About Indroyd Labs

Indroyd Labs is the best RFID solution provider in India, delivering end-to-end automation, cashless payment systems, and experiential technologies for entertainment and leisure destinations.

Founded with a vision to simplify complex operations using technology, Indroyd Labs bridges the gap between robust engineering and real-world operations. Our solutions power arcades, family entertainment centers (FECs), waterparks, soft play zones, amusement parks, food courts, and experiential events across India and the Middle East.

Our Story

Indroyd Labs began as an engineering-driven initiative to solve a simple but persistent problem—inefficient, error-prone, and fragmented systems in entertainment venues.

Traditional token-based systems, manual billing, disconnected game counters, and unreliable reporting limited growth and customer experience. We re-imagined this ecosystem using RFID, automation, and software-driven control.

Today, Indroyd Labs operates as a full-stack technology company with in-house electronics design, firmware development, backend platforms, mobile and desktop applications, and manufacturing capabilities.

What We Build

RFID Cashless Ecosystems

Complete RFID-based payment systems including cards, readers, POS software, kiosks, and reconciliation engines—designed for high-volume, offline-first environments.

Venue Automation

Game control, timed play, access management, lockers, turnstiles, wristband validation, and centralized monitoring.

Experiential Technology

Custom interactive installations, branded activations, gamified experiences, and technology-driven engagement solutions.

Scale & Trust

  • 450+ live installations
  • Presence across India & Middle East
  • Millions of RFID transactions processed
  • Offline-first, mission-critical systems
  • In-house support & continuous upgrades

Our systems are designed for environments where downtime is not an option. From peak-hour game zones to large waterparks, Indroyd Labs solutions are built to perform reliably under real-world constraints.