Security Framework
Embedding security across architecture, development and operations.
Leverage our proprietary security blueprints to implement Zero Trust networks, automate compliance evidence gathering, and secure your software supply chain by default.
Secure SDLC
Threat Modeling
Identifying structural vulnerabilities during the design phase using STRIDE methodologies.
IDE Security
Providing developers with real-time linting that highlights insecure code patterns as they type.
Automated Pentesting
Running headless browsers to perform DAST (Dynamic Application Security Testing) against staging environments.
Zero Trust Architecture
We eliminate the concept of a "trusted internal network", enforcing cryptographic identity checks on every single request.
Microsegmentation
Using Cilium eBPF to drop any network traffic between containers that isn't explicitly whitelisted.
Identity Aware Proxies
Enforcing MFA and device health checks before allowing access to internal developer portals.
Mutual TLS
Automatically encrypting all inter-service communication inside the Kubernetes cluster via service mesh.
ISO 27001 ISMS automated control mapping and evidence collection dashboards
SOC 2 Type II continuous compliance monitoring for cloud configurations
GDPR automated data masking and localized storage routing policies
Compliance Frameworks
Translate complex legal frameworks into actionable, automated technical policies mapped directly to your infrastructure.
DevSecOps Controls
Source
Secret scanning (Gitleaks).
Build
Dependency scanning (Snyk).
Registry
Image scanning (Trivy).
Runtime
Behavior monitoring (Falco).
Risk Management
Vulnerability Prioritization
Correlating CVEs against actual runtime context. If a vulnerable package is loaded but not executed, it's deprioritized.
Automated Remediation
Opening automated Pull Requests that bump vulnerable package versions to their secure baselines.
Incident Runbooks
Executable scripts that instantly revoke compromised API keys and isolate affected instances.
Security Metrics
Frequently Asked Questions
Zero Trust is a security concept centered on the belief that organizations should not automatically trust anything inside or outside its perimeters and must verify anything trying to connect to its systems before granting access.
We use CSPM (Cloud Security Posture Management) tools to map your AWS/Azure configurations directly to SOC 2 controls, automatically generating the evidence auditors need.
Our pre-commit hooks intercept the push locally. If bypassed, server-side scanners detect the secret, block the merge, and trigger an automated key rotation workflow.
No. We utilize differential scanning (only scanning the files changed in the PR) to keep security checks under two minutes.
eBPF allows us to run sandboxed programs directly in the Linux kernel without changing kernel source code. It provides unprecedented visibility into container behavior, allowing us to block malicious system calls instantly.
We establish a centralized Identity Provider (like Entra ID or Okta) and use federation (OIDC) to grant short-lived, least-privilege tokens to applications and engineers.
Before writing code, engineers map out the architecture, identify potential attack vectors (like spoofing or tampering), and design mitigations into the system upfront.
While we automate continuous security testing, we partner with specialized, independent offensive security firms for annual manual pentesting to satisfy compliance requirements.
We use context-aware scoring. A critical CVE in a container that has no internet access and no sensitive data is prioritized lower than a medium CVE on a public-facing API gateway.
Click 'Secure Your Architecture' below to schedule a DevSecOps maturity assessment with our security leads.
Secure Your Architecture
Eliminate reactive fire-fighting. Deploy our proprietary security framework to embed Zero-Trust principles deeply into your core architecture.
Implement Zero Trust