Redefining Telecom with Open Innovation and 5G Expertise
HCLTech is reimagining traditional approaches to telecom network infrastructure with cutting-edge O-RAN services and 5G engineering. Our solutions foster innovation, open ecosystems and intelligent automation, empowering operators and enterprises to navigate the complexities of the 5G era.
As a trusted R&D and engineering partner to the leading global tech companies, we deliver scalable solutions that enable seamless integration, accelerate deployment and improve operational efficiency across the telecom industry.
Frequently Asked Questions about ORAN 5G Engineering Services
HCLTech provides end-to-end O-RU certification through our 5G Lab as a Service offerings, covering Open FrontHaul test automation, SMO/RIC test automation and AI validation. We help clients cut certification bottlenecks and accelerate time-to-market—delivering carrier-grade reliability without the delays that typically slow 5G deployments.
BluGenie is our AI-powered cognitive analytics troubleshooting tool designed for telco cloud environments. It analyzes dynamic network behavior in real time, reducing telemetry collection overhead and accelerating mean time to repair. For communication service providers managing NFV complexity, BluGenie delivers measurable performance improvements and faster resolution of critical production issues.
We develop rApps, xApps and SON-apps that bring real intelligence to open RAN environments. Built on our Rapid App Development Platform and working alongside RAN Intelligent Controller solutions, these AI-driven applications help clients optimize performance, automate decisions and maintain operational agility—all aligned to carrier-grade standards.
Our 5G Digital Twin is part of our intelligent automation suite, designed to help clients simulate, benchmark and validate network scenarios before live deployment. Combined with RAN simulators and GenAI Edge Analytics, it reduces rollout risk, supports performance benchmarking and accelerates adoption to carrier-grade standards at scale.
Our sustaining engineering services cover the complete platform lifecycle—from product engineering and device testing to open source hardening, security testing and 5G Academy training. We keep telecom platforms secure, compliant and interoperable, giving clients a dependable long-term partner for maintaining performance as network demands evolve.
We combine deep automation with robust test capabilities across our 5G lab services to streamline validation for ORAN and 5G technologies. Our HCLTech Validated Blueprints and Benchmarking as a Service further compress testing cycles—helping clients move from validation to live deployment faster and with greater confidence.
Yes. Our open, interoperable architecture is built specifically for multi-vendor environments. Through our ecosystem partnerships and Lab as a Service capabilities, we help clients integrate across vendors seamlessly—enabling strategic scaling as market conditions evolve, without the lock-in risks that have traditionally complicated open RAN deployments.
Yes. Our AI/ML-powered xApp for 5G network traffic steering earned the Telecom Infra Project's silver badge recognition for exceptional performance. Developed to work alongside a RAN Intelligent Controller, it optimizes network efficiency and improves user experience—validating our expertise in delivering commercially impactful RAN AI solutions.
We take a comprehensive approach—integrating advanced security testing and open source hardening across all O-RAN components throughout the full platform lifecycle. Our sustaining engineering and security testing capabilities help clients stay resilient against evolving threats, protecting both network infrastructure and the reputational capital that operators depend on.
Through AI/ML-driven RIC solutions and intelligent rApp and xApp capabilities, we help mobile network operators adjust radio access in real time. This enables dynamic spectrum optimization, improved energy efficiency and scalable capacity management—so clients can respond confidently to demand surges without compromising network performance or sustainability goals.
