DAN · DATA ANALYSIS NAVIGATOR

Secure AI for aerospace manufacturing engineering.

Find cited answers. Draft reviewable plans.

DAN helps manufacturing engineers search engineering data, draft plans for new parts, and prepare rework plans from approved information.

Try the DAN Demo → Talk to us →

Fictional sample data in the demo · Engineering review remains required

Axelear | DAN DATA ANALYSIS NAVIGATOR

⌕ Search Assist

Find answers in engineering data with cited sources.

What are the machining requirements for the wing bracket hole pattern in REV B? →
AnswerThe wing bracket hole pattern in REV B requires drilling Ø0.250 ±0.003 through, with a minimum datum A tolerance of 0.005.
1 DWG-45821 REV B Section 4.2 — Hole pattern requirements
2 WI-1023 Step 6 — Deburring requirements
DAN PLATFORM

One engineering foundation for the work that matters.

Three focused tools help manufacturing engineers find information, draft plans, and preserve approved shop knowledge.


Try the DAN Demo →
DAN
⌕Search
▱Planning
⌁MRB

Three workflows. One shared foundation.

01

⌕ Search Assist

Find grounded answers in engineering data with cited sources.

02

▱ Planning Assist

Draft manufacturing plans from approved engineering data and reference plans.

03

⌁ MRB Assist

Draft reviewable rework plans from approved dispositions and supporting documents.

SECURITY APPROACH

Designed for controlled aerospace workflows.

DAN is being designed to support the realities of controlled engineering data and human approval workflows—without taking engineers out of the decision process.

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Customer-Specific Environment

▯Specifications
▯Approved Plans
▯MRB Records

Built for the way aerospace shops work.

◫

Customer-specific environment

A planned isolated-deployment model keeps each shop’s data separate.

♧

Human review stays in the workflow

DAN drafts and cites; manufacturing and quality teams review before release.

⚙

Works alongside existing systems

Designed to fit the document and process workflows a shop already uses.

Production security architecture is defined with each customer and applicable contract requirements.

ABOUT AXELEAR

Built from inside aerospace manufacturing.

Axelear is building software around the realities of the aerospace shop: high-stakes work, controlled data, and manufacturing engineers who are expected to keep everything moving.

Why Axelear
exists.

Manufacturing engineers work under tremendous pressure—from NPI kickoffs and creating new manufacturing plans to shop support, rework planning, and more. Too much time is spent digging through specifications and data, repeating documentation-heavy work, and answering shop-floor questions. Axelear is being built to streamline that work, so engineers have more time for the engineering work that matters most.

Built for manufacturing engineers at aerospace and defense suppliers.

CONTACT

Let’s talk about your engineering workflow.

Axelear is looking to work with aerospace and defense suppliers that want to reduce time spent searching engineering data, drafting plans, and handling rework.

Start with the work that slows you down

01Finding the right answer across specs, customer data, and past work

02Building a new manufacturing plan from approved references

03Creating clear rework instructions after an MRB disposition

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