Microsoft

Fastagger Launches Auni, an AI Analytics App for Kenyan SMEs


Executive Summary

Nairobi-based startup Fastagger has launched Auni, an AI-powered business intelligence application aimed at small and medium enterprises (SMEs) in Kenya. Integrated within Safaricom's M-Pesa super app, Auni uses Microsoft AI technologies to automatically extract and analyze transaction data from mobile money PDF statements. The application provides SMEs with actionable insights into customer behavior, sales trends, and operational efficiency, enabling data-driven decisions without requiring expensive hardware, constant internet connectivity, or technical expertise.

Key Takeaways

* Core Functionality: Auni uses Optical Character Recognition (OCR) and AI models to convert unstructured data from M-Pesa PDF statements into organized, analyzable business intelligence.

* On-Device AI: The app is designed to run locally on low-cost smartphones and can function offline, overcoming common challenges with internet connectivity and cost in emerging markets.

* Business Insights: It allows business owners to track customer retention, identify sales trends, map customer locations for retail strategy, and send targeted marketing messages.

* Technology Stack: The app is built on Microsoft Azure and utilizes Microsoft's Phi-3 and Phi-4 small language models, along with open-source tools like Table Transformer.

* Target Audience: The primary users are micro, small, and medium enterprises in Kenya that rely heavily on the M-Pesa mobile money platform for transactions.

* Availability & Adoption: Auni is available as a mini-app within Safaricom's M-Pesa business super app and signed up 3,500 businesses in its first three months.

Strategic Importance

This initiative demonstrates a practical application of edge AI to empower the massive, underserved market of small businesses in emerging economies. By embedding advanced analytics into an existing mobile money ecosystem, Auni provides a scalable model for driving economic growth through accessible technology.

Original article