Custom software development in Uganda — built for the business environments here, not elsewhere
Off-the-shelf software is built for the average business in the market it was designed for. If your business operates in Uganda — with Ugandan connectivity, a Ugandan workforce, and Ugandan business processes — off-the-shelf software produces workarounds, not solutions. Peter Bamuhigire has spent 15 years building software that works in the actual environment it has to operate in.
The difference between software built for Uganda and software adapted for Uganda
A Ugandan property management system needs to handle payment in UGX, track tenants by their national ID format, and work on the mobile network infrastructure available in Kampala and secondary towns — not the 100Mbps fibre connections Western software assumes. A Ugandan POS system needs to handle load-shedding gracefully: offline mode, local data storage, sync when power and connectivity return. The three proprietary platforms built by this practice — Maduuka (business management), Aqar (property management), and Longhorn ERP — were designed from the ground up for this reality. They handle the Uganda-specific edge cases: mobile money integration, offline operation, UGX currency, Luganda and English interface options, and variable connectivity.
Custom development for organisations that need something built to their specifications
Where an existing platform doesn't cover the requirement, custom software is built from a specification derived from the organisation's actual processes — not a generalised template. Custom engagements have covered ICT management systems for research institutions, staff management systems for hospitality groups operating across multiple Uganda locations, and data management platforms for NGOs operating in rural Uganda.
Proprietary platforms built for Uganda
Three production systems — not prototypes — serving Ugandan and East African organisations today.
Maduuka
Business management software for Ugandan SMEs. Handles UGX, mobile money, offline mode, and multiple users. Built for the Ugandan retail and hospitality environment.
Learn more →Aqar
Property management software for Ugandan landlords and estate agents. Rent collection, tenant records, maintenance tracking, and reporting in UGX.
Learn more →Longhorn ERP
Enterprise resource planning for Ugandan and East African businesses. Multi-currency, multi-branch, multi-user. Handles Ugandan tax reporting requirements.
Learn more →Work in context
Proof in context
Staff management system — hospitality group, Uganda
Multi-location staff management and payroll system deployed across 4 Uganda hospitality properties. Offline-capable, UGX payroll, management reporting in real time.
Common questions about software development in Uganda
Questions asked most often by Ugandan organisations before starting a development engagement.
How much does custom software development cost in Uganda? +
Custom software costs in Uganda range from UGX 8,000,000–40,000,000+ (USD 2,200–11,000+) for web applications, and UGX 30,000,000–200,000,000+ (USD 8,000–55,000+) for ERP systems. The range is wide because scope varies significantly. A 30-minute diagnostic call will produce a realistic budget estimate for your specific requirement at no charge.
What technologies do you use? +
Modern web technologies: PHP, MySQL, Python, and JavaScript (React/Vue) depending on the requirement. All code is documented, tested, and delivered with source files and training materials.
How long does a software project take in Uganda? +
A custom web application typically takes 6–16 weeks from specification to delivery. An ERP implementation takes 3–9 months depending on the number of modules and the complexity of data migration. These timelines are based on actual Uganda projects, not estimates.
East Africa-wide project?
This practice builds and deploys software across East Africa. See the East Africa software development page for regional context and multi-country deployments.
Software development across East Africa →Describe your software requirement
The first step is a 30-minute diagnostic to establish whether your requirement is better served by an existing platform or a custom build — and what a realistic budget looks like.