Servers/Data Centres
Equus Group delivers end-to-end integrated data center solutions that combine advanced computing infrastructure, networking, system integration, and support services. Backed by strong expertise in hardware engineering, software development, and manufacturing, we design scalable, secure, and high-performance infrastructure that enables modern digital enterprises. Our solutions are built to optimize performance, enhance reliability, and support the evolving demands of AI, cloud, edge computing, and enterprise data centers.
AI Cameras (Railway-Grade Vision Systems)
Our AI Edge Camera solutions bring real-time intelligence to railway surveillance by combining advanced video analytics with edge computing. Designed for applications such as platform edge monitoring, passenger compartment surveillance, and driver cabin monitoring, the system processes data directly at the source to enable instant detection, faster response, and reduced bandwidth usage. With seamless integration across multiple monitoring points, our AI-powered cameras enhance passenger safety, operational efficiency, and security through intelligent analytics, automated alerts, and continuous real-time monitoring.
AI-Based Video Analytics (Intrusion, Crowd, Object Detection)
Our AI Edge Camera solutions bring real-time intelligence to railway surveillance by combining advanced video analytics with edge computing. Designed for applications such as platform edge monitoring, passenger compartment surveillance, and driver cabin monitoring, the system processes data directly at the source to enable instant detection, faster response, and reduced bandwidth usage. With seamless integration across multiple monitoring points, our AI-powered cameras enhance passenger safety, operational efficiency, and security through intelligent analytics, automated alerts, and continuous real-time monitoring.
Ruggedized NVR/ MNVR Platforms
Our Mobile Network Video Recorder (MNVR) is a rugged, intelligent onboard recording solution designed for continuous video surveillance in railway environments. It seamlessly integrates multiple cameras across the train—including front and rear views, passenger compartments, door areas, and driver cabins—to provide centralized video recording, real-time monitoring, and secure data storage. Built for high reliability and remote accessibility, the MNVR enhances operational safety, simplifies incident investigation, and enables efficient fleet-wide surveillance management.
Passenger Address and Information System (PAPIS)
PAPIS is a single onboard computing platform that unifies every passenger-facing and cabin system on a modern trainset.Purpose-built for Vande Bharat and LHB rakes, the PAPIS unit drives infotainment and route map displays, manages public address and emergency talkback, monitors saloon temperature and humidity, integrates automatic passenger counting, and mirrors live train data to the driver's cab.
Standard interfaces let a single unit replace multiple standalone controllers:
- DisplayPort and HDMI for infotainment and LED route map displays
- USB for automatic passenger counting sensors
- PoE for IP intercoms and PA amplifiers
- Serial/COM and digital I/O for HVAC control and environmental sensors
- DVI/USB to the driver display unit
- LTE backhaul for real-time telemetry to the control centre
UHF Communication ( Radio Modems)
The Radio modem is a mission-critical wireless communication solution designed for reliable voice and data communication between train crews on different locomotives in accordance with applicable RDSO specifications. The system supports secure and dependable train-to-ground, ground-to-train, and operational control communications, enabling efficient train operations, emergency coordination. It incorporates digital communication technology, redundant network architecture, comprehensive diagnostics, remote management to ensure high availability, interoperability, and reliable performance under the demanding operating conditions of modern railway network.
Industrial PC's
The Revolution Pi Industrial PC (RevPi) is a modular, open and industrial-grade computing platform based on Raspberry Pi architecture, designed for automation, control, and edge computing applications in accordance with relevant industrial and railway environmental and EMC standards. It provides a ruggedized hardware platform with DIN-rail mounting, extended temperature operation, and support for industrial I/O modules, enabling reliable real-time data acquisition, processing, and communication with field devices. The system supports standard industrial protocols such as Modbus TCP/RTU, PROFINET (via gateways/modules), and OPC UA, making it suitable for integration with PLCs, SCADA systems, and condition monitoring solutions. With Linux-based open software architecture, remote management capabilities, and flexible expandability, the RevPi platform is widely used for IoT gateways, predictive maintenance, edge analytics, and auxiliary control applications in industrial and railway environments.
