Simplifying Complex Telecom Integrations Using a Scalable Numbering Platform

Built to handle high availability, massive scale, and complex telecom integrations.

Client

A US-based telecom software provider serving 15+ telecom operators across 10+ countries, delivering large-scale numbering and regulatory solutions for telecom networks worldwide.

The Challenge

The client operated a complex, multi-node telecom numbering platform processing millions of transactions per day. The platform required modernization without compromising reliability or regulatory compliance. As the platform scaled, several challenges emerged: 

Our Strategy

TechTez adopted a platform-first modernization strategy, focused on resilience, integration clarity, and long-term scalability. 

  • Designed a highly available, horizontally scalable architecture capable of handling sustained high transaction volumes 
  • Established a clear integration orchestration layer to manage enterprise, network, and regulatory interactions 
  • Modernized the UI using Angular and REST-based services to support parallel users and modern browsers 
  • Reduced dependency on proprietary frameworks by adopting open-source, enterprise-proven technologies 
  • Ensured modernization was delivered without disrupting live telecom environments 

Architecture & Workflow

Platform Highlights:

Technology Architecture

  • Application & Runtime: Java 8, JBoss 7, Apache Web Server  and Red Hat Enterprise Linux 
  • Integration & Services: JMS, IBM MQ, TIBCO, RESTful & SOAP Web Services, CORBA, TCP/IP 
  • Data Layer: Oracle, MySQL 
  • User Interface: Angular, Struts 
  • Quality, Performance & Delivery: Silk Performer, JMeter, Selenium, Robo Framework, SOAP UI and JIRA 

Why It Matters

Telecom numbering systems are foundational to network operations downtime or failure is not an option. By modernizing the platform while preserving operational continuity, TechTez helped the client:

Results

Our Thought Leadership Guides

Mobile App Performance Testing for Slow Network Conditions

Optimize mobile app performance by testing under simulated network throttling. Validate responsiveness, speed, and reliability in any environment
Mobile app performance testing, slow network testing, unstable network conditions, mobile app optimization, network throttling testing, mobile app stability testing, low bandwidth testing, mobile app performance monitoring, high latency testing, mobile application testing

From 7 Systems to One: How a Global Enterprise Automated Operations Across HR, Finance, IT, and Procurement

An agentic, multi-agent AI assistant that plans, executes, and completes tasks via secure tool orchestration and live APIs turning user prompts into real outcomes like bookings and itineraries.

Measuring AI ROI: KPIs & Dashboard Strategies

Imagine this: Your team spends hours each week chasing approvals on email threads, entering data...