Secure Surveillance Solutions
Integrated Regulatory Project

Secure Surveillance Solutions

Real-Time Radioactive Material Tracking & Alert System

Abdullah
Ahmed
Maya
SECURE SURVEILLANCE SOLUTIONS
2025
01
SSS
The Problem

Challenges in Radioactive Material Monitoring

⚠️
Current Problem
  • Lack of real-time tracking for radioactive cargo trucks during transit
  • Absence of an early warning system for radiation leaks
  • Difficulty in verifying drivers' adherence to authorized routes
  • Delayed response times during radiological emergencies
  • Weak integration among nuclear regulatory authorities
πŸ›‘οΈ
Proposed Solution
  • An integrated IoT system to measure radiation and transmit data instantly
  • Centralized monitoring dashboard with live interactive maps
  • Automated alerts via web, SMS, and automated phone calls
  • Comprehensive logging of all radiation readings with time and location
  • Direct link with the National Center for Nuclear & Radiation Control (NCCR)
02
SSS
How It Works

How the System Operates

☒️
Real-time Measurement
The radiation detector measures radiation levels instantly and sends them to the central unit.
πŸ“‘
Data Transmission
The IoT device transmits data along with coordinates via a local SIM card or satellite network.
☁️
Smart Cloud
A cloud server receives, processes, and stores the data, displaying it on the central dashboard.
πŸ””
Instant Warning
Immediate hazard alerts are sent via internet, SMS, or phone calls if safe thresholds are exceeded.
03
SSS
Project Objectives

What Do We Achieve?

πŸš›
☒️
⚠️ Radioactive Material
Real-time vehicle tracking
Movement Monitoring Dashboard
0.2
mSv/hr Radiation
Safe
Status
24
Active Trucks
πŸ“
πŸ“
Alert: High radiation level β€” Riyadh, King Fahd Road
πŸ“

Continuous Tracking

Monitor the location of radioactive material trucks 24/7 via GPS and satellite networks.

πŸ””

Instant Alerts

Send automated notifications in the event of an accident or deviation from authorized routes.

πŸ—ΊοΈ

Route Adherence

Verify drivers' compliance with pre-approved transit routes and record any deviations.

☒️

Leak Detection

Log safe baseline levels and trigger instant warnings for dangerous spikes exceeding safety limits.

πŸ“Š

Documentation & Auditing

Maintain comprehensive logs of all trips and readings for reference, auditing, and analytics.

04
SSS
Technical Components

Hardware Components

πŸ”Œ
Central Control Unit
IoT Controller β€” SIM7670G
The system's main processor. Supports custom programming, communicates with satellites for coordinates, and connects to the internet efficiently via SIM card with low power usage.
Data Processing
☒️
Radiation Detector
Radiation Detector Module
Measures radiation levels in real time and relays data to the central unit. Detects nuclear radiation with high accuracy across multiple bands.
Sensing
πŸ“‘
GPS Module
GNSS / Satellite Module
Determines the precise geographical location of the vehicle using satellite constellations and sends it alongside radiation data.
Geo-Tracking
πŸ“Ά
Local SIM Card
Local SIM Card β€” 4G LTE
Provides cellular internet access via local 4G LTE networks. Ensures continuous data telemetry to the cloud server.
Connectivity
πŸ”‹
Power Supply
Power Supply β€” Low Consumption
The system operates with ultra-high energy efficiency. Engineered for non-stop performance with backup power solutions to ensure continuous uptime.
Power Management
☁️
Cloud Server
Cloud Server & Dashboard
Receives, processes, and displays data on an interactive live dashboard. Sends hazard notifications and integrates easily with external systems.
Processing & Display
05
SSS
System Architecture

Data Flow

πŸ“±
Local SIM Card
Continuous internet link
☒️
Radiation Detector
Instant level detection
πŸ”Œ
IoT Device
Processing + GPS
Data + Transmission
↕️ Data Exchange ↕️
☁️
Cloud Server
Data processing & storage
πŸ–₯️
Monitoring Panel
Live feed + Warnings
πŸ“ž Phone Call
πŸ’¬ SMS Alert
🌐 Web Alerts
πŸ”— API Systems Integration
06
SSS
The Hardware Unit

Smart Surveillance Unit

☒️
SSS
Radiation Tracker

Specifications & Features

πŸ“‘
Dual Telemetry: Local SIM + Satellite connection guarantees global uptime anywhere.
☒️
Built-in high-sensitivity radiation detector tracks nuclear rays instantly.
πŸ“
High-precision GPS module provides accurate geolocation alongside data packets.
πŸ”‹
Ultra-low power design allows continuous standalone operations over extended cycles.
πŸ›‘οΈ
Heavy-duty, hermetically sealed enclosure engineered against shocks and severe climates.
07
SSS
Primary Strategic Partnership

Launching with the National Center for Nuclear Control

βš›οΈ
NCCR
Ψ§Ω„Ω‡ΩŠΨ¦Ψ© Ψ§Ω„ΩˆΨ·Ω†ΩŠΨ© Ω„Ω„Ψ±Ω‚Ψ§Ψ¨Ψ© Ψ§Ω„Ω†ΩˆΩˆΩŠΨ© ΩˆΨ§Ω„Ψ₯شعاعية
National Center for Nuclear & Radiation Control
Kingdom of Saudi Arabia πŸ‡ΈπŸ‡¦

The National Center for Nuclear & Radiation Control (NCCR) is the highest regulatory body in the Kingdom of Saudi Arabia tasked with overseeing all aspects of radiological and nuclear safety. Our partnership with them marks the beginning of the system's actual deployment on the ground.

βœ… Certified Regulatory Entity
βœ… Nationwide Coverage Scope
βœ… Direct System Integration
1
Operational Trial
Installing units on the center's radioactive transit trucks to initiate live telemetry capture.
2
Data Integration
Connecting the live dashboard with internal NCCR software and training technical staff.
3
Performance Evaluation
Auditing sensor accuracy, warning alert delivery speeds, and general metrics throughout the testing phase.
4
Full Expansion
Scaling the infrastructure to encompass every radioactive transport vehicle across Saudi Arabia.
08
SSS
Target Segments

Targeted Facilities

πŸ—οΈ
Medical & Research Facilities
Hospitals & Laboratories
⚑
Nuclear & Energy Facilities
Power Plants & Infrastructures
🚒
Ministry of Transport
Logistics & Highway Control
♻️
National Waste Management Center
MWAN β€” Hazardous Waste
The architecture can be seamlessly deployed across all sectors managing or transporting radioactive materials β€” from clinical institutions to energy installations and hazard management hubs.
09
SSS
Strategic Partnerships

Our Strategic Partners

πŸŽ“
King Abdullah University of Science and Technology
KAUST
Primary research and academic partner β€” providing infrastructure, deep tech expertise, and innovation incubation.
βš›οΈ
National Center for Nuclear Control
NCCR
Lead regulatory authority for direct field testing, compliance, and deployment.
🚒
Ministry of Transport
MOT
Tracking hazardous transit operations across the Saudi highway infrastructure networks.
♻️
National Waste Management Center
MWAN
Monitoring and logging the logistics of radiological and toxic waste streams.
10
SSS
Roadmap

Execution Phases

Phase I
Prototyping β€” Engineering the core architecture and lab-testing detector sensor metrics.
Phase II
NCCR Deployment β€” Device installation and launching operational pilot programs.
Phase III
Expansion β€” Interconnecting Ministry of Transport and MWAN hubs to the live platform.
Phase IV
Comprehensive National Coverage β€” Achieving 100% deployment across all target institutions.
24/7
Continuous Surveillance
<5s
Alert Delivery Window
4+
Strategic Partners
100%
Targeted National Coverage
11
Thank You for Your Attention

Secure Surveillance Solutions

Towards a safe future for radioactive logistics within the Kingdom of Saudi Arabia β€” advanced technology, real-time tracking, and guaranteed protection.

Abdullah
Ahmed
Maya
☒️ NCCR Ready
πŸŽ“ KAUST Backed
πŸ‡ΈπŸ‡¦ Made in Saudi
12