SmartScore Certification
SmartScore is a global smart building certification, helping landlords understand, improve and communicate the user functionality and technological foundations of their buildings.
The certification champions cutting-edge technology in real estate and by providing a global standard, identifies best in class smart buildings that deliver an exceptional user experience, drive cost efficiency, meet high standards of sustainability and are fully future-proof.
The global standard for smart buildings, SmartScore certification helps landlords and developers build cutting- edge smart buildings that deliver exceptional user experiences, drive cost efficiency, meet high standards of sustainability, and are fully future-proof. If the building meets our strict criteria for reliable, secure, and future-ready in-building technology, they are awarded one of our four SmartScore certification levels to reflect their excellence.
What is an Accredited Solution?
Accredited Solutions are technology providers whose systems and solutions have been benchmarked against WiredScore’s certification standards, empowering them to work with landlords globally.
Why does it matter in today’s world?
The industry is not joined up on smart buildings and is seeking guidance here. A knowledge gap exists regarding how to implement smart buildings. Accredited Solutions creates a bridge between real estate and technology, enabling landlords and the technology solutions that serve them to connect seamlessly.
What is the purpose of Accredited Solutions?
The accreditation gives users and specifiers the confidence that selecting an accredited solution will ensure they are selecting best in class solutions and accelerate their SmartScore building certification process.
What is SmartScore?
SmartScore is the global smart building certification that evaluates, improves, benchmarks and promotes cutting- edge smart technology in the built world.
Our lighting control, smart sensor and headend solutions have been certified by WiredScore as enabling technologies in your buildings compliance to SmartScore certification. The criteria mapping below explains how Prolojik solutions can help achieve SmartScore compliance.
UF1:3 Wayfinding
Prolojik Proxima sensors contain a Bluetooth CPU. The sensors are programmed with a X, Y and Floor coordinate which they publish over Bluetooth. Proxima sensors are installed on a 6m grid with managed signal strength. This approach yields circa 1m accuracy within 30 seconds.The waypoint information of the sensors allows wayfinding apps to utilise this information and facilitate indoor navigation functions.
UF1:4 Person locating
Prolojik Proxima sensors contain a Bluetooth CPU. The sensors are capable of receiving and recording received RSSI and UUID. Building users can be given Bluetooth enabled lanyards which transmit their RSSI and UUID to be received and recorded by the ceiling sensors. Proxima sensors are installed on a 6m grid, yielding circa 1m accuracy within 30 seconds.The Perspective software platform utlises a trilateration algorithm to generate accurate positing data which can be exported to third party systems via the RESTful API.
UF2:1 Air quality
Air quality monitoring is achieved by wall mounted and ceiling mounted sensors.PS632 CO2 and temperature sensors are wall mounted and report space data via DALI networks. PS433 ceiling mounted sensors report temperature and relative humidity and PS466 sensors report CO2, RH, VOC and temperature. All data can be monitored and logged within the Perspective supervisor or be passed to third party systems via API, BACnet/IP or MQTT.
UF2:2 Disease risk mitigation
PS181 Bluetooth wristbands utilise RSSI to identify close proximity of wearers for more than 15 minutes and generate an auditable and vibration waring. The wristbands additionally record any other bands that have been in close proximity.Prolojik also utilises furniture bases accelerometers which can be affixed to seating to identify proximity of users and report high density usage areas.
UF2:3 Wellbeing reporting
Prolojik systems provide highly granular reporting of light quality, light intensity, as well as air quality. The data is reported in real time a presented as BACnet, REST and MQTT data for dashboarding on client platforms such as AWS, Facilio and GCP.
UF2:4 Tenant comfort control
Utilising DALI and DALI-2 control enables Prolojik systems to provide focused control for users. Functions such as light intensity control, lighting colour temperature control. User control from automatic sensors, through user control to bio-dynamic control are available to occupying tenants.Prolojik has delivered enhanced comfort control in buildings such as 100 Liverpool Street, 80 Charlotte Street and Bloom Farringdon.
UF2:5 Comfort optimisation
Prolojik sensors can provide daylight regulation for constant lumen levels to suite workspaces. User control and scene setting based on time or astronomical events can also be added. Where tuneable white lighting is utilised, Plexus and Modular and Indigo systems can achieve bio-dynamic circadian control based on time or using real-time spectrometry. Environmental control optimisation can be achieved for temperature humidity and air quality using Plexus and Proxima sensors with integration to the BMS system via BACnet, REST or MQTT.
UF3:1 Energy reporting
Perspective monitors the lumen performance, power and utility cost of each light and records utility consumption, cost and CO2 equivalent. The solution has been delivered to major client including Willis Tower Watson, PwC and British Land. With the addition of suitably capable DALI-2 lighting kWh can also be extracted directly from the lights and output as REST or MQTT.
UF3:2 Energy optimisation
Perspective monitors the lumen performance, power and utility cost of each light and records utility consumption, cost and CO2 equivalent. Detailed insight into energy usage can be coupled with granular adjustment of illuminance levels, daylight control, circadian functions and occupancy durations. Deployment of our energy optimisation strategies yields between 8 and 18% energy savings to clients.
UF3:5 Carbon footprint engagement
Perspective monitors the lumen performance, power and utility cost of each light and records utility consumption, cost and CO2 equivalent. CO2 equivalent consumption can be assessed on a per light, zone floor or building basis. Prolojik also publishes the embodied carbon for its products to support sustainable decision making when selecting equipment suppliers for their applications.
UF4:1 Events and services
Proxima sensors can transmit Eddystone and iBeacon messages containing tiny URLs. These messages can inform users of events and services specific to their location by publishing notifications to their Apple or Android devices. The deployment of sensors on a 6m grid combined with the ability to send new URLs to the sensors individually and in real time allows for a highly flexible platform for user notification. Published information can be as diverse as event data, operations notifications through to online operations and maintenance manuals.
UF5:3 System alarms
Operational and status data is available from all Prolojik sensors, controllers, infrastructure and of course DALI luminaires. This information is logged within the Prolojik Perspective software platform in the form of sensor and luminaire reports, which can be collected on a reactive basis or on a daily, weekly or monthly schedule. System status information can be exported to third party systems using a number of protocols including BACnet, REST or MQTT. Additionally, alarms can be emailed to key operational personnel for their action. From a compliance perspective, the system will also schedule and report the status of emergency lighting to maintain records of testing and suitability of associated lighting to operate in the event of a real emergency.
UF5:5 Fault detection and diagnosis
Operational and status data is available from all Prolojik sensors, controllers, infrastructure and of course DALI luminaires. This information is logged within the Prolojik Perspective software platform in the form of sensor and luminaire reports, which can be collected on a reactive basis or on a daily, weekly or monthly schedule. System status information can be exported to third party systems using a number of protocols including BACnet, REST or MQTT. Additionally, alarms can be emailed to key operational personnel for their action. From a compliance perspective, the system will also schedule and report the status of emergency lighting to maintain records of testing and suitability of associated lighting to operate in the event of a real emergency. Fault and diagnostics are available to a granularity of a single sensor or luminaire and are provided in both tabular and floorplan formats.
UF6:2 Building utilisation
Prolojik sensors are typically installed on a 6m grid in open plan office areas and in all circulation areas, plantrooms, toilet cores, lift lobbies and receptions. This extensive sensor grid provides a highly granular insight in real time of the occupation density of the building by floor, by core or by tenancy. The data can be visualised in the built-in trend logging within the Perspective supervisor or can be exported via BACnet, REST or MQTT to analytic platforms such as AWS or Facilio.
UF6:3 Building compliance management
Prolojik can support building compliance for platforms such as WELL, BREEAM, and BS EN 5266 for emergency lighting. The capabilities of the sensor network, granular control and detailed reporting enables evidence-based compliance to a number of building standards.