Overview
Millicom’s Tigo, a leading telecom group operating across Latin America, faced growing operational complexity with fragmented OSS stacks spanning mobile, fixed, broadband, and TV services in nine countries.
To simplify operations, reduce OPEX, and accelerate time-to-market, Tigo turned to Symphonica—the first cloud-native, agentic no-code OSS.
The result: A single, AI-powered service orchestration layer driving impressive operational efficiencies through agile, automated service delivery across all the operations.
Challenges
OSS Fragmentation
Each Tigo operation ran its own OSS stack, tailored to local vendors and technologies. This created duplicated efforts, siloed processes, and made it impossible to reuse integrations, workflows, or learnings across markets. Innovation in one country did not translate into acceleration for others.
Manual Operations
Service fulfillment relied heavily on human intervention—order handling, device provisioning, error resolution—all done manually, across every different country. This led to delays, inconsistencies, and higher operational costs.
Vendor Lock-In
Legacy OSS platforms depended on proprietary cartridges—custom-built connectors that were not reusable, not adaptable, and fully controlled by the vendor. Every new integration meant starting from scratch. Worse, operators were forced into expensive, ongoing professional services engagements just to make basic changes—turning simple modifications into multi-month, high-cost projects.
Scalability Issues
The fragmented architecture made it hard to scale new services or unify post-merger assets. There was no clear path for OSS consolidation after M&A, and every expansion felt like a new IT project rather than a business rollout.
The Solution: Symphonica on AWS
Tigo deployed Symphonica, the leader in cloud-native, Agentic No-Code OSS, as a centralized AI-powered service orchestration layer across all operating countries. Key features included:
- Agentic Workflow Automation: Built with an AI-assisted visual designer—no code required.
- Connector Studio: Seamlessly integrated 50+ network technologies and digital services.
- Cloud-Native SaaS: Deployed in AWS Virginia for multi-country scalability and high availability.
- Real-Time Order Handling: Massive order volumes processed with built-in intelligence and self-healing logic.
Impact & Results
By replacing fragmented, country-specific OSS stacks with a single cloud-native orchestration layer, Tigo achieved one of the most comprehensive OSS transformations in Latin America.
Key outcomes across the region:
OPEX reduced by over 60%
By consolidating platforms, automating fulfillment, and eliminating vendor overhead, Tigo cut operating expenses significantly across all nine markets.
Order fallout rate reduced by 91%
Symphonica’s agentic, no-code workflows dramatically improved fulfillment accuracy, minimizing manual intervention and rework across all markets.
Professional services spend slashed by 88%
Tigo eliminated recurring integration and customization costs by empowering local teams to build and modify workflows autonomously—without vendor dependency.
Operational workforce reduced by 72%
With automation replacing manual provisioning and order handling, Tigo significantly streamlined OSS-related roles while improving delivery speed and service reliability.
Unified operations across 9 countries
All business units now share one orchestration platform—enabling faster rollouts, reusable integrations, and simplified post-merger consolidation.
Enabled M&A execution and product consolidation
With a single OSS backbone, Tigo now integrates new acquisitions rapidly and consolidates overlapping product catalogs and workflows, delivering a consistent experience while cutting complexity.
Accelerated time-to-market: from 2 quarters to 2 weeks
New digital services that once took months to deploy are now launched in days—thanks to visual design, reusable assets, and no-code deployment across all regions.
Future-ready with AI and no-code agility
Tigo can launch, adapt, and scale services without code, IT bottlenecks, or vendor delays—setting the stage for autonomous operations.