Technical services
DevOps for ADMS and SCADA non-production environments
DevOps for ADMS and SCADA non-production labs, FAT, and training images. We do not operate production EMS change windows.
Best for
- Stable development, test, FAT, and training environments
- Repeatable vendor-drop installation and lab refreshes
Deliverables
- Build procedures, gold images, backups, and access controls
- Environment health checks, inventories, and refresh runbooks
Not included
- Production EMS or SCADA change-window operation
- Connections that weaken production network separation
DevOps for ADMS and SCADA non-production environments
DevOps for ADMS and SCADA non-production environments covers lab, FAT, and training images. We do not operate production EMS change windows. VMware, isolated Azure or AWS labs, vendor installers, gold images, access, backup, and CI for test scripts, not for live RTU configs, not coupled to production jump hosts.
Vendor sandboxes rot. This service unblocks QA. GridWorksPositive matches Windows/Linux people who will obey OT network rules. We identify suitable profiles. Dedicated environment owners on longer programs. Pair with test automation so the gold image has a smoke pack.
Standing up vendor installers, snapshotting gold images, recovering a FAT box, and gating test scripts in CI against non-prod is the job. CI for live RTU configs is not. Merging lab and production identity stores to move faster is not. If your OT architecture forbids a cloud lab, we stay on isolated VMware and write that down in the brief instead of pretending otherwise.
What non-prod DevOps is not
Not production patching. Not a license to flatten ESP rules because a cloud lab is easier. Not CI/CD of live protection settings. If your OT architecture forbids a cloud lab, we stay on isolated VMware and say so.
Vendor installers are most of the job. Generic Kubernetes-only resumes fail unless they can talk to a Windows SCADA image and a jump-host story. We will not move faster by merging lab and production identity stores.
Labs, gold images, and test CI
Work: stand up vendor installers, snapshot gold images, recover a FAT box, gate test scripts in CI against non-prod, document access. Related: SCADA testing services, test automation, OT cybersecurity documentation, technical documentation QA.
Houston and Dallas labs, Raleigh integrator factories, Phoenix plant labs, Denver commissioning trailers, St. Louis ADMS non-prod, California IOU lab culture, same boundary everywhere: non-prod only.
Who we staff for non-prod environments
OT-aware Windows/Linux admins, lab owners who have run vendor installers, and a U.S. lead when the environment is on a critical path to SAT. specialist matching for named owners. Project form for a standing lab.
Apply-side talent lists hypervisor and vendor images, no identity documents, no production credentials.
Non-prod DevOps markets
First-six metros plus Chicago and Atlanta integrator labs. Satellite: Research Triangle overflow, north DFW, Inland Empire plants. Use city pages for commute; use this page for lab vocabulary.
Name VMware versus isolated cloud in the brief. We identify suitable profiles.
How we scope non-prod DevOps
Vendor sandboxes rot. A useful brief names VMware versus an isolated cloud lab, which vendor installers must stand up, and how the lab stays off production jump hosts. Kubernetes-only resumes fail unless they can talk to a Windows SCADA image. We do not patch production EMS. We do not flatten ESP rules to make a public cloud lab easier.
This service unblocks QA. Pair it with test automation so gold images have a smoke pack, and with OT cybersecurity documentation so isolation has evidence. Houston and Dallas labs, Raleigh integrator factories, and California IOU lab culture all buy environment owners when SAT is close and the FAT box is dead. We identify suitable profiles.
Operating a reliable ADMS and SCADA test laboratory
Environment discovery inventories servers, operating systems, databases, middleware, vendor components, licenses, certificates, dependencies, network zones, identity sources, storage, backup, and test-data needs across development, test, FAT, training, and pre-production. We compare intended topology with what can actually be rebuilt. The resulting environment blueprint records versions, sizing, configuration sources, installation order, service accounts, ports, health checks, and ownership. Production is documented only as an approved compatibility reference; it is not administered through this offer.
Reproducibility can use infrastructure-as-code where vendor support allows, plus scripted prerequisites, configuration management, image templates, and controlled manual steps for proprietary installers. Windows-heavy SCADA estates rarely become fully immutable, so the honest target is a repeatable build with checks and evidence, not a cloud-native slogan. Gold images carry version and provenance. Snapshots are short-term recovery aids, not the only backup. License servers, hardware keys, and vendor entitlement constraints are planned before a build reaches a critical test date.
Test data and refresh procedures need governance. A copied database may contain customer, operational, or credential material and may depend on production-only addresses. The client defines sanitization, masking, retention, access, and approved refresh paths. Automation replaces endpoints, disables outbound routes, resets service identities, and verifies isolation before testers receive access. We can document and exercise restore procedures in the lab. We do not pull data through an informal jump host or clone production identity simply because a vendor application expects it.
CI for the lab coordinates source or package promotion, configuration checks, service startup, database migration, smoke tests, result retention, and rollback to a known baseline. Gates prevent a failed build from consuming the shared FAT environment. Monitoring covers capacity, certificate and license expiry, backup status, service health, drift, and failed jobs. Access is role-based and time-bounded according to client policy. No pipeline deploys live RTU configurations, protection settings, or EMS changes, and no lab agent receives a production command path.
The service handoff can include environment blueprint, build repository, image and installer inventory, dependency matrix, access procedure, backup and restore runbooks, refresh and sanitization workflow, health checks, monitoring, smoke suite, disaster-recovery exercise results, known manual steps, and support calendar. Buyers should measure rebuild time, restore success, baseline drift, environment-caused test blocks, and lead time for a fresh release. A dependable lab turns vendor upgrades into planned work while preserving the separation that protects operations.
Specialist matching for lab owners
Hire form for an environment owner. Project form for a longer lab. Production EMS windows stay out of scope. Matching still aims at reviewing a complete brief when names exist.
Windows/Linux plus vendor installers and OT network rules.
- Environment refresh after vendor drops
- Access, backup, and gold-image discipline
- CI for test scripts, not for live RTU configs
- Separation from production jump hosts
FAQ
Frequently asked questions
Do you patch production EMS or SCADA?
No. Our scope covers development, test, FAT, training, and approved pre-production environments. We can test a patch, record prerequisites, automate supported lab steps, run smoke suites, and prepare a deployment or rollback runbook. Production execution, control-system availability, change windows, credentials, and acceptance remain with the utility OT owner and authorized OEM.
Are cloud labs allowed?
Only if the client’s OT architecture and vendor licensing permit an isolated cloud laboratory. The design must address tenancy, regions, private connectivity, egress, identity, encryption, secrets, logging, data classification, backup, teardown, and cost. Some vendor stacks or policies require on-premises VMware or physical equipment. We follow that constraint and do not flatten security zones to make cloud easier.
Are vendor installers part of the job?
Yes. Installer acquisition, checksum and version inventory, prerequisites, installation order, silent-install capability, licensing, certificates, database migrations, post-install configuration, service health, and recovery are central to non-production DevOps. Proprietary steps may remain manual when the vendor does not support automation. We document those steps and add verification instead of using unsupported packaging that could invalidate support.
How fast can you match non-prod DevOps engineers?
We identify suitable profiles when suitable names exist. Include vendor platform and version, Windows and Linux mix, VMware or approved cloud, environment count, database, identity, licenses, current blockers, access model, and next FAT or release date. Longer programs can retain a dedicated environment owner paired with QA and automation engineers, always outside production operations.
How close should a test environment be to production?
It should represent the configurations, versions, data shapes, integrations, scale factors, and failure behavior needed for its tests, while remaining safely isolated. Exact duplication may be impossible because of licenses, hardware, sensitive data, or network controls. We document differences and their test impact instead of claiming false production parity.
Staff non-production devops
ADMS/SCADA QA, integration, and specialized engineering talent, not a full-stack ADMS product shop.
