Traffic Data Collection Cloud-integrated and solar-powered

About Us BS2: ADEC IoT Gateway BS2: Mounting & Installation ADEC Cloud Access via Browser TDC1-PIR: 5-Channel PIR Traffic Detector TDC1-PIR: Installation & Commissioning About us – BS2 IoT Gateway – Cloud Access via Browser

About Us ▪ ADEC founded in 2009 ▪ ADEC designs and manufacturers ▪ Single-lane traffic detectors ▪ IoT-Gateways ▪ Cloud-based queue zone management ▪ ADEC is ▪ Privately held, owner-managed ▪ ISO 9001 certified since 2010 About us – BS2 IoT Gateway – Cloud Access via Brow

ADEC Traffic-Data Collection Sample web-browser view of volume and speed on 2 lanes ▪ Cloud integrated ▪ Solar powered About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1

Key Features ADEC traffic-data collection ▪ Autonomous ▪ Cloud integrated via built-in modem ▪ Low cost operation (Western Europe), other areas check GSM data contract charge (typically <100MB per month per Base Station) ▪ Leverages low-power TDC1-PIR About us – BS2 IoT Gateway – Cloud Access via Browser –

Working Principle Traffic data collection – solution overview 3rd party access via web-API  4G ADEC Cloud Service web-browser access About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1

▪ Traffic Data Collection ▪ Manages up to 3 TDC1 detectors ▪ Forwards traffic data to ADEC cloud About us – BS2 IoT Gateway – Cloud Access via Browser – TD

BS2-TS Technical Specification Electrical ▪ ▪ ▪ ▪ Capacity: Solar Panel: Communication: Mobile Network: *for up to 5 days autonomous operation with 3 TDC1s About us – BS2 IoT Gateway – Cloud Access via Browser –

BS2-TS Technical Specification Mechanical ▪ Dim. (10 W): 30 W: ▪ Housing: ▪ Weight: Environment ▪ Operating Temp. -20° to +55°C (-4° to 130°F) max. 95% (non condensing) ▪ Humidity: About us – BS2 IoT Gateway – Cloud Access vi

Typical Applications ADEC traffic-data collection Temporary or permanent traffic data collection For both urbane and inter-urbane applications Feeding traffic models using real time data Single vehicle details available through web browser ▪ Data storage virtually unlimited using the ADEC cloud service About us – BS2 IoT Gateway – Cloud Access via Browser –

Installation Temporary traffic-data collection About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

Installation Temporary traffic-data collection About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

Installation Temporary traffic-data collection About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

Device Overview (Map) Cloud access and integration, web-browser view About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

Device Overview (List) Cloud access and integration, web-browser view About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

Traffic Chart Cloud access and integration, web-browser view About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

Traffic Data Export Cloud access and integration, CSV data export About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

Detector Settings Via web-browser ▪ Configure detector settings via browser About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PI

Base Station / IoT Gateway Status Battery charge level and temperature log About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

Cloud Data Export Easily exports into CSV files About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

TDC1 Detector for ITS Applications Highest performance at minimal power consumption Counting Speed Vehicle length Solar or battery powered installations About us – BS2 IoT Gateway – Cloud Access via Browser – T

TDC1 Detector for ITS Applications ▪ Multi-Channel Passive-Infrared Detector ▪ Car breaks sequentially through detection zones ▪ Speed, length & occupancy calculated through delays and strengths of signals About us – BS2 IoT Gateway – Cloud Access via Browser – TDC

TDC1 Detector for ITS Applications ▪ Acquires speed and length of each vehicle ▪ Allows custom length based classification ▪ High accuracy: ▪ Individual vehicle speed ± 5% / ± 5 km/h ▪ Counting: ± 3% ▪ Ultra-low power consumption <60 mW About us – BS2 IoT Gateway – Cloud Access via Browse

Vehicle classification: Num. of vehicle classes: Wrong-way driver detection: Traffic jam/queue detecion: Mounting: by length up to 3 yes yes overhead, side (>45°) About us – BS2 IoT Gateway – Cloud Access via Browser

TDC1 Vehicle Classes Built-in classification bins 1, 3 and 4 Class 1: Class 3: Class 4: length < 5.6 m ( ~18 ft.) 5.6 < length < 12.2 m (18 – 40 ft.) length > 12.2 m ( 40 ft.) Note: detector outputs vehicle length as well. Threshold lengths can be changed. Class numbers are arbitrary About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PI

Wide Mounting Range TDC1 ▪ 5.5 - 18 m (18 – 60 ft.) mounting height ▪ From as low as 45° angle of inclination Possible (near lane only) obstruction by large vehicle in near lane Possible mounting locations for TDC1-PIR for monitoring of far lane (lane 2) Possible mounting locations for TDC1-PIR for monitoring of near lane (lane 1) area that provides mounting positions for two TDC1-PIR for monitoring of two lanes from the side About us – BS2 IoT Gateway – Cloud Access via Browser – T

About us – BS2 IoT Gateway – Cloud Access via Browser – TDC1-PIR

TDC1 – Overhead Mount Proper alignment is key for accurate traffic data ▪ Stable mounting point above middle of lane ▪ Verify alignment and traffic direction using label “parallel to road” ▪ Tilt the detector 10° to the lane ▪ Accessory TDC-AH with build-in level ▪ View of the detector onto the lane is not obstructed About us – BS2 IoT Gateway – Cloud Access via Bro