A critical system lacks clear ownership
Establish responsibility, service boundaries, access, documentation, monitoring, release controls, and escalation.
Maintenance, cloud, DevOps, infrastructure, security, reliability, and continuous engineering
Managed technology services
Ongoing operation and improvement for software, AI, cloud, infrastructure, and connected products.
Capability / 01
Built around the operating outcome.
Rokad provides accountable application maintenance, cloud and DevOps operations, observability, security maintenance, incident support, optimisation, release management, and continuous engineering. We can assume responsibility for systems built by Rokad or take over technology delivered by another team.
01
Application maintenance and feature delivery
02
Cloud, infrastructure, deployment, and cost operations
03
Observability, incident response, backup, and recovery
04
Security, dependency, and vulnerability maintenance
05
AI quality and model operations
06
Reliability, performance, capacity, and service reporting
When to engage / 02
Built for material technology and operating constraints.
Incidents and releases are unpredictable
Improve observability, runbooks, deployment practices, recovery, testing, and operational discipline.
Maintenance consumes the product roadmap
Separate and manage reliability, security, dependencies, infrastructure, and recurring technical work.
Service scope / 03
From decision through production operation.
Technical baseline
Audit code, infrastructure, access, dependencies, security, data, deployment, monitoring, documentation, and current risk.
Managed operation
Monitoring, maintenance, releases, incidents, backups, security, vendor coordination, reporting, and service management.
Continuous improvement
Performance, cost, reliability, developer experience, architecture, automation, and prioritised technical debt reduction.
Specialisations / 04
Choose the solution closest to the buying requirement.
01
Application maintenance
Ongoing software ownership covering incidents, dependencies, releases, security, fixes, and continuous improvement.
02
Managed DevOps
Cloud, infrastructure, deployment, observability, backup, reliability, and cost operations under one service model.
03
Performance optimisation
Evidence-led improvement of application, database, frontend, infrastructure, network, and cost performance.
04
Security maintenance
Continuous dependency, vulnerability, access, secret, configuration, logging, and remediation operations.
05
Software rescue
Rapid technical stabilisation, ownership recovery, architecture triage, and controlled continuation of troubled systems.
Use cases / 02
Where this capability creates leverage.
Engagements are structured around measurable technical, operational, product, or commercial outcomes.
Take over an existing production system
Perform a controlled handover and establish reliable technical and operational ownership.
Stabilise a fragile application
Address recurring failures, unsafe releases, missing visibility, performance problems, and operational risk.
Run cloud and DevOps operations
Manage infrastructure, deployments, observability, environments, security, cost, backup, and recovery.
Engineering standards / 05
Production quality is not a later phase.
Security by design
Threats, permissions, secrets, data boundaries, dependencies, and recovery requirements are addressed during architecture and delivery.
Production quality
Testing, code review, observability, deployment controls, documentation, and rollback planning are treated as delivery requirements.
Long-term ownership
The client receives maintainable source code, operating knowledge, technical documentation, and a practical path for future development.
Delivery / 03
A controlled path from decision to operation.
Begin with one phase or cover the complete lifecycle under one accountable team.
Discover
Clarify the business objective, users, constraints, dependencies, risks, and measurable acceptance criteria.
Architect
Define the system boundaries, delivery plan, integrations, security controls, and operating model before implementation.
Build and validate
Deliver in controlled increments with review, automated testing, documentation, and stakeholder validation.
Deploy and improve
Launch safely, establish observability and support, then improve the system using operational evidence.
Typical deliverables
Technical baseline and risk register
Service scope, ownership map, and support plan
Monitoring, alerting, deployment, backup, and recovery controls
Runbooks and operating documentation
Maintenance and security cadence
Service reporting and improvement backlog
Engagement models / 06
A delivery structure for the scope and stage.
Fixed-scope delivery
A defined outcome, scope, acceptance criteria, milestones, and commercial structure for a bounded project.
Dedicated product team
A stable cross-functional team delivering an evolving roadmap with shared product and engineering ownership.
Embedded engineering
Specialist engineers working inside an existing product, technology, or operations team.
Managed evolution
Ongoing maintenance, reliability, security, feature delivery, and roadmap execution after launch.
Related services / 07
Connect the wider technology lifecycle.
FAQ
Questions about managed technology services.
Scope, ownership, assumptions, and delivery are clarified before work begins.
01Can Rokad support a system built by another team?
Can Rokad support a system built by another team?
Yes. We begin with an audit and controlled handover covering code, infrastructure, access, deployment, documentation, dependencies, data, and risk.
02What does managed support include?
What does managed support include?
The scope can include monitoring, incidents, maintenance, security, releases, cloud operations, backup, performance, cost, feature delivery, and service reporting.
03Do you offer service levels?
Do you offer service levels?
Yes. Response targets, coverage windows, escalation, responsibilities, exclusions, dependencies, and reporting are defined according to system criticality and budget.
Contact / 05
Bring us the difficult technology problem.
Tell us what you need to build, improve, procure, deploy, or operate. We will respond with a practical next step.