We program PLCs, build operator screens, set up production monitoring and connect the floor to the systems your office already runs. Specified in writing before it’s quoted, and documented so your own engineers can maintain it.
Most work starts at the controller and moves outwards: to the screens operators use, the data supervisors need and the systems the office runs.
PLC & control systems
We write, modify and fault-find the logic that runs your equipment: sequences, interlocks, timers, recipes. Structured, commented and version-controlled.
For you: Control logic your own engineers can read, change and own, rather than a black box.
HMI & SCADA
We design operator displays that can be read at a glance on a long shift, and cut alarm lists down to the ones that need someone to act.
For you: Operators see the state of the process quickly, and the alarms that matter stand out.
OEE & downtime tracking
We read counts, machine states and stop reasons straight from the equipment and put them on a screen supervisors can use during the shift.
For you: Output and downtime counted by the machine, while there’s still time to act on it.
Predictive maintenance
We collect vibration, temperature and run data from the equipment that matters most and raise a warning when it starts to drift from normal.
For you: Maintenance gets a chance to plan a repair instead of reacting to a breakdown.
OT/IT integration
We connect machine and production data to your ERP, MES or reporting tools, so an event is recorded once and everything else reads from it.
For you: The plant and the office describe the same day, without re-keying.
Internal tools, data dashboards and business process automation, usually where they connect to the industrial work above. If it isn’t something we can do well, we’ll say so.
AutoPeritus is an industrial automation services business based in Kuala Lumpur, Malaysia. We work on the control side, the PLCs, operator screens and plant data, and on the software that connects it to the rest of the business.
Peritus is Latin for experienced, tested by practice. That’s the standard we hold the work to: logic that’s been tested before it runs your equipment, and documentation good enough for someone else to maintain it.
Manufacturing
Discrete and assembly lines, packaging, machine builders.
Process plants
Pumps, tanks, dosing and batch processes.
Utilities and facilities
Pumping stations, water treatment and building plant.
Warehousing and logistics
Conveyors, sortation and material handling.
The logic on the machine and the software above it are designed as one system, so the join between them isn’t somebody else’s problem.
We agree in writing what it has to do, what it connects to and how we’ll know it’s finished. That document is what you hold us to.
Programs, screens and code are yours, with the notes explaining why they’re built that way. No licence on your own logic.
Structured, commented work your own engineers can pick up. Keeping us on should be a choice, not a requirement.
Machine networks are kept separate from office networks. Safety functions stay in hardwired and safety-rated systems, not in standard PLC logic or software.
If what you’re asking for isn’t possible with your equipment or network, you’ll hear it during design rather than at commissioning.
The ladder logic below is drawn by a PLC simulator we built: a real scan cycle, timers, counters and machine models, with programs tested against written requirements. It powers AutoPeritus Learn, our training course.
This is a demonstration and teaching tool, not a client project, and the simulator is not a safety PLC or vendor software.
Explore the simulator in AutoPeritus LearnFive stages, and each one produces something you keep whether or not you carry on with us. Most automation projects that go badly were mis-specified long before anyone wrote a rung of logic.
We walk the process, read the existing programs and drawings, and talk to the people who run and maintain it. They usually know exactly what’s wrong. No proposal before this part.
A written specification in language you can check: what it does, what it connects to, what happens when something fails, and the tests that mean it’s finished.
Logic and screens are built and tested off-site against the specification, with something you can review along the way rather than a long silence and a surprise.
On site, tested against the acceptance criteria from stage two. Operators and maintenance staff are shown the system on the real equipment.
Support after go-live is agreed up front. If you’d rather run it yourselves, you get everything needed to do that.
A sentence or two is enough to start. You don’t need a specification or a budget worked out. That’s what the first conversation is for.
Alongside client work, we run a PLC programming course and a free skills assessment for people working in, or moving into, industrial automation.
A ladder logic course from zero: nine levels, interactive lessons, a working PLC simulator, troubleshooting challenges and industry-style projects. For apprentices, technicians and engineers. Included with AutoPeritus membership.
A free technical assessment across sixteen automation competencies. About twenty minutes, no account needed. You see what your answers support and get a roadmap through the course.
