The platforms you deliver on, operated for you.
Source control, pipelines, trackers and open-source platforms, run 24×7 as a dedicated single-tenant service under your identity, access and change rules. Reign Ops takes the maintenance, monitoring, incidents and upgrades off your delivery backlog, from the team that has done it for two decades.
Nothing happens to the estate outside the process you already run
Keep platform work from competing with software delivery.
Reign Ops handles planned maintenance, monitoring, incident response and lifecycle work across your tools, under agreed responsibilities and service levels.
The platforms Reign Ops operates.
The service can cover source control and CI/CD; work management; quality, artifact and software-supply-chain tooling; developer environments; process orchestration; agent tooling; and cloud and AI cost operations.
| Category | What we operate | What it gives you |
|---|---|---|
| Source control | GitHub Enterprise Server GitLab Self-Managed Bitbucket Data Center | What it gives youThe code inside your authorization boundary, with every AI coding tool that touches it passing a boundary you control. Secure source control → |
| CI and delivery | GitHub Actions GitLab CI Jenkins CloudBees CircleCI | What it gives youBuild and release pipelines operated for you, with runners isolated per environment and short-lived tokens rather than long-lived secrets. |
| Work tracking | Jira Confluence Jira Service Management Plane | What it gives youThe Atlassian estate operated inside the agreed service, including the products with a published end date. The Data Center path → |
| Quality, artifacts and supply chain | SonarQube JFrog Artifactory JFrog X-Ray Sonatype Nexus | What it gives youCode quality, SAST, artifact management and composition analysis. We operate the scanners you already run, SonarQube included, and keep their rules consistent across teams. Scanners report their findings into the work; whether a finding blocks a merge is your policy, and Reign Ops runs the gates you set. |
| Developer environments | Coder Docker Anaconda | What it gives youPreconfigured, access-controlled development environments for engineers and for agents, inside the same envelope as everything else. |
| Process orchestration | Managed Fluxnova Camunda 7 Camunda 8 | What it gives youThe FINOS Fluxnova distribution operated as a managed runtime, with the Camunda 7 and Camunda 8 estates alongside it. Camunda 7 Community Edition is past end of life; the path off it is a decision about your timeline rather than the vendor’s. Managed Fluxnova → |
| Agent and model tooling | MCP servers Agent runtimes Model access | What it gives youEvery MCP server and tool call operated as a governed object: policy-checked before an agent binds, and every binding recorded. MCP and tool operations → |
| Cloud and cost | AWS Azure Archera | What it gives youThe cloud underneath the engineering tools, and commitment management on top of it. Cloud and AI cost → |
Every tool above that we have written about links to what we do with it. Running something that is not on this list? It is a short conversation rather than a long one. Tell us what it is →
Assess, plan, implement and operate.
Establish the current state of the engineering toolchain, cloud and AI cost, source control, CI/CD, work management, lifecycle exposure, AI runtimes, or model and tool access. The deliverable is a current-state inventory, material findings, options, dependencies and a prioritized recommendation.
Define the target architecture, deployment boundary, ownership model and implementation sequence. The work can include toolchain rationalization, lifecycle roadmaps, migration and rollback planning, service boundaries, and control or evidence requirements. The deliverable is an agreed target, plan, acceptance criteria and ownership model.
Install, configure or move the agreed platforms, data, workflows and integrations. Validation, cutover, rollback and stabilization are planned before the move starts. The deliverable is a working target environment, reconciliation against the acceptance plan, recorded open items and an operating handoff.
Monitoring, incident response, patching and upgrades, backup and recovery, access and change, through your change process. Who holds what is in the responsibility table below.
What the work changed for each customer.
Build capacity the bank’s own teams can use
Apple-silicon build capacity on AWS had been stood up by hand whenever it was needed. The engagement turned that one-off setup into a repeatable, automated framework on the bank’s existing CloudBees CI. Its own teams now use the framework without a specialist in the room.
Four tools, one service level and one trail
Four engineering tools had meant four upgrade cycles, four access models and four places to look when something failed. CloudBees CI, GitLab, SonarQube and JFrog now run on one managed AWS EKS runtime, with workloads separated and one service level and one trail across all four. Production continued throughout the migration.
Both accounts are anonymized and describe one engagement each. What changed in those environments is specific to them.
The work Reign Ops takes on, and the decisions you keep.
Operating scope is agreed per platform. Reign Ops runs the service work in scope; you keep the repositories, priorities, approvals and delivery decisions.
Reign Ops holds a SOC 2 Type II attestation. The report is available under non-disclosure. Security and trust → · Deployment options →
| Service area | Reign Ops operating scope | Your decision and control |
|---|---|---|
| Source control and build | Operate GitHub Enterprise Server, GitLab Self-Managed or Bitbucket Data Center as a single-tenant dedicated instance. Maintain the baseline, authentication, permissions, runners and network exposure. | Repositories, branching, review and where builds run. The comparison and baseline → |
| Lifecycle and open source | Maintain the record of components and versions in use, plan patches and upgrades, and handle operating questions when a change affects behavior. | Priority, schedule and acceptance for each change. |
| Availability and recovery | Run monitoring, incident response, escalation, backup and recovery against the coverage and service measures agreed for the platform. | Business priorities, recovery requirements and escalation authority. |
| AI platform | Operate agent runtimes, MCP and tool connections, and the model-access layer engineers build on. The AI substrate → | Which agents run and what they may reach. Reign Gateway applies policy at the model boundary. |
| Cost and capacity | Attribute cloud and model spend, review capacity, implement approved actions and track their effect against the agreed baseline. No savings figure is promised before the work is measured. | Priorities, acceptable tradeoffs and approval of cost or capacity changes. |
| Change and record | Prepare the proposal, schedule and change record, including privileged access, incidents and exceptions in the agreed system of record. | Approval through your existing change process. |
One service, agreed for each platform.
Operating scope and service measures are agreed for each platform.
Assessment, planning and design, then implementation and migration, ending in an operating handoff.
A dedicated instance in infrastructure iTmethods operates, or in your own AWS or Azure account.
Changes are approved through your existing change process.
Questions buyers ask
What is Reign Ops?
Reign Ops is the Reign product that operates the platforms you deliver on. Available today. It runs the delivery toolchain, including source control, build, artifact management and code quality, as one managed environment with change control, access control and a recorded history of who did what and when. Governance of model access sits in a separate product, Reign Gateway, which is also available today. It is an operating service, not a compliance outcome. Whether your obligations are met is a determination for your own risk and quality functions.
Do the three Reign products work together?
Yes, and each one stands on its own. Reign Ops operates the delivery platform and is available today. Reign Gateway governs what crosses to a model and is available today. Reign Factory builds and is available today. Where more than one product is in place the records line up: the Gateway records the model boundary crossing, Ops records the change and the approval, and one population of work can be followed from request to merge. Adopting one product does not commit you to another.
Where can Reign Ops run?
A Reign Ops instance is single-tenant and can run in infrastructure iTmethods operates, in your AWS or Azure account, as an air-gapped deployment, or under sovereign deployment requirements. Each instance has its own application tier, database and workload plane. Google Cloud is planned for 2027.
Start with a 30-minute operations briefing.
Bring the priorities, tools and operating issues you want to discuss. We can compare them with the Reign Ops scope and decide whether a deeper working session makes sense.