TrixForge builds intelligent software, digital products and scalable technology systems for businesses ready to move faster.
Chapter 01 — Movement
Software that sits still is overhead. We build systems that shorten the distance between a decision and its effect.
See what we buildChapter 02 — The problem
Nothing here was missing. It was disconnected. We model the domain once, define who owns which data, and let the systems talk.
Chapter 03 — What we build
Six practices. One engineering standard. Most engagements use three or four of them at once.
Capability 01
From product strategy to production software, we build digital experiences that customers actually use.
Capability 02
We replace fragmented processes with connected software built around how your organization actually works.
Capability 03
Intelligent systems that reduce repetitive work, surface insights and help teams make faster decisions.
Capability 04
Payment infrastructure, wallets and transaction systems engineered for correctness first and scale second.
Capability 05
Cloud architecture, deployment pipelines and observability designed for teams that ship continuously.
Capability 06
We connect the systems your business already depends on — banks, providers, regulators and internal tools.
Chapter 04 — How we think
We start where the problem actually lives.
Before anything is designed, we sit with the people doing the work. We map the process as it runs today — including the workarounds — because that is where the real requirements are hiding.
Decide the hard things while they are still cheap.
We define the domain model, data ownership, integration boundaries and failure modes up front. The architecture is written down and reviewed with your team — no black boxes.
Shipping in weeks, not at the end.
We build in vertical slices, each one demonstrable. Automated tests, CI and code review are part of the definition of done, not a later phase.
A release is an operation, not an event.
Migration, rollback plans, monitoring and training are prepared before go-live. We stay in the room through the first cycles of real usage.
The system keeps earning after we leave.
We measure how the system is used, retire what nobody needs, and extend what proves valuable. Your team can carry it forward — that is the point.
Chapter 05 — Industries
The systems change. The engineering discipline does not. Select an industry to see how we apply it.
Money infrastructure that reconciles itself.
Ledgers, wallets, disbursements and settlement systems built for correctness under volume — with the compliance evidence produced automatically.
Chapter 06 — Selected work
Project 01
Manufacturing2025Nine sites, eleven spreadsheets and one monthly reporting cycle nobody trusted — replaced with a single operations platform.
Production, inventory and maintenance data lived in separate spreadsheets at every site. Group reporting was assembled by hand each month, which meant leadership made decisions on data that was already four weeks old.
We modelled the group's operations as one domain — sites, lines, batches, assets, downtime — then built a platform around it. Site teams capture data where the work happens; the group sees a live consolidated view.
A Laravel core with a PostgreSQL event-sourced production ledger, a React operations console, offline-tolerant capture on the plant floor, and a reporting layer that recomputes on write rather than on request.
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Faster group reporting (pending verification)
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Manual data entry removed (pending verification)
9
Sites on one system
Project 02
Fintech2025A ledger that balances under load, and settlement that reconciles itself before the operations team arrives.
Transaction volume had outgrown a ledger that was never designed to be one. Reconciliation ran overnight, broke often, and every break required a human to trace a payment across four systems.
We rebuilt the money layer as a strict double-entry ledger with idempotent transaction ingestion, then automated reconciliation against provider and bank statements.
Go services behind an API gateway, Kafka for transaction streams, PostgreSQL for the ledger of record, and a monitoring console that surfaces breaks as exceptions rather than as a nightly report.
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Reconciliation time (pending verification)
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Break rate reduction (pending verification)
24/7
Continuous settlement monitoring
Chapter 07 — The stack
We pick boring, well-understood technology by default and reserve novelty for the places where it actually buys something.
Chapter 08 — Engineering depth
API ├── Authentication ├── Payments ├── Notifications ├── Analytics └── Integrations DATA ├── PostgreSQL ├── Redis ├── Queue └── Object storage INTELLIGENCE ├── Extraction ├── Decision support ├── Forecasting └── Human review INFRASTRUCTURE ├── Docker ├── Kubernetes ├── AWS └── ObservabilityOne gateway, versioned contracts, idempotent writes. Authentication and rate limiting live at the edge so services stay simple.
Chapter 09 — Proof
We measure what a system changed — cycle time, error rate, the number of people no longer copying data between spreadsheets.
They spent the first two weeks understanding how we actually work before writing a line of code. That decision is the reason the system was adopted.
The architecture was written down, reviewed with our engineers and handed over. We were never locked out of our own platform.
Month-end used to take a week of manual assembly. Now the numbers are already there when we open the dashboard.
Chapter 10 — Culture
We ask why the process exists before we automate it.
Correct beats clever. Especially where money is involved.
We carry the problem until it is genuinely solved.
Small releases, often. Momentum is a design goal.
Software that nobody uses is a cost, not an asset.
Chapter 11 — Insights
Most payment platforms fail at the same place: a ledger that was never designed to be one. Here is what a correct money layer looks like, and why it has to come first.
The question is not which tasks a model can perform. It is which decisions your organisation is willing to delegate, and what happens when one of them is wrong.
The system everyone wants to replace is usually the one encoding twenty years of hard-won business rules. Modernise around it before you modernise it.
Let's begin
Let's build what comes next.