Examine how the Development-cum-Production Partner (DcPP) model is altering the DRDO–industry interface in defence R&D.

The Development-cum-Production Partner (DcPP) model inducts Indian industry as a co-developer from the design stage rather than as a downstream licensee. The maiden trial of DRDO's TARA glide-kit (May 2026), whose partners had already begun production alongside testing, illustrates this shift [1].

From transfer-of-technology to co-development

• Traditional route: DRDO designed, then handed a frozen design to industry via Transfer-of-Technology (ToT) — sequential and slow.
• DcPP embeds the partner during R&D itself, so manufacturability is built in, not retrofitted [1].
• TARA's production commencing in parallel with flight-trials shows the compressed development-to-induction timeline [1].

Reshaping the interface

• Industry becomes a risk- and IP-sharing stakeholder, not a vendor — deepening the private-sector role beyond components to full systems.
• Advances Aatmanirbhar Bharat in Defence: indigenous stockpile conversion (dumb bombs to precision munitions) at low cost [1].
• Aligns with the self-reliance thrust of Defence Acquisition Procedure (DAP) 2020 and positive indigenisation lists.

Areas needing caution

• Success hinges on private partners' absorptive capacity; MSMEs may struggle with high-technology systems.
• IP-sharing and pricing frameworks between DRDO and partners remain to be institutionalised.
• Quality assurance across dispersed partners needs robust certification.

By moving from post-development ToT to front-loaded partnership, DcPP is transforming DRDO from a solitary developer into an integrator of a national defence-industrial ecosystem. Institutionalising IP norms and building partner capacity will let this model deliver faster, cheaper and genuinely self-reliant capability.