We have done the job we are selling to
Our engineers spent their careers inside plants, not around them. It shows in what we choose to build, and in what we tell you not to bother with.
About APMS
Engineers who have
Engineers who have
run the floor
Industrial IoT, vision, robotics and AI as one accountable platform, built by people who have spent their careers on a shop floor.
How we work
What we hold to
One team, not four vendors
Sensors, vision, robotics and software are built by the same people. Nothing falls into the gap between suppliers, and there is one number to call when it does.
Proved on your machines first
We start on a line you pick, measured against numbers you set. If it does not hold up there, it has no business being rolled out anywhere else.
Why APMS
One accountable stack
- Built by people who've run plants
You get solutions that are practical and implementable on your floor, not just impressive in a deck.
- Outcome-driven
Progress you measure in output, uptime and quality, not features nobody opens.
- Open by design
Push live data into your ERP, MES and BI tools over standard protocols and open APIs.
Industrial IoTmachine intelligence
Vision AIquality intelligence
Motion AIoperational robotics
AI Agentsagentic execution
About APMS AI Innovations
Transforming factory into
Transforming factory into
smart factory
Production visibility, operational control, workflow digitisation, asset performance and decision support. Our mission: move industry from fragmented manual work to connected, measurable operations.
Our team's capability
Industrial depth, engineering strength
Solutions that work on real shopfloors, because they are built by people who have run them.
- Deep industrial expertise combined with strong capabilities in IIoT, AI, Automation and Software Development.
- Strong shopfloor understanding keeps solutions practical, implementable and aligned with real operational needs.
- Team-driven approach delivers technically solid, scalable solutions for connected manufacturing.
- Focus on business impact, so every solution is outcome-oriented, not just technology-driven.
- Expanding expertise in robotics and intelligent systems to solve complex challenges with speed and precision.
0
Years Industrial Exposure
Our team has lived the shopfloor: its constraints, pressure and practicalities.
3-in-1
IIoT + Automation + Software
Hardware, connectivity and applications engineered together, not stitched from vendors.
New
Mobility & Robotics
Expanding into quadruped and humanoid robotics for complex industrial challenges.
Measured in outcomes
Impact you can put a number on
Representative results across typical APMS deployments: availability up, losses down, quality assured. Illustrative figures pending published customer data.
0%
Average OEE reachedup from a typical 55 to 60% baseline0%
Less unplanned downtimerecurring stops surfaced and eliminated0%
Higher utilisationhidden idle time across mixed fleets0%
Parts inspectedno sampling gaps with Vision AI
One unified ecosystem
Everything it takes to run a
Everything it takes to run a
smart factory
APMS connects hardware, software and AI under one roof, so every part of the plant runs on the same connected data.
Machine Monitoring & IIoT
Connect any make, age or protocol (CNC, PLC or sensor) with zero disruption. Live utilisation and OEE you can trust.
- Real-time status & OEE
- Reason-tagged downtime
AI & Computer Vision
Deep-learning cameras inspect every part for defects and missing components in real time, with human-level accuracy, 24/7 and no sampling gaps.
- 100% inline inspection
- Automatic defect sorting
Automation & Robotics
Quadruped patrols and humanoid assistance take on surveillance, heavy lifting and hazardous, repetitive work, with 100% consistency.
- Autonomous 24/7 patrols
- Dangerous work, off human hands
AI Agents
An always-on analyst that watches every machine, explains the "why" in plain language, and flags at-risk jobs before they slip.
- Chat with your live data
- Agentic alerts & scheduling
Why APMS
Engineers who've run the floor
- One accountable stack
Hardware, connectivity, vision, robotics and AI from a single team, not stitched from vendors.
- Outcome-driven
Measured in output, uptime and quality, not features or dashboards nobody opens.
- Open by design
Standard protocols and open APIs push live data into your ERP, MES and BI tools.
Technology architecture
Machines & SensorsOPC-UA · Modbus · MQTT
Edgeon-site, secure
Cloud Platformunified data model
AI & Analyticsvision · agents · predict
Apps & IntegrationsERP · MES · BI · API
How we work
Principles, by the team
Principles, by the team
that has to keep them
Six of these were already how we work. They are sorted by whose job it is to hold to them, and four more are written down alongside.
Development
What gets built, and how
Retrofit before replace
The machines you already own stay. We read them as they are, whatever the make, the age or the protocol, rather than making a capital request the first answer to every question.
A number has to survive scrutiny
Every figure traces back to the signal and the timestamp it came from. If a supervisor cannot check where it came from, the report gets argued with instead of acted on.
Nothing ships as a black box
An alert shows what set it off and which reading crossed which limit. A score nobody can question is a score the floor learns to ignore.
When it is unsure, it says so
Models that hit their confidence limit stop and ask a person. One flagged part costs a minute of attention. One wrong automatic decision can cost a shift of output.
Support
After it is running
Built to be handed over
Your engineers get the drawings, the logic and the training to run it themselves. We would rather be called for the next problem than be a permanent dependency on this one.
One number to call
Sensors, vision, robotics and software are built by the same people, so nothing falls into the gap between suppliers. When something does go wrong there is one number to call and no argument about whose fault it is.
It should be better in a year
Edge cases from your line are fed back and models are retrained, and agents are tuned against what actually happened rather than what the demo did. Accuracy is meant to compound after go-live, not decay.
Sales
Before anything is agreed
Proved on one line first
We start on a line you choose, measured against a number you set. If it will not hold up there it has no business being rolled out across the plant.
We will say when the answer is no
Working out whether this is the right answer is part of scoping, and telling you it is not is a possible outcome of it. Our engineers spent their careers inside plants, and it shows as much in what we tell you not to bother with as in what we build.
Scoped in your words
You describe the bottleneck in your own words. There is no template to fill in and no readiness questionnaire to pass before anyone will talk to you about it.
About the team
FAQs
Engineers who spent their careers inside plants rather than around them. That shows in what gets built and in what we tell you not to bother with.
One. Sensors, vision, robotics and software are built by the same people, so nothing falls into the gap between suppliers and there is one number to call when something does go wrong.
Not by design. Your engineers get the drawings, the logic and the training to run it themselves. We would rather be called for the next problem than be a permanent dependency on this one.
We start on a line you pick, measured against a number you set. If it does not hold up there, it has no business being rolled out across the plant.
Let's build your smart factory
Talk to our engineers about your floor, your machines and your goals.