Computer Vision Powered Realtime Video Surveillance System
We turn cameras into smart systems that detect, classify, and make decisions—faster than any human could.
At Headless Technologies Limited, we transform ordinary CCTV cameras into AI-powered, high-accuracy surveillance systems capable of detecting threats, analyzing activities, and making decisions faster than any human operator. Our Computer Vision platform delivers real-time monitoring, instant alerts, predictive analytics, and automated reporting to ensure unmatched safety, efficiency, and operational intelligence.
Built for businesses, industries, and government agencies who rely on speed, accuracy, and proactive security.
Key Features:
1. Smart Object & Activity Detection
✅ Person, vehicle, and object recognition
✅ Crowd density and movement analysis
✅ Suspicious activity detection
✅ Loitering, tailgating, and unauthorized access alerts
2. Automated Threat Detection
✅ Weapon, fire, smoke, and intrusion detection
✅ Abandoned object recognition
✅ Critical incident prediction and real-time notifications
3. Advanced Face Recognition & Access Monitoring
✅ Real-time face matching
✅ Employee attendance logging
✅ Missing-person & blacklist/whitelist identification
4. License Plate & Vehicle Recognition (ANPR)
✅ High-speed number plate scanning
✅ Vehicle tracking across multiple zones
✅ Parking automation and gate control
5. Smart Analytics Dashboard
✅ Live video streams & heatmaps
✅ Event logs & incident timelines
✅ Customizable reports for audits, compliance & management
AI-Driven Vision Built on Modern Tools
We use proven libraries and platforms to deliver fast, accurate, and scalable vision systems.
C++
Fast, efficient language for systems, apps, and performance.
Python
Simple, versatile language for web, data, and automation.
NodeJS
JavaScript runtime built on Chrome's V8 engine for server-side development.
ReactJS
JavaScript library for building user interfaces, maintained by Meta.
PostgreSQL
Open-source relational database known for reliability and features.
MongoDB
Document-based NoSQL database used for scalable applications.
Java
Robust, cross-platform language for apps, web, and enterprise.
PyTorch
Flexible deep learning framework for AI research and deployment.
OpenCV
Open-source library for computer vision, image, and video.
TensorFlow
Scalable framework for machine learning, deep learning, and AI.
Open MM Lab
Open-source toolkit for computer vision, AI, and research.
Yolo
Real-time object detection system for images and video.
CUDA
Parallel computing platform for GPU-accelerated performance and application.
Rust
Safe, fast programming language for systems, apps, and performance.
Industries We Serve
Our AI-powered video surveillance platform is designed to support a wide range of industries with real-time intelligence, automated monitoring, and proactive threat detection.

Manufacturing Industries
Industrial environments demand constant visibility across production lines, heavy machinery, and high-risk zones. Our Computer Vision system continuously monitors worker safety, detects unauthorized movement, and identifies hazards such as fire, smoke, or equipment malfunction in real time. By automating 24/7 surveillance, factories reduce accidents, avoid downtime, and stay compliant with safety standards. This creates a safer, smarter, and more efficient industrial ecosystem.

Commercial & Retail
Retail stores struggle with theft, long queues, and inefficient floor management. Our AI video surveillance analyzes customer movement, detects suspicious behavior, and generates heatmaps to show which areas and products get the most attention. Store owners can optimize staff allocation, improve layouts, and reduce losses through real-time alerts and detailed analytics. This leads to better customer experience and higher sales conversion.

Hotels & Hospitality
Hotels need strong security without disturbing the guest experience. Our AI platform monitors lobbies, corridors, parking areas, and service zones to detect suspicious activity, unattended bags, or safety risks in real time. It also provides insights to improve staff response time and guest flow. This helps hotels deliver safer, smoother, and more professional hospitality.

Logistics, Warehousing & Transport
Warehouses and logistics hubs handle constant movement of goods, vehicles, and people. Our Computer Vision system tracks vehicles with ANPR, monitors loading and unloading zones, and detects theft or unsafe behavior around equipment. Automated gate control and cargo monitoring create a transparent and secure flow of operations. This reduces loss, improves safety, and strengthens the overall supply chain.

Healthcare Facilities
Hospitals operate nonstop and must protect patients, staff, and critical zones. Our system monitors emergency rooms, entrances, corridors, and restricted areas like ICUs, pharmacies, and labs, detecting falls, intrusions, or unsafe behavior. Real-time alerts support quick response during emergencies. This ensures a safer, more controlled healthcare environment where teams can focus on treatment.

Government, Public Sector & Smart Cities
Public spaces and government facilities require large-scale, always-on monitoring. Our AI surveillance analyzes crowd density, detects crime patterns, monitors traffic, and identifies fire or environmental hazards in real time. Authorities receive actionable alerts to respond faster and more accurately. This supports safer streets, smarter infrastructure, and more resilient cities.
Our Step-by-Step Process for Vision Projects
Every project begins with understanding your environment and ends with a smart, self-improving system.
Step
01
Use Case Discovery
We define your visual objectives—tracking, counting, detecting, or verifying.
Step
02
Data Collection & Labeling
We gather sample footage/images and label data to train the system.
Step
03
Model Development
We train custom or pre-trained AI models using deep learning frameworks.
Step
04
System Integration
We connect your camera, edge devices, or backend for seamless automation.
Step
05
Testing & Tuning
We test, optimize, and improve accuracy under real conditions.
Frequently Asked Questions
Answers to common questions about our computer vision services.