Course Overview

Quantum communications leverage quantum mechanics principles to enable ultra-secure information exchange, with technologies such as Quantum Key Distribution (QKD) and quantum-safe cryptography emerging as strategic capabilities for national security, defense, finance, and critical infrastructure. This course provides a non-mathematical, systems-level introduction to quantum communications, focusing on concepts, architectures, security implications, and readiness assessment. Participants will gain insight into how quantum communications may impact existing telecom networks, encryption practices, and national cybersecurity strategies, and how governments and regulators can prepare for future adoption.

Upcoming Trainings

Feb 9, 2026

Delhi, India

Feb 23, 2026

Delhi, India

Mar 9, 2026

Bangalore, India

Mar 23, 2026

Bangalore, India

Target Audience

  • Government ministries and national security agencies
  • Telecom regulators and policy authorities
  • Defense and critical infrastructure planners
  • Cybersecurity and cryptography policy teams
  • National research, standards, and innovation bodies
  • Telecom operators’ strategy and security teams
  • Public sector technology advisors and consultants

Prerequisites

  • Basic understanding of: Telecom networks and data communications
  • Basic understanding of: Cybersecurity and encryption concepts
  • Familiarity with: Government policy or critical infrastructure environment
  • No background in quantum physics or advanced mathematics required
Course Outline

Day-wise Course Outline