With more than 25 year’s combined experience, we are specialists in the field of workplace building robotics, creating a smarter workplace through integration with legacy/modern BMS installations and providing a higher level of intelligence, reliability and energy efficiency.

Leveraging other industries robotics standards, intelligent cloud-based connectivity is no longer in the future.

By minimising the reliance on human intervention and support, complex engineering can be now be simplified and managed on or off site, integrating fault diagnostics, machine learning as well as optimised controls to climate and occupancy conditions.

With higher level intelligence, the need for schedules and time clocks are removed. The building responds to the occupants and the climate automatically and it does this optimally, ensuring input power is minimised. This is always visible to the user through either a dedicated dashboard or preferably fully integrated with your BMS, enabling building data to be available anywhere in the world.

Our passion has spanned many years bringing information to the forefront with IoT Consultancy, integrated logic and condition-based maintenance. This gives you more control over your assets, with visibility of performance and real-time monitoring.

Analytics is available for greater study and fault diagnostics. Alarm handling is automatic, which means the system responds to potential failures before they happen, effectively stopping the failure without human intervention and hence, avoiding high cost as well as providing essential planning information for plant replacement.

Plant is monitored 24/7, removing expensive and wasteful planned maintenance tasks.

The result is:

• Reduced annual cost 
• Increased reliability
• Reduced input energy


Your challenges........

Whether you are:

• A Landlord with a single or multiple buildings or,

• A Tenant with multiple floor occupancy or occupancy across multiple buildings

Typically, there is no common framework in order to make your buildings data more widely available and visible.

Energy monitoring and billing platforms are integral to every building, but the challenge facing the majority of organisations is how do you bring this all together?

Building Managers/ Facilities Managers cannot access all the information in one place, conveniently, from anywhere, any time, on any platform.


Your solution........

A single Technik gateway seamlessly integrates into the existing BMS network and collects all the necessary information. This is sent to the Technik framework and visualised in an easily digestible format customised to your needs.

The Technik platform seamlessly integrates into existing BMS & EMS networks and has the capacity to integrate through third part devices through an API.

We will install a Technik Open Protocol Platform system and dashboard with remote connectivity to allow the user to monitor Occupancy based metrics across the occupied floor in real time.

Our platform, which can be on Prem or Cloud based is a customisable user-centric interface which has been built to encourage the Engineering and Facilities team to use the dashboard as a part of their daily routine.

This platform can be accessed by unlimited users on any modern IT device at no cost.

Single dashboards connecting multiple buildings/ occupancy allow you to gain an understanding of the processes ‘at a glance’ without interrogation of different systems with ambiguous alarms and faults. Reporting and history functions are available with unlimited storage without fear of not having up to date backups to restore in a disaster event.

You will have access to all your provided services, continually monitoring each system, and enabling you to record and measure performance and demand.

All this, without being tied into the base build systems, one common framework groups dissimilar BMS systems and displays information that is customised for your needs. All solutions are scalable, from multiple site deployment to single occupancy requirements, allowing visibility to your systems.