GeoSpock’s city as a platform prepares Governments and Business for the everything-connected world, enabling them to implement a ‘data first’ strategy to smart city solutions.
GeoSpock's suite of capabilities has been specifically developed to harness the unprecedented scale of time and location data being generated from the expanding world of connected things.
This enables Cities to implement a data first strategy to smart city solutions, including moving to evidence-based decisions, producing more accurate trend and correlation analysis, building better prediction models and unlocking advanced machine learning and AI capabilities.
Use GeoSpock’s platform to reduce complexity and increase the speed at which Cities are able to deliver profound improvements to the services delivered for your citizens.Talk to us
"Data is central to the work cities are undertaking to address societal issues such as congestion, pollution and the delivery of services. Cambridge cannot do this alone and our work with GeoSpock has demonstrated the value of collaboration between the public and private sectors. Their experience of working with city data and cutting edge platform is showing how we can extract value and insights from data, driving real change."
Visualise all historic traffic data to identify congestion trends, public transport route hotspots and analyse by the time of day. Analyse the impact of traffic on other measures, such as air quality, crime and commerce.
Harness GeoSpock’s Data Science capabilities to model different scenarios and predicted outcomes of changes to routing, multi-modal transport, air quality or any other important factor.
Visualisations of routes, hotspots, densities, and time-trends bring your data to life in order to more easily understand the reality on the ground.Enrich your data, such as routing inference and ‘snap-to-roads’ any fuzzy GPS data, to improve the analytical capabilities.
Visualise all historic air quality data to identify trends and hotspots and analyse by the time of day and day of the week. Analyse the impact of other datasets on air quality, such as traffic volume and density, shipping, temperature and humidity.
Model predictions on the trajectory of emissions and empower citizens with actionable advice and insights. Visualise pollution hotspots by pollutant type, and how emissions evolve over time.
View correlations between and quantitatively compare multiple datasets. The extrapol8 data query engine enables access to extreme data for advanced analytics, machine learning and other programmatic applications.
Visualise all historic crime data to identify trends and hotspots, and analyse by time, type and location. Analyse the impact of other datasets, that vacant building locations, street lighting and areas of high-income inequality and police strategies (e.g. stop and search areas, patrol routes, response times). Model predictions on the trajectory of crime by location in order to adapt policing initiatives.
Visualise crime hotspots, by type, and time. View correlations between multiple datasets, for instance, how street lighting affects the type of crime.
Build predictive policing capabilities by harnessing the extrapol8 query engine (enables access to extreme data for advanced analytics, machine learning and other programmatic applications).
Understand how the behaviour of different population groups changes in response to changes in the city. Gain a more comprehensive view of the influences on consumers and analyse historic behavioural patterns.
For example: ‘How does the weather affect shopping activity in specific locations?’ ‘When a cruise ship enters port how does that affect the local population’s behaviour?’ ‘How is transport affected by major sporting or seasonal events?’ View full activity history, for instance, where audiences went before or after visiting a certain location. Combine datasets together, understand correlations and root causes, generate unique insights.
Visualize, query and iteratively explore all your data to accelerate the discovery of insights and recommend outcomes. Our products fully integrate with BI tools as well as AI and machine learning applications, to support both business decision makers and data scientists.
Easily spot trends and correlations in your data and build better prediction models. Use GeoSpock’s toolset to accelerate insights into your data and make more accurate and evidence-based decisions.
GeoSpock enables you to bring disparate data-sets together into one standardised interface for analysis, distribution via APIs and, most importantly, cost savings. Explore our growing repository of open data-sets for the UK.
Storing data in a central repository reduces management overhead and reduces costs for all departments. Removing silos and layering previous disparate data sets in a single repository will democratise data for use across departments and enable the discovery of previously hidden correlations and insight.
Understand what’s happening at the granular level. Better monitor and predict citizen behaviour to understand how events impact and influence the day to day. New technologies (sensors, IoT, 5G) are already generating information at street-level detail, use our platform to analyse this data without losing valuable location intelligence.
Look in detail at an area without the need to average measurements across administrative boundaries. Keep the integrity of your raw data with regards to location and time attributes.
GeoSpock is deployed on inexpensive hardware – no need for expensive GPUs or in-memory solutions that won’t scale. Get the best of both worlds: scale and speed without the cost.
Dramatically reduce the cost of external analysis by bringing data analysis back in-house with GeoSpock's data visualisation tool, illumin8. Run hundreds or thousands of scenarios with no additional cost to find the best solution for your citizens.
GeoSpock is uniquely positioned to handle the extreme-scale data generated by the sensors of tomorrow’s Smart City, routinely handling trillions of records. This enables comparison at both city and global levels as well as analysis of both static and moving sensors and ‘things’.
Data volumes are exploding with more sensors, more datasets, and being future-proof is critical. The ability to understand both static and ‘moving’ data will enable a competitive edge in the future smart city.
GeoSpock enables speed-of-thought interaction with data, whatever the scale. This means insights are reached faster, discoveries are unearthed more frequently and people become highly nimble and responsive.
Save time, affect change quicker, become smarter. Next generation / cutting edge technology modelled on supercomputers to emulate human brain function.