Comprehensive System For Every Need
Control rooms, wired to the cloud.
Evensys engineers the control and safety systems that run plants — ICSS, DCS, SCADA, power management — then bridges them to IIoT telemetry and analytics without loosening the boundary between the two networks.
- Sectors served
- 6
- Core systems
- 10
- Building since
- 2018
- Based in
- Shah Alam, MY
One engineering core, seven places it lands.
The same control, safety and telemetry stack is deployed into six sectors, plus the cross-sector core that all of them share. Drag the diagram, or work down the list.
Seven surfaces, one engineering core. Pick a sector to see the systems we deliver into it.
Sector index
7 surfaces
- 01
Oil & Gas
Upstream and midstream control, from the wellhead to the export meter. Hazardous-area rated throughout.
- Integrated Control & Safety System (ICSS)
- Emergency Shutdown System (ESD)
- Metering Control System (MCS)
- Remote Terminal Unit (RTU)
- GSM Communication Telemetry System
- Uninterruptible Power Supply (UPS) — hazardous
- 02
Petro-Chemical
Safety, control and automation for plant operations — and the power and motor management that keeps them stable.
- Integrated Control & Safety System (ICSS)
- Distributed Control System (DCS)
- Emergency Shutdown System (ESD)
- Power Management System (PMS)
- Load Shedding System (LSS)
- Intelligent Motor Control System (IMCS)
- Process Monitoring & Control System (PMCS)
- SCADA & Facility SCADA (FSCADA)
- 03
Infrastructure
Control and safety for assets the public depends on — tunnels, highways, treatment works, buildings.
- Integrated Control & Safety System (ICSS)
- Distributed Control System (DCS)
- Tunnel Ventilation System (TVS)
- Building Management System (BMS)
- SCADA & Facility SCADA (FSCADA)
- WebConcept & Edge Control Server
- HMI for safe and hazardous areas
- 04
Industrial
Decentralised control for complex processes, with the mechanical and electrical scope delivered alongside it.
- Integrated Control & Safety System (ICSS)
- Distributed Control System (DCS)
- Process Monitoring & Control System (PMCS)
- Intelligent Motor Control System (IMCS)
- Power Management System (PMS) & Load Shedding System (LSS)
- Mechanical & Electrical (M&E) and EPCC
- 05
Power
Grid reliability work: distribution management, load balancing, and remote control of generation facilities.
- Integrated Control & Safety System (ICSS)
- Distributed Control System (DCS)
- Power Management System (PMS)
- Load Shedding System (LSS)
- Intelligent Motor Control System (IMCS)
- SCADA & Facility SCADA (FSCADA)
- Remote Terminal Unit (RTU) & GSM telemetry
- 06
IIoT & Analytics
Where the automation estate meets the cloud: telemetry off the plant, dashboards on top of it, analytics after.
- Smart IoT Gateway Controller
- WebConcept & Edge Control Server
- Pipeline Management System
- GSM Communication Telemetry System
- Solar monitoring analytics
- Plant Engineering Center (PEC)
- 07
Cross-Sector Core
Ten technologies that recur in every sector above. Engineer them once; deploy them into any of the six.
- Integrated Control & Safety System (ICSS)
- Distributed Control System (DCS)
- Power Management System (PMS)
- Load Shedding System (LSS)
- Intelligent Motor Control System (IMCS)
- SCADA & Facility SCADA (FSCADA)
- Remote Terminal Unit (RTU)
- GSM Communication Telemetry System
- Uninterruptible Power Supply (UPS) — hazardous & industrial
- WebConcept & Edge Control Server
Two disciplines that usually do not talk.
Most plants have an automation team and an IT team with a firewall and a grudge between them. We are staffed to sit on both sides of it.
OT
Operational technology
PLC and SCADA engineering: control narratives, alarm rationalisation, signal integrity, historian patterns, and the reliability practice that keeps a plant running.
IT
Information technology
Cloud architecture, a security baseline that survives an audit, deployment automation, and observability on the systems that carry plant data.
IIoT
The bridge
Secure data pipelines from the shopfloor to the dashboard, engineered for industrial conditions rather than retrofitted from an office network.
The cross-sector core.
Ten systems recur in every sector we serve. Engineered once, deployed into any of them — which is why a petrochemical control narrative and a tunnel ventilation interlock come off the same bench.
| Abbr | System | What it does |
|---|---|---|
| ICSS | Integrated Control & Safety System | Control and safety, coordinated in one system |
| DCS | Distributed Control System | Decentralised control for complex processes |
| PMS | Power Management System | Power distribution management |
| LSS | Load Shedding System | Load balancing to hold stability |
| IMCS | Intelligent Motor Control System | Motor control and protection |
| SCADA | Supervisory Control & Data Acquisition | Supervisory control, plant-wide |
| FSCADA | Facility SCADA | Facility-level supervisory control |
| RTU | Remote Terminal Unit | Field data acquisition at the edge |
| GSM | GSM Communication Telemetry System | Telemetry over cellular where there is no fibre |
| UPS | Uninterruptible Power Supply | Backup power, hazardous and industrial rated |
Supplied alongside.
The instrumentation and hardware that arrives with the system, not after it.
Control valves
Standard, severe-service and choke valves
Lighting systems
Industrial and hazardous-area luminaires
Operation & monitoring
Real-time oversight and performance monitoring
Cameras & CCTV
Continuous site surveillance
Automation interfaces
Interfacing between control layers
Control & distribution boards
Centralised power distribution and control
Signalling & enclosures
Plugs, sockets, cable glands, components
Wireless & SwitchRack
Wireless monitors and PEC services
How a job actually runs.
Four stages. The survey comes before the scope, and the security boundary is drawn during design rather than bolted on at handover.
- 1.0
Assessment & scope
We walk the plant, read the existing drawings, and list what is actually installed — not what the as-builts claim. The scope comes out of that survey.
- Site survey
- I/O and signal list
- Gap analysis
- Scope of work
- 2.0
Architecture & security
Control network and IT network are designed together, with the boundary between them drawn deliberately. Segmentation and access control are part of the design, not a later hardening pass.
- Network architecture
- Segmentation plan
- IAM and access model
- Functional design spec
- 3.0
Build & validate
Panels built and wired, logic written, then tested against the spec before anything reaches site. Factory acceptance first, site acceptance after.
- Panel build
- Logic and HMI
- FAT
- SAT
- 4.0
Handover & operations
Operators are trained on the system they will actually run, with the drawings and the spares list to match. Support continues after the handover certificate.
- Operator training
- As-built drawings
- Spares list
- Ongoing support
Organisations we have delivered for
Delivered for
Product journey.
What we built, and when. The last row is a roadmap item, not a shipped product.
2018
Smart IoT Gateway Controller
Developed and exhibited at MetalTech — the first gateway product, taking field signals to a network.
2020
Remote CP node
A remote cathodic-protection node delivered for Petronas Gas Berhad.
2022
Undersea pipeline corrosion inspection
Inspection software for subsea pipeline corrosion assessment.
2023
Solar monitoring analytics
Analytics over solar generation data, extending the monitoring stack past process plant.
2026
Remote UPS monitoring
Remote UPS monitoring across oil and gas platforms.
Next
Applied AI on the platform
Moving toward applied AI on gas-platform data — the stated next step in the roadmap.
Tell us what is installed, and what it needs to do.
A sentence on the plant and the systems in scope is enough to start. If you already have a P&ID or an I/O list, mention it and we will ask for it.
- info@evensys.cloud
- Based in
- No 33-1, Jalan Tukul N 15/N
Dataran Otomobil, Seksyen 15
40200 Shah Alam, Selangor - Registration
- 202401038413 (1584260V)