Projects/Mobility & Safety/Mobile Speed Enforcement System
Case Study

Mobile Speed Enforcement System

Accurate speed detection, on the move.

An engineered, field-ready prototype for intelligent traffic monitoring that detects speed and captures violations in motion.

Industry
Traffic & Public Safety
Status
Engineered prototype, benchmark tests passed
Timeline
1404 (SH)
Partners
Hoshan Khodro · end client: Iranian traffic police
Mobile Speed Enforcement System
ENFORCEMENT
IN MOTION
01 / The Problem

Fixed cameras can't be everywhere.

Fixed speed cameras cover limited locations, and imported mobile systems are costly and hard to customise or maintain locally.

Limited coverage of fixed cameras
Costly imported equipment
Hard to integrate or customise
Harsh environmental conditions
Real-time violation capture
Real-time
violation capture
02 / Our Solution

Radar, processing and logging in one rugged unit.

The system uses Ka/X-band Doppler radar for speed detection with real-time processing, a layered app/service/driver architecture and three-layer isolation for reliability — serving as a testbed for next-generation smart surveillance.

Technical details
Doppler Radar
Doppler Radar
Ka/X-band speed detection
Real-Time Processing
Real-Time Processing
Instant violation capture with GNSS
Logging & Reporting
Logging & Reporting
Data logging on board with reports
03 / System Architecture

Layered by design.

Modular software and industrial-grade housing.

Radar Module
(Ka/X band)
Driver Layer
(Hardware access)
Service Layer
(Processing & logging)
App Layer
(Display & reports)
04 / Technical Details

Key features and hardware.

This platform serves as a testbed for next-generation smart surveillance systems.

Key features
  • Ka/X-band radar with Doppler-based speed detection
  • Real-time processing and instant violation capture
  • Layered architecture: app / service / driver separation
  • Scalable, modular design with industrial-grade housing
  • Three-layer isolation for environmental and operational reliability
  • Data logging and reporting
Hardware
  • Radar module
  • Processor
  • GNSS
  • SD card storage
  • Display
What sets it apart
  • Measures speed and distance of nearby vehicles while the patrol car is also moving
  • Radar and plate-reading camera data are fused and shown on an in-car display
  • Mountable on fleet vehicles at a lower cost than fixed roadside laser units
05 / Results

Design highlights.

Ka/X
Radar bands
3
Isolation layers
3
Software layers
Testimonial image

This is a system the police must be able to rely on, so its error must stay below a small acceptable percentage.

Mersad Masoud
Project Manager, ZLab
PEOPLE
TECHNOLOGY
COLLABORATION
REAL IMPACT
06 / The Team

The people behind it.

A multidisciplinary team of engineers, researchers and domain experts.

Mersad Masoud
Mersad Masoud
Embedded Systems Team Lead
Mohammadhossein Boroumandia
Mohammadhossein Boroumandia
Embedded Software & DevOps Engineer
Abolfazl Karroubi
Abolfazl Karroubi
Initial Industrial Design
07 / Gallery

More from this project.

Visuals of the system and its components.

System diagram
Radar display unit
Processing board
08 / What's Next

Scaling for broader impact.

We are integrating camera-based recognition to build a complete smart surveillance platform.

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