// Quality Engineering For
The Networks That Connect Everything.
Modern telecom networks process millions of simultaneous connections while maintaining sub-millisecond latency and complex billing accuracy. Jignect's QE ensures your OSS/BSS systems and 5G infrastructure perform flawlessly at scale.
8 Core Areas of Telecom QE Excellence
Capability areas built around the scale, latency, and billing-accuracy demands of modern telecom networks.
BSS Testing
//01Billing accuracy, invoice validation, subscription management, and CRM integration, ensuring every charge is correct.
OSS Testing
//02Network provisioning, fault management, SLA monitoring, and network inventory validation for service activation workflows.
5G & NFV Testing
//03Network slicing, edge functions, protocol conformance, and virtualized network functions validated against 3GPP compliance.
VoIP & UC Testing
//04Call quality metrics, codec validation, conferencing systems, and failover/redundancy, with jitter, latency, and packet loss validated.
MVNO Platform Testing
//05Virtual operator provisioning, roaming agreements, subscriber lifecycle, and revenue assurance with settlement accuracy.
API & Service Layer Testing
//06REST/SOAP/gRPC APIs, partner integration, service exposure, and OpenAPI compliance across the full API contract.
Performance & Load Testing
//07Millions of concurrent sessions, failover/DR, geographic redundancy, and network change impact validated at scale.
Compliance & Security Testing
//08GDPR, CALEA, number portability, SIM fraud detection, and roaming security validated against regulatory requirements.
// Systems & Platforms We Test.
OSS (Operations Support Systems)
BSS (Business Support Systems)
5G Core & RAN Infrastructure
VoIP & Unified Communications Platforms
MVNO & Virtual Operator Platforms
Billing & Rating Engines
Network Provisioning Systems
CRM & Customer Self-Service Portals
IMS & Voice Infrastructure
Network Slicing & Edge Computing (MEC)
// 5-Phase Telecom QE Journey
Network Architecture Review
Document existing OSS/BSS, 5G, and VoIP architectures, identifying interdependencies, failure points, and compliance gaps.
OSS/BSS Integration Audit
End-to-end workflows traced from order through provisioning to activation to billing, validating synchronization and data integrity.
Protocol & Compliance Testing
5G/NR conformance, network slicing, and legacy coexistence validated, alongside GDPR, CALEA, and number portability requirements.
Performance & Failover Validation
Load testing for millions of concurrent subscribers and calls, validating failover, recovery, and geographic redundancy.
Continuous Release & Network Change Support
QE gates for releases, patches, and capacity changes, with automated testing pipelines and on-call QE expertise during major network events.
// Proven in the Real World.
// What Engineering Teams SayAbout Working With Jignect.
// Questions, Answered.
What makes telecom QE different from traditional software QA?
Telecom networks operate at scale, with latency measured in milliseconds and regulatory requirements like GDPR and CALEA. Telecom QE validates performance, reliability, compliance, and OSS/BSS/network interdependencies. As a telecommunications QA company, our telecom OSS BSS testing is built for exactly this scale.
How do you test 5G infrastructure?
Protocol conformance (3GPP standards), network slicing, edge computing (MEC), and performance under load, across RAN and virtualized core network functions.
How do you ensure billing system accuracy?
Rating engines, tax calculations, discount logic, subscription state machines, and invoice generation, including plan changes mid-cycle and disputed charges.
Can you test our existing OSS/BSS systems, or do we need to replace them?
We test existing systems as-is, platform-agnostic across Amdocs, Openet, Comtech, and custom-built OSS/BSS platforms.
What about VoIP and unified communications testing?
SIP signaling, RTP media quality, codec validation, IMS infrastructure, failover events, and compliance (E911, CALEA).
Why does telecom network complexity require specialized QE?
Millions of simultaneous connections and protocol diversity across LTE, 5G, VoIP, and legacy systems mean traditional QA frameworks collapse under this complexity.
How do OSS/BSS system interdependencies affect testing?
A single billing error cascades into churn, and a provisioning failure blocks service activation. Testing must validate end-to-end workflows, not isolated components.
What makes 5G and network technology transitions risky to test?
Network slicing creates isolated virtual networks with different SLA requirements, and new protocols like NR and O-RAN require rigorous conformance testing.
What regulatory and compliance pressures do you test for in telecom?
GDPR consent and data handling, CALEA and ETSI standards, lawful interception, and number portability and roaming agreements.
What telecom systems and platforms do you test?
OSS, BSS, 5G core and RAN infrastructure, VoIP and IMS platforms, MVNO systems, and billing/rating engines, covering 3GPP, GDPR, and CALEA compliance.