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Indian Army & DRDODefence & Aerospace

India’s Indigenous Electronic Warfare Revolution

(Integrated Electronic Warfare Project)

Genesis, design philosophy, operational challenges, and institutional lessons from India’s landmark Integrated Electronic Warfare Project — laying the foundation for Make in India and Atma Nirbhar Bharat.

Executive Summary

Integrated Electronic Warfare Project , launched under the visionary leadership of Army and DRDO, marked a turning point in India’s defence technology evolution. Conceived to replace imported Electronic Warfare (EW) systems with indigenous solutions, it became the foundation for Make in India and Atma Nirbhar Bharat.

This case study outlines the project’s genesis, design philosophy, challenges, solutions, and lessons learned — offering insights into how collaborative innovation between the Indian Army, DRDO, and industry partners shaped India’s EW capabilities.

The lessons learned during the development of this primal initiative towards indigenization of electronic warfare systems brought significant changes in Defence Acquisition Procedure from time to time. They also provided insight into changes that need to be incorporated into the flexibility that needs to be integrated in the rigid army structure if complex high tech programmes need to be developed to meet their operational requirements. It also highlighted that the DRDO had to fill gaps in their capability to carry out cutting edge design development to address the issue of sanctions and restrictions on sharing of technology by developed countries.

1. Background

In the early 1990s, India relied heavily on foreign suppliers for terrestrial EW systems. Recognizing the strategic vulnerability. Army and DRDO took the singular decision to develop an Integrated Electronic Warfare System indigenously.

The program united the Indian Army, DRDO, and public-sector undertakings in a mission to design, manufacture, and deploy advanced Electronic Warfare (EW) systems tailored to India’s operational environments.

2. Association

Col XYZ contributed across multiple phases:

  • Drafting General Staff Qualitative Requirements (GSQRs) and Technical Specifications.
  • Collaborating with DRDO’s nodal design laboratory in Hyderabad during the design phase.
  • Leading production and delivery as Project Director, overseeing acceptance by the Indian Army.

The project’s dedication to the nation underscored its strategic and technological significance.

3. Design Philosophy

The design approach emphasized:

Procurement of LRUs and subsystems off-the-shelf, followed by military-grade ruggedization.
Electrical and mechanical integration with fully indigenous software development.
A balance between global technology adoption and local innovation.

4. Design Methodology

Align state-of-the-art technologies with finalized specifications.
Implement minimal modifications to maintain reliability.
Streamline the Software Development Cycle to reduce the OODA loop.
Build a consortium-based supply chain integrating Indian and foreign vendors.
Ensure continuous user involvement for operational validation.

5. Challenges

8 Critical Dimensions
Technology
Rapid obsolescence vs. long design cycles
Operational
Dynamic battlefield and evolving threat perceptions
Human Factors
Frequent user rotations affecting continuity
Economic
Asymmetric price escalation during delays
Institutional
Misalignment between DGQA and development agencies
Maintenance
Complexity due to extended production timelines
Quality
Friction between the DGQA and developers (DA and PAs) causes misalignments, significantly extending development cycles.
Trials
User trials before acceptance take a long time since they have to be conducted in all terrains viz high Altitude, Mountains, Plains, Jungles and Deserts and in extreme weather conditions viz summers and winters.

6. Solutions & Remedies

5 Strategic Interventions
1

Extend tenures for user teams and re-induct experienced personnel.

2

Freeze requirements post-design review; avoid mid-development changes.

3

Address evolving threats through upgraded versions, not ongoing redesigns.

4

Encourage outsourcing of specialized tasks beyond internal capacity.

5

Phase user trials to align with delivery and payment schedules.

7. Lessons Learned

Lesson 1

Laboratory and field results often diverge.

Lesson 2

Systems must be soldier-proof, not just demonstration-ready.

Lesson 3

GSQRs should reflect achievable capabilities, not aspirational wish lists.

Lesson 4

Technology absorption and product maturity require time.

Lesson 5

Quality assurance must supersede timelines and budgets.

Lesson 6

Risk analysis should be integrated throughout development, not treated as a formality.

8. Conclusion

Integrated Electronic Warfare Project stands as one of DRDO’s most ambitious undertakings. Beyond its technical outcomes, it fostered a shared understanding of Electronic Warfare as the future battlefield domain.

Its legacy endures — enriching India’s scientific and industrial ecosystem and laying the groundwork for future indigenous defence systems.

The project’s lessons continue to guide India’s journey toward technological sovereignty and operational excellence.

9. References & Acknowledgments

Defence Research and Development Organisation (DRDO)
Indian Army Signal Corps
Directorate General of Quality Assurance (DGQA)
Public Sector and Private Industry Partners
10. Author

Col Sanjay Chandra (Retd)

Founder, Business Clinic

Former Director, PMO Suraj, Indian Army

MSME Growth Strategist | Defence Manufacturing Expert

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