Core modernisation without a big-bang cutover.
Strangler patterns, event bridges, dual-write reconciliation. We move you off the mainframe in 18 months without a single migration weekend.
Core banking, payments, wealth, insurance. We engineer for the audit trail, the SLA, and the uptime number, because in financial services those are the same conversation.
Financial services is the sector that punishes sloppy engineering most. Regulators want written architecture decisions. Auditors want reproducible deploys. Customers want zero downtime during a live migration. The teams that win here design for all three from day one.
We've built core payment rails, open-banking surfaces, credit-decisioning models, and KYC platforms. The pattern repeats. Measure first. Document more than feels comfortable. Automate the evidence. Leave the system more maintainable than you found it.
A sample of what we've built in this sector. We omit client names by default and share them under NDA when you want to dig into a specific engagement.
An Australian payments platform that unifies bills, invoicing, accounts and card acceptance into one mobile-first experience, positioned as a local alternative to global processors.
A web app for on-chain finance, built with React, Django, Node.js, Express, PostgreSQL and Web3. Wallet connection, contract calls and transaction state are wrapped in an interface that non-crypto users can operate with confidence.
A web app for investing & markets, built with React, Django, Django REST Framework and PostgreSQL. Watchlists, holdings and research sit behind one login, tuned to stay responsive when the market is open and traffic peaks.
A web app for payments & finance, built with React. Accounts, invoices and settlements reconcile against one ledger, so every balance can be explained and audited.
An on-chain finance product built with React, Redux, Node.js, GraphQL, Web3 and EVM. Wallet connection, contract calls and transaction state sit behind an interface a non-crypto user can actually operate.
A mobile app for on-chain finance, built with React Native, Redux, Node.js, Express, MongoDB and GraphQL. Wallet connection, contract calls and transaction state are wrapped in an interface that non-crypto users can operate with confidence.
A web app for risk & compliance, built with Django, Django REST Framework, Celery, Python, CircleCI and coveralls. Signals are scored against configurable rules and land in a reviewable queue, so decisions are consistent and recorded.
React, Redux and Node.js over GraphQL, Web3 and EVM, built so on-chain finance stops reading like a developer tool. Signing, pending states and failures are explained in the interface rather than left to the wallet.
A web app for on-chain finance, built with React and Node.js. Wallet connection, contract calls and transaction state are wrapped in an interface that non-crypto users can operate with confidence.
A web app for payments & finance, built with React and Nodejs AWS. Accounts, invoices and settlements reconcile against one ledger, so every balance can be explained and audited.
An Angular front end for on-chain finance, written for people who have never held a private key. Wallet connection, contract calls and transaction state are wrapped so the chain stays underneath the product rather than in front of it.
On-chain finance in a React app that behaves like ordinary software. Connecting a wallet, calling a contract and waiting on a transaction are all presented in terms a non-crypto user already understands.
A web app for payments & finance, built with React, Django, Django REST Framework and PostgreSQL. Accounts, invoices and settlements reconcile against one ledger, so every balance can be explained and audited.
An on-chain platform built with React and .NET, with Solidity contracts on Ethereum using OpenZeppelin. Wallet connection, contract calls and transaction state are wrapped so a non-crypto user is never left guessing what happened.
React and .NET over Web3.js, with Solidity contracts on Ethereum built on OpenZeppelin. The hard part was never the chain: it was making pending, confirmed and failed legible to people who do not think in transactions.
A web app for payments & finance, built with PHP, CodeIgniter and Bootstrap. Accounts, invoices and settlements reconcile against one ledger, so every balance can be explained and audited.
A web app for risk & compliance, built with React, Django, AWS and Python. Signals are scored against configurable rules and land in a reviewable queue, so decisions are consistent and recorded.
A mobile app for investing & markets, built with React Native and Django REST Framework. Watchlists, holdings and research sit behind one login, tuned to stay responsive when the market is open and traffic peaks.
A mobile app for payments & finance, built with React Native and Django REST Framework. Accounts, invoices and settlements reconcile against one ledger, so every balance can be explained and audited.
A React Native app backed by Django REST Framework, handling one financial workflow end to end. Validation lives in the model rather than the screens, so every record that reaches the database is one the business can rely on.
A web app for a focused workflow, built with React and Django REST Framework. The core workflow is modelled properly once, so data stays consistent and the product is straightforward to extend.
A mobile app for one focused banking workflow, built with React Native over Django REST Framework. Getting the core model right once is what keeps balances and records consistent, and lets the product grow without a rebuild.
A scale-up in institutional risk data needed to move fast without building an internal engineering team. Over several years, Enigmatix stood up a multi-disciplinary team spanning very different technical requirements — a web-based platform, its APIs, and a mobile app — and acted as the client's engineering function, advising on technical decisions along the way. When the company was acquired, the team worked seamlessly alongside the acquirer's third parties through the transition rather than around them. Post-acquisition, we rebuilt multiple client-facing applications into a single consolidated platform. The result: development accelerated for years without in-house engineers, and the product survived an acquisition intact — the hardest test an outsourced build faces.
Strangler patterns, event bridges, dual-write reconciliation. We move you off the mainframe in 18 months without a single migration weekend.
PSD2, DORA, MiFID II, FAPI 2.0. We've implemented the spec on both sides, consumer and provider, and we know where vendors cut corners.
Streaming pipelines that score every transaction under 120ms. Kafka, Flink, Redis, plus the ML models and the feedback loop. End-to-end, in production, at scale.
Mobile apps, open-banking portals, broker consoles. Designed to survive a market-open spike without the CTO paging engineering at 7am.
ISO 20022 rails, card-acquiring, open-banking payment initiation, stablecoin back-ends. From edge integration to settlement reconciliation.
Real-time scoring services with model governance, challenger frameworks, and explainability surfaces regulators actually accept.
Onboarding flows, transaction monitoring, case management. Pluggable vendor integrations so you don't repeat the procurement cycle.
High-density data surfaces, live order books, portfolio analytics. Built for the advisor who doesn't tolerate UI lag.
Pick the shape that matches the commitment. Each model ships the same engineering standard. The difference is commercial and operating fit.
A cross-functional pod owning a workstream end-to-end.
A fully-managed engineering arm built in-region.
Senior engineers plugged straight into your team.
Book a 30-minute call with our financelead. Bring the problem; we'll talk through which engagement actually matches the work.
Most clients renew for a second engagement. The ones who don't usually hire someone from our team to run the project in-house.
Yes. Payment initiation and orchestration, ledger and reconciliation services, card and account management, and the integration work into ISO 20022 and SWIFT rails. We treat the ledger as the system of record and design every surface around it, because a payments platform that disagrees with itself is worse than one that is merely slow.
As a data problem with a regulatory deadline attached. Rules engines for the deterministic cases, models for the patterns rules miss, and a case-management surface analysts can actually work in. Every decision is explainable and logged, because an alert your compliance team cannot justify to a regulator is a liability rather than a control.
Yes. We contract through Enigmatix Global Ltd, our UK-registered entity, so the commercial relationship sits under English law. On delivery we work to the control expectations regulated firms carry: change management with evidence, segregation of duties, audit-grade logging, and a documented path from requirement to released code.
23 projects delivered in this sector. We staff engagements with engineers and delivery leads who've shipped in Financial services before. The domain literacy is learned, not looked up.
We work to PSD2, DORA, MiFID II, FAPI 2.0, PCI DSS, and the relevant local regulators. Every engagement starts with a compliance review so there's no ambiguity about which regimes apply. Every release ships with the audit trail your compliance team needs.
Yes. Most of our engagements connect to core banking, payment rails (ISO 20022, SWIFT), KYC/AML vendors, and trading venues. We adopt your existing integration patterns rather than imposing a new one, and we write data contracts before we write integration code.
We design for high-availability (three-nines-plus), audit-grade logging, and zero-downtime migrations from day one, not as a post-launch afterthought. Performance budgets, SLO commitments, and ops runbooks are written into the statement of work.
Either. Financial services engagements run under all three of our engagement models. Dedicated teams, offshore development centres, or embedded staff augmentation. We pick the shape that matches your operating model, not our preferred one.
Discovery typically runs two to four weeks from first call to signed statement of work. First-engineer start dates follow within another week or two. The exact timeline depends on the shape and on the clearance or onboarding your environment requires.
Thirty minutes with an engineer who builds. No sales, no drip campaign. If we're the wrong fit we'll tell you and point you somewhere better.