Octo prepares
Surveys, calculates, organizes and generates the documents: spreadsheets, reports, drawings and drafts.
Deliverable: material ready to checkOcto × Aerospace industry · research from October 28, 2026
From design to maintenance.
Eight areas of the aerospace industry, one question: what software does it use, how can it be automated, and where can an AI team help? Each page shows what Octo can do in that area, with read access and as support. Decisions, release and certification stay with qualified people and authorities.
One arm per area
Workstreams8one page per stage of the work
Confirmed37points with a published source
Sources216references listed at the end of the eight pages
01
Octo working in the aerospace sector.
A task from request to approval, at a fictional company. The arms measure, plan and execute; the person in charge checks and approves. Each tab is a workstream in this field and links to its page.
Octo · task #133 · Asa Serena Manutenção Aeronáutica (fictional company)
Workstream pageMRO →Simulation →
02
One page per area.
With the software, how it can be automated, where Octo can help and what is confirmed by a published source.
Aerospace CAD
Computer-aided design (CAD): CATIA, NX, Creo and SolidWorks. Octo can script out the tree, the mass properties and the neutral files of each assembly, for human review.
Open the page →Simulation
Nastran, Abaqus, Ansys and STAR-CCM+. Octo can prepare and check input files, run batches and extract results for human review; the analysis assumptions and sign-off belong to the responsible engineer.
Open the page →PLM
Product lifecycle management (PLM): 3DEXPERIENCE, Teamcenter, Windchill and Aras. All four have a web API; with a read-only account, Octo can extract and compare bills of materials (BOM) and flag configuration discrepancies for the engineer to decide.
Open the page →Systems and MBSE
Requirements and model-based systems engineering (MBSE): DOORS, Cameo, Capella and Simulink. Through an API or an open export file, Octo can build the traceability matrix and flag gaps, as input for human review.
Open the page →Embedded software
SCADE, LDRA, VectorCAST and Polyspace, under DO-178C (the airborne software guidance). Octo can propose test cases and review code as a draft; the evidence that counts comes from a qualified tool, and certification belongs to the authority.
Open the page →Manufacturing
Computer-aided manufacturing (CAM): NX CAM, Vericut, Fibersim and PolyWorks. Octo can check numerical control (NC) programs and inspection reports as a pre-filter; nothing goes to the machine without human validation and sign-off.
Open the page →Maintenance (MRO)
Maintenance, repair and overhaul (MRO): AMOS, TRAX, Maintenix and the S1000D standard. Octo can cross-check due dates and airworthiness directives (ADs) against the records and flag discrepancies; releasing an aircraft is an act of a certified person.
Open the page →Open-source software
OpenVSP, SU2, OpenFOAM and OpenMDAO all run on Ubuntu. Octo can set up parametric studies, run batches and connect one tool's output to the next one's input, with an engineer validating the results.
Open the page →
03
What Octo does and what stays with you.
Octo prepares everything, but does not sign. The document of record stays with whoever is accountable for it.
Your team checks
The licensed professional checks what Octo delivered before signing. If something doesn't add up, it goes back to Octo with the correction.
Step: review by the signerWho signs
Octo does not sign. Designs, technical reports, ART/RRT (Brazil's professional responsibility records), accountability reports and any official document are still signed by the company's or agency's licensed professional: here, the responsible engineer and the certification authority.
Sign-off: responsible engineer and certification authorityWhich stage is holding your team back?
The assessment starts by reading what you already have, without changing anything. You get a map of what can be automated and decide with it in hand.