Overview
AT&T Mexico partnered with Symphonica to launch a fully digital mobile offering in just four months—an industry-first for speed and agility. Powered by Symphonica’s Agentic No-Code OSS and cloud-native architecture on AWS, the project eliminated legacy bottlenecks, enabling real-time orchestration, AI-based automation, and continuous service improvement.
The Challenge: Launching a pioneering, fully digital mobile brand with first-mover advantage in the Mexican market – impossible with legacy IT stack.
To compete in a rapidly evolving market, AT&T Mexico faced a number of barriers. These included operational rigidity, vendor lock-in, and long development cycles that are typical of legacy OSS/BSS environments.
AT&T Mexico needed to:
- Launch a 100% digital mobile offering under an aggressive timeline.
- Avoid the complexity and rigidity of traditional OSS/BSS platforms.
- Integrate dozens of network elements and OTT partners swiftly.
- Enable continuous feedback loops and rapid iteration.
- Eliminate costly and slow change request cycles.
Solution: Agentic No-Code OSS for a Cloud-Native Telco
To meet these challenges, AT&T Mexico turned to Symphonica—the leader in Agentic No-Code OSS and cloud-native service orchestration.
Symphonica delivered:
- A visual design studio that allowed teams to create and modify workflows in hours.
- Cloud-native OSS architecture on AWS, enabling fast deployment and scalability.
- Seamless OSS/BSS integration.
- Built-in AI tools to automate orchestration and enable continuous delivery.
- A fully SaaS model—no infrastructure, no delays, no vendor lock-in.
Key Results
The outcomes speak for themselves. AT&T Mexico successfully modernized its OSS stack, launching a new digital brand with unmatched agility and efficiency.
With Symphonica, AT&T Mexico achieved:
- Market launch in just 4 months, setting a new industry standard.
- Daily process optimization cycles—no code, no delay, no vendor involvement.
- Real-time orchestration of core mobile and third-party OTT services.
- Dramatic TCO reduction and operational independence.