uRADMonitor Model A3 – Fixed Environmental Monitoring Station
uRADMonitor A3 is an advanced, automated, fixed monitoring station that tracks a total of 10 important environmental parameters. The measured data is exported to the uRADMonitor network and can be accessed in real time using the cloud API interface or directly via the local network. Data trends becomes possible to follow and track thanks to automated and continuous surveillance and a permanent data flux. It can trigger automated alarms if predefined thresholds are reached, improving reaction time while lowering costs.
It comes in a rugged aluminum enclosure with wall mounting support. The A3 comes in 4 variants, with the same sensors but offering different connectivity options for maximum flexibility: Ethernet, WiFi, Cellular/NB-IoT and LoRaWAN.
Main Features:
- 7 high quality digital sensors tracking 10 environmental parameters:
- Temperature, Relative Humidity, Volatile organic compounds (VOC), Formaldehyde, Ozone, Particulate matter PM1, PM2.5, PM10, Carbon Dioxide, Noise level
- Direct and Cloud data access via API
- Includes built-in fan for active air flow across the sensing elements
- Connectivity Options: Ethernet, WiFi IEEE 802.11b/g/n, Cellular/NB-IoT or LoRaWAN
- USB port for power, data access, debug and configuration
- Alarm and notifications functions using built-in speaker or cloud application
- Low power consumption
- Power Supply: 9V
- Enclosure: Rugged aluminum with wall mounting
- Dimensions: 110mm x 65mm x 25mm
- Weight: 170g
uRADMonitor Model INDUSTRIAL – Fixed Environmental Monitoring Station WITH CUSTOMIZABLE MONITORED PARAMETERS
uRADMonitor INDUSTRIAL is an automated, fixed monitoring station that tracks a total of 11 important environmental parameters. It is compliant to international requirements on determining the Air Quality Index. The measured data is exported to the uRADMonitor network and can be accessed in real time using the cloud API interface or directly via the local network. Data trends becomes possible to follow and track thanks to automated and continuous surveillance and a permanent data flux.
The device has a higher detection capability for small variations and can trigger automated alarms if predefined thresholds are reached, improving reaction time while lowering costs.
The unit comes in a rugged aluminum enclosure with wall mounting support. It supports 2 connectivity options – Cellular/NB-IoT, WiFi and LoRaWAN.
Main Features:
- 8 high quality digital sensors tracking 11 environmental parameters:
- Temperature, Relative Humidity, Volatile organic compounds (VOC), Particulate matter PM1, PM2.5, PM10, Ozone O3, Carbon Monoxide CO, Nitrogen Dioxide NO2, Sulphur Dioxide SO2, Noise level
- Four slots for electrochemical sensors, allowing custom gas detection (4 out of multiple gases can be selected)
- Direct and Cloud data access via API
- Built-in fan for active air flow across all sensing elements
- Alarms and notifications using built-in speaker
- Direct and Cloud data access via API
- Connectivity: Cellular/NB-IoT, WiFi IEEE 802.11b/g/n or LoRaWAN
- USB port for power, data access, debug and configuration
- Relay Output pin to control one external relay
- Low power consumption
- Power Supply: 9V
- Enclosure: IP30, rugged aluminum with wall mounting support
- Dimensions: 150mm x 60mm x 30mm
- Weight: 210g
URADMONITOR MODEL CITY – FIXED ENVIRONMENTAL MONITORING STATION WITH 1PPB RESOLUTION FOR GASES
uRADMonitor CITY is an automated, fixed monitoring station that tracks a total of 9 important air quality parameters especially designed for monitoring air quality in cities.
It’s high accuracy and high resolution for gases (1PPB) enables the unit to track trends and concentrations much before its level become unsafe. It is compliant to international requirements on determining the Air Quality Index. It was specifically designed to meet the low concentrations levels in the ambient air. It is therefore intended for ambient air monitoring in homes, offices or cities. The data is exported to the uRADMonitor network and can be accessed in real time using the cloud API interface or directly via the local network. Using the available connectivity options and the low power consumption this device can be deployed for a large variety of field applications. Its versatility is combined with a convenient cloud-based data access with an API interface to access the measurements directly from the uRADMonitor cloud.
The unit comes in a rugged aluminum IP54 enclosure suitable for outdoor use as is. It supports 4 connectivity options – Ethernet, Cellular/NB-IoT/LTE-M, WiFi and LoRaWAN.
Main Features:
- 6 high quality digital sensors tracking 9 environmental parameters:
- Temperature, Relative Humidity, Particulate matter PM1, PM2.5, PM10, Ozone O3, Carbon Monoxide CO, Nitrogen Dioxide NO2, Sulphur Dioxide SO2
- Highly accurate and sensitive – 1PPB resolution for gases
- Direct and Cloud data access via API
- Built-in air pump for active air flow across all sensing elements
- Alarms and notifications using built-in speaker
- Direct and Cloud data access via API
- Connectivity: Ethernet, Cellular/NB-IoT/LTE-M, WiFi or LoRaWAN
- USB port for power, data access, debug and configuration
- Relay Output pin to control one external relay
- Low power consumption
- IP54 Rainproof enclosure for outdoor use, rugged aluminum with wall mounting support
- Mostly suitable for Ambient air / City monitoring, Office and production space monitoring, Smart cities, IOT / Internet of things
- Power Supply: 9V
- Dimensions: 250mm x 200mm x 150mm
- Weight: 3Kg
INTELILIGHT® FRE-24-ZHAGA EXTERNAL LUMINAIRE CONTROLLER
Plug-and-play upgrade for lamps compatible with Zhaga socket (book 18) with full lamp management andfeedback functionality.
Main Features:
- ZHAGA socket connected (book18)
- Enables individual remote management of streetlight lamps with DALI 2/ DiiA/ Osram DEXAL/ Philips SR drivers etc’ (ON/ OFF/ Dimming)
- Autonomous operation based on predefined schedules, integrated light level sensor and adaptive lighting
- Bandwidth efficient with minimal communication requirements
- Dedicated high-security memory for encryption keys storage
- Wide range of electrical parameters monitoring (measured by DALI2/DiiA driver): V, W, A, Wh, PF, frequency etc.
- Advanced data synchronization and notification mechanism
- Battery operated RTC, protected against unforeseen grid faults
- External infrared interface for local configuration
- Integrated light level sensor
- Over The Air (OTA) firmware update
- Designed and optimized for LoRaWAN, Sigfox (long range radio frequency communication technology), LTE-Cat-M1 and NB-IoT network
inteliLIGHT® FRE-220-M Embedded Luminaire Controller
Unprecedented intelligence for any street lighting fixture, right from the production line. Designed to minimize occupied space, the new inteliLIGHT® FRE-220-M long range RF controller can be embedded into most luminaire designs, allowing any producer to offer smart lighting fixtures.
Main Features:
- Smart upgrade for luminaire manufacturers
- Enables individual remote management of streetlight lamps with electronic driver up to 400W (ON/OFF/DIM)
- Autonomous operation based on predefined schedules and digital input (e.g. motion sensing, light sensor)
- Bandwidth efficient with minimal communication requirements
- Dedicated high-security memory for encryption keys storage
- Wide range of electrical parameters monitoring: V, W, A, VAR, Wh, VARh, PF and frequency.
- Advanced data synchronization and notification mechanism
- Battery operated RTC, protected against unforeseen grid faults
- Integrated digital inputs
- Over The Air (OTA) firmware update
- Designed and optimized for LoRaWAN, Sigfox (long range radio frequency communication technology), GSM, LTE-Cat-M1 and NB-IoT network
INTELILIGHT® FRE-220-P INSIDE-POLE LUMINAIRE CONTROLLER
- With its IP66 protection rating and compact dimensions, the controller can be installed directly into the lighting pole, making it less visible from an aesthetic point of view and allowing easier access for deployment teams.
Main Features:
- Smart upgrade for luminaire manufacturers
- Enables individual remote management of streetlight lamps with electronic driver up to 400W (ON/OFF/DIM)
- Autonomous operation based on predefined schedules and digital input (e.g. motion sensing, light sensor)
- Bandwidth efficient with minimal communication requirements
- Dedicated high-security memory for encryption keys storage
- Wide range of electrical parameters monitoring: V, W, A, VAR, Wh, VARh, PF and frequency.
- Advanced data synchronization and notification mechanism
- Battery operated RTC, protected against unforeseen grid faults
- Integrated digital inputs
- Over The Air (OTA) firmware update
- Designed and optimized for LoRaWAN, Sigfox (long range radio frequency communication technology), GSM, LTE-Cat-M1 and NB-IoT network
inteliLIGHT® FRE-220-NEMA External Luminaire Controller
The NEMA socket (ANSI C136.41) retrofitting version designed for carrying out the remote management of a luminary in street lighting installations with lamps using electronic ballast up to 500W, with 0-10V (220) or DALI (220D) control interface.
Main Features:
- NEMA socket connected (ANSI C136.41)
- Enables individual remote management of streetlight lamps with electronic driver up to 400W (ON/OFF/DIM)
- Autonomous operation based on predefined schedules, integrated light level sensor and adaptive lighting
- Bandwidth efficient with minimal communication requirements
- Dedicated high-security memory for encryption keys storage
- Wide range of electrical parameters monitoring: V, W, A, VAR, Wh, VARh, PF and frequency
- Advanced data synchronization and notification mechanism
- Battery operated RTC, protected against unforeseen grid faults
- External infrared interface for local configuration
- Integrated light level sensor
- Over The Air (OTA) firmware update
- Designed and optimized for LoRaWAN, Sigfox (long range radio frequency communication technology), LTE-Cat-M1 and NB-IoT network
inteliLIGHT® FRCMV4 Lighting Panel Control & Monitoring Unit
Installed inside the feeder pillar, it is designed to provide autonomous operation for street lighting installations and to carry out three phase measurements and analysis of electrical parameters in street lighting grids.
Main Features:
- Autonomous operation based on predefined astrologic calendar and/or external light level sensor (digital INPUT)
- Remote real-time ON/OFF control
- Bandwidth efficient with minimal communication requirements
- Remote monitoring of grid parameters in street lighting grids: per phase voltage, current, frequency, power factor, active/ reactive/ apparent power, daily active/ reactive energy consumption
- Configuration options for: current transformer ratio, voltage/power thresholds and daytime/nighttime consumption thresholds
- LCD for displaying electrical parameters and device status
- GPS for exact location and time
- Maintenance switch for local manual override (AUTO/ON/OFF)
- Reports any malfunctions and errors to the central server in real-time: under/over power, under/over voltage, under/over current, phase failure, unusual daytime/nighttime consumption
- Designed and optimized for LoRaWAN, Sigfox (long range radio frequency communication technology), LTE-Cat-M1 and NB-IoT network
- Inputs: 2 x Digital input
- Output: 1 x Dry contact relay output (230V, max 12A)
- VPN security with AES128/256-bit encryption and key rotation
inteliLIGHT® StreetLight Control
Server or cloud based, with an advanced user management system, inteliLIGHT® StreetLight Control is designed to efficiently manage street lighting projects regardless of their size, up to a virtually unlimited number of lamp controllers in large urban agglomerations and even geographically unconnected metropolis.
Highly interactive and user friendly, inteliLIGHT® StreetLight Control provides powerful management and reporting tools: detailed lamp parameters, real time error reporting and advanced maintenance scheduling tools. In addition, grouping, filtering and updating can be performed through the bulk operations interface, making it easier to manage large number of lamps, groups of lamps, users or scheduled actions.
The software application is capable of managing different communication technologies (LoRaWAN, Sigfox, PLC, GSM, LTE-Cat-M1 and NB-IoT), being able to integrate street lighting control hardware solutions from different suppliers. Furthermore, the system can connect and control other open protocol sensors and actuators, thus transforming inteliLIGHT® infrastructure into a SMART CITY platform. Alternatively, it offers APIs to connect to existing integrated city management platforms.
inteliLIGHT® is using the latest data encryption technology to ensure that information transfer and system operation cannot be affected by outside intervention. Safety is of most importance to us and we have researching and continuously upgrading the security of our software solution, eliminating all vulnerabilities.
Main Features:
- SAAS or one-time license solution
- Stable, secure and interoperable
- Automatic street lighting operation (ON/OFF and dimming control)
- Advanced scheduling based on astrological calendar or light/motion sensors
- Predefined exceptions to the lighting schedule and manual override
- Lamp and grid monitoring, real-time alerts, malfunctions management and triggered commands
- Unlimited number of lamp layers and lamp grouping possibilities, advanced filtering and bulk updating actions
- Smartphone application support for installation and commissioning
- Flexible map visualization, public or private map provider integration: ESRI GIS, Google maps, Open Streetmaps, etc’
- Advanced user management: privilege, area allocation and system management (including independent sub-systems)
- Advanced data analytics, reporting tools and performance graphs, featuring detailed filtering capabilities (lamp runtime reports, energy savings reports, luminary status reports, etc.)
- Vendor agnostic, compatible with different lamps and lamp controllers
- API, available for open data integrations
- Multi-language interface
uRADMonitor Model D – Portable Environmental Monitoring with display
A compact portable environmental dosimeter, capable of measuring Alpha, Beta and Gamma radiation but also air quality as PM2.5 and Volatile organic compounds. It is a modern design, featuring a large color LCD screen with touchscreen, a GPS receiver to tag all measurements and a SD Card slot. It comes with WiFi connectivity to send all data online.
Main Features:
- Automated radiation monitoring with real time alerts
- Portable or mounted
- Sensors:
- Temperature (Bosch BME680): -40⁰C – +85⁰C
- Pressure (Bosch BME680): 300hPa – 1100hPa
- Humidity (Bosch BME680): 0% RH – 100% RH
- VOC (Bosch BME680): 0 mg/m³ – 100 mg/m³ reducers/ 10 mg/m³ oxidizers
- PM2.5 (Sharp GP2Y1010AU0F): 0 μg/m³ – 800 μg/m³
- α,β,γ,x-rays (LND LND712): 0.005 μSv/h – 5000.00 μSv/h
- GPS included for matching readings to locations
- LCD: 2.4”, touchscreen resistive
- SD Card: MicroSD SDHC, for backup and offline readings
- Connectivity: WiFi IEEE 802.11b/g/n, Micro USB connector
- Alarm and notifications functions using built-in speaker
- Power Supply: Internal Battery, Lithium Ion 1500mAh, USB charging
- Enclosure: IP30, rugged aluminum
- Dimensions: 110mm x 65mm x 25mm
- Weight: 180g
- Included: power adapter, micro USB cable, 8GB Kingston SD Card, instructions
uRADMonitor Model A – Radiation Monitoring
A high quality, automated radiation dosimeter, in a rugged rainproof aluminum enclosure. It runs on low power and provides long term continuous measurements. Measurements are transmitted automatically to the Internet using an Ethernet connection to your internet Router. They can be accessed on the uRADMonitor portal or in your local network directly.
Main Features:
- Automated radiation monitoring with real time alerts
- Sensors:
- Temperature (Dallas DS18B20): -55⁰C – +125⁰C
- Gamma & X-Ray ionizing radiation (SBM20 Geiger Tube – Military Grade):
0.01μSv/h – 9999.99μSv/h
- Connectivity: Ethernet
- Power Supply: 5V
- Dimensions: 110mm x 80mm x 24mm
- Weight: 180g
- Enclosure: IP63, wall mounting support
- Included: power adapter, power cable, Ethernet cable, instructions
uRADMonitor Model Kit1
Intended as open source for those who want to build their own dosimeter with their own tools, this is also available pre-assembled. It measures Gamma radiation and with the integrated Ethernet connectivity will send all measurements automatically via the Internet. Add a battery and it can also be used as a portable dosimeter, showing all measurements on the LCD.
Main Features:
- Open source / DIY Portable or fixed automated monitoring station
- Real time alerts using internal speaker or cloud application
- LCD screen, dims automatically after a certain time to save energy
- Sensors:
- Gamma & X-Ray ionizing radiation (SBM20 Geiger Tube – Military Grade):
0.01μSv/h – 9999.99μSv/h - Can add any other sensors using extension ports
- Gamma & X-Ray ionizing radiation (SBM20 Geiger Tube – Military Grade):
- Connectivity: Ethernet
- Power Supply: external 5V or battery 3V (2xAA)
- Dimensions: 110mm x 60mm x 20mm
- Weight: 100g
- Included: power adapter, power cable, Ethernet cable, instructions
WSMS-125X321IS – Manhole Cover Open Detector
The Manhole Cover Open Detector is designed to detect if the manhole cover is being tampered or tilted up. It protects against theft of the metal cover and/or the valuable assets down below (e.g. fiber cables, communication equipment, etc’).
It communicates with the IoT AP/Gateway using a LoRaWAN protocol standard for long range wide area (LPWAN) deployments.
The Manhole Cover Open Detector integrates a 3-axis G-sensor and a temperature sensor. The detector reports battery level together with the other sensors data. It also sends a periodical keep-alive update messages.
Main Features:
- Rugged enclosure – IP68
- Tilt alert
- Low battery alert
- Tamper alert
- LoRaWAN – long range, low power, high sensitivity data link
- Power Supply – Internal battery, 2.2-2.3V
- Operating Temperature – -40ºC ~ 70ºC
- Dimensions / Weight – 142mm x 113mm x 42.5mm / 318g
TA120 – Noise Monitoring Station
The TA120 can be used for noise sensing in Smart Cities, permanent monitoring of road and port infrastructures, industrial activities, work control, monitoring of noise in concerts, festivals, noise maps generation, reinforcement of quite areas or quite hours, etc.
The TA120 sensor combines the precision of a Class 1 sound level meter, maximum protection of an outdoor kit and full connectivity with CESVA ‘NoisePlatform’ and open source platforms.
It is very easy to install on street lights, marquees, billboards, shelters, kiosks and advertising posts and requires minimum annual maintenance.
The TA120 is powered through mains, POE, 12 VDC voltage or through the urban lightning network with battery backup. The BA120 optional battery guarantees the sufficient duration and charging time to complete annual cycles.
Main Features:
- Continuous measurement (24 / 7) with class 1 accuracy according to IEC 61672-1
- Measurement range 35-120 dBm; resolution 0.1 dB
- Protection against external agents with an outdoor kit: wind, rain, snow, birds and insects
- IP65 protection against dust and water
- Compatible with ‘NoisePlatform’ and various open source platform for sensors connectivity
- Light weighted, small sized and easy to integrate into the urban furniture
- Powered by mains, POE (Power over Ethernet), 12 VDC (Solar panels, external batteries)
- Communication by Ethernet (RJ45), loop 4-20mA*, Wi-Fi*, 3G modem* (*Optional)
- Remote configuration and Firmware Over-The-Air (FOTA)
- Dimensions: 395mm x 120mm x 91mm
- Weight: 960g (1150g w/ battery)
- Applications:
- Smart Cities sensing
- Noise surveillance networks (permanent monitoring):
- Road and port infrastructures
- Industrial activities
- Separate waste collection routes
- Control of Works
- Noise monitoring:
- Concerts, festivals, major events and exhibitions
- Sports events and racetracks
- Quiet areas (acoustically protected)
- Quite hours
- Generating noise maps and displaying in real time noise levels
- Add-ons:
- WF120 – WiFi module
- MR120 – 3G/GPRS module
- CL120 – Analogue output for 4-20mA current loop
- BA120 – Internal lithium battery for 24h cycles
- PS120 – Solar panel kit (BA120 battery required)
- TS120 – Mounting kit
NoisePlatform – On-line noise monitoring platform
NoisePlatform is an on-line platform that displays and dynamically analyses, in real time, the noise measured by a mixed network of sensors and terminals that can monitor the entire area affected by noise-generating activities.
Main Features:
- A step forward in noise monitoring to fight sound pollution by covering a broader area and time period with multiple sensors (TA120)
- Real-time information display and dynamically analyses noise levels for immediate decision making and action taking
- Generates noise maps and compares noise level between different periods of time and sensors
- Provides day/evening/night min values
- Controls and enforces fulfilment of operation time (e.g. construction, loud music, etc’)
- In industrial environments, can detect machine failures before occurrence
- Generates alarm and alerts (e.g. emails) before noise threshold exceeds
- Economically sustainable. NoisePlatform offers low sensor, maintenance and platform usage costs
- High-precision data measurement, utterly reliable transmission of information and totally secure data storage
- NoisePlatform delivers access, display, analysis, downloads and reports 100%-on-line without the need for any software installation (i.e. cloud based), thus guaranteeing permanent availability
- Applications: Cities (Smart Cities), Environmental, Building/Construction/Demolition, Industrial Noise, Leisure activities (e.g. concerts, parties), etc.
SINGLE SENSOR
Single Sensor is an enterprise class device monitoring fill-level of various types of containers. It uses single ultrasonic beam that can measure up to the depth of 200cm. Single sensor is recommended for all bin types starting from family house bin’s size (240L). It incorporates accelerometer for tilt recognition. It also informs you about the container’s temperature that can be used as a fire alarm.
The sensor may operate fully independent in LoRaWAN, Sigfox or in a RF-MESH mode as a slave to a neighbor Double Sensor or to Solar powered External Master (both communicating by GSM).
The sensor is powered by replaceable batteries which frequently inform the operator about their capacity. The housing is highly durable and robust – made of recyclable polyamide with optical fibers.
Sensors are quickly configurable via Cloud-based WebAdmin application and the received data is presented via Dashboards which include maps, tables, graphs, data exports and fully automated planning of the collection routes. The gathered data from sensors is presented also via the Advanced Analytics tool which provides complex analytical views needed for decision making in terms of planning and managing the capacity of the containers and the collection cycles’ rate.
Main Features:
- Sensor Type: one ultrasonic beam (30⁰ angle)
- Measurement Distance: 15 to 255 cm
- Includes temperature sensor and accelerometer (for overturn/tilt detection)
- Overturn alert
- Operating Temperature: -30⁰C – +70⁰C
- Readings / Transmissions: configurable, up to 24 times a day
- Connectivity: LoRaWAN or Sigfox or RF- MESH (GSM-slave)
- Power Supply: Internal replaceable batteries, 2 x 3.6V 2600mAh
- Enclosure: IP68, Recyclable, Robust, Water and Shock resistance
- Dimensions: 50mm x 120mm x 54mm
- Weight: 215g w/ batteries, 165g w/o batteries
QUATRO SENSOR
Quatro Sensor is an enterprise class device monitoring fill-level of various types of containers. It uses four ultrasonic beams that can measure up to the depth of 400cm. Quatro sensor is recommended for high capacity bin types starting at 2 square meters. It incorporates accelerometer for tilt recognition and GPS module for position measurement and time synchronization. It also informs you about the container’s temperature.
The sensor may operate fully independent in LoRaWAN, Sigfox, NB-IoT, Cellular networks or in a BLE-MESH mode as a master or slave with neighbor sensors.
The sensor is powered by replaceable batteries which frequently inform the operator about their capacity. The housing is highly durable and robust – made of recyclable polyamide with optical fibers. The sensor is configurable via all networks or in place via Bluetooth Android application.
Sensors are quickly configurable via Cloud-based WebAdmin application and the received data is presented via Dashboards which include maps, tables, graphs, data exports and fully automated planning of the collection routes. The gathered data from sensors is presented also via the Advanced Analytics tool which provides complex analytical views needed for decision making in terms of planning and managing the capacity of the containers and the collection cycles’ rate.
Main Features:
- Sensor Type: Four ultrasonic beam (30⁰ angle)
- Measurement Distance: 15 – 400cm
- Includes GPS, temperature sensor and accelerometer (for overturn/tilt detection)
- Fire alarm and overturn alert
- Operational Temperature: -30⁰C – +70⁰C
- Readings / Transmissions: configurable, up to 24 times a day
- Connectivity: LoRaWAN, Sigfox, NB-IoT, GSM or BLE-MESH
- Power Supply: Internal replaceable batteries, 3.7V / 14.5Ah; 2 for NB-IoT or GSM / 1 for LoRaWAN or Sigfox
- Enclosure: IP67, Recyclable, Robust, Water and Shock resistance
- Dimensions: 63mm x 200mm x 87mm
- Weight: 750g w/ batteries; 550g w/o batteries
RFID BIN TAGS / STICKERS AND READERS
Identify bins using tags and stickers to simplify bin tracking, customer communication and invoicing. Restrain unauthorized use of bins.
Tags allow for easy asset tracking. RFID features enable automatic service identification and access to bin details for waste professionals. Numerical, bar or QR code allows access to bin details for public.
Your waste infrastructure is digitalized in the Smart Waste Management System. The Dashboard offers bin inventory, a digital interactive map, tools for qualitative analysis of your waste infrastructure (bin distribution, capacity, costs, etc’), record maintenance, collection records and an overview of citizen feedback.
Automatic service verification is available for all tagged bins using an RFID reader. We offer 2 different readers – Watchdog for vehicles and Handheld RFID reader. RFID reader provides contactless access to bin details and allows for pickup recording. All data is sent to the solution’s backend.
WASTE MANAGEMENT TOOLS SUITE
The waste management tools suite is composed of several tools each provides the user with different views and features that helps to monitor, analyze and plan the operation based on real-time sensors’ data.
Included tools are:
- Smart Waste Management System – WMS:
A powerful enterprise grade cloud based management and provisioning platform enabling end customers to monitor, manage and configure their daily business and also enables the partners to manage and configure all the data for their customers. It includes dashboards with visual data, bins configuration module, routes overview and fleet management module, reports module and more.
The application provides with planning of optimal collection routes and semi-automated navigation. It also includes predictions, exports, visualization, graphics, full container management and feedback from citizens. The application is part of the solution and is available for customer’s managers as a web-based application, as well as an Android tablet version. - Advanced Analytics Tool:
Represents valuable analytics and reporting toolset which allows customers to “Understand their waste”. Customers learn via Advance Analytics all statistics concerning types of monitored bins, the overall monitored capacity as well as the distribution of the bins in specific locations of the city, business or industrial park.
Via Advance Analytics the customers are able to analyze dynamics of the waste in every monitored bin (how much and how fast waste is generated), can pinpoint bins with inappropriate capacity or collection frequency, can recognize places with appropriate or low quality of service for citizens or businesses, can understand the “hot” days where most of the specific waste is generated and most importantly customers can recognize efficiency of the bin capacity usage to optimize their collection routes. - Route Optimization Intelligence (ROI):
Delivers valuable toolset for automated management of the waste collection routes. ROI comprises from Fleet management module which allows the customer to define his fleet of waste collection vehicles (e.g. size, weight, capacity, etc’), vehicles’ depots and discharges of the waste. ROI allows the operator to manage his routes by one click and effectively utilize collection vehicles and plan the most efficient route. The tool considers size and weight of your vehicle to avoid the situation when your car is sent to the place where it overreaches the size or weight limits of bridges/gates and other weight and size sensitive places. The intelligence works also with costs and enables you to have an actual overview of the costs per each planned activity. - Citizen App:
Citizens have access to data from Sensoneo Sensors via a free mobile app by Sensoneo – Citizen App. The app informs about waste levels in all monitored bins and enables users to find the nearest available empty bin for specific waste types including directions to the bins. It also enables citizens to instantly report on problems with the bins or their surrounding including pictures. The app is available worldwide on Android and IOS platforms.
ULTRASONIC WATER LEVEL SENSOR
Sensoneo ultrasonic sensor is an enterprise class device intended as overflow warning system. It measures the exact water level in a manhole.
The sensor’s measurement time interval changes according to the season (winter / summer) and the measurement time intervals will be shorten once the sensor detect a change in water levels and until the water level calms. The sensor measures the water level periodically and sends a message once the water level changes (up or down). If water levels are stable, the sensor sends one maintenance message a day just for indicating the sensor’s health.
The sensor may operate fully independent on different network, including: LoRaWAN, LTE-CatM1, NB-IoT, GSM.
The sensor is powered by replaceable batteries which frequently inform the operator about their capacity.
Main Features:
- Real-time monitoring of the exact water levels’ heights
- Operating Temperature: -30⁰C – +70⁰C
- Readings / Transmissions: once a day for keep-alive and periodical measurements for water level
- Connectivity: LoRaWAN, GSM, NB-IoT, LTE-CatM1
- Power Supply: Internal replaceable batteries
- Enclosure: IP68, Recyclable, Robust, Water and Shock resistance
- Dimensions: 63mm x 200mm x 87mm
- Weight: 750g w/ batteries; 550g w/o batteries
OCTOPUS WATER LEVEL SENSOR
Sensoneo Octopus (floats-based) sensor is an enterprise class device intended as overflow warning system. It measures water level in a manhole. It’s fully adjustable for different depths. Thanks to its adjustable water level indicators (tentacles), Octopus can detect up to 3 different thresholds. When water level rises and reaches one of water level indicators (tentacles), you will receive immediate warning.
If water levels are calm, sensor sends one maintenance message a day just for indicating the sensor’s health.
Octopus overflow sensor may operate fully independent on GSM network. Additionally, the sensor measures temperature. The sensor is powered by replaceable batteries which frequently inform the operator about their capacity.
Octopus sensor consist of 3 parts:
Central unit processes the signal from water level indicators (tentacles). It secures communication with Sensoneo backend system via GSM network via external antenna.
Water level indicators (up to 3 pcs) detect rising water level. They are placed using a mounting tube at a different levels (thresholds) within the manhole. Each indicator (tentacle) is a threshold. Once the water rises to the threshold (tentacle), Octopus sends a warning.
Main Features:
- Real-time monitoring of up to 3 water levels’ heights
- Operating Temperature: -30⁰C – +70⁰C
- Readings / Transmissions: once a day for keep-alive and real-time event driven for water level
- Connectivity: GSM / SMS
- Power Supply: Internal replaceable batteries, 2 x 3.6V 13Ah
- Enclosure: central unit IP65, indicators IP68
- Dimensions: central unit – 56mm x 190mm x 82mm; indicators – 40mm x 100mm x 80mm; tentacles length – up to 5m
- Weight: 650g
WATER LEVEL MANAGEMENT APPLICATIONS
The water level management tools suite is composed of several tools each provides the user with different views and features that helps to monitor, analyze and plan the operation based on real-time sensors’ data.
Included tools are:
- Smart Water Level Management System – WMS:
A powerful enterprise grade cloud based management and provisioning platform enabling end customers to monitor, manage and configure the sensors’ status in the drainage and sewage systems. It includes dashboards that displays the sensors on a map with their status and much more.
The application is part of the solution and is available for customer’s managers as a web-based application, as well as an Android tablet version. - Smartphone App:
Provides an access to data from the sensors via a free mobile app by Sensoneo. The app displays the last reading of the sensors.
V-Count – Visitor analytics for the Physical World
V-Count sensor provides an average of 98% counting accuracy rate with its stereo vision technology, the highest technology available in the people counting market right now.
The sensor is bi-directional, can count entering and exiting people at the same time and reports these numbers separately.
Moreover, by subtracting exiting from entering count, you can have an idea of when locations are most occupied, along with peak hours for visitor traffic.
Manage Occupancy Limits in Real-time
- Monitor live occupancy levels in 98% Accuracy.
- Measure the number of people passing by and customers entering your facility.
- Optimize staff allocation as well as marketing strategies.
- V-Count provides industry-leading accuracy due to its hybrid stereo vision technology.
Queue Management
- The brand-new V-Count queue camera utilizes the accurate tracking of the 3D depth-sensing technology to deliver optimal customer queue management.
- Equipped with an advanced algorithm and the latest stereovision technology, V-Count offers the most cutting-edge queue counting and management solution currently available in the people counting market.
- V-Count’s queue counter can accurately calculate the number of customers at the checkout queues as well as the average time they spent there.
Heatmap
- V-Count’s heatmap analysis is specifically designed to calculate the occupancy of specific areas within your Facility.
- The device does this by tracking the number of visitors coming in and out of a particular area.
- Calculate the number of visitors that spend time in a predefined area.
Business Intelligence Platform
- Control all your physical spaces, devices data and business growth on a single platform.
- Analyze all operations and departments with sophisticated yet easy-to-use fully customizable reports.
- Dive into more than 200 KPIs to make fast & informed decisions to optimize your business with the help of V-Count Business Intelligence Platform.
FLUSH IN-GROUND SENSOR
This in-ground sensor leverages triple detection technology (magnetic, ultrasound, infrared), capable of supporting a host smart parking use cases with a high detection rate.
The sensor supports LPWAN technologies (LoRaWAN or NB-IoT) and offers a replaceable battery, OTA software updates and bi-directional communication with a user mobile app for access control.
The sensor incorporates a BLE transceiver capable of doing driver / car identification and payment vs. the driver’s mobile app or BLE tag.
Main Features:
- Real-time occupancy using triple detection technology better than 98% detection – ultrasound, infrared, magnetic
- Bi-directional communication between sensor and user through mobile app or smart-tag
- BLE transceiver for driver / car ID and payment
- Resistance to mechanical influences from vertical and horizontal forces: heavy vehicles/trucks, snow plough with variable force
- Resistance to chemical influences: oil, fuel, salt for snow removal
- Dashboard alarm in case of failing sensor
- 5 to 7 years field replaceable battery life
- LoRaWAN or NB-IoT compliant
- Anti-vandalism
- Protection grade: IP68
on-surface sensor
This on-surface sensor leverages triple detection technology (magnetic, ultrasound, infrared), capable of supporting a host smart parking use cases with a high detection rate.
The sensor supports LPWAN technologies (LoRaWAN or NB-IoT) and offers a replaceable battery, OTA software updates and bi-directional communication with a user mobile app for access control.
The sensor incorporates a BLE transceiver supporting driver / car identification and payment vs. the driver’s mobile app or BLE tag.
Main Features:
- Triple detection technology better than 98% detection – ultrasound, infrared, magnetic
- Bi-directional communication between sensor and user through mobile app or smart-tag
- BLE transceiver for driver / car ID and payment
- Resistance to mechanical influences from vertical and horizontal forces: heavy vehicles/trucks, snow plough with variable force
- Resistance to chemical influences: oil, fuel, salt for snow removal
- Dashboard alarm in case of failing sensor
- 2 years field replaceable battery life
- LoRaWAN or NB-IoT compliant
- Anti-vandalism
- Protection grade: IP68
cameras can be incorporateed as well for off-street parking lots
Cameras can be used as a sensor for spotting multiple parking spaces on parking lots, saving significant investments.
Parkally service-offering caters to each member of the parking value-chain
Services are ranging from commuters guidance to available spots via mobile application, through management dashboard for parking officers, to reports and statistics to parking managers.
The dashboard is the central application for real-time platform monitoring and supervision of all important parameters and characteristics of the system. This application is also used for administration of the platform. It is collecting the sensor data and managing parking sessions in real-time and provides the parking management service module for different user scenario’s as residents, shoppers, disabled persons, EVs, blue zones limited parking duration, delivery etc. It supports a multi-tenant and is enabled with security mechanisms across the platform. The platform leverages de-facto or open standards (e.g. NGSI, RESTfull, XML, Geojson, json, MQTT, etc’). The platform is designed a high-quality configuration, administration, provisioning, statistics, reporting and operations and maintenance framework is supported.
Parking officers follow up on parking infringements through the steward module on a tablet (connected over city WIFI or SIM card).
Using the mobile app, users can also benefit from parking availability and guidance information through parking guidance displays.
Main Features:
- Main dashboard:
- Real-time occupancy per parking
- Status and “health” of sensors and radio connectivity
- Ongoing parking sessions in real-time per type (Regular/EV/disabled persons/delivery/..)
- Parking history (amount of rotations on parking space(s) during a specified period)
- Heatmap evolution during the day, per day per hour ( with replay functionality)
- Alerts – generated in case sensor hardware fails, low battery, problems related to certain detection technology, communication issues…)
- Sensor Live map with real time availabilities
- Configuration of location, sensor ID of individual parking spaces
- Creation of groups ( clusters or zones) of parking spaces
- Configuration of type of parking space (short parking, disabled persons, residents, electric vehicles, etc’)
- Configuration of the parking rules (limited parking duration, applicable timeslot, etc’)
- Configuration of alerts with thresholds (low battery, deviation between different detection technologies, e.g. IR vs magnetic, communication issues)
- Hardware inventory list
- Controllers / Parking officers:
- Real-time notification on parking violations
- Localization of violating car
- Efficient parking rules enforcement
- Management and provisioning of parking spots: localization, fares, type of parking, etc’
- Driver’s smart application:
- Real-time guidance to nearest parking
- Mobile-app indication of free parking spots
- Reservation and payment of parking spots
- Authentication of eligible users (EV, car-sharing, disabled, etc’)
SoundVue™ – Vehicle Noise Violation Detection System
SoundVue noise camera system allows local government and law enforcement bodies to manage excess noise emission from road vehicles.
The system includes the following main parts:
- 12mm precision Class1 accuracy microphone conforms with IEC 61672-1 standard for accurate noise level detection
- 4 microphones array for accurately marking (by triangulation) of the offending noisy vehicle on the recorded video
- 3 cameras – wide angle camera for recording the entire scene and two high performance ANPR/LPR cameras for recording the offending noisy vehicle approaching and leaving, and for extracting the offending vehicle plate number
- Main processing unit including local storage (data is sent to secured webserver eventually)
- 4G dual SIM modem for backhaul communication
- WEB-based application for users (operators/enforcement officers) conveniently displaying all recorded evidences for review and taking actions
