Six capabilities.
One delivery team.
Most organisations buy these six things from four different vendors and then spend their own engineering time reconciling the seams. We deliver all six from one accountable team, on one contract, against one set of pipelines. Open any capability below for what it covers, how the engagement runs, and what we actually use to do it.
Managed DevOps
End-to-end CI/CD automation, infrastructure-as-code, Kubernetes operations, release engineering, and cloud deployment. We own the delivery platform so your engineers do not have to. Engagements usually open with a short assessment of your current pipeline and environments, then a fixed foundation phase, then an ongoing managed retainer. Most relevant when deployments have become events that need planning, when environments have drifted apart, or when one person is the only one who can safely release.
Development
Full-cycle web and platform engineering from architecture to deployment using scalable modern technologies. Discovery ends in a written technical design and an estimate you can hold us to. Build runs in two-week increments against a deployed environment from the first increment onwards, and handover includes the pipeline, the infrastructure definitions and the decisions behind them. Most relevant when a package has run out of road, when an existing system still earns money but nobody wants to touch it, or when a product needs to exist before the market moves.
Quality Assurance
Automated and manual testing, performance validation, quality strategy, and production-readiness assurance. Most relevant where a release cadence has outpaced the confidence behind it, or where a governance model needs sign-off from someone other than the authors. Whatever we automate stays in your repository, under your control, after we leave. Typical trigger: the same defect class reaching production twice, or a buyer asking for test evidence you would currently have to assemble by hand.
AIOps
AI-assisted monitoring, anomaly detection, observability, incident analysis, and operational intelligence. We instrument what already exists and establish a baseline first, because anomaly detection on an unmeasured system is theatre. Alerting is then tuned down until every page that remains is one a human should genuinely wake up for. Typical trigger: an on-call rotation people avoid, an alert channel nobody reads any more, or an outage nobody could explain afterwards.
DevSecOps
Security embedded in your delivery pipeline — automated SAST/DAST, policy-as-code, and audit-ready evidence on every commit. Usually commissioned in response to something specific: a client security questionnaire, a penetration-test finding, or a procurement clause that cannot be answered after the fact. Controls arrive incrementally rather than all at once. Most relevant where controls formally exist but are routinely bypassed — a scanner nobody reads, a gate everybody knows how to skip.
Compliance
ISO 27001, SOC 2, and DPDP Act 2023 readiness — controls written as code with automated evidence collection. Certification is always issued by an accredited registrar, never by us. What we deliver is the technical readiness behind it — controls implemented as code, evidence collected automatically, and the audit supported rather than performed. Typical trigger: a contract, a tender clause or an enterprise buyer that requires a named framework before signature.
One partner.
Fewer moving parts.
One Engineering Partner
DevOps, development, QA, DevSecOps, compliance, and AIOps delivered by a single accountable team.
Faster Delivery
Integrated workflows remove handoffs and shorten release cycles.
Shared Accountability
One contract and one point of contact, with shared ownership of outcomes.
Lower Overhead
A consolidated engagement reduces vendor coordination and management cost.
Trusted for public-sector digital transformation.
We understand compliance requirements, audit readiness, regulated environments, and public-sector delivery standards.
Data Residency & Sovereignty
Infrastructure deployed within required jurisdictions and compliance boundaries.
Audit-Ready Documentation
Infrastructure records, change logs, and delivery documentation prepared for audits.
Tender & RFP Support
Support for procurement processes, technical proposals, and compliance requirements.
Regulated Infrastructure Delivery
Experience delivering solutions in controlled and compliance-driven environments.
Six services, one delivery path
Almost nobody buys all six at once, and nobody should. The six exist as separate engagements because they are separately useful, but they share one pipeline, and that is the reason to buy more than one of them from the same team — a test suite, a security scan and an evidence record are all just stages in the same delivery path. Where that path is owned by three vendors, the seams between them are where releases stall.
If the problem is shipping
Start with Managed DevOps. Pipelines and infrastructure as code are the foundation everything else attaches to: automated tests need somewhere to run, security scanning needs a build to attach to, and compliance evidence needs a deployment record to collect. Teams that start elsewhere usually end up here anyway, having built the later stages twice.
If the problem is confidence
Start with Quality Assurance. Where releases are slow because nobody is sure what a change will break, the constraint is evidence rather than tooling. Automated regression coverage inside the pipeline changes the release conversation faster than any other single investment, and it is the prerequisite for releasing more often rather than less.
If the problem is a deadline
Start with Development, and expect the delivery platform to come with it rather than after it. Every build we hand over ships with its pipeline running and its infrastructure defined as code, because a system delivered without those is a system whose second release costs more than its first.
If the problem is a questionnaire
Start with DevSecOps and Compliance together. A security questionnaire or a tender clause cannot be answered retrospectively, and the two engagements share their machinery: the scans, approvals and deployment records that DevSecOps produces are most of the evidence a framework asks for. AIOps usually follows once the system is live and the question becomes how quickly you learn that something is wrong.