What it costs to build a SaaS product in Kenya in 2026

“How much will it cost?” is the question everyone wants answered first, and the honest first answer is a range too wide to plan with. Two products that sound alike in one sentence can differ several times over in effort, because the sentence leaves out what actually takes the time.

So this post does not offer a market price. We have not found a reliable survey of what software costs to build in Kenya, and we would rather not invent one. Our own prices are on our pricing page, where they are kept current. What follows is the part we can say without knowing your project: what moves the number, why the lowest quote so often turns out to cost the most, what to buy before the build, and the costs that arrive after launch, which are the ones nobody budgets for.

What actually drives the cost

How many kinds of user there are. An administrator, staff with limited permissions, customers, perhaps agents or field workers. Each kind has its own screens, but the time goes into the rules between them: who can see which records, who can approve what, what a person sees when their access is withdrawn. A product with one kind of user and a product with four are different sizes of project, even when the feature lists look the same length.

Whether it touches money. Taking payments is the easy part. Allocating them to what is owed, handling partial and duplicate payments, issuing receipts, reversing mistakes and reconciling against the provider’s statement is where the work is. We wrote about the M-Pesa side of that and about what happens after a payment arrives. If a product moves money, budget for that work explicitly rather than as a line called “payments”.

Integrations with systems you do not control. M-Pesa through Daraja, KRA’s eTIMS, SMS gateways, banks. Each comes with its own documentation, its own sandbox, and its own go-live process run by somebody else. Daraja’s go-live needs an operator with the right role on your M-Pesa organisation portal; a system-to-system eTIMS integration goes through KRA’s own testing and certification. Those steps take calendar time that no amount of engineering shortens, so a quote that treats them as a day of coding has not looked.

Whether it serves many organisations. A product sold to many businesses, each seeing only its own data, has to be designed that way from the first table. Retrofitting tenant isolation into a product built for one customer is one of the more expensive changes there is, because it touches every query.

The data you already have. Most businesses arrive with years of spreadsheets. Importing them, with validation a non-technical person can understand and opening balances that make the first month’s reports correct, is real work. When we built the import for rentiQ, our property management product, it covered properties, units, tenants and leases with opening balances, and it was a project in its own right.

The reports the business runs on. Tax summaries, arrears, statements, management reports. They are often specified last and rewritten most, because nobody can say what they need until they see what they get. Asking for the three reports that matter most during scoping saves a rebuild later.

Compliance. Kenya’s Data Protection Act 2019 sets rules for collecting, keeping and sharing personal data, and some businesses must also register with the Office of the Data Protection Commissioner. Invoices are governed by eTIMS. Neither is optional, and both are cheaper designed in than bolted on.

The quality floor. Automated tests, continuous integration, a staging environment, monitoring, backups that have been restored at least once. Each costs something up front. Each saves more than it costs over the life of the product, which is exactly why they are the first things cut from a low quote.

Who writes it. A senior engineer costs more per hour and usually less per feature, because fewer of the hours are spent learning, undoing, and redoing. The rate on the quote is not the cost of the software.

Why the cheapest quote is usually the most expensive outcome

Quotes for the same brief can differ widely, and the difference is rarely efficiency. It is almost always scope that one vendor included and another left out, often without saying so. The most common omissions are the parts nobody sees in a demo:

• No tests, so every later change risks breaking something that worked.
• No staging environment, so changes are tried for the first time in front of customers.
• No backups, or backups nobody has restored.
• No documentation and no handover, so only the original developer can change anything.
• The code, the hosting account or the domain registered in the vendor’s name rather than yours.
• A fixed price on a vague scope, which becomes either a stream of change requests or a stream of corners cut.

None of these shows up until after you have paid, and each turns into a cost later: a rewrite, an outage, a vendor you cannot leave. When you compare quotes, compare these lines before you compare the totals. Who owns the repository and the hosting account? Is there a staging environment? Are tests included, and will you see them run? What does handover include? What does support cost after launch, and who answers at night?

A vendor who has thought about those questions answers them quickly. One who has not will improvise, and the improvisation is the answer.

What a scoping engagement buys

The gap between a brief and a price is closed by understanding the problem properly, and that work has to be done by somebody before an honest fixed price can exist. A scoping engagement is that work, paid for and done first.

What it should leave you with: a written specification of what will be built and what will not, a sequence of milestones, the integrations and their external lead times, a fixed price for the build, and an estimate of what the system will cost to run. The specification should be yours, so you can build from it with anyone, including a vendor other than the one who wrote it.

It is the cheapest point in the project to discover that the idea needs to change, and the most useful. We wrote separately about what a scoping call is for, which is the free conversation that comes before it.

Build, buy, or both

Not everything should be built. Buy when the process is standard and the product fits it: accounting, payroll, email, general CRM. Mature products in those categories have absorbed years of edge cases you would otherwise pay to rediscover.

Build when the process is the business, or when local requirements are not served by what exists. A rental business reconciling M-Pesa Paybill payments against leases, a lender with its own credit rules, an operator whose invoices must go through eTIMS from its own system: these are the cases where an off-the-shelf product either does not fit or fits by forcing the business to change how it works.

Most real answers are both. Buy the commodity parts, build the part that is yours, and connect them. Whatever you buy, check three things before signing: whether you can export all of your data in a usable form, whether it supports the way your customers actually pay, and where it stores personal data, because the Data Protection Act has rules about personal data leaving Kenya.

Total cost of ownership: the bill after launch

The build has a scope, a date and an invoice. Running it has none of those, which is why it gets left out. We covered the operational side in what running SaaS actually costs after launch. The items people most often forget to budget for:

• Hosting, and the currency it is billed in. If your hosting is billed in dollars and your revenue is in shillings, the exchange rate is part of your cost base.
• Per-transaction charges. Payment providers charge per transaction. Safaricom’s own Daraja documentation notes that, depending on the tariff, an M-Pesa charge falls on the business or is split between the business and the customer. SMS is charged per message. At low volume these are noise; at scale they are a line in the budget.
• Upgrades. Frameworks and libraries publish support windows. A version that falls outside its window stops receiving security fixes, and an application left alone for a year or two turns routine upgrades into a project.
• Monitoring, backups and the restore drill. Someone has to know a queue has stalled before a customer does, and someone has to have restored a backup recently enough to be sure it works.
• Support and on-call. When a payment integration fails at night, a person has to be reachable. Whether that is your own staff or a retainer, it is a cost.
• The person who owns it. Somebody on your side has to make decisions about the product after launch. Their time is part of what it costs.

A useful rule when budgeting: plan the build and the first year of running it as one number. If the build consumes the whole budget, the product launches into a year it cannot afford.

A way to plan the money

Start with the smallest version that proves the product is worth more investment: the core workflow, the money handling done properly, and nothing else. Fix its price after scoping. Budget the first year of running alongside it. Keep a margin for the integrations whose timelines belong to somebody else. And settle, before any code is written, that the repository, the hosting and the domain are in your name.

Our pricing page shows how we price each stage, and every build we quote starts with scoping.