Cassava Technologies, the pan-African infrastructure group backed by Nvidia, has launched Cassava Autonomous Network, an agentic AI platform designed to tackle one of the continent’s most persistent telecom headaches: network downtime and slow manual fixes. Unveiled at MWC 2026 and announced March 3, 2026, the system uses Nvidia’s AI infrastructure, NIM microservices, and Network Configuration Blueprint to shift operators from reactive, human-led interventions to continuous, intelligent, self-optimizing networks.
Africa’s mobile networks, spanning 2G to 5G across diverse geographies, face chronic issues. Power outages, backhaul constraints, multi-vendor complexity, and regulatory hurdles often lead to extended outages or degraded service. Repair teams can take hours or days to diagnose and resolve faults, costing operators revenue, subscriber loyalty, and overall efficiency. Cassava claims its solution can cut operational bottlenecks by up to 75% through policy-driven automation, real-time optimization, and self-healing capabilities that adapt to local conditions without constant manual tweaks.
The platform is built specifically for emerging-market realities: full-spectrum support from legacy 2G to cutting-edge 5G, integration across RAN, core, IP/MPLS, optical, and satellite backhaul, and compatibility with multi-vendor environments common in Africa. It runs on CAIMEx, Cassava’s localized multi-model AI platform, which provides unified access to leading models while leveraging the company’s pan-African fiber network and data centers for low-latency inference.
Ahmed El Beheiry, Group COO and Group Chief Technology & AI Officer at Cassava Technologies, described the launch as a milestone: “Cassava Autonomous Network combines NVIDIA’s AI infrastructure with the inclusivity of Africa’s networks’ needs and Cassava’s extensive experience in the telco industry. With this solution, we are delivering on a significant step toward intelligent, self-healing, autonomous networks that drive coverage, quality, profitability, and improve customer experience across the continent.”
This isn’t Cassava’s first Nvidia collaboration. The company secured an equity investment from Nvidia in October 2025 (terms undisclosed), following Google’s earlier stake, and has been rolling out Nvidia-powered AI infrastructure across its data centers in South Africa, Nigeria, Kenya, Egypt, and Morocco. Plans include deploying thousands of GPUs to create Africa’s first “AI factory,” delivering GPU-as-a-Service (GPUaaS), AI-as-a-Service, and sovereign AI capabilities tailored to local data, languages, and use cases.
The autonomous network fits into that broader strategy: it turns connectivity into an AI-ready foundation, enabling faster rollout of digital services while reducing opex for operators. By minimizing downtime and manual effort, it aims to improve coverage in underserved areas, enhance quality in congested urban spots (relevant for Lagos commuters reliant on mobile data), and boost profitability, critical in markets where ARPU remains low.
Africa’s telecom sector has seen massive subscriber growth but uneven quality. Outages disrupt everything from mobile money transactions to remote education and healthcare. Cassava’s approach, agentic AI that learns from operator data via the open Nvidia blueprint, offers a regionally attuned alternative to imported solutions that often struggle with local constraints like power instability or vendor fragmentation.
Execution will be the real test. Onboarding operators, ensuring seamless multi-vendor integration, and proving the 75% efficiency gain in live networks will determine adoption. Yet Cassava’s scale, operating across dozens of countries with extensive fiber and data center assets, gives it a strong starting position.
For Lagos and other Nigerian cities where network reliability directly impacts daily life and business, this could mean fewer dropped calls, faster data, and more resilient services. Backed by Nvidia’s AI muscle, Cassava is betting that intelligent, autonomous networks can finally address Africa’s connectivity gaps at scale, turning infrastructure pain into a foundation for the continent’s digital future.
