Infrastructure Automation & Control Systems
Reliable Automation for Critical Infrastructure
Infrastructure environments depend on control systems operating reliably across equipment that may be distributed between buildings, facilities, operational areas and remote locations.
Pumps, ventilation systems, electrical equipment, mechanical services and other infrastructure assets increasingly depend on PLCs, control panels, SCADA, BMS and industrial communications to provide automated control and operational visibility.
The challenge is that infrastructure frequently develops over many years. New equipment is introduced alongside older systems, resulting in different control technologies, ageing panels, legacy communications and automation that can become increasingly difficult to maintain.
Stratos provides industrial automation and control system engineering for infrastructure applications, helping organisations integrate, modernise and support the systems responsible for controlling operational assets.
Automation for Infrastructure Environments
Infrastructure automation uses control and monitoring technologies to coordinate equipment across operational facilities and distributed assets.
Depending on the application, systems may incorporate:
PLCs.
Industrial control panels.
Remote I/O.
SCADA.
BMS.
HMIs.
Variable Speed Drives.
Instrumentation.
Industrial networks.
Remote monitoring.
These technologies provide automatic equipment control while giving operators and engineering teams greater visibility of infrastructure condition and performance.
PLC Control for Infrastructure Systems
PLCs can provide automated control across a wide range of infrastructure equipment.
Applications may include:
Pump control.
Ventilation systems.
Motor control.
Mechanical services.
Equipment sequencing.
Duty and standby operation.
Level control.
Pressure control.
Equipment interlocks.
Alarm generation.
Fault handling.
PLC systems can also coordinate multiple pieces of equipment so that infrastructure responds automatically to changing operational conditions.
Stratos develops and modifies PLC software with an emphasis on structured control, clear diagnostics and long-term maintainability.
Infrastructure Control Panels
Control panels provide the electrical and automation infrastructure required to operate pumps, motors, ventilation systems and other controlled equipment.
As a control panel manufacturer, Stratos can design and manufacture panels incorporating:
PLC hardware.
Remote I/O.
Variable Speed Drives.
Motor controls.
Protective devices.
Safety equipment.
Network switches.
Power supplies.
Relays and contactors.
Operator controls.
Existing infrastructure control panels can also be assessed to determine whether refurbishment, modification or replacement is the most appropriate approach.
SCADA and Infrastructure Monitoring
Infrastructure systems can involve equipment distributed across large facilities or multiple operational areas.
SCADA can bring information from these systems into a central supervisory environment.
Operators may be able to monitor:
Equipment status.
Process values.
Pump operation.
Motor conditions.
System pressures.
Tank levels.
Energy-related information.
Active alarms.
Historical trends.
Communication status.
Centralised monitoring can provide engineering teams with a clearer understanding of infrastructure condition and help identify problems affecting individual assets.
Building Management and Infrastructure Integration
Buildings and operational infrastructure frequently contain both industrial control systems and Building Management Systems.
Depending on the environment, integration may be required between:
PLC systems.
BMS platforms.
HVAC controls.
Pumps.
Ventilation equipment.
Electrical systems.
Metering.
SCADA.
Other facility equipment.
Where suitable communication interfaces are available, information can be exchanged between systems to improve operational visibility and coordination.
The objective should not necessarily be to replace existing systems, but to determine how they can operate effectively within the wider infrastructure environment.
Remote Monitoring of Infrastructure Assets
Infrastructure assets are not always located where engineering teams can easily inspect them.
Remote monitoring can provide visibility of distributed equipment such as:
Pumps.
Motors.
Ventilation equipment.
Control panels.
Electrical systems.
Remote plant.
Mechanical services.
Environmental conditions.
Depending on the system, operators may be able to view equipment status, process values, alarms and historical information without travelling to each individual location.
Remote access should be implemented alongside appropriate network architecture, user permissions and industrial cyber security controls.
Industrial Networks and Connected Infrastructure
Connected infrastructure depends on reliable communication between control systems and field equipment.
Industrial networks may connect:
PLCs.
Remote I/O.
SCADA.
BMS.
Variable Speed Drives.
Instrumentation.
Control panels.
Remote assets.
Infrastructure environments may also contain equipment installed across different generations, requiring integration between modern Ethernet-based systems and older industrial communication technologies.
Stratos can support network design, integration and fault finding across industrial automation environments.
Integrating Existing Infrastructure Systems
Infrastructure projects rarely begin with a completely blank environment.
New control equipment may need to operate alongside existing:
PLCs.
Control panels.
BMS systems.
SCADA platforms.
Mechanical equipment.
Industrial networks.
Drives.
Instrumentation.
Legacy controllers.
Stratos assesses existing systems to determine how new automation can be integrated without unnecessarily replacing equipment that remains suitable for continued operation.
Where older systems cannot communicate directly, alternative integration approaches can be considered.
Infrastructure Automation Modernisation
Infrastructure can remain operational for decades, while the automation technology controlling it has a considerably shorter commercial lifecycle.
Over time, organisations may encounter:
Obsolete PLCs.
Ageing control panels.
Unsupported HMIs.
Legacy SCADA.
Older BMS controllers.
Obsolete Variable Speed Drives.
Unsupported software.
Ageing industrial networks.
Poor documentation.
Rather than waiting for critical equipment to fail, existing automation can be assessed and prioritised according to condition, supportability and operational importance.
A phased modernisation programme can then address higher-risk systems while allowing suitable equipment to remain operational.
Alarm Management and Infrastructure Fault Visibility
When infrastructure equipment fails, operators need enough information to understand the problem and respond appropriately.
Automation systems can provide alarms relating to:
Equipment failure.
Motor trips.
Pump faults.
High or low levels.
Pressure deviations.
Temperature conditions.
Communication failures.
Instrument faults.
Control system problems.
Effective alarm design should provide meaningful information rather than overwhelming operators with unnecessary notifications.
SCADA and supervisory systems can also retain historical information, helping engineering teams investigate recurring faults and identify developing problems.
Infrastructure Automation Maintenance and Lifecycle Support
Infrastructure control systems require ongoing management throughout their operational life.
Support may include:
PLC health checks.
Control panel inspections.
SCADA and HMI reviews.
BMS integration support.
Network checks.
Software backup verification.
Obsolescence monitoring.
Documentation updates.
Automation fault finding.
Planned improvements.
Where organisations require ongoing engineering support, maintenance and service contracts can provide a structured approach to maintaining and reviewing the automation environment.
Lifecycle planning can also help identify systems approaching obsolescence before replacement becomes an urgent operational requirement.
Why Choose Stratos for Infrastructure Automation?
Infrastructure environments can contain a combination of industrial automation, building controls, mechanical systems and equipment installed across different generations.
Successfully managing these environments requires an understanding of how the complete control system operates rather than focusing on an individual PLC or control panel.
Stratos combines PLC programming, control panel design and manufacture, SCADA and HMI engineering, BMS integration, industrial networking, remote monitoring and automation modernisation.
Our engineers work with both new and existing infrastructure, helping organisations integrate systems, improve operational visibility and develop a practical approach to maintaining and modernising critical control equipment.
Modernise and Connect Your Infrastructure Automation
Infrastructure control systems need to remain reliable even as the equipment and technology around them change.
Stratos helps organisations integrate, modernise and support PLCs, control panels, SCADA, BMS and industrial networks across infrastructure environments.
Speak to our engineers about improving the reliability, visibility and long-term supportability of your infrastructure automation.
Frequently Asked Questions
What types of infrastructure automation can Stratos support?
Stratos can support PLCs, control panels, SCADA, HMIs, BMS integration, Variable Speed Drives, industrial networks and associated automation used to control infrastructure equipment and operational assets.
Can you integrate existing infrastructure control systems?
Yes. Existing PLCs, control panels, BMS, SCADA and other control systems can be assessed to determine how they can communicate with new automation while retaining suitable existing equipment.
Can infrastructure assets be remotely monitored?
Potentially, yes. Where suitable communications are available, equipment status, alarms and operational data can be made available through SCADA or remote monitoring systems, with appropriate access and cyber security controls.
Can you modernise obsolete infrastructure automation?
Yes. Existing systems can be assessed for obsolescence, condition and operational risk. Modernisation can then be phased to prioritise critical equipment rather than replacing every system simultaneously.
Do you provide ongoing support for infrastructure automation?
Yes. Stratos can provide ongoing support for PLCs, control panels, SCADA and associated infrastructure automation. Maintenance and service contracts can also provide structured lifecycle reviews, backup management and planned engineering support.