Secret scanning
Find credentials and keys accidentally included in repositories or code changes.
DEVSECOPS
Security should not appear two days before an audit.
We integrate controls into repositories, pipelines and infrastructure to detect secrets, vulnerable images, excessive access and unsafe configuration before they become urgent.
THE PROBLEM
When security is reviewed at the end, every finding arrives at the worst time.
A secret in Git, a vulnerable image or an excessive permission can exist for months. DevSecOps puts controls in the normal process while issues are easier to fix.
WHEN TEAMS CALL US
Security often enters late because of concrete problems.
Secrets have been found in repositories.
Cloud permissions are broad and nobody knows what can be removed.
Container images are not scanned before deployment.
The pipeline can release without basic checks.
Infrastructure as code contains unsafe configuration.
An audit requires evidence that is not currently recorded.
WHAT WE DO
We place controls where the team already develops and deploys.
We do not present DevSecOps as penetration testing or offensive security. Our work covers infrastructure, identity, repositories, pipelines, containers and Kubernetes.
SAST and dependencies
Integrate code and library analysis during development.
Containers
Review image origin, versions, vulnerabilities and runtime configuration.
Infrastructure as code
Analyse Terraform, OpenTofu and manifests before they are applied.
IAM and least privilege
Review roles so users and services retain only necessary access.
Secret management
Integrate secret services and remove manual sharing where possible.
CI/CD security
Protect credentials, runners, branches, approvals, artefacts and pipeline access.
Cloud and Kubernetes
Apply hardening, policies and controls appropriate to context.
DevSecOps
Putting security controls inside development and deployment.
PoLP
Principle of least privilege: grant only the access that is needed.
SAST
Automated code analysis for finding certain issues before code runs.
CONTROLS THE TEAM CAN MAINTAIN
Blocking everything is not a security strategy.
We agree which findings stop delivery, which need review and how exceptions work. The goal is earlier detection without turning each deployment into a negotiation.
Code
Secrets, SAST and dependencies.
Delivery chain
Pipelines, runners, artefacts, signatures and approvals.
Infrastructure
IaC, IAM, networks, secrets and hardening.
Kubernetes
Images, access, policies, configuration and traceability.
STAGECODE→
STAGESCAN→
STAGEBUILD→
STAGECHECK→
STAGEDEPLOY
Controls appear before production and leave reviewable evidence.
HOW WE WORK
We prioritise controls by risk and by where issues can be corrected.
Review
Map repositories, pipelines, identities, secrets and infrastructure.
Prioritise
Separate immediate risk from maturity improvements.
Integrate
Add understandable controls to the existing flow.
Validate
Test findings, blocks, exceptions and permissions.
Document
Leave configuration, decisions and procedures with the team.
WHAT THE CLIENT RECEIVES
Controls inside your tools, with clear rules and owners.
We configure client repositories, pipelines, cloud providers and secret managers.
- Scanning configuration and rules.
- Pipeline policies and branch protection.
- Identity and permission matrix.
- Secret manager integration.
- Prioritised risk backlog.
- Documentation, exceptions and handover.
WHEN IT MAKES SENSE
When you need earlier detection without stopping every release.
- Security review happens at the end.
- Secrets are handled manually.
- Dependencies or image vulnerabilities are not visible.
- IAM has grown with hard-to-justify access.
- You need repeatable evidence for internal controls or compliance.
OUTCOME
Issues visible before production.
- Fewer exposed secrets.
- Better-justified access.
- Findings inside the pipeline.
- Understandable blocking rules.
- Accessible evidence and documentation.
DEVSECOPS
When does your team currently discover a secret, vulnerable dependency or excessive permission?
We can review repositories, pipelines and infrastructure and propose the first controls that reduce risk without paralysing delivery.