Automation across BSS, OSS, and every channel in between
Telecom operators run on dozens of systems built across decades — billing, provisioning, CRM, network inventory, OSS — most of which were never wired to talk to each other. Primo deployments handle the cross-system work between BSS and OSS layers so customer requests, exceptions, and compliance reporting move at the speed customers expect.
Decades of systems, one customer expectation
A modern telecom operator runs on layers of systems accumulated over twenty or thirty years. Billing platforms, provisioning systems, CRM, network inventory, OSS, partner gateways — each was designed for a specific era of services and rarely integrates cleanly with the next layer that arrived. Service launches, exception handling, and customer-facing operations all have to cross these layers, often through human re-entry.
The customer-facing pressure makes this expensive. Provisioning has to be fast and accurate. Billing exceptions have to be resolved before they escalate. Customer-service handle time depends on how quickly an agent can pull context from four or five back-end systems. Most operators have automated parts of this with hard-coded integrations that don't survive the next BSS upgrade.
Primo deployments in this sector run inside the operator's infrastructure boundary, including the secure zones around OSS and customer-data systems. See deployment architecture →
Typical workflows we automate in telecom
Each pattern below is a recurring scenario across our telecom deployments. The focus here is what gets automated and how — typical outcomes across all patterns are aggregated in the section below.
- 01
Service provisioning across BSS and OSS
A new service activation — mobile line, fixed broadband, enterprise circuit — typically touches CRM, billing, provisioning, network inventory, and partner systems. Each handoff between layers is a place where the order can stall, fail silently, or land in an exception queue.
What Primo automates
- Order intake from CRM, partner channels, and customer self-service
- Cross-system order propagation to billing, provisioning, and network inventory
- Validation against catalogue, eligibility, and inventory data
- Exception handling and routing for orders that fail mid-flow
- Status updates back to CRM and customer-facing channels
- 02
Billing exception handling
Billing exceptions — rating errors, mediation gaps, missing CDRs, dispute cases — accumulate across the monthly cycle and require investigation across rating, mediation, network, and CRM systems. The bulk of exceptions are routine but no single system has the full picture.
What Primo automates
- Daily collection of exception records from rating and mediation systems
- Cross-system investigation against CDRs, customer-record, and provisioning data
- Auto-resolution of low-risk patterns based on configured rules
- Structured escalation packages for cases that need human review
- Reporting back to billing operations and revenue assurance
- 03
Customer operations and ticket triage
A customer-service agent resolving a single issue may need to check billing, usage, provisioning status, network health, and account history. Each system added stretches handle time, regardless of how skilled the agent is.
What Primo automates
- Inbound ticket classification across channels (voice, chat, email, app)
- Cross-system data lookup for billing, provisioning, and network context
- Drafting of standard responses for high-volume categories
- Routing to specialist queues for complex issues
- Status updates back to customers and into CRM
- 04
Network compliance and regulatory reporting
Telecom is one of the most heavily reported industries: spectrum usage, QoS metrics, lawful intercept records, customer complaint statistics, and increasingly cybersecurity and data-protection disclosures. Most of this data exists across many systems and ends up assembled manually under regulatory deadlines.
What Primo automates
- Data collection from OSS, network performance, and customer-experience systems
- Validation against regulatory templates and prior submissions
- Generation of regulatory filings and statistics
- Audit-trail capture for every figure submitted
- Internal review routing before external publication
- 05
Partner and reseller settlement
Wholesale, MVNO, roaming, and reseller relationships generate millions of transactions a month that need to be matched against contracts, rated at agreed terms, and settled with partners. Most discrepancies are routine but require evidence from several systems to resolve.
What Primo automates
- Pulling daily CDRs and partner statements from settlement systems
- Bulk matching against contract terms and rate tables
- Investigation of breaks across rating, mediation, and partner records
- Auto-clearing of low-risk matches, structured escalation for the rest
- Settlement reports back to finance and partner-management teams
What customers in telecom typically see
Aggregated ranges based on industry RPA benchmarks for the sector and Primo's deployments across mobile, fixed, and wholesale operators. For customer-attested numbers from individual deployments, see customer stories →
Reduction in handle time on customer-service tickets
After cross-system lookup is automated. Depends on ticket mix.
Reduction in billing exception backlog
After stabilization, with auto-resolution rules tuned.
Throughput on provisioning order processing
Per order, comparing automated flow to manual fallback.
Reduction in cost of back-office support per service
For automated provisioning, billing, and partner-settlement work.
Ranges synthesized from industry analyst research and published RPA benchmarks for telecom operations. Individual deployment results depend on baseline maturity, process scope, and integration complexity.
Telecom deployments typically integrate with BSS (billing, CRM, order management), OSS (provisioning, network inventory, mediation), partner and roaming gateways, regulatory reporting portals, and customer-facing channels (self-service portals, mobile apps).
Built on Orchestrator·Robot·AI Server. For deployment topology and security posture across BSS and OSS layers, see architecture.