Data localization and regulatory reporting
A regulator wants subscriber data kept in-country and wants controls it can audit. Proving where data lives and reporting on it usually means manual evidence-gathering across dozens of systems.
Solutions · Telecommunications
A sprawling service estate. One set of controls.
Telecom runs on hundreds of internal services across BSS, OSS, and everything between, each team building its own way, all under a regulator that wants subscriber data kept in-country and reportable. You put the whole estate on the same golden paths, keep subscriber data isolated at the database, and prove the controls held with a trail that stands up. Run it on your own stack so localization is a property of where it runs, not a promise.
The pressure you're under
You know these by heart.
The moments that turn a routine deploy into a compliance event.
Subscriber data across many services
BSS, OSS, and internal tools all touch subscriber records, and each integration is another place isolation can slip. Keeping populations apart across a large estate is hard to guarantee by convention.
Every team ships its own way
Hundreds of internal services, each with its own pipeline, gates, and deploy story. Drift accumulates, and one cluster wandering from its intended state can become an outage that customers feel.
How you answer them
What you can put in front of the regulator.
Each capability below is in the product and verifiable. See the mechanisms on our security page, and the tools you can wire in on integrations.
Isolation the database enforces
Subscriber populations are kept apart at the database itself, not by app-layer filtering. One service cannot reach another’s records, even if application code has a bug.
An audit trail you can prove intact
Every action is chained so tampering is detectable. Hand the regulator a trail that holds up and export the evidence on demand, instead of rebuilding it after the request lands.
Policy bundles for the frameworks you answer to
Pre-built policy bundles for ISO 27001, SOC 2, NIST, and GDPR, kept in version control and checked automatically against every change. The bundles map to the frameworks. They are not a certification.
An early signal when the cluster drifts
Catch the live cluster wandering from its intended state before it becomes an outage. Recovery can roll back, restart, or scale, held behind cooldowns and human approval so automation never runs unchecked.
Self-host to keep data in-country
Self-hostable to your own infrastructure, air-gapped if you need it. Localization becomes a property of where the platform runs, not a vendor promise, and governance stays inside your boundary.
Golden paths for every team
New services start from a paved road: pre-wired with pipelines, scan gates, deployment, and observability. The whole estate ships the same way instead of each team reinventing controls.
What adoption looks like
How you'd put it to work.
Rather than pre-write outcome metrics, here is how your telecom team actually puts it to work, step by step. The results are yours to measure.
Stand up an isolated tenant
Provisioning sets up identity, database, namespace, and secrets in one step, with automatic rollback if anything fails. Subscriber isolation holds from the first row written.
Connect the estate you already run
Wire in your BSS and OSS systems, security scanners, cloud, and observability through the built-in connectors. IntegraCI orchestrates and gates them. Your runners execute.
Govern releases and localization as code
Put ISO 27001, NIST, and GDPR policy bundles in the path of every change, and let the audit trail record each action. When the regulator asks, you export evidence instead of assembling it.
Ship across the estate. Keep the regulator satisfied.
Request a demo and see it on your own stack, or talk to us about a telecom rollout. Localization, air-gap, and procurement included.