Deep Signal: Iris GVI Authorized by Boeing and Airbus

Donecle’s Iris GVI Clears Boeing and Airbus Authorization — What OEM Sign-Off Actually Unlocks

What Happened

Donecle’s Iris GVI software platform received formal authorization from both Boeing and Airbus for General Visual Inspection (GVI) workflows. The authorization — confirmed in October 2024 — means Iris GVI can be referenced in OEM maintenance documentation and integrated into standard GVI procedures for aircraft types covered by both manufacturers. This is distinct from regulatory approval by an aviation authority (EASA, FAA, CAAC): OEM authorization operates at the maintenance manual level, specifying acceptable methods and tooling for inspection tasks. For a 17-person French startup with approximately €16.6M raised since 2015, landing simultaneous authorization from the two dominant commercial aircraft OEMs is a material commercial milestone.

The Iris GVI platform, launched in 2024, sits atop Donecle’s FIELDED autonomous UAV inspection system. A full aircraft exterior inspection runs approximately two hours, with the drone flight segment accounting for roughly 25 minutes. The system uses laser-based positioning to navigate GPS-denied hangar environments — a specific technical requirement that generic drone platforms have not addressed for this application.

Why It Matters

OEM authorization is a structural unlock, not merely a marketing credential. In commercial aviation maintenance, Part-145 organizations (MROs and airline maintenance departments) must use methods and tooling that are either OEM-approved or separately validated by the relevant aviation authority. Without OEM authorization, every Donecle customer deployment required individual negotiation with their local authority — a slow, resource-intensive process that the company’s lean team could not scale efficiently.

With Boeing and Airbus authorization in place, the adoption pathway compresses significantly. An MRO operating under EASA Part-145 that already uses Boeing or Airbus maintenance manuals can now reference Iris GVI as an approved method rather than initiating a novel approval process. HIGH CONFIDENCE: this reduces per-customer sales cycle length and lowers the regulatory risk premium that procurement teams assign to the technology.

The commercial aviation MRO market was valued at approximately $81 billion globally in 2023, with airframe checks — the segment most directly addressed by GVI automation — representing roughly 20–25% of that total, or $16–20 billion. Donecle is targeting a narrow but high-friction slice of that: the labor-intensive visual inspection component of C-checks and line maintenance. A single wide-body C-check can require 6,000–10,000 labor hours; GVI tasks represent a meaningful fraction of that.

Who Is Affected

Direct competitors face a widening authorization gap. Mainblades, a Netherlands-based drone inspection company with overlapping MRO customers (including KLM Engineering & Maintenance), has not publicly disclosed equivalent dual OEM authorization. ST Engineering, which has internal drone inspection programs within its MRO division, operates at a different scale but has not commercialized a standalone authorized GVI software product. Rolls-Royce’s R² Data Labs has focused on engine health monitoring rather than airframe GVI. The authorization creates a documented, citable barrier that competitors must now replicate — a process that typically takes 12–24 months of OEM engagement.

MRO customers gain procurement clarity. Jet Aviation (Switzerland), Tarmac Aerosave, AFI KLM E&M/Barfield, LOTAMS (Poland), and Regional Jet Center (Netherlands) are all existing Donecle customers. For these operators, the authorization retroactively strengthens the compliance posture of their existing deployments and simplifies expansion to additional aircraft types or bases.

Airlines with in-house maintenance — including Viva Aerobus (Mexico) — can now reference OEM documentation when justifying Donecle deployment to their own quality and safety departments, reducing internal approval friction.

Entity	Relationship	Authorization Impact
Jet Aviation (CH)	Existing customer, Swiss authority approved	Strengthens compliance posture, eases fleet expansion
AFI KLM E&M / Barfield	Existing MRO customer	Simplifies multi-base rollout justification
LOTAMS (Poland)	Existing MRO customer	Reduces EASA Part-145 approval burden
Mainblades (NL)	Direct competitor	Must pursue equivalent OEM authorization independently
ST Engineering	Indirect competitor	Internal programs unaffected; commercial product gap widens
Viva Aerobus (MX)	Existing airline customer	Internal QA approval path simplified

What to Watch

Q1–Q2 2025: Whether Iris GVI authorization translates into explicit inclusion in Boeing and Airbus Aircraft Maintenance Manual (AMM) task cards — the step beyond authorization that would make Donecle a named acceptable means of compliance. MODERATE CONFIDENCE this occurs within 12 months given the authorization foundation.

H1 2025: EASA or FAA formal position on drone-based GVI as an acceptable inspection method at the regulatory (not just OEM) level. FAA has been slower than EASA on drone integration in maintenance environments; an EASA advisory circular referencing autonomous GVI would be a significant catalyst.

Mid-2025: Deployment announcements from Donecle’s €10M April 2026 raise deployment — specifically whether the capital funds geographic expansion (North America, Middle East) or deepens the European MRO base. The team size (17 employees as of mid-2024) is the binding constraint on simultaneous multi-market execution.

Ongoing: Whether Donecle announces a first multi-base fleet-wide contract — the transition from FIELDED single-site deployments to SCALING across a customer’s network. That signal would confirm the authorization milestone is converting into repeatable revenue rather than remaining a compliance credential.

Database Context

Donecle sits at FIELDED deployment status across both its UAV hardware and Iris GVI software. The OEM authorization moves the commercial risk profile from technical validation to adoption velocity — the question is no longer whether the technology works in certified environments, but how fast the 17-person team can convert authorization into contracted deployments. With ~€16.6M raised over nine years and no disclosed revenue figures, the next 12–24 months of post-authorization commercial performance will determine whether Donecle is a category-defining infrastructure robotics company or a well-credentialed niche vendor that scaled too slowly against better-resourced competitors.