What it does:
Senses people flows.
Optimised resource allocation: Adjust staffing and resources based on real-time occupancy data, improving efficiency and service quality.
Enhance safety and compliance: Monitor crowd density to ensure adherence to safety regulations and prevent overcrowding.
Informed decision-making: Provides insights into foot traffic patterns, enabling better planning for marketing, events, and facility management.
What it does:
Real-time parking space information for drivers.
Optimise resource allocation: Provides real-time dataon available spaces, reducing time spent searching for parking and improving overall space use.
Reduce traffic congestion: Minimises traffic congestion and emissions by directing drivers to available spots quickly and efficiently.
Enhance revenue management: Enables dynamic pricing and better enforcement of parking regulations, increasing revenue and operational efficiency.
What it does:
Detects waste volume in bins.
Optimise collection routes: Reduces fuel consumption and operational costs by using real-time data to plan efficient waste collection routes.
Improve resource allocation: Monitors bin fill levels to ensure timely collections, reducing overflows and missed pickups.
Enhance environmental impact: Minimises emissions and environmental footprint by decreasing the number of collection trips needed.
What it does:
Monitor the air environment, temperature, humidity, C02 and HVAC.
Quick response: Monitors various pollutants withalerts if they deteriorate, allowing for city officials and environmental agencies to identify the source and take the necessary action.
Better indoor occupant comfort: Monitors and adjusts air quality, temperature and humidity levels ensuring a healthier, more comfortable and productive indoor space.
Improve energy efficiency: Optimises HVAC systems based on real-time environmental data, reducing energy consumption and costs.
What it does:
Detects and monitors vehicles.
Optimise traffic flow: Analyses traffic volumes and facilitates timely signal adjustments, ensuring continuous flow and safety.
Minimise wait time: Keeps traffic flowing smoothly and reduces congestion and the risk of road traffic accidents.
Enhance urban planning: Provides understanding of traffic patterns, peak usage times and bottlenecks, enabling data driven-decisions about infrastructure and road improvements.
What it does:
Monitors and controls streetlights remotely.
Energy efficiency and cost savings: Reduces energy consumption and electricity costs with programmable, energy-efficient LED lights.
Enhance public safety: Improves visibility and safety by adjusting lighting based on traffic and integrating with security systems.
Operational efficiency: Enables proactive maintenance through real-time performance monitoring, reducing downtime and labour costs.
What it does:
Built for IoT, the Neura LoRaWAN network delivers connectivity where you need it.
Long reach and range: Provides reliable connectivity over long distances, through hard surfaces and even underground, ensuring your assets are connected at difficult-to-access locations.
Scales easily: Open standard with access to a huge ecosystem of low-cost sensors means it's possible to increase monitoring capabilities without significant infrastructure changes.
What it does:
Senses weather changes.
Improve weather predictions: Gathers continuous and up to date weather data for accurate weather forecasts for your community.
Improve public safety: Alerts emergency services about current and upcoming weather conditions allowing for faster response times to adverse weather events.
Build resilience: Provides weather data to design and build infrastructure suited to local weather patterns, reducing the risk of weather-related damage.
What it does:
Automation of alerts and access.
Prevent theft: Detect tampering and automatically notify relevant organisations.
Authorise access: Provide access to multiple authorised groups.
What it does:
Measures and transmits noise levels.
Identify noise pollution: Provides near real-time data on noise levels and locates hotspots, allowing for targeted intervention and improvements in urban planning.
Improve community well-being: Identifies localised noise hotspots to help with compliance of noise regulations, improving quality of life for residents in the area.
What it does:
Keeps track of assets both indoors and out.
Enhance Visibility: Provides near real-time data on the location and status of assets.
Improve Security: Enables continuous surveillance and alerts for unauthorised access or tampering, enhancing security.
Improve decision-making: Data based decisions can optimise asset use and lifespan, improving overall efficiency and reducing replacement costs.
What it does:
Senses people flows.
Optimised resource allocation: Adjust staffing and resources based on real-time occupancy data, improving efficiency and service quality.
Enhance safety and compliance: Monitor crowd density to ensure adherence to safety regulations and prevent overcrowding.
Informed decision-making: Provides insights into foot traffic patterns, enabling better planning for marketing, events, and facility management.
What it does:
Real-time parking space information for drivers.
Optimise resource allocation: Provides real-time dataon available spaces, reducing time spent searching for parking and improving overall space use.
Reduce traffic congestion: Minimises traffic congestion and emissions by directing drivers to available spots quickly and efficiently.
Enhance revenue management: Enables dynamic pricing and better enforcement of parking regulations, increasing revenue and operational efficiency.
What it does:
Detects waste volume in bins.
Optimise collection routes: Reduces fuel consumption and operational costs by using real-time data to plan efficient waste collection routes.
Improve resource allocation: Monitors bin fill levels to ensure timely collections, reducing overflows and missed pickups.
Enhance environmental impact: Minimises emissions and environmental footprint by decreasing the number of collection trips needed.
What it does:
Monitor the air environment, temperature, humidity, C02 and HVAC.
Quick response: Monitors various pollutants withalerts if they deteriorate, allowing for city officials and environmental agencies to identify the source and take the necessary action.
Better indoor occupant comfort: Monitors and adjusts air quality, temperature and humidity levels ensuring a healthier, more comfortable and productive indoor space.
Improve energy efficiency: Optimises HVAC systems based on real-time environmental data, reducing energy consumption and costs.
What it does:
Detects and monitors vehicles.
Optimise traffic flow: Analyses traffic volumes and facilitates timely signal adjustments, ensuring continuous flow and safety.
Minimise wait time: Keeps traffic flowing smoothly and reduces congestion and the risk of road traffic accidents.
Enhance urban planning: Provides understanding of traffic patterns, peak usage times and bottlenecks, enabling data driven-decisions about infrastructure and road improvements.
What it does:
Monitors and controls streetlights remotely.
Energy efficiency and cost savings: Reduces energy consumption and electricity costs with programmable, energy-efficient LED lights.
Enhance public safety: Improves visibility and safety by adjusting lighting based on traffic and integrating with security systems.
Operational efficiency: Enables proactive maintenance through real-time performance monitoring, reducing downtime and labour costs.
What it does:
Built for IoT, the Neura LoRaWAN network delivers connectivity where you need it.
Long reach and range: Provides reliable connectivity over long distances, through hard surfaces and even underground, ensuring your assets are connected at difficult-to-access locations.
Scales easily: Open standard with access to a huge ecosystem of low-cost sensors means it's possible to increase monitoring capabilities without significant infrastructure changes.
What it does:
Senses weather changes.
Improve weather predictions: Gathers continuous and up to date weather data for accurate weather forecasts for your community.
Improve public safety: Alerts emergency services about current and upcoming weather conditions allowing for faster response times to adverse weather events.
Build resilience: Provides weather data to design and build infrastructure suited to local weather patterns, reducing the risk of weather-related damage.
What it does:
Automation of alerts and access.
Prevent theft: Detect tampering and automatically notify relevant organisations.
Authorise access: Provide access to multiple authorised groups.
What it does:
Measures and transmits noise levels.
Identify noise pollution: Provides near real-time data on noise levels and locates hotspots, allowing for targeted intervention and improvements in urban planning.
Improve community well-being: Identifies localised noise hotspots to help with compliance of noise regulations, improving quality of life for residents in the area.
What it does:
Keeps track of assets both indoors and out.
Enhance Visibility: Provides near real-time data on the location and status of assets.
Improve Security: Enables continuous surveillance and alerts for unauthorised access or tampering, enhancing security.
Improve decision-making: Data based decisions can optimise asset use and lifespan, improving overall efficiency and reducing replacement costs.
What it does:
Built for IoT, the Neura LoRaWAN network delivers connectivity where you need it.
Long reach and range: Provides reliable connectivity over long distances, through hard surfaces and even underground, ensuring your assets are connected at difficult-to-access locations.
Scales easily: Open standard with access to a huge ecosystem of low-cost sensors means it's possible to increase monitoring capabilities without significant infrastructure changes.
What it does:
Monitors water quality, EC and pH.
Ensure safe drinking water: Continuously monitors water quality to detect contaminants, ensuring the safety and health of consumers.
Meet regulatory compliance: Helps meet regulatory standards by providing real-time data on water quality parameters.
Proactive issue management: Identifies potential water quality issues early, allowing for timely interventions and reducing the risk of widespread contamination.
What it does:
Monitors pump condition.
Increase equipment lifespan: Monitors pump performance and health, enabling timely maintenance and reducing the risk of breakdowns.
Operational efficiency: Optimises pump operation by adjusting settings based on real-time data, improving energy efficiency and reducing costs.
Reduce downtime: Detects issues early and schedules maintenance proactively, minimising unplanned downtime and ensuring continuous operation.
What it does:
Measures and records water consumption in real-time
Better customer experience: Monitors usage patterns and improves accuracy of billing, leading to less debt recovery and quicker response to customer inquiries.
Improve efficiency and resource management: Detects anomalies and leaks early, reducing water loss and extending infrastructure life.
Automation and remote control: Allows for the remote operation of hard to reach water valves, with the ability to quickly stop water flow and reduce loss.
What it does:
Monitors flow and pressure changes.
Optimise system performance: Ensures efficient operation by maintaining optimal flow and pressure levels, reducing energy consumption and operational costs.
Early leak detection: Identifies leaks and irregularities in the system early, preventing water loss and minimising repair costs.
Enhance reliability: Monitors system health in real-time, enabling proactive maintenance and reducing the risk of system failures.
What it does:
Monitors levels and flow.
Prevent flooding: Monitors sewer levels to provide early warnings of potential overflows, preventing property damage and health hazards.
Improve maintenance: Identifies blockages and inefficiencies, allowing for timely interventions and reducing maintenance costs.
Enhance environmental protection: Reduces the risk of untreated sewage discharges, protecting local ecosystems and water quality.
What it does:
Monitors pipe pressure and water flow to detect leaks.
Early leak detection: Identifies leaks promptly, preventing water loss and reducing repair costs.
Reduce water waste: Minimises water waste by detecting and addressing leaks quickly, contributing to conservation efforts.
Preventive maintenance: Helps maintain the integrity of the water supply system, reducing the risk of major disruptions and costly emergency repairs.
What it does:
Remote meter reading.
Accurate billing and revenue: Provides precise water usage data, ensuring accurate billing and reducing revenue losses from estimation errors.
Detect and prevent leaks: Identifies leaks and irregularities in real time, helping to prevent water waste and reduce maintenance costs.
Enhance water management: Offers detailed consumption insights, enabling better resource management and promoting water conservation efforts.
What it does:
Built for IoT, the Neura LoRaWAN network delivers connectivity where you need it.
Long reach and range: Provides reliable connectivity over long distances, through hard surfaces and even underground, ensuring your assets are connected at difficult-to-access locations.
Scales easily: Open standard with access to a huge ecosystem of low-cost sensors means it's possible to increase monitoring capabilities without significant infrastructure changes.
What it does:
Detects short circuits, single phase ground faults and pole tilt.
Fast fault detection: Identifies faults in real-time, enabling quick responses to minimise outages and disruption.
Reduce maintenance costs: Detects issues early, allowing for targeted repairs and reducing the need for extensive inspections and maintenance.
Enhance grid reliability: Improves the overall reliability of the power grid by ensuring faults are addressed promptly, maintaining a stable power supply.
What it does:
Remotely accesses electricity use.
Improve energy management and efficiency: Provides real-time data on energy usage patterns to use for better forecasting and planning.
Increase efficiency and cost savings: Remote meter reading reduces labour costs and allows for quick detection and resolution of issues.
Enhance customer satisfaction: Provides more accurate and transparent billing, and aids fast response times to issues.
What it does:
Connects beyond substations to individual households.
Enhance grid stability: Provides real time data on energy use allowing for dynamic control to adjust loads and balance supply and demand.
Optimise resources: Helps decrease peak demand to reduce strain on infrastructure, optimising maintenance and extending the lifespan.
Improve customer satisfaction: Helps customers make informed decisions to manage their use better and take advantage of demand response incentives.
What it does:
Monitors transformer performance.
Increase reliability: Continuously monitors transformer health, detecting issues early to prevent failures and ensure uninterrupted power supply.
Extend lifespan: Enables proactive maintenance and timely interventions, reducing wear and tear and extending the transformer's operational life.
Improve efficiency: Optimises performance by providing real-time data, helping to manage loads effectively and reduce energy losses.
What it does:
Monitors conductor condition.
Increase reliability: Detects changes in temperature and tension to quickly address issues, prevent failures and ensure a stable power supply.
Improve asset management and reduce costs: Optimises conductor maintenance schedules, reducing both the reliance on manual inspections and downtime for repairs.
Enhance safety: Allows for potential hazards to be mitigated quickly.
What it does:
Monitors distribution of substations and detects surges.
Enhance decision-making: Provides insights into network performance that can be used to make decisions on infrastructure investments, capacity planning and operational improvements.
Predict maintenance: Enables early identification of potential equipment failures before they happen, reducing the need for manual inspections and extending equipment life.
Enhance reliability: Provides real-time load conditions allowing for load to be balanced across the network and avoiding outages.