DGAQA & CEMILAC Approvals for Indian Defence Suppliers

Two authorities, two distinct jobs

Indian defence aerospace suppliers operate under a regulatory framework that often confuses newcomers because two bodies are involved, each with a different mandate. Understanding the division of labour is the first step to navigating approval efficiently. The Centre for Military Airworthiness and Certification, known as CEMILAC, is the certification authority for military airworthiness. The Directorate General of Aeronautical Quality Assurance, known as DGAQA, is the quality-assurance authority. Both operate under the Ministry of Defence, and both must be satisfied for flight hardware to reach service.

The simplest way to hold the distinction is this. CEMILAC answers the question, is this design airworthy and fit to fly. DGAQA answers the question, does the item you actually built conform to that certified design and to the required quality. One is about the design and its type certification; the other is about production conformance and acceptance. A supplier needs to satisfy both, and the evidence each demands overlaps but is not identical.

For a Bangalore supplier feeding HAL, DRDO laboratories, BEL or a defence programme directly, these approvals are not optional paperwork. They are the gate through which parts and systems pass into military use. Getting the documentation discipline right early is what turns a slow, correction-heavy approval into a predictable one. Our DGAQA and CEMILAC compliance software guide maps these requirements to concrete workflows.

CEMILAC: certifying airworthiness

CEMILAC's role centres on airworthiness certification. When a new military aircraft, aero-engine, system, or store is designed or when an existing one is significantly modified, CEMILAC evaluates the design against airworthiness requirements and, when satisfied, issues certification. This is fundamentally a design-assurance activity. It looks at whether the design is sound, whether it has been substantiated by analysis and test, and whether it can be safely operated in service.

For a component or sub-system supplier, involvement with CEMILAC typically comes through the design authority or the prime, but the supplier still carries obligations. You must build to the certified design standard, control any changes through the proper channels, and provide the substantiation data for the parts and processes you are responsible for. When a deviation from the certified design is unavoidable, it cannot simply be absorbed on the shop floor; it must be raised, assessed and formally dispositioned so the airworthiness of the whole is not quietly compromised.

This makes configuration management the beating heart of CEMILAC compliance. Every part must be tied to the exact approved design standard, every change must be traceable to an authorisation, and the as-built configuration must be reconcilable against the certified as-designed configuration. When these threads are managed in disconnected documents, reconciliation becomes a manual ordeal. When they live in a configured system, the as-built to as-designed comparison is a report. Our aerospace traceability software is built to hold exactly this genealogy.

DGAQA: assuring quality and clearing stores

Where CEMILAC certifies the design, DGAQA assures the production. DGAQA is responsible for quality assurance of military aeronautical stores, from raw material through manufacture to final acceptance. It operates through resident and visiting inspectorate staff who review quality systems, witness key inspections and tests, evaluate documentation, and ultimately provide the sign-off that clears stores for acceptance into service.

For the supplier, DGAQA involvement is continuous and practical rather than occasional. The inspectorate expects a functioning quality system, controlled processes, and complete, retrievable records for every item offered. When an item is presented for acceptance, the supporting evidence must be ready: the inspection records, the process records for any special processes, the material certificates, the calibration status of the equipment used, and the disposition of any non-conformances or concessions. The inspectorate sign-off is granted against this documentary package, not against assurances.

DGAQA approval is therefore an ongoing discipline of evidence readiness. Suppliers who keep this evidence in binders and spreadsheets find every acceptance an anxious search; suppliers whose aerospace QMS software holds it find the package assembles itself. This is also where a strong non-conformance and concession process matters, because the inspectorate scrutinises how deviations were identified, assessed and cleared before accepting the store.

The approval path in practice

While every programme differs, the approval path for a defence supplier follows a recognisable sequence. Understanding it helps you prepare the right evidence at the right time rather than reacting to inspectorate requests. The table below outlines the typical stages and where each authority is involved.

The through-line is documentation. At every stage, approval rests on the ability to produce complete, consistent, retrievable records that tie the physical item back to its certified design and prove how it was made and inspected. A supplier that treats records as a live output of its production system moves through these stages far more predictably than one that assembles evidence reactively. Our ERP for defence PSU suppliers is configured around this exact flow.

The records DGAQA and CEMILAC expect you to hold

Both authorities ultimately assess you on documentary evidence, so it is worth being explicit about what that evidence comprises. A defence supplier should be able to produce, on demand and without reconstruction, a defined set of records for any item. When these are fragmented across people and spreadsheets, gaps appear precisely when scrutiny is highest. The core record streams are:

• Configuration records tying each part to its certified design standard and revision, with the as-built configuration reconcilable to the as-designed.
• Material traceability linking every batch to its raw-material certificates and its onward genealogy into finished stores.
• Process records for manufacturing and special processes, proving controlled parameters and qualified operators and equipment.
• Inspection and test records including first article results, in-process checks and final acceptance data.
• Calibration records proving all measuring equipment used was in control and in date.
• Concession, deviation and non-conformance records showing how every departure from the standard was identified, assessed, authorised and cleared.
• Change and modification history so the authority can trace every authorised change through the item's life.

The demand is not just that these records exist but that they are consistent with one another and instantly retrievable. An inspectorate that finds an inspection record referencing an obsolete drawing, or a shipped item whose concession cannot be located, will withhold sign-off. This integrity between records is exactly what a single configured platform enforces, and where disconnected documents fail. Our first article inspection software and calibration and gauge management capabilities keep two of these streams provably current.

Where suppliers commonly stumble

Certain difficulties recur across defence suppliers preparing for DGAQA and CEMILAC approval, and most trace back to record management rather than manufacturing capability. Recognising them early saves months. The most common is a broken configuration thread: parts built to a superseded standard because a design change did not propagate to the shop floor, discovered only when as-built and as-designed configurations are reconciled at acceptance. The fix is not more diligence but a system where the released standard is the only one available to work against.

A second recurring stumble is concession sprawl. Deviations get handled informally to keep production moving, and the formal disposition trail is thin or missing. When the inspectorate asks how a departure was authorised, the answer is uncomfortable. A disciplined, system-enforced non-conformance and concession workflow, where nothing ships without a recorded disposition, closes this gap. A third is calibration and record lapses that surface only under inspectorate scrutiny, the same discipline problem that afflicts special-process shops.

The unifying insight is that these are evidence-integrity problems, not effort problems. Suppliers do the work; they struggle to prove it consistently. That is precisely the problem a configured ERP solves, and why building approval readiness on a system of record pays back across every acceptance and audit. Elite Tech configures this discipline for defence suppliers across Karnataka through our aerospace ERP implementation services.

How an ERP holds the evidence both authorities demand

Elite Tech Corporation is a Bengaluru-based Zoho Advanced Partner that configures Zoho and builds custom apps on AWS. We do not sell our own ERP; we implement a platform shaped around the specific evidence DGAQA and CEMILAC expect, so that inspectorate sign-off and airworthiness reviews draw on records the system already holds. The aim is simple: make the compliance record a by-product of running the factory, not a separate documentation exercise.

A platform configured for defence airworthiness ties every part to its certified design standard for configuration control, and reconciles as-built against as-designed automatically. It links finished stores back through operations, operators and equipment to raw-material certificates for full traceability. It routes concessions, deviations and non-conformances through assessment, authorisation and verified closure, so no item ships without a recorded disposition. It manages calibration schedules and holds inspection and first article records. And it timestamps approvals so the audit trail shows who cleared what and when. For suppliers running broader operations, our aerospace and defence ERP in Bangalore brings all of this into one system.

Because the same platform runs production, procurement and quality, evidence readiness becomes continuous. When an item is offered for acceptance, its documentary package assembles from live records rather than being hunted down. When the inspectorate or CEMILAC asks a question, the answer is a retrieval, not a search. For a defence supplier, that turns DGAQA and CEMILAC approval from a recurring ordeal into a routine your system sustains, letting your engineers focus on the hardware rather than the paperwork. You own the configuration and data throughout, with no lock-in to a proprietary product.

Conclusion

For Indian defence aerospace suppliers, DGAQA and CEMILAC approval is less a test of manufacturing skill than of documentary discipline. CEMILAC needs assurance that the design is airworthy and that you build to it; DGAQA needs proof, item by item, that what you produced conforms and was made and inspected under control. Both rest on records that must be complete, consistent and instantly retrievable, and the suppliers who struggle almost always do so because their evidence is fragmented, not because their work is poor. Elite Tech Corporation closes that gap by configuring Zoho and building custom AWS apps around the exact records these authorities demand, so configuration, traceability, inspection, calibration and concession evidence flows from daily operations. Approval then becomes a routine your system sustains, freeing your team to focus on the hardware that keeps aircraft flying safely.