TelecommunicationsRequirements held to their specification baseline.
The Telecommunications pack applies network domain, service criticality, release baseline, interface, security assurance, conformance, interoperability, performance and operational-readiness logic to agent workflows in Azure DevOps. Every implementation, test and release traces back to the specification release it was written against.
No card required. Your data stays in your Azure DevOps tenant.
- 3GPP
- O-RAN
- ETSI NFV
- TM Forum
- GSMA NESAS/SCAS
- NIS2
Every requirement belongs to a specification release.
Telecom engineering covers service requirements, network functions, interfaces and protocols, 3GPP releases and operational evidence. Work moves between RAN, Core, Transport and OSS/BSS teams, and it has to stand up to performance, security assurance, conformance, interoperability, deployment and operational review. The hard part is the baseline. A requirement written against one release must stay tied to that release, so that the code, the tests and the deployment built from it can be traced back to the specification they claim to meet.
- 01
Baselines drift.
A requirement is updated for a new release, but the tests and configurations that cite it still point at the old one. Nobody notices until a conformance run fails.
- 02
Interface changes travel far.
One change to a service-based interface or schema reaches several network functions, vendors and test campaigns. Finding them all is a manual search.
- 03
Multi-vendor failures are hard to read.
Interoperability failures mix configuration, interface, build, log and test evidence from different suppliers, and the correlation is done by hand.
- 04
Release evidence is scattered.
Specifications, conformance results, security findings, approvals and known issues sit in different tools, and the release package is assembled at the last minute.
Four layers tuned to network delivery.
The same agents, configured with the classifications, relationships, frameworks and gates telecom programmes are reviewed against. Every layer is editable in plain English.
- 01 Classification
Domain, release and assurance classes.
Network domain, service criticality, emergency, lawful-intercept or carrier-grade relevance, specification release, interface and protocol, security assurance, data and privacy, and deployment impact.
- 02 Traceability model
Service requirement to operational evidence.
Service requirement, network function, interface or protocol requirement, software or configuration implementation, conformance, interoperability or performance test, deployment and release, then operational evidence.
- 03 Standards & frameworks
The specifications your teams build to.
3GPP specifications and releases, O-RAN Alliance specifications, ETSI NFV, TM Forum frameworks and APIs, GSMA NESAS/SCAS security assurance, and NIS2 with other applicable security and resilience requirements.
- 04 Lifecycle gates & evidence
Gates from baseline to acceptance.
Specification and release baseline, architecture and interface review, security assurance, conformance and interoperability coverage, performance and capacity, deployment readiness, and operational acceptance.
The Telecom chain, kept intact.
A changed interface without a matching conformance test is caught, and coverage is restored before release.
- Service req
- Network function
- Interface req
- Implementation
- Conformance test
- Release
- Ops evidence
Workflows configured for telecom delivery.
Eight workflows. Each starts from a trigger your team set, reads only the scope you allow, writes to the Azure DevOps artifact it concerns, and stops where your policy needs an engineer.
Release-baselined requirements
Author, validate and map service, network function, interface and protocol requirements to the specification release they apply to.
Requirements Engineer AgentInterface and architecture control
Keep service-based interfaces, APIs, models and their owners under control, and report the downstream impact of every change.
Requirements Engineer Agent
Conformance test generation and coverage
Create or map tests to clauses, interfaces, releases, configurations and expected behaviour, and show where coverage is missing.
QA Engineer AgentInteroperability and failure analysis
Correlate multi-vendor configuration, interface, build, log and test evidence, and summarise the likely cause for the team.
QA Engineer Agent
Security assurance
Triage findings, map controls, verify fixes, and keep NESAS/SCAS or your own assurance evidence current.
Compliance Officer Agent
Pipeline and deployment readiness
Check build, configuration, artifacts, environments, network domain, rollout, rollback and approvals before deployment.
DevOps Engineer Agent
Change impact
Identify the network functions, interfaces, services, tests, vendors, deployments, operations and documents a change affects.
Business Analyst Agent
Release and evidence package
Assemble specifications, implementation, conformance, security, approvals, known issues and deployment evidence into one package.
Release Manager Agent
Sixteen roles, configured for telecom.
The supplied catalog includes these role configurations for Telecommunications. Run them as shipped, or fork them, attach your specification index and procedures as knowledge, and version with rollback.
Requirements Engineer Agent
Keeps every service and interface requirement tied to its 3GPP release, and flags links left on an old baseline.
TestQA Engineer Agent
Maps conformance tests to interfaces and releases, and records per-step results in Test Plans.
ShipDevOps Engineer Agent
Checks build, configuration, environment and rollback before a network function is deployed.
ReleaseRelease Manager Agent
Assembles the release package: specifications, conformance, security findings and known issues.
Telecom roles in the catalog
- Business Analyst
- Compliance Officer
- DevOps Engineer
- Engineering Manager
- Product Owner
- Project Manager
- QA Engineer
- Release Manager
- Requirements Engineer
- Risk Manager
- Scrum Master
- Security Engineer
- Software Architect
- Team Assistant
- Technical Writer
- Test Engineer
An interface requirement changes for a 3GPP release.
An interface requirement is updated for a defined 3GPP release, and a conditional trigger on that change starts the run. The agent reads the requirement and its links, then identifies the affected network functions, API and schema, implementation, vendors, conformance tests, interoperability campaigns, security controls, deployment configurations and release baselines. It creates the review and retest tasks the change needs and flags any test still mapped to the old baseline. The run pauses on an Open Task for the named interface owner. Traceability is verified before release, and the full run history is kept in Job Explorer.
run started · REQ-207 updated
baseline: 3GPP release · interface N11
tracing: 2 NFs · 3 vendors · 9 tests
finding: 2 tests on old baseline
checkpoint · interface owner review
record · traceability verified
- ✓ Network functions identified
- ✓ API and schema impact traced
- ! Conformance tests on baseline
- ✓ Security controls linked
- ! Deployment config reviewed
Agents map and verify. Engineers determine.
Agents draft, map and verify traceability within the scope you configure. Network, systems, software, security, test-lab, operations, product and release authorities keep responsibility for specification interpretation, conformance conclusions, security assurance and deployment decisions. Qualified engineers make and sign the determinations, and Required Approval holds a run until they do.
[ Trusted by Microsoft and industry leaders ]
The questions telecom teams ask.
The workflow can be configured to map requirements and tests to specific specification versions. Content licensing, version control and access to the source documents need to be confirmed for your organization first.
The pack includes O-RAN and interoperability context, and the interoperability workflow correlates multi-vendor configuration, build, log and test evidence held in Azure DevOps. Ask us about the specific test formats and data sources you use.
Not by default. Production network changes would need supported, approved integrations with strong identity, change, rollback and verification controls.
The specification release is part of the classification. The agent checks that linked tests, configurations and releases cite the same baseline, and reports any that do not.
No. Agents run inside your Azure DevOps environment and read only the context their workflow is scoped to. Your project data is not used to train models.
Credits are $0.01 each, pooled across your organization, with no per-user fees. A rule-shaped baseline check can run as an Execution Agent for a flat 4 credits. Agents pause at zero.
Hold one interface to its baseline this week.
Start a free trial with 2,000 credits, no card required. Or bring a real interface change, conformance gap or release package to a 30-minute demo and watch the run, the approval and the record live.
