypass, and misconfiguration. Unlike SAST (which analyses code), DAST sees the application from the outside, catching runtime and environment-specific vulnerabilities that static analysis misses.

Software Composition Analysis (SCA) audits every open-source library your application depends on — mapping each to known CVEs, licence obligations, and end-of-life status. Modern applications are 70–90% open-source code; a single vulnerable dependency (like Log4Shell) can compromise the entire stack. SCA ensures your supply chain is as secure as your own code.

Pre-commit hooks run automated checks — secret detection, linting, and lightweight SAST rules — on a developer's local machine before code is committed to version control. They prevent insecure code from ever reaching the shared repository, dramatically reducing the volume of findings that downstream pipeline stages need to process.

We integrate industry-proven tools tailored to your stack: SonarQube and Semgrep for SAST; OWASP ZAP and Burp Suite Enterprise for DAST; Snyk, OWASP Dependency-Check, and Dependabot for SCA; JUnit, pytest, and Cypress for automated testing; and SonarQube quality gates for enforcement. Tool selection is always aligned to your language, framework, and compliance requirements.

Quality gates are automated pass/fail checkpoints in your CI pipeline that evaluate metrics such as code coverage percentage, number of critical security findings, cyclomatic complexity, and test failure rate. A build that fails a quality gate is blocked from advancing — notifying the developer immediately with a clear remediation path.

Yes. We configure SAST, DAST, and SCA tooling for all major languages and frameworks — Java, Python, JavaScript/TypeScript, PHP, .NET, Go, Ruby, and more. Tool selection and rule sets are customised per language to minimise false positives and maximise detection accuracy.

We tune scanner rule sets during an initial baselining phase — suppressing known false positives, adjusting severity thresholds, and creating custom exclusion profiles. Ongoing review of new findings ensures the signal-to-noise ratio stays high, so developers focus on genuine issues rather than scanner noise.

A Software Bill of Materials (SBOM) is a machine-readable inventory of every component — libraries, dependencies, and transitive packages — included in a software release. Regulators (including US Executive Order 14028) and enterprise procurement teams increasingly require SBOMs. We automate SBOM generation (CycloneDX / SPDX) as part of every build artefact.

We integrate with any modern CI/CD platform — Jenkins, GitHub Actions, GitLab CI, Azure DevOps, Bitbucket Pipelines, CircleCI, and TeamCity. Security and testing stages are added as pipeline-as-code steps (YAML / Groovy), version-controlled alongside your application, and fully reviewable by your team.

Done correctly, it actually speeds development up. Catching vulnerabilities at commit time is far faster than security review cycles at the end of a sprint. We parallelise scanning stages and optimise scan times so that total pipeline duration increases by at most a few minutes — while eliminating costly late-stage rework.

We recommend a minimum of 80% line and branch coverage for business-critical code paths, enforced by quality gates. We work with your team to prioritise coverage improvements on the highest-risk modules first — balancing test investment against deployment confidence and regulatory requirements.

Yes. Our engagement goes beyond tooling — we provide triage support, developer training on secure coding patterns, and hands-on remediation guidance. For critical findings, our security engineers work directly with your development team to implement and verify fixes before the next build cycle.

Every pipeline run produces signed, timestamped reports that map directly to control requirements in PCI DSS, HIPAA, ISO 27001, SOC 2, and NIST frameworks. Automated evidence collection eliminates manual audit preparation and provides auditors with an always-current view of your security posture.

We begin with a pipeline and codebase assessment to understand your current tooling, language stack, and risk profile. Within the first sprint we deliver a baseline scan, recommended tool configuration, and a prioritised remediation backlog. Subsequent sprints progressively harden the pipeline until all quality and security gates are fully automated and enforced.