Security failing because vulnerabilities are discovered too late, security reviews happen too late, and developers receive feedback when it’s already expensive to fix. Our methodology changes that.
Before implementing controls, we assess your entire software delivery lifecycle to identify where security gaps, compliance risks, and operational vulnerabilities exist.
SAST • DAST • SCA
IaC • Cloud • Kubernetes
SBOMs • Signing • Provenance
Detection • Rotation • Governance
SOC 2 • ISO 27001 • HIPAA • PCI-DSS
Processes • Ownership • Awareness
DevSecOps Maturity Score
Risk Register
Security Gap Analysis
Compliance Mapping
Prioritized Remediation Roadmap
Executive Summary Report
From the first line of code to live production, we integrate security into your development pipeline so releases stay fast, compliant, and resilient.
STRIDE, PASTA, or attack-tree-based modeling for your high-risk services. Output: a ranked list of threats and the controls needed to mitigate each.
Pre-commit hooks, IDE plugins, and PR-time scanning. Developers see findings in the PR diff, not on a separate dashboard nobody opens.
Tool selection, configuration tuning, false-positive triage, and pipeline integration. We deliver a working setup where the signal-to-noise ratio is actually usable.
SLSA compliance, signed builds, SBOMs, dependency pinning, runtime threat detection, and production compromise monitoring.
HashiCorp Vault, AWS Secrets Manager, Doppler, or 1Password Secrets Automation, picked for your stack, integrated end-to-end. No more .env.production in Slack.
Continuous controls evidence for SOC 2, ISO 27001, HIPAA, PCI-DSS. Auditors get dashboards, not screenshots.
A mature DevSecOps pipeline integrates security controls at every stage of software delivery. Here is what that looks like in practice and what we implement at each stage:
Threat modeling and security requirements defined upfront. Security stories in sprints. Data flows reviewed. ADRs include rationale.
Semgrep and Snyk flag issues in the IDE. Pre-commit hooks catch secrets. Linting enforces secure coding standards.
SAST, SCA, secrets, and license scans run on every pull request. Build artifacts signed for supply chain integrity.
DAST against staging. API security tested end to end. IAST active during execution. Manual penetration testing periodic.
No release with open critical findings. Container image scanned. SBOM attached to artifact. Policy-as-Code enforced before shipping.
IaC scanned before provisioning. Kubernetes admission controllers enforce policy. Drift detection runs against approved baselines continuously.
Falco monitors containers at runtime. CSPM scans for cloud misconfigurations. SIEM correlates events. Automated playbooks trigger incident response.
A mature DevSecOps pipeline integrates security controls at every stage of software delivery. Here is what that looks like in practice and what we implement at each stage:
Threat modeling and security requirements defined upfront. Security stories in sprints. Data flows reviewed. ADRs include rationale.
SAST, SCA, secrets, and license scans run on every pull request. Build artifacts signed for supply chain integrity.
No release with open critical findings. Container image scanned. SBOM attached to artifact. Policy-as-Code enforced before shipping.
Falco monitors containers at runtime. CSPM scans for cloud misconfigurations. SIEM correlates events. Automated playbooks trigger incident response.
Semgrep and Snyk flag issues in the IDE. Pre-commit hooks catch secrets. Linting enforces secure coding standards.
DAST against staging. API security tested end to end. IAST active during execution. Manual penetration testing periodic.
IaC scanned before provisioning. Kubernetes admission controllers enforce policy. Drift detection runs against approved baselines continuously.
STRIDE • PASTA • Attack Trees
SAST • DAST • SCA
Vault • Rotation • Detection
SBOM • Signing • SLSA
OPA • Kyverno • Gatekeeper
Falco • Tetragon • Sysdig
Reactive security
Security maturity isn’t about how many tools you own. It’s about how well security is integrated into delivery.
Security is manual and inconsistent.
Production vulnerabilities and compliance gaps.
Add automated scanning and basic policies.
Security tools are deployed.
Alert fatigue and low adoption.
Improve workflows and policy management.
Security is embedded into CI/CD.
Supply chain and configuration risks.
Strengthen governance and secrets management.
Security is automated and measurable.
Advanced and evolving threats.
Focus on runtime security and continuous improvement.
Shift-Left Security
Earlier Detection
Zero Trust
Reduced Risk
Supply Chain Integrity
Policy As Code
Automated Governance
Secure Applications
CIS Benchmarks
Hardened Infrastructure
Shift-Left Security
Earlier Detection
Zero Trust
Reduced Risk
Supply Chain Integrity
Policy As Code
Automated Governance
Secure Applications
CIS Benchmarks
Hardened Infrastructure
Findings developers can trust.
Less manual effort. More consistency.
Not just applications.
Security becomes shared ownership.
Can’t find answers you’re looking for?
A well-implemented DevSecOps program does the opposite. By catching security issues early through automated checks, teams avoid costly fixes, emergency patches, and production incidents later. Security becomes part of the workflow, not a bottleneck at the end of it.
Can’t find answers you’re looking for?
Faster, safer, and automated releases
Keep critical infrastructure secure and reliable
Build internal platforms that developers love
Run containers securely and at scale
Improve reliability through observability and SRE
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