Safety & security, by design
We integrate functional safety, machinery safety and OT cybersecurity into the engineering lifecycle — not retrofitted afterwards.
Koupatech provides specialist consulting in functional safety, machinery safety, hazardous area assessment, risk management, resilience engineering, and secure system design — integrating engineering assurance, OT cybersecurity, human factors, and Industry 4.0 / 5.0 technologies to support safer, more reliable industrial operations.
We help organisations design, assess and improve safe, secure, resilient and reliable engineering systems — managing complex risks across the full lifecycle, from concept and design through operation, maintenance, and continuous improvement.
We integrate functional safety, machinery safety and OT cybersecurity into the engineering lifecycle — not retrofitted afterwards.
Beyond compliance — we build systems and organisations that anticipate, absorb, recover from and adapt to disruption.
From hazard identification and SIL allocation to operations, maintenance, modification and decommissioning.
Smart automation, AI-enabled safety, cyber-physical systems and human-centred design for next-generation operations.
Operators, maintainers and decision-makers are at the centre of safe, usable and trustworthy industrial systems.
Clear evidence, traceable arguments and ALARP demonstration that hold up to regulator, board and operator scrutiny.
From SIL assessments to OT cybersecurity, hazardous area classification to systems engineering and safety assurance — we cover the disciplines that keep complex industrial systems safe, secure and reliable.
Safety lifecycle support, SIL assessment, safety requirements specification, verification, validation, and compliance with IEC 61508 and IEC 61511.
Risk assessment, guarding review, safety functions, emergency stop systems, and machinery safety compliance against ISO 12100 and AS/NZS 4024.
Improving the ability of systems and organisations to anticipate, withstand, recover from, and adapt to disruptions and changing conditions.
Hazard identification, risk assessment, bowtie analysis, ALARP demonstration, and end-to-end safety assurance for complex operations.
Integration of safety and OT cybersecurity (IEC 62443) to protect critical industrial systems against converged operational and cyber risks.
Hazardous area classification, ignition risk review, compliance assessment, and risk control recommendations to IEC 60079 and AS/NZS 60079.
SESA support for complex projects and operational environments — requirements, architecture, integration, and assurance arguments end to end.
Smart automation, digital transformation, human-centred systems, AI-enabled safety, and cyber-physical systems for the next industrial era.
We engage as long-term partners across the full safety, security and resilience lifecycle — adapting our depth of involvement to where you are on the journey.
Understand operational context, regulatory drivers, threats and hazards, and the scope of safety-critical functions.
Specify safety requirements, allocate SIL, define security zones and conduits, and capture human-factors needs.
Architecture, functional design, verification, validation and independent assessment against the standards that apply.
Operations support, management of change, performance monitoring, OT cyber controls, and incident readiness.
Resilience reviews, lessons learned, continuous improvement and Industry 4.0 / 5.0 capability uplift.
Our team supports owners, operators, EPCMs and OEMs across mining, energy, oil & gas, manufacturing, infrastructure and beyond — wherever the cost of getting safety wrong is unacceptably high.
Fixed plant, mobile equipment, process control and autonomous systems.
Generation, transmission, renewables, hydrogen and grid-edge systems.
Upstream, midstream and downstream — onshore, offshore and LNG facilities.
Discrete and process manufacturing, robotics, packaging and food & bev.
Rail, road, water, ports and critical national infrastructure programs.
Safety-rated control systems, collaborative robots and autonomous vehicles.
Chemical, pharmaceutical, water treatment and continuous-process plants.
Mission-critical systems engineering and safety assurance for complex platforms.
Safety, security and resilience are not separate disciplines — they are facets of the same engineering judgement. Our work is to make that judgement visible, defensible, and operational.
Whether you are scoping a new SIL assessment, planning an OT cybersecurity uplift, or rethinking resilience across operations — we'd like to hear about it.