Our Approach

Elevate Controls’ structured validation process helps our clients assess the technical and commercial feasibility of any monitoring or control system proposal. We work closely with our clients to understand the system objectives and commercial constraints, assess the engineering feasibility, and identify potential risks before full-scale development begins. We cover all stages of the development process in our assessment, including requirements for ongoing support and maintenance once the system is deployed.

Establishing an appropriate system architecture is critical to a successful system development. Elevate Controls works with you to define a functional specification and system architecture that will meet all your engineering requirements within cost, risk, and time-to-market constraints. We use modelling and simulation tools to validate control system architectures where appropriate before committing to a specific integration or build strategy.

System architecture covers hardware selection, software applications and frameworks, UI requirements, communications protocols, network interfaces, and data acquisition and data management strategies. Integrated data management is an undervalued element of the system architecture. The ability to manage and compare data consistently across all stages of a system development can significantly de-risk the process and help to avoid unexpected re-work costs.

System development covers the build or assembly of hardware modules, the design, coding, and unit testing of software modules, and the integration of all elements into the final system up to the point of deployment. Elevate Controls has extensive experience with both custom Electronic Design and Build and Systems Integration of Commercial-Off-The-Shelf (COTS) components.

We can mix both approaches to ensure optimal management of cost, risk, and time-to-market. For example, an early-stage Proof-Of-Concept or Prototype might be validated using a rapid-turnaround COTS approach, with the final large-scale deployment implemented as a cost-effective custom electronic design and build. It is critically important to test hardware and software at all stages of system development to ensure that it meets its specifications for functionality, reliability, and safety. Elevate Controls can design and supply a custom test platform to perform R&D, validation, certification, Hardware-In-The-Loop (HIL), and FAT testing as required.

This stage covers the delivery and installation of the system(s) into the client’s operational environment and includes confirmation of compatibility with any existing infrastructure.

All Elevate Controls’ deployed systems are supplied with a detailed Site Acceptance Test (SAT) report and a handover package that includes full system documentation, software source code, and custom training to suit client requirements.

We are committed to our clients as partners throughout the life of any monitoring and control system that we develop. We offer local support and expertise at every stage of the development process.

The Maintenance and Evolution stage covers both scheduled maintenance and support to ensure that the system maintains its rated performance throughout its projected commercial life, and the planned evolution of the system that adds new functionality to address known future needs. Scheduled maintenance may require the development of portable systems for field testing and diagnostics.

Both these scenarios should be addressed and planned for in the System Architecture stage. However, even the best plans may not be able to account for all the technology and commercial changes that will occur over a 20+ year commercial lifetime. Our breadth of expertise and experience means that we can adapt your systems to accommodate any unforeseen changes in requirements as they arise.

As industry demands evolve, we support our clients by integrating new technologies, upgrading system capabilities and developing next-generation iterations. Our commitment to ongoing innovation delivers long-term value to our clients by ensuring that our measurement and automation systems remain robust, adaptable, and future-ready.