Arman Laliwala
AI Engineer helping startups build smart systems (cv, nlp)
Ready for work
Arman is ready for their next project!
AI-Powered Smart City Traffic Monitoring & Computer Vision System
This project is an advanced Computer Vision and Artificial Intelligence solution designed for smart city surveillance, intelligent traffic management, and real-time urban analytics. The system processes live video streams from CCTV cameras to detect, classify, and track multiple objects simultaneously while generating actionable insights for traffic optimization and public safety.
Using state-of-the-art deep learning models, the system performs real-time object detection, multi-object tracking, and scene understanding with high accuracy. It can identify pedestrians, vehicles, buses, cyclists, traffic lights, and other road participants while continuously monitoring their movement, speed, and location.
The platform is capable of handling multiple video feeds simultaneously and provides a centralized dashboard for monitoring city traffic conditions. It can automatically detect congestion, estimate traffic density, analyze pedestrian movement, and generate real-time statistics for traffic management authorities.
Key Features
Real-time object detection using Deep Learning
Multi-object tracking with unique object IDs
Vehicle detection and classification
Pedestrian detection and tracking
Cyclist recognition
Bus and public transport monitoring
Traffic light detection
Lane monitoring and vehicle counting
Speed estimation
Traffic density analysis
Crowd monitoring
Live analytics dashboard
CCTV camera integration
AI-powered smart surveillance
High-performance inference for real-time applications
Scalable architecture for multiple camera feeds
Technologies Used
Python
OpenCV
YOLO (Object Detection)
Deep Learning
Computer Vision
NumPy
PyTorch / TensorFlow
Multi-Object Tracking (DeepSORT / ByteTrack)
AI Inference Engine
REST APIs
Flask / FastAPI
Docker (Deployment)
GPU Acceleration (CUDA)
System Capabilities
The AI engine automatically detects every moving object within the camera frame and assigns a unique tracking ID to maintain object identity across multiple frames. The system can estimate object movement, analyze traffic flow, recognize different vehicle categories, and monitor pedestrian activity in real time.
Advanced analytics provide information such as:
Number of vehicles on each lane
Vehicle type distribution
Pedestrian count
Traffic congestion level
Average vehicle speed
Object trajectories
Occupancy analysis
Real-time event monitoring
Intelligent alerts for abnormal situations
Applications
This solution is suitable for a wide range of real-world applications, including:
Smart City Infrastructure
Intelligent Traffic Management Systems (ITS)
Road Safety Monitoring
Urban Mobility Analytics
Smart Parking Solutions
Public Transport Monitoring
Security & Surveillance
Crowd Management
Airport & Railway Station Monitoring
Shopping Mall Analytics
Industrial Safety Monitoring
Campus Surveillance
Smart Transportation Systems
Business Value
By leveraging AI-powered computer vision, this system helps organizations reduce manual monitoring efforts, improve traffic efficiency, enhance public safety, and enable data-driven decision-making. The platform provides accurate, scalable, and real-time analytics, making it an ideal solution for municipalities, transportation authorities, enterprises, and smart city initiatives.
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Understand, Interpret, and Generate Human Language
Natural Language Processing (NLP) enables machines to understand, interpret, and generate human language. At OrcaMinds, we build custom NLP solutions that extract meaning from text data, automate document processing, and power intelligent conversations. Our expertise spans sentiment analysis, text classification, named entity recognition, language translation, summarization, and conversational AI.
Based in Ahmedabad, India, we help businesses across finance, healthcare, e-commerce, and customer service leverage the power of text analytics. Whether you need to analyze customer feedback, automate document classification, or build intelligent chatbots, our NLP solutions deliver accurate, scalable, and cost-effective results.
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Will AI Replace Coders?
With tools like ChatGPT and Claude AI, work that once took weeks is now done in days. I recently heard about 70 days of work being completed in just 5 days using AI—impressive, but also a bit unsettling.
Here’s the truth:
AI isn’t replacing coders. It’s changing how coding works.
Developers who adapt and use AI will move faster and build smarter. Those who don’t might struggle to keep up.
So the real question isn’t “Will AI replace coders?”
It’s “Will we evolve with it?”
Ask this:
“Am I ready to evolve with AI?”
#AI #SoftwareDevelopment #ChatGPT #ClaudeAI #FutureOfWork #Developers #ArtificialIntelligence #TechTrends #armanlaliwala
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Object Detection Using YOLO (Ultralytics) & OpenCV
Extracted frames from videos to create a large-scale image dataset. Performed data cleaning and keypoint annotation for improved model training.
Utilized transfer learning with YOLOv11n for high-accuracy object detection. Trained the model for 200 epochs, optimizing performance and saving the best model as best.pt (http://best.pt).
Deployed AI inference for real-time object detection applications.
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