Automation
Site language: EN
Discovery callPartner System Integrator · Founded 2018
We deliver MES/MOM, Industrial Automation and Industrial AI that actually work in production — for process and regulated manufacturing under ISA-95.
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02 Who delivers your project
Founder & Architect
Industrial systems architect with 18+ years on the shop floor across process and regulated manufacturing. Designs MES/MOM, Industrial Automation and OT/IT integrations for the people running them at 2am — not just for those who signed them off.
Today he leads a team of 20+ engineers and integrators delivering across those plants.
03 What we solve
Four symptoms we hear in every first conversation. Not technical root causes — the way you’d describe them internally.
Hover or select a symptom
04 What we do · ISA-95 coverage map
Select a level to see what we deliver there. Main strength at Level 3 (MES/MOM); full coverage at L1–L2. Industrial AI runs as a transversal layer across Levels 1–3 — both as technology and as methodology.
Industrial AI · Levels 1–3
Transversal layer · technology + methodology
Industrial AI runs as a transversal layer across Levels 1–3 — both as technology and as methodology.
Level 4 · Enterprise
Secondary service
We integrate with ERP and APS — we do not implement them. Clean, governed interfaces between MES and the business layer.
Level 3 · MES / MOM
Main service · core strength
Where we are strongest. End-to-end design, build, commissioning and support of MES — including EBR, genealogy, OEE, traceability and CSV validation. Industrial AI applied here for predictive quality and anomaly detection.
Level 2 · Supervision
Full service
Bridge between automation and operations management. Real-time supervisory layer designed for the people on shift, not just for the engineers who configured it. AI overlay for anomaly detection on process variables.
Level 1 · Control
Full service
Industrial Automation across Siemens and Rockwell stacks. From standalone cells to plant-wide control architectures. AI methodology via CI/CD pipelines applied to PLC code.
Level 0 · Field
Secondary service
Selection, installation and configuration of field devices. We do not manufacture hardware — we make sure the right device is wired into the right architecture.
Select a level to explore
05 Industries
We don’t generalise. These are manufacturing environments where mistakes have operational, quality or business consequences.
Where every batch is a regulatory record.
Continuous and batch processes at scale.
Batch and continuous chemistry, made traceable.
Continuous production, 24/7, no margin for error.
Machine builders shipping reliable automation.
Process automation where the field doesn’t forgive.
06 Track record
Anonymised when required. Documented when permission allows. Every metric below was measured before / after.
Chemical · OPCENTER EX PR
Scope · ISA-95 L2–L4
ISA-95 scope: Level 2 to Level 4.
33% Labor cost savings vs. plan
Food · UNS + AI AGENT
Scope · ISA-95 L1–L3
ISA-95 scope: Level 1 to Level 3.
28% Less unplanned downtime
Pharma · SIMATIC S7
Scope · ISA-95 L0–L2
ISA-95 scope: Level 0 to Level 2.
47% Faster commissioning
07 How we work
Three steps, told from the client’s perspective. Not our process chart — your experience.
We spend time on your floor with your operators before opening a project plan. The diagnosis is theirs, the architecture is ours.
Days on the floor, not in a war room
The system has to work for the people using it at 2am — not just for those who signed it off. Operators in every review.
Co-design with operators & engineers
Go-live is the start. Hypercare, SLA, training and ongoing improvement until the system runs on its own.
Go-live and stay — never drop & run
09 FAQ + Talk to us
Tell us about your project
Pharmaceuticals, food and beverage, chemical, glass, and mining. Mostly regulated or process-intensive environments where a failed implementation has real consequences. If your plant runs under GMP, FDA, or strict quality frameworks, that’s the context we know best.
Siemens is our primary choice in implementations, more specifically the frameworks Opcenter Execution Process, Opcenter Execution Discrete and Opcenter Execution Pharma. We also handle legacy SIMATIC IT environments, typically in migration projects. If you already have a different MES and need integration work, architecture consulting, or OT/IT bridging, we can help regardless of the platform.
Six stages: diagnosis, solution architecture, kick-off, development, commissioning, and go-live with ongoing support. Every project starts with understanding your process first. We don’t deliver a system and disappear. We stay through go-live and handle what comes after.
Most projects run between 4 and 12 months. Multi-site rollouts or deep ERP integrations with SAP S/4HANA take longer. We set realistic timelines during the architecture phase, not after you sign. If someone quotes you a fixed timeline before understanding your process, that’s a red flag.
That’s a significant part of the work we do. We connect MES/MOM systems with ERP (SAP S/4HANA and ECC), LIMS, WMS, APS, historians, and DCS/SCADA layers using ISA-95 as the design framework. The goal is clean, maintainable data flow between the shop floor and your business systems, not point-to-point fixes that break with the next upgrade.
Validation isn’t something we bolt on at the end. We work under GAMP guidelines from day one, document IQ/OQ/PQ protocols, and design systems that meet FDA 21 CFR Part 11 requirements out of the box: audit trails, electronic batch records, role-based access control. If your system needs to survive an FDA or EMA audit, that shapes how we build it from the start.
Most MES failures come down to the same things: an integrator who knew the software but not the process, poor alignment between OT and IT, or functional requirements that were never properly defined. We’ve seen all of it. We put a senior architect with real plant experience on every project from the first conversation, not just for the proposal.
Yes. We work on optimizations, troubleshooting, and architecture reviews on existing deployments, including SIMATIC IT to Opcenter migrations. If your current system isn’t delivering on traceability, OEE visibility, or EBRs quality, we assess what’s actually broken before proposing anything.
Typically, mid-to-large manufacturers, plants with hundreds to several thousand employees, often part of multinational groups running multi-site environments. Being a focused team means you get senior involvement from start to finish, not a junior team handed the project after the sales pitch.
We’re headquartered in Tallinn, Estonia, but our team operates across multiple time zones, from the US and Canada through Europe to India. That’s intentional: it means fast, quality support wherever our clients are. MES commissioning, go-live, and operator training require on-site presence. We travel where the plant is.
Yes, and deliberately. We build and use tailor-made AI agents and tools for project management, code review, CI/CD pipelines, and test automation. AI assists our engineers; it doesn’t replace their judgment. We’re also strict about data protection: no client process data, no proprietary configurations, nothing that touches your OT environment goes near a general-purpose AI model.
Because the person reviewing the output knows what the code is supposed to do before it’s written. Every module we develop goes through architecture review, code review, and functional testing by engineers who have commissioned these systems in real plants. AI accelerates our workflow. It doesn’t own it.
