Asoba Product Library
Digital sovereignty through distributed AI infrastructure
Ensuring 100% Electricity Availability Across Africa
Africa's energy future won't be built on yesterday's centralized models. While utilities struggle with aging infrastructure and foreign cloud dependencies, we're deploying distributed AI that turns every solar installation into an intelligent power plant—owned, operated, and optimized by Africans, for Africa.
Our product suite transforms three critical energy challenges into competitive advantages: unreliable grid infrastructure becomes distributed resilience, municipal capacity gaps become AI-assisted efficiency, and foreign technology dependence becomes local digital sovereignty.
Ona Energy Management Platform
Intelligent Operations & Maintenance for Solar Assets
Primary Use Case
Deployed as a cloud-native SaaS platform for solar farm operators, independent power producers, and renewable energy asset managers. Integrates directly with existing SCADA systems, inverters, and weather stations to provide real-time monitoring, predictive maintenance alerts, and automated optimization recommendations for solar installations ranging from 1MW to 500MW+.
How It Powers Energy Independence
- Predictive Maintenance: AI algorithms analyze equipment performance patterns to predict failures before they occur, reducing downtime and extending asset life
- Performance Optimization: Real-time monitoring identifies underperforming panels and automatically adjusts inverter settings to maximize energy output
- Weather-Adaptive Intelligence: Machine learning models trained on African weather patterns optimize energy production for local conditions
Energy Analyst LLM
Municipal Energy Policy Oracle
Primary Use Case
Deployed as a web-based AI assistant for municipal energy departments, city councils, and local government officials. Provides instant access to SSEG regulations, automated application processing workflows, and citizen query handling. Designed for municipalities with limited technical resources who need to manage distributed energy applications efficiently.
How It Powers Energy Independence
- Automated Application Processing: AI reviews SSEG applications for compliance, identifies missing documentation, and provides instant feedback to applicants
- Regulatory Knowledge Base: Maintains up-to-date database of energy regulations, tariffs, and policy changes across all municipalities
- Citizen Self-Service: Residents can get instant answers about solar installation requirements, permits, and grid connection procedures
Ona Edge & Agrivoltaics
Edge AI Processing Network
Primary Use Case
Deployed as distributed edge computing infrastructure for rural electrification, IPPs, government agencies, and enterprises requiring local AI processing. Each node consists of solar-powered GPU clusters with up to 99.9 percent uptime, low-latency processing, and sovereign data handling. Ideal for customers needing to keep AI workloads on premisee for compliance, performance, or cost reasons.
How It Powers Energy Independence
- Local Data Processing: AI workloads run on African soil, ensuring data sovereignty and compliance with local data protection laws
- Low-Latency Computing: Edge nodes provide faster processing than distant cloud services, critical for real-time energy management applications
- Sustainable Infrastructure: Solar-powered nodes reduce operational costs and environmental impact while providing reliable 24/7 compute capacity
The Data Revolution Starts Here
Every query processed, every MW optimized, and every node deployed builds Africa's energy intelligence. While competitors extract data and profits offshore, we're building the foundation for continental energy independence—one distributed algorithm at a time.
Ready to own your energy future? Our platforms are deployed and generating results today.