Process Automation
Translate a repeatable physical or digital process into controlled states.
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Physical Systems Engineering
Automation Where Software Meets the Physical World
Explore, prototype and engineer sensor-driven automation and machine-to-software workflows with explicit safety boundaries.
Rodent’s laboratory capability sits at the intersection of software, electronics and industrial thinking. Engagements can begin as feasibility work or a controlled proof of concept before any commercial deployment commitment.
01Physical Process
02Sensors
03Edge / Controller
04Control Logic
05Actuators
What we deliver
Engineering capability, connected to the operation.
Each engagement is scoped around the workflow and evidence available—not a fixed package of unnecessary features.
Robotics Prototypes
Bounded prototypes used to validate movement, sensing and interaction.
Sensor-Driven Control
Use validated inputs to inform defined actuator or workflow responses.
Embedded Software
Software at the device or edge where the use case requires it.
Machine Integration
Interfaces between equipment state and an operator or business system.
Monitoring & Supervision
Operator visibility, commands and event history around automated behaviour.
Vision Concepts
Feasibility and prototype work for visual detection or inspection where appropriate.
Intelligent Infrastructure
Connected control concepts for facilities and physical environments.
How the system works
A clear path through the system.
This reference flow shows the responsibilities that must connect. The final architecture depends on the project’s security, data, infrastructure and operational constraints.
- 01Physical Process
- 02Sensors
- 03Edge / Controller
- 04Control Logic
- 05Actuators
- 06Operator Supervision
- 07Event History
Integration
Designed around real system boundaries.
Controller, sensor, actuator and vision choices are made through feasibility and validation. Commercial delivery, prototypes and laboratory research are scoped and labelled separately.
Technology evidenced across Rodent work
Delivery method
From operational discovery to a maintainable release.
- 01
Discovery
Understand the operation, users, constraints and definition of success.
- 02
Feasibility
Separate assumptions from what can be safely and practically validated.
- 03
Prototype
Build a bounded proof of concept for the critical mechanism.
- 04
Control Design
Define states, interlocks, manual override and supervision boundaries.
- 05
Integration
Connect validated electronics, controllers and software interfaces.
- 06
Validation
Test expected operation and failure handling in a controlled environment.
- 07
Deployment
Prepare environments, releases, documentation and operational handover.
Business outcomes
Technology in service of better operations.
Validate before scaling
Test a technical automation concept before committing to a larger programme.
Connect machines and software
Make equipment state available to appropriate digital workflows.
Reduce repetitive handling
Automate suitable, well-defined steps while retaining operator control.
Improve traceability
Record relevant commands, events and outcomes for operational review.
Who it is for
Relevant operating contexts.
Fit is established in discovery; this service is not presented as equally appropriate for every organisation.
- Industrial teams exploring automation
- Product teams developing physical technology
- Facilities and infrastructure operators
- Research and laboratory initiatives
Related projects
See the capability in working systems.
From Rodent Lab Insights
Engineering notes related to this work.
Practical questions
Before an engagement starts.
Do you claim turnkey industrial robotics deployment?
No. Scope is explicit about whether work is feasibility, laboratory research, a prototype, integration engineering or a production delivery.
How is safety approached?
Risk, interlocks, operating boundaries and human supervision are considered during control design, before deployment decisions.
Start the conversation
Have a physical process or automation concept you need to validate?
Bring the current process, constraints and intended users. Rodent will help define a credible next engineering step.