VIMARSH 2026: DRDO unveils software sharing and MSME testing framework

At the DRDO-Industry Synergy Meet, designated VIMARSH 2026 and held on September 15, 2026, in New Delhi, the Ministry of Defence unveiled a broad policy framework aimed at overhauling how micro, small, and medium enterprises (MSMEs) and deep-technology start-ups participate in national defence research and development. Convened at the Dr. D.S. Kothari Auditorium within DRDO Bhawan, the event was presided over by Defence Minister Rajnath Singh alongside Defence Secretary and DRDO Chairman Rajesh Kumar Singh. Addressing the assembly, leadership emphasized that true strategic autonomy in defence cannot rely merely on platform assembly. Instead, building self-reliance demands deep industrial capabilities spanning the complete technology value chain, including research, design, prototype validation, qualification testing, certification, and high-precision manufacturing.

The gathering, organized under the theme "Varta se Vikas" (Dialogue to Development), brought together more than 250 leaders from defence manufacturing enterprises, specialized technology firms, military procurement directorates, and research laboratories. Central to the newly announced policy measures is an intentional drive to eliminate long-standing technical and financial entry barriers that have historically prevented smaller engineering enterprises from entering the defence technology supply chain. By establishing direct funding streams, structured incubation programs, and formal access protocols for state-owned testing ranges and laboratory infrastructure, the reform seeks to shorten the distance between laboratory innovation and repeatable industrial production.

Lowering Technical and Financial Barriers for MSMEs and Start-Ups

For many years, tier-two and tier-three suppliers in India's industrial landscape faced steep operational hurdles when attempting to enter military technology programs. Developing specialized sub-systems—ranging from electro-hydraulic actuators and high-pressure gas distribution rigs to automated test benches—demands substantial upfront capital expenditure, long development cycles, and extensive qualification testing. The policy framework introduced at VIMARSH 2026 directly addresses these friction points by offering targeted financial support and structured technical mentorship to emerging deep-tech start-ups and MSMEs.

Under the new directives, eligible smaller enterprises working on high-impact technologies will receive direct funding to offset initial prototyping, design, and development costs. Rather than treating small firms as peripheral vendors supplying basic components, the framework integrates them directly into co-development workflows alongside DRDO research facilities. This structural pivot enables private engineering firms to build specialized expertise in technical domains such as software-defined control, fluid power systems, high-altitude simulation, and automated test equipment. Furthermore, the initiatives simplify administrative compliance and shorten technology licensing timelines, allowing agile engineering teams to move from concept validation to engineering development models with reduced overhead.

Unlocking Software Source Codes and Shared Testing Infrastructure

A major technical breakthrough announced at VIMARSH 2026 is the rollout of a standardized and secure framework for sharing DRDO-developed software source codes with licensed industrial manufacturing partners. Modern defence hardware—including flight control units, hardware-in-the-loop simulation rigs, radar signal processors, and automated ground support gear—relies heavily on embedded software. Previously, private manufacturers acquiring technology transfers often faced operational constraints when updating, maintaining, or modifying systems due to restricted access to underlying source code, leaving platforms vulnerable to rapid technological obsolescence.

The new software sharing framework resolves this operational bottleneck by giving verified industrial partners secure, controlled access to software source codes under defined intellectual property guidelines. Industrial firms can now modify, optimize, and maintain embedded control algorithms, software-defined control loops, and diagnostic software in parallel with hardware upgrades. Complementing this software initiative, the Ministry of Defence announced dedicated, structured access to DRDO’s nationwide network of testing facilities. Private developers will be granted scheduled access to national test ranges and laboratories to conduct environmental stress screening, vibration profiling, high-pressure static testing, and electromagnetic compatibility trials, eliminating the need for smaller firms to invest in cost-prohibitive private testing infrastructure for low-volume defence components.

Benchmarking Manufacturing Maturity via SAMAR 2.0 and Technology Transfers

To guarantee that domestic manufacturers produce military-grade equipment with consistent quality and repeatability, DRDO signed a contract with the Quality Council of India (QCI) to implement the System for Advance Manufacturing Assessment and Rating (SAMAR) Version 2.0. Moving a complex subsystem from a laboratory prototype to full-scale production requires rigorous quality management systems, material traceability, calibrated test benches, and standardized manufacturing processes. SAMAR 2.0 establishes an updated, objective framework to evaluate and benchmark the manufacturing maturity of Indian defence enterprises across multiple operational tiers.

By assessing a firm's process controls, non-destructive evaluation capabilities, precision machining infrastructure, and calibration protocols, SAMAR 2.0 provides defense procurement agencies and prime contractors with a reliable indicator of an enterprise’s ability to execute high-precision manufacturing contracts. The immediate operational relevance of this framework was highlighted during the event by the formal handover of nine Licensing Agreements for Transfer of Technology (LAToTs) to 13 domestic manufacturing partners. These technology transfer agreements cover advanced systems developed across various DRDO laboratories, building on a cumulative history that has seen over 2,300 technology transfers provided to more than 1,100 industrial firms—including technology packages for approximately 50 distinct DRDO missile platforms. Additionally, strategic Memoranda of Understanding were exchanged with the Society of Indian Defence Manufacturers (SIDM) and Laghu Udyog Bharati (LUB) to expand industry outreach and foster grassroots participation in regional manufacturing hubs.

Strategic Implications for the Defence Technology Value Chain

The policy suite launched at VIMARSH 2026 marks a decisive shift from a transactional buyer-seller relationship toward a collaborative, co-created defence technology ecosystem. By combining DRDO’s scientific research capabilities with private industry's manufacturing scale and start-up agility, the government aims to establish a self-sustaining defense-industrial base capable of supporting long-term national security priorities. As modern military hardware becomes increasingly software-defined and modular, domestic manufacturers must maintain complete control over hardware validation, software source integration, and testing workflows to insulate national supply chains from foreign denial or disruption.

Achieving true industrial depth requires a comprehensive network of validation and testing infrastructure across the supplier ecosystem. Every subsystem transferred under technology licensing arrangements—from hydraulic pressure controls and flight control actuators to pneumatic ground power systems—must undergo rigorous verification against stringent military standards before operational deployment. The deeper integration of MSMEs and deep-tech firms into this value chain creates substantial demand for automated test equipment, high-pressure test rigs, environmental validation systems, and custom ground support equipment designed to execute repeatable qualification testing.

In this expanding defense ecosystem, establishing robust ground support systems and high-precision test benches remains essential for converting indigenous R&D into operational defence platforms. Engineering specialists like Neometrix Defence Limited play a critical role in this mission, designing and manufacturing custom test benches, hydraulic qualification systems, and high-pressure gas test rigs that empower domestic manufacturers to meet exacting military standards under the Make in India initiative.