IoT technologies
What we do
Insight driven analytics for healthy homes and healthy offices
As an online platform, goldeni collects and interprets data from a variety of leading manufacturers’ sensors and technologies. Processing a variety of data sets to create valuable, actionable insights into the internal environment and performance of assets within both residential and commercial properties.
Artificial intelligence (AI) powers goldeni’s predictive analytics platform which offers personalised targets and insights based on what the building occupiers need to know.
Creating healthy homes
goldeni utilises the latest in internet of things (IoT) technologies and sensors to gather insights on health and wellbeing to create a healthy ecosystem. A healthy home and work place is built on the premise of being able to manage and maintain internal environmental conditions such as air quality control, performance and operation of heating, ventilation and lighting within residential and commercial properties.
Preventative maintenance
By understanding the internal environmental conditions and the performance and operation of systems within the home and office such as boilers for heating and hot water or ventilation for internal air quality, service and maintenance teams can then deliver remote, preventative and onsite services and support for social housing landlords and their tenants, homeowners and commercial landlords.
goldeni is unique in the way it provides service and maintenance teams with in-depth insights into environmental challenges, preventative maintenance, property disrepair, safety and energy efficiency. This then hands the power back to social housing landlords, homeowners and commercial landlords; they can more effectively monitor and manage their properties, deliver operational efficiencies and gain unique insights to ensure positive outcomes for tenants, building occupiers and local communities.
Predictive and prescriptive monitoring and management of real-estate
Predictive and prescriptive monitoring and management of residential and commercial internal environmental conditions ensures that it is safe for the health and wellness of the building occupier.
Key factors contribute to this, such as consistent access to hot water, heating, ventilation and lighting, ensuring internal air quality with a focus on humidity, temperature, carbon dioxide and VOC are at safe levels within residential and commercial spaces.
By providing innovative solutions, we aim to deliver efficiencies over the complete asset lifecycle. We understand that poorly maintained buildings can have far-reaching economic and social implications for businesses, building users and local communities. We take a proactive approach that involves collecting and analysing property data, using state of the art technology to predict faults before they occur.
Extending lifecycle of in-building systems and assets
goldeni goes a step further as it is monitoring a building’s heating and ventilation systems which allows for efficient maintenance and operation, thereby extending the lifecycle of the assets being used. Faults are identified and fixed before there is any knock-on effect resulting in damage or downtime.
Contributing to NetZero and decarbonisation of buildings
A healthy home and place of work also has a positive impact on the environment as creating efficiencies within residential and commercial spaces also reduces carbon emissions and contributes to NetZero targets.
Key factors contribute to this, such as consistent access to hot water, heating, ventilation and lighting, ensuring internal air quality with a focus on humidity, temperature, carbon dioxide and VOC are at safe levels within residential and commercial spaces.
By providing innovative solutions, we aim to deliver efficiencies over the complete asset lifecycle. We understand that poorly maintained buildings can have far-reaching economic and social implications for businesses, building users and local communities. We take a proactive approach that involves collecting and analysing property data, using state of the art technology to predict faults before they occur.
