Solution
Custom AI software development
We build the AI software other teams quote 12 months for. Discovery to deployed product in weeks, with your data, your workflow and your economics at the centre.
- Weeks
- From discovery to deployed v1
- 100%
- Code and IP ownership
- 80 hrs
- Weekly admin removed on a recent build
Capabilities
What we build
AI-accelerated delivery
Architecture, code generation, test coverage and QA are all AI-assisted, so scope that used to cost six figures ships inside a sprint cadence.
Model-agnostic AI layer
Reasoning models, embeddings, classification and generation are abstracted behind one internal service, so you can switch providers without a rebuild.
Retrieval on your own data
Your documents, CRM records, transactions and product catalogue become a governed knowledge layer the AI can safely reason over.
Deployed, monitored, owned
Cloud deployment, auth, role-based permissions, audit logging and usage analytics ship with version one, and the codebase is yours.
Deep dive
Custom AI software development: how we approach it
Custom AI software development only pays for itself when the product is wired into the way your business already earns money. We start with the commercial model, not the model provider, and we build the smallest system that changes a number you care about. That discipline is why our first releases go live in weeks and why they stay in daily use long after the launch excitement fades.
What custom AI software development means in practice
Most teams do not need a chatbot. They need a working application that removes a repetitive decision, reconciles data nobody has time to reconcile, or gives a small team the reach of a much larger one. That means real software: authentication, roles, permissions, an interface people enjoy using, an audit trail, reporting, and an AI layer sitting underneath doing the reasoning, classification, extraction and generation work.
We design that AI layer as a service inside your own product rather than a dependency on one vendor. Prompts, retrieval, evaluation and guardrails live in your codebase. Reasoning models, embedding models and vision models sit behind a single internal interface, so switching provider or upgrading to a cheaper, faster model is a configuration change instead of a rebuild. Costs are metered per feature, so you can see exactly which workflow is consuming spend and what it returns.
Why AI-accelerated engineering changes the economics
Traditional agencies price the hours it takes humans to write every line. We use AI throughout architecture, code generation, test coverage, migration writing and QA, so the same scope costs a fraction of the traditional quote and lands in a fraction of the time. The engineering judgement is still human. The typing, the boilerplate, the test scaffolding and the repetitive refactors are not.
The practical result is that a project which a conventional firm scopes at nine to twelve months usually reaches a commercially useful version one in four to eight weeks. You get to test the idea against real users while the market opportunity is still open, then reinvest the savings in the second and third releases that actually compound. Scope that used to be cut for budget reasons now survives the conversation.
Built to be owned, deployed and measured
Every build ships with cloud deployment, environment separation, monitoring, structured logging and usage analytics from version one, because a system nobody can observe is a system nobody can improve. Role-based permissions and audit logging are standard, which matters when the AI touches candidate data, patient scheduling, pricing or financial records.
You keep the content, the data and the commercial output, and the platform is licensed to you on a subscription that covers hosting, monitoring, security updates and continuing development. There is no key person risk sitting in a single developer's head, and no surprise at renewal time. If you want to understand how that model is priced before you talk to us, the pricing page sets out the ranges we work in.
How the engagement runs
- 1
Discovery week
We map the workflow, the data sources and the number the build has to move, then agree a version one that is small enough to ship and large enough to matter.
- 2
Build sprints
Working software in your hands every week, deployed to a real environment, with the AI layer wired into your actual data rather than a demo set.
- 3
Launch and iterate
We deploy, train the team, watch real usage, and spend the following releases on what people actually do rather than what the specification guessed.
Proof
Case studies built and running in production
Real platforms of this type, with ROI highlights.
Jet Sports Trader national watercraft marketplace
A national marketplace for buying and selling jet skis and personal watercraft, combining faceted search, a 124 dealer directory, valuation and financing tools, an automated editorial engine and Stripe monetisation behind a programmatic SEO layer of roughly 1,700 pre-rendered pages.
1,741 pre-rendered SEO pages and two live revenue lines
ROI highlights
- Indexable surface expanded from a handful of pages to 1,525 sitemap URLs and 1,741 cached SEO pages with unique pre-generated content
- Content operations run without human input, publishing every two days and interlinking automatically into commercial landing pages
Selah Interactive AI Smart Board classroom platform
Selah Interactive is an AI-powered Smart Board platform for early-grade classrooms. Teachers build playable lessons, generate CAPS and ISASA planners and reports, work in all 11 official South African languages, run offline, and publish or sell their lessons to other teachers.
Term admin cut from hours to minutes, in 11 languages
ROI highlights
- Planning and report admin reduced from hours to minutes each week
- Passive screen time replaced with playable, assessable activities
FAQ
AI Software Development questions
News & insights
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