Fix & Optimise
For slow computers, unstable workstations, poor configuration or an unclear upgrade decision.
Diagnostics from £69 UK / International Digital ↔ Physical systems V1 / 2026
Full-spectrum technical capability
Digital Systems.
Engineering.
Automation.
Precision Technology.
Urquhart Digital Services designs, builds and integrates practical technical systems spanning software, artificial intelligence, automation, control engineering, instrumentation and astronomy.
SoftwareComputingControlInstrumentationOperations
Where to begin
Choose the problem in front of you.
Urquhart Digital Services diagnoses, designs and improves complete technical systems—from computers and business workflows to automation and remote observatories.
View complete 2026 pricing →Automate & Operate
For businesses losing time through email, spreadsheets, disconnected records and repetitive administration.
Process reviews from £495Design & Build
For specialist computing, observatories, control, remote systems and problems without an off-the-shelf answer.
Technical advice from £95One technical partner
The complete system matters.
Software needs computing. Control needs sensors. Sensors create data. Equipment must operate safely in the real world. We work across those boundaries to deliver complete systems rather than disconnected components.
System principle / 01
Each layer exists to support the next. The architecture is selected around the required outcome, constraints and operating environment.
How we think about systems → 01 Physical system Equipment · environment · operation
02 Sensors Measurement · state · feedback
03 Instrumentation Acquisition · validation · signals
04 Control Logic · PID · actuation
05 Computing Edge · workstation · remote
06 Software Interfaces · services · integration
07 Data Storage · analysis · reporting
08 AI / automation Processing · decisions · workflow
09 Operational system People · process · outcome
Capability map
Connected disciplines.
One working outcome.
A project may require one discipline or several. The system is defined by the problem—not by a predetermined platform.
AI & Automation
Practical AI, document processing and workflow automation designed around a defined operational problem.
- AI systems
- Workflow
- Private AI
Software & Digital Systems
Custom applications, APIs, databases and internal systems that connect information and operations.
- Software
- Data
- Integration
Computing & Performance
Custom workstations, AI systems, diagnostics and specialist computing designed around real workloads.
- Workstations
- Diagnostics
- AI compute
Control Engineering
Stable, measurable control for temperature, pressure, flow, motion and environmental systems.
- PID
- Feedback
- Control
Embedded Systems
Microcontrollers, machine interfaces, telemetry and prototype electronics integrated with software.
- Embedded
- Telemetry
- Interfaces
Instrumentation
Reliable measurement, logging and monitoring built around the variables that matter to the system.
- Sensors
- Measurement
- Monitoring
Astronomy
Observatory engineering, imaging-system design and safe automation for local and remote operation.
- Observatories
- Imaging
- Remote
Business Operations
Estimating, commercial documentation and project support grounded in real operational workflows.
- Estimating
- Projects
- Commercial
Research & Development
Research, architecture and prototyping for unusual technical problems without an obvious product answer.
- Research
- Prototype
- Test
Where capability becomes useful
Real systems.
Real constraints.
The common thread is a problem that crosses boundaries, resists a generic product or requires deeper technical integration.
Operations-heavy businesses
Connected workflows, useful data and automation for work that generic software does not fit.
Engineering & equipment
Monitoring, control and integration where software must interact with a physical process.
Remote infrastructure
Low-power, observable systems designed for autonomy, telemetry and remote recovery.
Astronomy
Complete observatory and imaging systems for private, educational and research applications.
Specialist computing
Balanced computer architectures for AI, engineering, imaging, development and remote workloads.
Technical R&D
Structured investigation and prototyping for unusual requirements without an obvious product answer.
From idea to working system
Structured enough to be dependable. Direct enough to keep moving.
The detail varies, but every engagement moves from the actual problem through architecture, implementation and verification.
- 01 Define
- 02 Analyse
- 03 Design
- 04 Build
- 05 Integrate
- 06 Test
- 07 Improve
UDS / Operating principle
If it can be measured, controlled, processed or automated, we are interested.
Start with the problem
If the solution does not exist, we can design it.
Tell us what needs to be automated, measured, controlled, processed or built. We will identify a sensible technical starting point.
Discuss a project