The keys to unlocking your data’s true value
It provides sophisticated tools that manage,
communicate and automate data in a simple visualised format, delivering the right data to the
right people at the right time. Our easy to use web based platform leverages technologies such
as artificial intelligence, IoT, Machine Vision and immersive technology applications, all
converging in our VQecosystemTM to create an advanced digital twin – a virtual
your space that enables organisations to better manage the performance and health buildings and
Because VQvisionTM is fully customizable, it can be accessed in the cloud or on-prem and viewed across a range of lite devices and through immersive technology. So, resources are optimised, costs are saved and collaboration is maximised.
Data is useful when people can understand and access it. The VQecosystemTM displays visual data simply, providing accurate, easy-to-use documentation to maximise building management and development. Communication tools include:
Geographical information system (GIS) tools collect, store, analyze and visualize location data. These are then layered into 3-D maps where data patterns enable teams to make smarter and faster decisions. From how humans interact with a space, to information on the functioning of equipment, even predicting maintenance needs.
The Agority Platform combines the immersive power of virtual reality with the collaborative, accessible and affordable nature of web conferencing, empowering entire teams and thus transforming business communication. View or interact with augmented reality data overlaid into real-world environments and meet, talk and share from any location. Agority allows remote inspections of difficult areas and geographically inaccessible sites, fostering greater collaboration and flexibility.
Disparate teams can co-ordinate responsibilities by communicating site regulations, rules, policies and important files all linked on a site map. With VQvisionTM, internal and external stakeholders understand what work is being done by whom and when. The visual platform allows you to refine documents while connecting teams and standardising work management.
Capture, upload, process, store, review and share data from a central visual console, at any time or place. For instance, store project information, allow design collaboration from multiple stakeholders, track all tasks and provide constant status updates. VQvisionTM cloud-based collaboration allows for unlimited users in a simple file-sharing system.
Clone, edit, add, modify and tailor the digital twin to the needs of any user. This includes linking to IoT devices, live data feeds, shared comments, embedded content, accurate measurements and downloadable assets to be published and shared.
Manually or automatically link and tag information to your digital VQmodel, so that multiple teams can understand how an asset should look and function, maintain optimal functioning and complete repairs. By creating a visual record of your assets, you can share and find data simply, eliminate unwieldly documents, enable real-world geo-located tags, embed relevant material to accompany each image and allow for regular updates.
Visual intelligence inspires swifter collaboration and enhanced productivity by ‘walking’ the space, finding issues hidden to the human eye and automating work processes. Our tools help you understand the value of data created by Spinview's AI-driven software.
VQvision’s detection tools identify and classify data into objects that can be sorted, tagged and tracked. For instance, machine scanning means faults can be found before they worsen and automatic inventory management means measuring assets – from chimney numbers to street furniture – is simplified.
Manage data in one streamlined, no-code system. Push or pull data from all devices, helping define key elements for different individuals and teams. Firmer, swifter and more co-ordinated actions result from sharing data in pre-agreed formats.
Spinview’s tools provide insights that allow you to identify and prioritise problems, monitor and manage change, automate work processes, predict trends and respond to issues.
The construction and maintenance of buildings and infrastructure require many streams of data from multiple teams and their go to tools. This data often lives in silos and is rarely readable, or indeed accessible, by members of the broader team with responsibility for the health and performance of the asset. Spinview’s VQecosystem integrates with many tools and connects their data so it can be accessed and transformed into actionable insights.
Rather than allow data to languish unused, VQvisionTM creates a legacy baseline that better maps out future strategies. It can also aggregate live data feeds from outside sensors, IoT devices, BIM, Biometrics and any other data you may need to connect, giving you a real-time dashboard integrated into a digital twin. All data streams can be combined into The VQmodel.
Your visual twin starts by establishing a baseline of the real-world asset. To understand performance and predict future requirements, you need to know your starting points. Each subsequent set of data / measurements is comparable against the last to provide levels of insight.
The VQmodel TM mimics the performance of the existing asset, offering insights into its current and past operation. With the right indicators, future events can be predicted and avoided.
Digital Twins mimic the behaviour of physical assets in real-time and can also be run after data has been captured. For instance, sensors track how buildings perform in real time or periodic scans highlight issues over set periods of time. The VQecosystemTM, delivers a model that makes sense of data, deriving valuable insights through accurate predictions and a full visualization of past, present and future performance.
Plan and prioritise infrastructure assets in smarter, more efficient ways, recording and tracking assets to create a streamlined workflow. The Spinview platform works with any scanning devices and our automatic feed helps you simply create your own visually intelligent digital twin. We capture the geometry as well as a full spectrum of data on the ‘health’ of any space such as thermal imaging, humidity, temperature and environmental emissions in low-cost and versatile ways. In partnership with VRMT, Spinview supports and customises data captured from the Tracer range of units.
Tracer AE is a multi-sensor handheld device which measures internal and external temperature, humidity, carbons, nitrogens and other emissions such as greenhouse gases, VOCs, particulate matter and other pollutants. It can be operated by non-technical users with minimal training. Its 360 imagery also maps geometry and provides accurate floorplans.
Tracer|S Scanner is a tripod mounted, Lidar scanning system for the generation of point clouds and 360 imagery. In addition, an embedded thermal camera can produce 360 thermal point clouds and panoramic images, which can automatically link the data from the Property Sniffer.
Spinview offers a complete multi-sensor system for road condition data collection, survey and analysis, so that trends can be predicted and repairs managed with greater efficiency. It delivers measurable data to reduce fuel consumption, emissions and noise, accelerate construction and control erosion. Scanning devices can be attached to standard vehicles and feature multiple sensors, registering what is happening at 1000s of times per second.
Delivers insights on the health of the road environment. A low precision sniffer detects gases, a high precision version identifies everything from carbon monoxide and dioxide, to methane, hydrogen and petroleum. It can also accurately monitor temperature, humidity and air pressure.
The Rail Asset & Emissions scanner (RAIV) is designed for rail and deep tube environments. Sophisticated imaging sensors capture pollutant and emission data. With integrated LIDAR, it delivers 360, 2D imagery and can detect ambient light, sound levels, air temperature, humidity, GPS and IMU data. In addition, it can detect detailed environmental sensor data.