Join our Product & Engineering team within Subscriber Signaling and Policy – Registers, where you’ll work at the core of Subscriber Data Management, modern protocols, and cutting-edge cloud and software technologies. The focus is on building robust, high-performing, secure, and easy-to-use products, with a pragmatic mindset that ensures technology always serves real product value.

In this role, you will use your advanced C++ development skills and design pattern expertise to design, develop, and test resilient systems, while working with protocols such as MAP, SSAP, and Diameter (including IMS and VoLTE interfaces). If you’re excited about solving challenging problems and shaping future-ready network solutions, this is a strong match for you.

You-Have

• Bachelor's degree with 10+ years of experience in development using Advanced C++ programming & design patterns
• Prior experience in design, develop & test any robust systems.
• MAP, SSAP, Diameter base protocol (including IMS, VoLTE interfaces)
• Exposure to http2 and 5G, Cloud knowledge, Kubernetes, Docker

Nice-to-Have

• Strong knowledge in Cx/Sh/S6a/SWx/Zh/Hd Interfaces, LDAP protocol-based database architecture

• Core Network element knowledge is required (e.g., any of UDM, HLR, HSS, EIR etc)

• Familiar with AI Development/Test tools like Windsurf/Cursor/Co Pilot

• Provide technical consultation and ownership for architecture, design, and development of HLR/HSS/UDM features, including enhancements and change requests.

• Drive solutions for complex architecture challenges, new architectural concepts, and customer or maintenance topics.

• Represent Registers products in internal and external forums, acting as a key technical voice.

• Ensure product quality and timely delivery of new features, while efficiently handling customer issues and escalations.

• Perform high-level and low-level design, requirements analysis, effort estimation, development/testing, integration, and collaboration with cross-functional teams.

• Analyze and debug critical customer issues with a strong focus on performance, robustness, and meeting project quality targets.

• Contribute to R&D efficiency improvements, work independently, and proactively propose innovative ideas.