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Technical Capabilities

Engineering depth from hardware to cloud.

Exafloat brings together the disciplines required to design, simulate, validate and operate complex products and infrastructure—with specialist partner capability added where scale or certification demands it.

Disciplines

One programme, coordinated across every technical layer

Select individual work packages or combine them into an end-to-end engagement with a single delivery structure.

Electrical & Hardware

Electrical distribution, power electronics, RF, analogue, digital and mixed-signal design; PCB layout; signal and power integrity; thermal, creepage and clearance assessment.

Power systemsPCB & electronicsProtectionCertification design

Mechanical & Manufacturing

CAD, sheet metal, weldments, assemblies, fixtures, routing, structural and thermal analysis, prototyping, first-article inspection and release to production.

CAD & drawingsDFM/DFAPrototypeProduction transition

Embedded & Safety-Critical

Microcontroller and SoC firmware, RTOS, embedded Linux, industrial interfaces, low-power products, static analysis and requirement-to-test traceability.

MISRA-orientedRTOSEmbedded LinuxIndustrial protocols

Modelling & Simulation

Electromagnetic, thermal, fluid, structural and dynamic analysis; power-system studies; controls simulation; real-time and hardware-in-the-loop validation.

ANSYS/COMSOLMATLAB/SimulinkPSCADHIL/RTDS

Software, Data & AI

Web and mobile applications, APIs, cloud platforms, data pipelines, analytics, RAG assistants, computer vision, anomaly detection and optimisation.

Cloud nativeData platformsAI/MLEnterprise integration

Assurance & Test

Requirements review, functional and performance testing, EMC, environmental testing, automated test systems, security testing and certification evidence.

V&VHALT/HASSEMC/IPTest automation
Design for evidence

Quality is planned into the lifecycle

For regulated and mission-critical work, passing a demonstration is not enough. The design must produce defensible evidence.

01

Traceability

Requirements, design decisions and tests are connected so compliance can be demonstrated.

02

DFx reviews

Manufacturability, assembly, testability, serviceability and volume are reviewed before release.

03

Verification

Electrical, functional, environmental and system testing selected against the real risk profile.

04

Handover

Drawings, calculations, test evidence and operating information prepared for the next responsible team.

Typical outputs

Documents people can build, review and approve.

  • 01Site layouts, equipment elevations and coordinated installation drawings
  • 02Single-line diagrams, feeder schedules and protection philosophy
  • 03Foundations, trenches, routing and conductor ampacity calculations
  • 04Models, simulations, assumptions and performance reports
  • 05Verification plans, test procedures and acceptance evidence
  • 06Technical annexes, commissioning plans and handover documentation

Need a specific discipline—or one team across all of them?

Talk to an engineer →