Mi-PlateIQ

Overview

Mi-PlatelQ is an advanced vehicle license plate recognition (ALPR/ANPR) system that automates the capture, recognition, and management of vehicle plate information. Using Al­powered video analytics, Mi-PlatelQ ensures accurate and real-time identification of vehicles, enabling seamless integration with access control systems, boom gates, and parking management solutions.

Designed for reliability and scalability, it supports diverse deployment environments including parking facilities, gated communities, and enterprise campuses.

AI-powered vehicle access management solution that uses advanced vehicle license plate recognition (ALPR/ANPR) for automated access. It is designed to capture, recognize, and manage vehicle plate information in real-time.

Key Features

• Real-Time Plate Recognition

  Captures and processes license plates instantly from camera streams.

• Vehicle & Model Detection

  Identifies vehicles and recognises car models alongside plate numbers (trained with more than 40 car models).

• Automated Event Logging

  Records entry/exit events with snapshots, timestamps, and metadata.

• Whitelist/Blacklist Management

  Customisable rules to allow or restrict vehicle access.

• Seamless Integration

  Supports REST APIs and webhooks for third-party systems such as boom gates or parking software.

Technology Benefits

• Enhanced Security

  Prevents unauthorised vehicle access through AI-driven recognition.

• Operational Efficiency

  Reduces reliance on manual checks and speeds up vehicle throughput.

• Accuracy & Reliability

  High recognition rates with real-time performance across multiple cameras.

• Scalable Solution

  Supports from small sites to enterprise-level deployments with clustering options.

• Compliance & Auditability

  Digital logs provide traceability for regulatory or security audits.

Mi-PlateIQ is an AI-powered vehicle access management solution that combines advanced plate recognition, real-time multi-stream processing, and seamless integration with VMS and access control systems. Its modular, GPU-accelerated architecture ensures scalability, rapid deployment, and future-ready features such as predictive analytics and smart mobility.