What We Offer
Four business domains — ERP, financials, workforce and supply chain — and the engineering disciplines that build, secure and keep them running.
ERP Implementation, Migration & Quality Assurance
Sage X3 and Sage 300 — Delivered, Upgraded, and Proven Before Go-Live
An ERP programme rarely fails at the demo. It fails months later, when a misconfigured analytical dimension quietly distorts a trial balance, or an unvalidated migration drops records nobody notices until audit. We implement, upgrade and migrate ERP platforms with the functional depth to configure them correctly and the quality discipline to prove it before anyone depends on the result.
We map business processes against Procure-to-Pay, Order-to-Cash and Record-to-Report before touching configuration, because most ERP failures are process failures wearing a technical costume. From there: module configuration across Finance, Distribution and Manufacturing; installation, version upgrade and multi-environment migration; and the functional, regression and integration testing that proves it works. Every engagement leaves behind a documented test library, a defect trail closed to verification, reconciliation evidence for migrated data, and users trained to actually operate the system.
Key Capabilities
What we hand over
Everything below leaves with you at the end of the engagement.
Financial Systems Engineering
Ledgers, Payments and Integrations Built to Be Audited
Where our ERP practice configures and validates packaged systems, this is where we build. We engineer the financial modules at the centre of enterprise platforms — general ledger engines, payment automation, reconciliation, and the B2B document pipelines that feed them — as event-driven services designed for throughput, correctness and evidence.
We work in Java and Spring Boot on event-driven architectures, in a domain where a retry must never become a second payment and a posting must never go missing. That means idempotency keys and distributed locking on the paths that move money, versioned event contracts on the paths that carry it, and append-only audit trails on the paths that record it. Our work spans real-time double-entry posting engines with multi-entity and multi-currency support, invoice-to-pay automation across payment rails using ISO 20022, bulk and batch file pipelines, EDI document exchange, and the secured REST surfaces that expose all of it to ERP front ends.
Key Capabilities
What we hand over
Everything below leaves with you at the end of the engagement.
HR & Workforce Systems
HRMS Platforms Where Payroll Is Right on the 30th
Payroll is the least forgiving system in most organisations: it runs on a fixed date, everyone notices when it is wrong, and compliance rules differ by jurisdiction. We build and integrate HRMS platforms where attendance, leave, payroll, performance and employee self-service operate as one system rather than five tools reconciled by an HR team at month end.
Our HRMS work covers the full workforce lifecycle: recruitment and onboarding pipelines, biometric and mobile attendance with real-time sync across locations, leave accrual and approval workflows, a payroll engine with configurable compliance rules and auditable calculation trails, continuous performance data rather than annual reviews, and self-service portals that keep routine requests out of the HR inbox. Workforce analytics and AI-assisted screening sit inside this domain rather than being sold as a separate product — they are useful precisely because they read the operational data the platform already holds.
Key Capabilities
What we hand over
Everything below leaves with you at the end of the engagement.
Supply Chain & Logistics Systems
Inventory You Can Trust and Shipments You Can See
Supply chain software earns its keep on two questions: is the stock figure real, and where is the order. We build and integrate the systems behind both — warehouse execution, barcode-driven stock movement, carrier integration, procurement workflows and demand forecasting — usually inside or alongside an existing ERP rather than as another disconnected tool.
Our supply chain work runs from the warehouse floor upward: pick-pack-ship workflows on handheld scanning devices with real-time inventory updates, carrier API integration for rate calculation, label generation and tracking, and the reconciliation logic that keeps physical stock and system stock in agreement. Above that sit procurement workflows, supplier performance data, shipment visibility across the network, and demand forecasting. Forecasting and route intelligence live here as capabilities of the domain, applied to operational data, rather than being sold as standalone analytics.
Key Capabilities
What we hand over
Everything below leaves with you at the end of the engagement.
See this delivered
Full-Stack Product Engineering
The Applications and Interfaces on Top of Your Systems
Enterprise systems are only as useful as the surfaces people actually work in. We design and build the web applications, admin consoles, customer portals and internal tools that sit on top of business systems — including the real-time and data-heavy interfaces that off-the-shelf front ends handle badly.
We build in React, Next.js, Node.js and TypeScript, with the API and data layer designed alongside the interface rather than inherited from it. That covers customer-facing marketplaces and portals, operational dashboards that stay responsive over large datasets, real-time features on WebSockets and WebRTC, role-aware admin consoles, and the integration work that connects a new surface to systems that already exist. Where a product needs AI — document intelligence, assistive search, recommendation — we build it into the product rather than positioning it as a separate engagement.
Key Capabilities
What we hand over
Everything below leaves with you at the end of the engagement.
Mobile Engineering
Apps That Work Where the Network Does Not
Field and operational mobile apps live in warehouses, vehicles and buildings where connectivity is unreliable and the task cannot wait. We build mobile applications that assume the network will drop — queuing work locally, resolving conflicts on reconnect, and keeping the person using the device productive regardless.
We build cross-platform applications in React Native alongside native modules where the hardware demands it — barcode and RFID scanning, biometric capture, background location, push delivery. Offline-first architecture is the default rather than an enhancement: local queues, deterministic sync, and conflict resolution designed for the specific data rather than last-write-wins. We handle store submission and release management, and instrument releases so crashes and regressions surface before users report them.
Key Capabilities
What we hand over
Everything below leaves with you at the end of the engagement.
Cloud Architecture & Modernisation
Migrating Systems That Cannot Afford to Stop
Modernising infrastructure is straightforward when nothing depends on it. The work is harder when a finance close, a payroll run or a warehouse shift is happening on top. We design and execute cloud migration and modernisation in sequenced waves, so that business continuity is a property of the plan rather than something hoped for at cutover.
We start with a dependency audit — which workloads talk to which, what breaks if one moves first — and sequence from there. Target architectures are container-based and orchestrated, provisioned through infrastructure as code so environments are reproducible and auditable rather than hand-built. We establish CI/CD pipelines, automated backup and disaster recovery with tested failover, and an observability stack that makes the new platform legible to the team inheriting it. Handover includes runbooks, not just access.
Key Capabilities
What we hand over
Everything below leaves with you at the end of the engagement.
See this delivered
DevSecOps & Platform Security
Security in the Pipeline, Not in a Report Afterwards
A penetration test at the end of a project tells you what you already shipped. We build security into the delivery pipeline instead — dependency and secret scanning on every commit, policy enforced as code, least-privilege access by default — so that problems surface while they are still cheap to fix.
Our DevSecOps work covers the pipeline and the platform it deploys to: automated SAST, dependency and container image scanning wired into CI, secrets management rather than environment files, signed and reproducible builds, and infrastructure policy enforced as code so that a non-compliant resource fails the pipeline instead of an audit. On the platform side we implement least-privilege identity and access management, network segmentation, centralised logging and SIEM integration, and the evidence trails that compliance reviews ask for. We are explicit about which obligations we can evidence and which remain the client's.
Key Capabilities
What we hand over
Everything below leaves with you at the end of the engagement.
The problems the tools don't solve
Anyone can name a framework. These are the failure modes each domain actually turns on, and what we do about them.
The problem
A retry must never become a second payment
Every payment carries a caller-supplied reference ID and takes a short distributed lock for the duration of the send, so a retry finds the original or waits on it. Not a dedup table — that holds until the write recording the payment and the call sending it sit in different transactions.
Redis · Spring Boot
The problem
The ledger has to agree with the sub-ledgers continuously
Double-entry journals generated from events as AP, AR, payroll and inventory transactions occur, rather than from a job that runs after midnight. Reconciliation stops being a month-end activity and becomes a property of the system.
Apache Kafka · Hibernate
The problem
Period-end is batch-shaped, not stream-shaped
Trial balance, revaluation and intercompany elimination stay on bounded, restartable jobs. A half-finished revaluation needs to resume, not replay — which is exactly what a stream would make it do.
Spring Batch
The problem
Auditors ask what a balance was, not what it is
An append-only trail capturing user, timestamp, reason and before/after values on every modification, never updated in place. It turns an audit question from an investigation into a query.
Oracle · PostgreSQL