Vendor-agnostic
Choices follow outcomes, risk and operations context, not brand preference.
IT/IoT/OT integrations and cybersecurity
Design, orchestration and implementation guidance for existing and new environments.
Outcome
- Data flows with routes, conditions and ownership
- Access paths with logging and role clarity
- Segmentation where needed, communication where needed
- Implementation backlog with sequence and acceptance criteria
- Operational documentation and practical handover
Technology (compact)
API integrations to IT systems and OT protocols such as Modbus, OPC UA and MQTT.
Services
Integrations, cybersecurity and implementation guidance
IT/IoT/OT integrations
Reliable integrations between OT, IoT/edge and IT with clear boundaries and ownership.
Page: /diensten/it-iot-ot-koppelingen
When this applies
- OT data is needed in IT/analytics/reporting
- Historian/SCADA/PLC environments must exchange data with IT in a controlled way
- Multiple systems/vendors must work together cleanly
Cybersecurity
Segmentation, access and logging set up for control and traceability.
Page: /diensten/cybersecurity
When this applies
- Remote access for vendors/contractors
- Flat networks / unclear routes between zones
- Logging is missing or not followed up
Orchestration & implementation guidance
From design and decision-making to execution, validation and handover.
Page: /diensten/regie-implementatie
When this applies
- Multiple parties (IT/OT/vendors) must deliver together
- There is a design, but execution is stuck
- Need for testable delivery and handover to operations
Approach
Short, phased and testable
- Intake: objective, scope, constraints and parties involved
- Baseline: current routes/access/protocols/log sources
- Design: integration + security with acceptance criteria
- Execution: implementation plan + guidance + testing
- Handover: operations, monitoring, escalation and documentation
What we need for intake
- What should be possible after delivery
- Which systems/vendors/protocols are involved
- Which constraints apply (planning, change process, access)
Field experience
We bring engineering experience from heterogeneous environments, focused on integrations that remain stable in operations.
- IT/OT integration in mixed legacy/modern environments, including failure paths and recovery logic
- Industrial connectivity and protocol delivery (Modbus, OPC UA, MQTT) with API integrations to IT systems
- Platform implementation in IoT/telemetry stacks, including dashboards/widgets where relevant
- Commissioning and troubleshooting under pressure in critical environments
- Security-by-design integration delivery with segmentation, access control and auditability
Security
Routes, access and logging are included from the start.
Reference
IEC 62443 is used as a reference model for structure and prioritization (not a compliance track).
Automation & AI
Developments move fast in IT, OT, IoT and the integrations between them. We apply this pragmatically with measurable value.
We focus on
- Faster and more consistent insight from technical input
- Support for analysis and reporting
- Less manual work in recurring operational steps
Pragmatic principles
- Use-case first with measurable value
- Clear ownership of data and outcomes
- Reproducibility and control
- Integrated with existing change and operations processes
Tooling is a means, outcome and manageability remain leading.
FAQ
Do you run IEC 62443 certification tracks?
No. We use IEC 62443 as a structure for prioritization and design decisions.
Do you run penetration tests?
Only on request or with a partner. Primary focus is control design and implementation.
Can you integrate with existing vendors and components?
Yes. We start with baseline and risks, then improve in phases.
Contact
Schedule an intake
For IT/IoT/OT integrations, cybersecurity or implementation guidance.
Three intake questions
- What should be possible after delivery
- Which systems/vendors/protocols are involved
- Which constraints apply (planning, change process, access)
Contact
Email · Phone · LinkedIn