What are DevOps and DevSecOps?
DevOps is the engineering practice that makes software delivery repeatable: environments defined as code, builds that run identically every time, releases that are routine rather than events, and feedback that reaches the team while it still matters. DevSecOps adds security controls to the same pipeline — dependency scanning, secret management, image signing, policy checks — so protection happens during delivery instead of in a panic before it.
Neovantra treats this as an engineering problem, not a tooling purchase. The goal is a delivery system where a single engineer can take a change from commit to production safely, with evidence of what happened at every step.
The signals that tell you where you stand
Before proposing work we assess concrete signals: how long a commit takes to reach production, what proportion of deployments cause a rollback or incident, how quickly a failed release is detected, whether recovery has been rehearsed, and how much of the environment is written down anywhere. These numbers come from your repositories and pipelines, not from a maturity quiz.
The assessment produces a short list of constraints in priority order — flaky test suites, snowflake staging environments, manual database changes, missing alert ownership — each with an estimated effort and an expected effect on delivery performance.
What we build
Continuous integration pipelines with fast feedback: build once, promote the same artefact through test, staging and production; infrastructure as code using Terraform or the cloud's native tooling; environment automation that creates and destroys complete environments on demand; release mechanics such as blue-green or canary deployment with automated rollback tied to health signals.
Configuration is versioned, secrets live in a managed store with rotation, and database migrations run through a reviewed, reversible path. Observability tools ship alongside: structured logs, metrics keyed to user journeys, distributed tracing where services multiply, and dashboards written for whoever is on call.
Security built into the pipeline
A DevSecOps engagement wires controls into the places engineers already work: software composition analysis on every pull request, container image scanning before deploy, pre-commit hooks for secret detection, static analysis for high-confidence findings, and policy as code that blocks non-compliant infrastructure changes. Findings route to a named owner with a remediation window, because a report no one action is inventory, not security.
We build toward compliance evidence continuously — control mapping and artefact retention for standards such as SOC 2 or ISO 27001 — rather than assembling screenshots a week before an audit.
Reliability and incident readiness
Service level objectives are defined with the business: what must be available, how fast a user must get a response, and how much error is tolerable. Error budgets then govern release pace. Alerts are paired with runbooks, on-call rotations are documented, and the incident process includes blameless review with actions tracked to completion. Scheduled game days test recovery — including restoring a backup, which is the only way to know a backup exists.
What you receive
Versioned pipeline and infrastructure code in your repositories, environment documentation, a delivery performance baseline with the before-and-after numbers, security control coverage mapped to your target standard, monitoring and alerting with ownership assigned, on-call and incident runbooks, and a training session so your team can extend the system without us.
Timelines and commercials
A delivery assessment with a prioritised plan takes two to three weeks. Implementing CI/CD, infrastructure as code and monitoring for a mid-size product usually takes six to ten weeks; a wider DevSecOps and compliance programme runs three to six months in stages. Assessment work is fixed-price, implementation is commonly a dedicated team or time and materials, and ongoing improvement can continue as a monthly retainer with agreed hours.
Who this is for
Engineering-led businesses modernising release operations, platform management, and secure software delivery.
What you receive
- DevOps assessment and target operating model
- CI/CD and automation workflows
- Infrastructure as code foundation
- Observability and reliability setup
- Secure release governance
Capabilities in detail
- DevOps transformation consulting
- CI/CD pipeline design and automation
- Infrastructure as code implementation
- Docker and Kubernetes enablement
- Platform engineering and environment standardisation
- SRE and observability setup
- Security scanning in delivery pipelines
- Release management and deployment strategies
- Performance engineering and load testing
- DORA metrics and delivery governance
Engagement options
- Delivery and security assessment
- Fixed-scope pipeline and platform build
- Continuous improvement retainer
How long it usually takes
4-12 weeks for core enablement, then phased optimisation
Tools and technologies
Docker · Kubernetes · Terraform · GitHub Actions · Jenkins · Prometheus
Frequently asked questions
Do we have to adopt Kubernetes?
No. Container orchestration earns its complexity at a certain scale; many teams are better served by managed container services or simple platform-as-a-service. We recommend the least complex option that meets your availability, scaling and isolation needs.
How long until we see results from DevOps work?
Pipeline and environment automation usually show measurable improvement within four to six weeks: faster builds, repeatable environments and far fewer handoffs. Cultural and reliability gains follow as the mechanical friction disappears.
Can you work with our existing CI tooling?
Yes — GitHub Actions, GitLab CI, Azure DevOps and Jenkins all work. We improve what is already familiar to your team rather than replacing tools for their own sake.
Will this help us pass a SOC 2 audit?
It provides most of the technical evidence auditors look for — access control, change management, monitoring, encrypted transport and event logging — because controls are enforced in the pipeline and artefacts retained automatically. We map implemented controls to your audit scope.