Shaping the future with technology
Smart technologies, strong solutions, efficient tomorrows
With our expertise in artificial intelligence, engineering and automation, we make your industrial processes smarter, safer and more efficient.
Our Solution Areas
Engineering that covers your production end to end
We build every layer from the sensor on the floor to the management report under one roof: control hardware, automation software, the data platform and the AI models that sit on top of it.
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Artificial Intelligence & Machine Learning
Data analytics, forecasting, computer vision and intelligent decision support systems.
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Industrial Automation
We optimise your processes with PLC, SCADA, HMI and DCS systems.
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Robotic Systems
Maximum production efficiency through industrial robot applications.
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Machine Vision & Camera Systems
Quality control, measurement and automated inspection solutions.
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Data Acquisition & Analytics
Real-time data acquisition, reporting and advanced analytics.
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Industrial Communication Systems
Industrial networking, IoT, data communication and remote access systems.
Industries
Different production disciplines, the same engineering discipline
Every industry has its own constraints: hygiene in food, audit trails in pharma, traceability in defence. We build the solution on top of those constraints.
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Defence Industry
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Automotive
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Food & Beverage
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Energy
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Pharmaceutical & Medical
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Metal & Machinery
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Chemicals
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Logistics & Warehousing
Why EVA SMART AI?
The system we build keeps running after we leave
An automation project is not judged on commissioning day but a year later. That is why we build systems that are documented, ownable and extensible.
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Expert Engineering Team
Automation, software and AI disciplines sit in the same team, so a project runs from a single point of responsibility.
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Innovative & Dependable Solutions
We introduce new technology without stopping production: phased commissioning and a rollback plan are standard.
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Higher Efficiency & Lower Cost
Improvement is measured with data from the line itself: gains are not claimed, they are measured before and after.
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Scalable System Architecture
An architecture that grows from a single machine to a whole plant: standard protocols, an open data model, documented interfaces.
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24/7 Technical Support
Waiting is not an option when a line stops: remote access and on-site response are defined from the moment of commissioning.
Our Project Process
Five steps from requirement analysis to ongoing support
Every step has a written deliverable. Scope, design and acceptance criteria never stay verbal, so no one has to argue mid-project about what was agreed.
- Step 01
Requirement Analysis
We analyse your processes and define the requirements.
- Step 02
Solution Design
We design engineering and software solutions specific to you.
- Step 03
Implementation
We build your systems and carry out integration and testing.
- Step 04
Commissioning
We commission your systems and provide training and support.
- Step 05
Ongoing Support
We stay with you through 24/7 technical support and continuous improvement.
Projects
Application examples from the field
Technical summaries of completed work: what the problem was, what system was built, how the result was measured.
Sample entry
Automotive end-of-line verification and functional test station
A station at the end of an assembly line that verifies a part both visually and electrically, records the result against its serial number and automatically diverts failures. Vision checks assembly integrity; the functional test checks behaviour.
- Machine Vision & Camera Systems
- Industrial Automation
- Data Acquisition & Analytics
Sample entry
Recipe management and OEE reporting on a filling and packaging line
A control and reporting layer that reduces a product changeover from manual adjustment to selecting a recipe, records batch traceability, and classifies downtime by cause to produce an OEE-based shift report.
- Industrial Automation
- Data Acquisition & Analytics
Sample entry
Monitoring geographically distributed energy sites from a single centre
Remote sites collected over cellular links and monitored from one SCADA centre: store-and-forward buffering that survives connection loss, alarm rationalisation, on-call notification and energy reporting.
- Industrial Automation
- Industrial Communication Systems
- Data Acquisition & Analytics
Blog
Engineering notes
Technical writing on automation, artificial intelligence and industrial data that holds up on the shop floor.
How to build an alarm list operators actually read
When one fault triggers twenty alarms, operators learn to silence the list. Alarm rationalisation the ISA-18.2 and EEMUA 191 way: the action test, priority distribution, noise suppression with deadband and delays, first-out logic, state-based suppression and alarm rate metrics.
Read MoreChoosing your first machine vision project: what to inspect first
Choosing the first machine vision project decides the outcome before any software is written. Which inspection problems are easy and which are hard, five questions that screen a candidate, why lighting dominates, rule-based versus deep learning, and the right order for a feasibility study.
Read MoreMeasuring OEE correctly: what gets lost between the counter and the report
OEE is a product of three definitions, not three factors. The scope of planned production time, the ideal cycle time source, the micro stop threshold and reason classification can make the same line read 74% or 86%. Which signals to collect, which definitions to write down, and why clock sync comes first.
Read MoreSmart solutions, secure tomorrows
Let us carry your production into the future
Tell us about the bottleneck on your line and we will come back with a measurable improvement plan. Write to us for an initial discussion and requirement analysis.