Choosing project management software for an African electrification or infrastructure contractor

If you run an electrification, fiber optic, or general infrastructure contracting business in Africa, you have probably been pitched at least three different "project management platforms." Most of them are global SaaS tools retrofitted for your context. A few are local point solutions. None of them quite map to how the work actually runs.

This is a buyer's guide, not a product page. The product recommendation comes at the end. The framework is more useful — even if you choose a different system at the end of it.

Why generic project software does not fit

Most "construction project management software" is built for vertical building contractors — superstructure, MEP, finishes. Electrification and fiber are different work. Linear right-of-way over tens of kilometres. Utility submission cycles. Permit-to-work regimes. BOQs in poles, spans, connections, and kVA — not square metres.

A generic project tool will model your work in tasks and Gantt bars. That is fine for the project plan. It is not fine for the operational layer where margin is made or lost — which is materials, crews, safety, fleet, payroll, and live progress against contract milestones.

The questions below break down what a working operational layer needs to do. If a platform you are evaluating cannot answer these — or only answers them after configuration that takes six months — it is not the right fit.

Question 1: Does it model unit-of-work progress against BOQ?

Tasks and Gantt bars are not enough. The system has to track installed quantity per BOQ line — connections, spans, poles, kVA, kilometres of conductor. The percentage progress at any level should be a roll-up of installed quantity against contracted quantity, not a manual progress field someone updates on Friday.

If you cannot generate "we have installed X of Y on this BOQ line, against the contracted milestone certification" as a query, the system does not understand your work.

Question 2: Does material variance reconcile continuously, not at month-end?

The materials issued from store should reconcile against materials installed on site, per BOQ item, per crew, per site, per week. As-built records should close out the BOQ line. Variance — wastage and shrinkage — should be visible at the day level, not at the stock-take level.

Without this, the contractor is permanently in arrears on the cost line that drives most of their margin.

Question 3: Are work permits, toolbox talks, and daily safety updates first-class records?

Health and safety on paper is a regulatory liability waiting to happen. Permits-to-work need reference numbers, lifecycle states (issued / active / closed / expired), and queryable history. Toolbox talks need attendance records, dates, topics. Daily safety updates need to be a fast structured submission — not a free-text email.

A platform that handles operations but not safety is a platform that will leave you scrambling at the next audit.

Question 4: Does payroll handle the countries you actually run in?

Multi-country project work in Africa means different statutory regimes per country. Kenya: NSSF, SHIF, Housing Levy, PAYE. Tanzania: INSS, WCF. Uganda: NSSF and PAYE on a different schedule. Mozambique: IRPS and INSS again differently.

A "configurable" payroll module that requires an accountant per country to set up the rules is not multi-country payroll. Multi-country payroll has the rules built in, with effective-date support so when a regime changes you do not have to re-engineer it.

Question 5: Does the mobile app handle field capture, including offline?

Crews capture data on phones. Sometimes there is connectivity. Sometimes there is not. If the mobile experience is a thin wrapper that needs a connection, you will lose data quality on the days that matter most. The capture flows that matter — installed quantity, material issuance, daily safety updates, fuel logs — all happen in the field.

Question 6: Does the system handle four-layer budget control?

A working budget on an infrastructure contract has at least four layers:

1. The project budget — the top-level allocation
2. Internal expense requests — pending approvals against the budget
3. Material budget — allocated and consumed against POs and material issues
4. Construction / labour budget — allocated against contractor work assignments

Without this layering, the project manager cannot tell whether they are over-spending in time to do something about it. The cash burn report comes too late.

Question 7: Who picks up the phone when you call support?

This one is operational, not technical. A generic SaaS helpdesk reading from a knowledge base helps you click buttons. An engineer who has run electrification or fiber projects helps you decide what to do next. On a slipping schedule, the latter is worth significantly more than the former.

Where InfraPro fits

InfraPro is the answer Emeran arrived at across all seven of the questions above. Built on Laravel and Vue, with an Expo mobile app, with multi-country payroll for Kenya, Tanzania, Uganda, and Mozambique built in from the start. It exists because we run electrification projects ourselves and nothing on the market answered these questions cleanly.

If you would rather build your own — fair. The framework above will guide that conversation. If you would rather see ours, request a demo and we will set it up on a project shape that matches yours.

For the full overview, see /software/infrapro. For the longer category guide, see /software/electrification-project-management.