AI AOI for Aerospace and Defense PCB Assembly
DaoAI AOI suits aerospace and defense PCB assembly because all AI runs on the machine and inspection data never leaves your factory: no cloud, no account and no internet connection are required, and model training runs offline on the machine. Every DaoAI AOI programs itself from one golden board in 30 seconds to 5 minutes. No CAD, Gerber or component library is required, which fits low-volume, high-mix Class 3 work. DaoAI does not claim any aerospace or defense certification; your quality and export-compliance teams decide how the machine fits your program.
Book a demoWhat makes aerospace and defense PCBA inspection different
Class 3 workmanship. IPC describes Class 3 as "High Performance/Harsh Environment Electronic Products," which "includes products where continued high performance or performance-on-demand is critical, equipment downtime cannot be tolerated." A condition that is acceptable on a Class 2 product can be a defect on a Class 3 product, so the inspection program has to be tight, and every call still gets a human decision. When most of those calls are false, reviewers spend their attention on non-defects.
Low volume, many part numbers. A defense or space program may build a few dozen assemblies, then return to the same design months later. Lines run many short jobs, and each one needs an inspection program before the first board ships. If programming takes hours of engineering time, it competes with the work itself.
Board images can be controlled data. Under the ITAR, "technical data" includes information "required for the design, development, production, manufacture, assembly … of defense articles," including "blueprints, drawings, photographs, plans." Releasing technical data to a foreign person, even inside the United States, is treated as an export. Whether a specific AOI image is ITAR technical data is a determination for your export-compliance team, but many teams start from the assumption that it might be.
Cybersecurity requirements in the supply chain. The DFARS rule that brings the Cybersecurity Maturity Model Certification (CMMC) into defense contracts took effect on November 10, 2025, with a phased rollout. It applies to contractors and subcontractors that process, store or transmit Federal Contract Information or Controlled Unclassified Information. Any shop-floor system that holds program data becomes part of that conversation.
Counterfeit-part prevention. AS9100D clause 8.1.4 requires organizations to "plan, implement, and control processes … for the prevention of counterfeit or suspect counterfeit part use." Inspection is one of the places where wrong or suspect parts can be caught before they ship.
How DaoAI fits these requirements
- Inspection data stays in your plant. All AI runs on the machine; inspection data never leaves your factory. Board images stay on the machine and in the systems you export them to, such as your MES. Model training runs offline, with no image upload. For network-isolated lines, see On-premise AI AOI and data security.
- No CAD on the inspection station. Every DaoAI AOI programs itself from one golden board in 30 seconds to 5 minutes, with no CAD, Gerber or component library required (how golden-board programming works).
- Controlled changes. Permissions are set per level: program, tune and train, or inspect only. Locked parameters stay at the values you set, and for each check you can limit the range of AI updates or turn AI updates off (full control).
- Board-level records. Every inspection is stored with its images and verdict. You can export CSV results, defect crops and the whole-board image for each unit, with defect codes mapped to your MES vendor codes (production integration).
- Marking checks. OCR and OCV read and verify component markings, date codes and lot codes. Marking verification supports a counterfeit-prevention process but does not replace one.
- Fewer false calls to review. With tuning, the false-call rate can reach about 1%.
Recommended DaoAI configurations
| Your situation | Suggested machines |
|---|---|
| Prototype, NPI and low-volume builds | P1 offline 2D, or P2 (12 MP, 10 µm per pixel) for finer parts |
| Production SMT line where component height matters (lifted leads, coplanarity) | P5 inline 3D, available now; height accuracy ≤ 6 µm with the calibration tool (reference value) |
| Mixed-technology boards with through-hole connectors | A3, pre- and post-wave in one machine |
Compare the full range on the machines page. For defect-specific guidance, see lifted lead detection and through-hole AOI.
What DaoAI does and does not claim
DaoAI does not claim ITAR registration, CMMC certification, AS9100 certification or any other aerospace or defense compliance determination. These obligations belong to your organization and your contracts. What we can do is give your quality, IT and export-compliance teams the technical details they need: where data is stored, what the machine connects to, and who can change a program. Sales and engineering support come from DaoAI's North American team in Vancouver, plus authorized partners.
Send us one of your own boards and we'll test it free of charge.
FAQ
Does DaoAI AOI need an internet or cloud connection?
No. All AI runs on the machine, and inspection data never leaves your factory. No cloud, account or internet connection is required, and model training runs offline on the machine. Remote support is optional and off unless you enable it.
Can DaoAI AOI be programmed without CAD data?
Yes. Every DaoAI AOI programs itself from one golden board in 30 seconds to 5 minutes. No CAD, Gerber or component library is required.
Is DaoAI ITAR-compliant or CMMC-certified?
DaoAI does not claim either. ITAR and CMMC obligations apply to your organization and contracts. The machine keeps all AI and inspection data on-premise, and your export-compliance team decides how that fits your program.
Which DaoAI machine fits Class 3 assemblies?
For low-volume and NPI work, the offline P1 or P2. For a production SMT line, the inline 3D P5, which measures component height. For through-hole boards, the A3, which inspects before and after wave solder in one machine.
Can we stop the AI from changing an approved inspection program?
Yes. Locked parameters stay fixed, and for each check you can limit the range of AI updates or turn them off. Permissions separate who can program, tune and train from who can only inspect.
References
- IPC, IPC Standards Guidance for Printed Board Assemblies, May 2026 (class definitions)
- ANSI Blog, Acceptability of Electronic Assemblies (IPC-A-610J-2024)
- 22 CFR 120.33, Technical data
- 22 CFR 120.50, Export
- I.S. Partners, CMMC 48 CFR Final Rule Takes Effect November 10, 2025
- ERAI, Latest AS9100 standard brings counterfeit part control to aerospace manufacturing