Combat-Ready Communication Training — Without a Single Physical Radio
FORT simulates real tactical radio environments — jamming, interference, contested spectrum — so your personnel build communication superiority before they ever touch a live mission.
Why Do Defence Forces Need EWRTS?
Core Capabilities of EWRTS
Radio Communication Training
Develop proficiency in tactical radio operations, communication protocols, voice procedures, and battlefield messaging.
Electronic Warfare Simulation
Train personnel to identify, analyze, and respond to hostile electronic warfare activities.
Anti-Jamming Techniques
Practice communication resilience strategies and maintain operational continuity under interference conditions.
Tactical Communication Exercises
Simulate real-world mission environments requiring coordinated communication and rapid decision-making.
Secure Messaging & Authentication
Train operators in secure communication practices, authentication procedures, and information protection.
Multi-Operator Training
Support collaborative exercises involving multiple operators, communication networks, and command structures.
Inside the EWRTS Platform
Additional Capabilities
Multiple Radio Models (HF/VHF/UHF) FM, AM, and Digital Modulation
Call Modes: Group, Broadcast, Buddy-Pair, Full Duplex
WebRTC-Enabled for Cross-Platform Access
Integrated Content Library with Tutorials & Assessments
Comprehensive Certification and Performance Tracking We Provide
Frequently Asked Questions (FAQs)
FORT is a software-based Electronic Warfare and Tactical Communications Training Platform designed to help defence personnel master radio operations, secure communications, and anti-jamming techniques.
No, the platform simulates realistic radio environments digitally, reducing reliance on physical communication hardware.
Yes, FORT supports multi-operator exercises and coordinated communication scenarios across teams and units.
Yes, FORT includes support for concepts such as FHSS, SINCGARS, HAVE QUICK, secure messaging, and encryption-based communication practices.
Yes, the platform can be deployed within controlled and secure military training infrastructures.