Automation · supervision
SCADA, telemetry and field-system integration
We assess signal, panel, instrumentation, communications and supervision integration. Interfaces, system access, competence and acceptance tests are defined before implementation is committed.
Scope, resources, qualifications and schedule are confirmed following technical review of the project.
Scope and decisions
A SCADA system is reliable when a signal can be traced from the process to the screen.
Quality is not software alone. It requires instruments, I/O, panels, power, networks, protocols, addressing, alarms, historians, cybersecurity, testing and records to be coordinated.
Field and instrumentation
Survey, installation, connection and verification of instruments, actuators, signals and loops.
- I/O list
- Loop checks
- Calibration by scope
Control and supervision
PLC, RTU, HMI and SCADA architecture, naming, alarms, history and permissions.
- Cause-and-effect matrix
- Screens and alarms
- Backups and versions
Communications and integration
Fibre, radio, industrial Ethernet, protocols and gateways connecting field, control and upper levels.
- Topology and addressing
- Redundancy
- End-to-end tests
Method
Work sequence
Functional survey
We define process, signals, equipment, current architecture, issues and acceptance criteria.
Engineering
We close I/O, networks, protocols, panels, power, alarms, history and responsibilities.
Development and integration
We configure equipment and platforms within scope, controlling versions and changes.
FAT
We test logic, screens, communications, alarms and simulated cases before field work.
SAT and commissioning
We verify loops, sequences, data, redundancy and operation against the live process.
Handover
We transfer backups, matrices, manuals, protocols, training and dossier.
Required inputs
Information required to quote without hidden assumptions
Correct inputs turn a general requirement into an executable, measurable and quotable scope.
- Functional description and operating philosophy
- P&ID, I/O list and cause-and-effect
- Existing PLC, RTU, HMI and SCADA
- Protocols, topology and addressing
- Instruments, ranges, signals and power
- Alarms, priorities, history and reports
- Redundancy, availability and time synchronisation
- Users, permissions and cybersecurity requirements
- FAT, SAT, loop checks and acceptance criteria
- Backups, licences, manuals and intellectual property
Commercial engineering
What drives price and schedule
Signal count and quality
I/O, loops, instrumentation and existing records define engineering and test hours.
Legacy-system integration
Protocols, licences, versions and authorised code access determine complexity and risk.
Test availability
Shutdowns, simulation, operations and third-party coordination affect FAT, SAT and commissioning.
Redundancy and cybersecurity
Servers, networks, firewalls, backup, permissions and continuity expand architecture and validation.
Acceptance
Deliverables and close-out documentation
The package is complete when the technical result and the supporting records can be accepted.
- Control and communication architecture
- I/O, addressing and alarm lists
- FAT, SAT and loop-check protocols
- Backups and version control
- Manuals and training by scope
- Drawings, matrices and final dossier
Related services
Continue the technical journey.
Frequently asked questions
Questions that change scope, price or acceptance.
Can different brands be integrated?
Yes, subject to protocols, documentation, licences, versions and authorised configuration access.
Can you modify an operating legacy system?
Yes. We first create backups, inventory versions, define risks and prepare a rollback plan.
Can instrumentation be included?
Yes, including supply, installation, connection, calibration and loop checks within defined scope.
What is handed over?
Backups, matrices, architecture, addressing, test protocols, manuals, redlines and dossier according to scope.
Next step
Send the architecture, I/O and operating issue.
State process, equipment, protocols, signals, target date and FAT/SAT criteria. We return a scope and interface matrix.