Does IATRT actually deliver across the full stack in-house?

IATRT's core work spans electronics and embedded systems, software and data, IT and infrastructure, and marine or harsh-environment deployment. If partner input is required for a specific project, that role should be disclosed and scoped rather than implied as fully in-house.

What type of projects are the best fit for IATRT?

Best fit is generally SME, brownfield, single-site, remote, or awkward cross-stack work where repair, integration, documentation, and support all matter. Larger multi-site, highly regulated, or safety-critical programs may be better handled with IATRT as a specialist partner or under a larger prime.

Do you start with repair or replacement?

The starting point is diagnosis and fit-for-purpose scoping. IATRT's public position is to repair, recover, and extend when that is sensible, and to recommend replacement only when lifecycle risk, maintainability, safety, or economics justify it.

Delivery framework

One roof delivery for awkward, cross-stack systems.

IATRT combines electronics and embedded work, software and data systems, IT and infrastructure, and marine or harsh-environment delivery under one transparent, documented workflow aimed at long-term maintainability and low-friction handover. This is an operations-aware engineering model for live systems rather than isolated dev-only delivery.

Capability map

Four connected pillars, one accountable delivery path.

Electronics & Embedded

PCB diagnostics, controller repair, redesign, and custom boards
Embedded interfaces, firmware-assisted testing, and reverse engineering
Test fixtures, validation rigs, and replacement assemblies

Software & Data

Backends, APIs, dashboards, internal tools, and operational apps
Logging, reporting, and workflow systems tied to real field use
Open-source or openly maintainable software structure where fit, with documentation for future change

IT & Infrastructure

DNS, VPS, servers, networking, remote access, monitoring, and backup
OT-aware managed operations for mixed business and technical environments
Lifecycle support and low-disruption maintenance for platforms that cannot simply be left unattended

Marine & Harsh Environments

Marine electrical integration, commissioning, documentation, and refits
Outdoor, wet, remote, and service-constrained deployment considerations
Testing, support planning, and sealed or high-margin design choices matched to environment, not generic office assumptions

Workflow

A delivery model designed for transparency, repair, integration, and long-term maintainability.

Discovery & Scope

We define symptoms, constraints, existing assets, commercial risk, and whether the job should be repair-first, redesign-led, or net-new with assumptions kept visible from the start.

Diagnosis & Design

Technical due diligence happens before major spend so the path is grounded in evidence rather than assumptions or blanket replacement, with upgradeability and longevity considered early.

Build & Integration

Hardware, software, infrastructure, and deployment work are coordinated as one system using maintainable repos, scalable structure, and partner involvement called out where relevant.

Test & Deploy

Verification is matched to the job: workshop checks, field trials, operational validation, and environmental considerations such as temperature margin, ingress, or passive cooling where required.

Handover & Support

Projects are handed over with usable records, versioned artefacts, operator notes, and a support path built around minimal-invasive change, with security patching or planned upgrades only when justified.

Fit

Where IATRT fits best.

Prime Contractor Fit

SME and brownfield jobs where one accountable team is valuable
Single-site, remote, regional, or mixed-stack systems needing practical integration
Projects where maintainability, documentation, and staged upgrades matter

Specialist Partner Fit

Larger or regulated programs needing electronics, legacy rescue, or integration depth
Projects where a prime contractor owns site-wide governance and compliance
Scopes that need explicit division between in-house work and partner responsibility

Operator Handover Pack

A repeatable handover matters because many of the systems IATRT touches are not throwaway installs. Depending on scope, a project can include a practical pack covering:

A public example of this model in use is Alabanos Taxi - a live fleet management and dispatch system including booking, dispatch workflows, customer/admin portals, SMS OTP, and taxi-management provisioning.

This reflects the same operations-aware systems IATRT designs, delivers, and supports for clients. Real customers, real usage, and active support tiers - not static portfolio work.

Scope notes and key assumptions
Source repositories, schematics, layout files, BOMs, or configuration exports where applicable
As-built diagrams, network maps, labels, and service notes
Credential and access handover steps for customer-controlled systems
Testing notes, outstanding risks, and recommended next actions
Support baseline for monitoring, security patching, maintenance, review cadence, and upgrade boundaries

Frequently Asked

Does IATRT actually do the full stack?

The public position is yes across electronics and embedded systems, software and data platforms, IT and infrastructure, and marine or harsh-environment deployment work. If a specialist partner is needed for a specific job, that should be disclosed rather than buried.

Is IATRT just a dev shop?

No. The model is for live operational systems that need engineering, deployment, support, provisioning, and ongoing accountability. A public example is Alabanos Taxi - a live fleet management and dispatch system including booking, dispatch workflows, customer/admin portals, SMS OTP, and taxi-management provisioning under active support.

Are you a fit for large regulated programs?

Best fit is usually smaller to mid-sized, brownfield, remote, or awkward integration work. For larger, multi-site, highly regulated, or safety-critical environments, IATRT may be better positioned as a specialist partner or under a prime that owns the heavier governance layer.

Do you repair first or replace first?

Repair, recover, and staged upgrade are valid strategies when they reduce downtime and preserve maintainability. Replacement is recommended when lifecycle, safety, parts risk, or long-term economics make that the more defensible path.

IP & Exit

Default ownership position, handover expectations, transition assistance, and scope-change handling.

View IP & exit

Support Tiers

Entry-level retained support, managed operations, onboarding, and escalation structure.

View support model

Trust Pack

Security, testing, commercial clarity, and where public commitments stop and project controls begin.

View trust pack