One control platform. One operator experience. Existing PLC, new PLC, or a planned combination of both.
A control system should meet the customer’s needs. APControl is designed to adapt to the operation, its equipment and its priorities, while creating a consistent foundation for future development.
Designed around your operation. Developed around your requirements. Modernised at a pace that makes sense for your business.
A modern operator experience does not have to begin with replacing every controller. We assess the plant, its risks and the required functionality before defining the migration.
Bring a common HMI, visibility and diagnostic approach to suitable existing control systems. Confirm access, communications and control boundaries before implementation.
Retain appropriate legacy controls while introducing new control modules where they deliver value. Define the interfaces, responsibilities and commissioning sequence.
Select an appropriate new PLC platform and configure APControl around the equipment, operator workflows and future reporting and optimisation requirements.
Compatible integration approaches are assessed per application. Product names identify potential technologies, not manufacturer endorsement, certification or universal compatibility.
Select the functions your plant needs. Proprietary, reusable modules provide an engineering foundation; the final scope is tailored, tested and commissioned for the application.
Common Ignition-based HMI and SCADA conventions bring plant status, operating modes, alarms and approved engineering functions into a familiar environment.
Reusable functional modules are configured for the equipment and operating requirements. Standardisation supports repeatable development without treating every plant as identical.
Actionable alarms, event sequences and process trends help engineers investigate what changed and why. The aim is to make fault investigation more informed and repeatable.
AI integration is considered as part of the control approach. Project-defined modes, limits, validation and fallback preserve the required conventional control behaviour.
Authorised access can support monitoring, investigation and role-appropriate business views, subject to the customer’s network design, security policy and support agreement.
Controlled versions, standardised backups, configuration records and recovery planning help a commissioned system remain supportable through its operating life.
Explore the newer plant overview, mixing and cold-feed development screens. Clear process graphics, operator prompts and simulation workflows bring context to the controls. Values shown are illustrative.
One view of the production context: the current mix, batch weights, temperature information, operator actions and simulated fault status.
Promotional edit of an offline development screenshot. Demonstration values are not achieved plant-performance figures. Select the image to enlarge.
Follow the batch from weigh vessels through mixing and destination confirmation. Simulation controls support development and operator familiarisation.
Promotional edit of an offline development screenshot. Demonstration values are not achieved plant-performance figures. Select the image to enlarge.
A common view of feeder status, blend and rate. The demonstrated AI workflow includes review, accept and reject controls; the screenshot explicitly shows the AI service is not connected.
Promotional edit of an offline development screenshot. Demonstration values are not achieved plant-performance figures. Select the image to enlarge.The value of plant data is in the decisions it enables. APControl’s reporting approach connects production, materials and process behaviour with the context behind performance.
Products, batches, material usage and operating context.
Relevant temperatures, operating modes and energy data.
Alarms, changes and the sequence around a stoppage.
Recommendations, accepted actions and fallback events.
Platform overview · capabilities configured to the agreed project scope
Reporting and AI functions are specified for each project and depend on available plant signals, integration and agreed validation. Cycle-time benchmarking and predictive functions form part of the continuing development direction where not included in a commissioned scope.
Simulation creates a controlled space to develop the system and prepare the people who use it. Operators can become familiar with screens, modes, alarms and fault responses without practising on a running plant.
For engineers, simulated I/O and process behaviour support functional testing, failure scenarios and factory acceptance testing before site commissioning.
Simulation and training environments are configured to the agreed project scope. They support, rather than replace, on-site validation.
APControl is a configurable engineering platform. A description on this website is not a promise that every function is included, universally compatible or commissioned on every plant.
Consultancy, control-system development, HMI/SCADA, diagnostics, integration, reporting, simulation, training and resilience planning. The proposed scope and delivery programme follow an engineering assessment.
Modules, integrations, AI behaviour, reporting and remote access are demonstrated and confirmed for the application before contractual commitment. Development or integration work is identified explicitly in the proposal.
Further cycle-time and recipe benchmarking, predictive maintenance and wider connected engineering functions are development directions. Availability depends on the validated release and agreed project scope.
Future hands-free industrial support is an exploratory concept. It is not an available commercial product or an announced third-party partnership.
Not automatically. We first assess the controller, access, communications, operating risks and required functions. Retaining a working PLC may be appropriate; a planned hybrid or replacement route may be better in other cases.
No. APC selects suitable control platforms and integration methods for the application. Compatibility is assessed against the specific hardware, firmware, protocols, licensing and permitted access.
APControl is designed around reusable modules and common operating conventions. Multi-site reporting and deployment are scoped around connectivity, data definitions, access permissions and the needs of each location.
The project plan defines backups, testing, acceptance criteria, commissioning windows and a recovery route. Simulation can move part of the validation away from live production, with on-site checks still required.
The intended approach keeps defined control authority and operating limits in place. AI recommendations or actions are integrated through agreed interfaces and validated behaviour, including the response when AI is unavailable.
Let’s start with your operation, your challenges and what you want to achieve.