APSIDOR — EI Infrastructure

Engineering Intelligence (EI) Infrastructure

Quote in minutes,
not days.

Apsidor is deterministic Engineering Intelligence (EI) infrastructure — it turns years of your historical designs, calculations, and validated results into fast, accurate engineering decisions for every new enquiry.

Currently working with engineering-intensive manufacturers →

⌀ Stator — matched to enquiryNearest historical designValidated againstyour engineering standards

EI Infrastructure

What Apsidor is.

Three words, each of them load-bearing.

Engineering

It executes engineering — rules, constraints and validated results — not text, and not templates.

Intelligence

It draws on your own history: your designs, your calculations, your validated results.

Infrastructure

Not a tool someone opens. A system your engineering function runs on — always there, always the same.

Deterministic by construction. The same enquiry always returns the same engineering.

The problem

Every enquiry starts from scratch. It shouldn't.

Your team has already solved most of what comes through the door — it's just trapped in old files, old quotes, and a few people's heads.

Slow quotations

Days lost re-deriving designs your engineers have effectively solved before. Delayed quotes lose orders to faster competitors.

Inconsistent engineering

Different engineers give different answers to the same enquiry. Quality — and credibility — depends on who's at the desk that day.

Trapped knowledge

Your best engineer's judgment lives in their head, not your system. When they're out — or leave — that speed leaves with them.

How it works

One system. Every past design, working for the next one.

Apsidor doesn't guess — it matches, adjusts, and checks, using logic your engineers would recognize. The mechanics are proprietary, so here's the shape of it.

01

Capture the enquiry

Specs come in and are structured automatically — no manual reformatting before work can start.

02

Learn from precedent

Apsidor draws on your own historical designs and quotations, not a generic library.

03

Check against your standards

A deterministic engine validates every output against the engineering limits your team already works to — same inputs, same outputs, no black-box guessing.

A stepped profile drawn in section: an unstructured enquiry enters at the left and narrows through three stations — capture, precedent, validation — to a single released output at the right.
The enquiry narrows at every station

The full mechanics — how the matching, adjustment, and validation logic actually works — is best shown live, against a real enquiry from your product line.

Walk through it on a call →

The closed loop

Engineering intelligence that compounds.

Every machine you test makes the next design more accurate.

Specify
Reuse
Design
Deliver
Simulate
Correlate
Calibrate

The loop returns — every tested machine improves the next design

01

Specification

The enquiry, captured in engineering terms.

02

Design reuse

The nearest proven design in your own engineering history.

03

Engineering execution

Your standards, your design rules, your engineering doctrine.

04

Engineering package

Technical datasheet, bill of materials, costing and drawings.

05

Numerical simulation

Finite element analysis with three-dimensional field results.

06

Test correlation

Measured results compared against analytical and simulation predictions.

07

Model calibration

The engineering models correct themselves against your measured test results — and the loop begins again, better informed.

Deliverables

Documents an engineer can sign.

Technical datasheet

The specification sheet for the design.

Bill of materials

The full BOM, itemised and packaged.

Cost breakdown

Material cost, itemised, as a workbook.

Design output

The design itself, in engineering terms.

Drawings

Detailed drawings generated from the executed design.

Performance characteristics

Predicted performance across the operating range.

FEA results and 3D view

Finite element results, viewable in three dimensions.

Correlation report

Measured against analytical and simulated, with the report.

Full engineering record

What was read, what was computed, and what was written.

See it in action

Watch Apsidor turn an enquiry into a quote.

A short walkthrough of the same deterministic Engineering Intelligence (EI) engine described above, run against a real enquiry.

Not yet recorded

The walkthrough is filmed against a live customer enquiry, and no enquiry has been cleared for public release yet. Rather than stage one, we'll run it with you directly.

Ask for a live run
A radial similarity plot: the incoming enquiry sits at the centre and prior designs are placed at a radius proportional to how far they differ, with the nearest prior design inside the threshold band.
Matching against your own precedent
A permitted design space bounded by thermal, mechanical and electrical limits, with everything outside hatched as excluded and a validated output inside, its clearance to the nearest limit dimensioned.
Validated against your engineering limits

What changes

The result isn't just faster quotes.

Throughput

Handle more enquiries, same team

Respond to more RFQs without adding headcount for every new enquiry that lands.

Quality

One standard, every time

Every quote follows the same engineering logic — regardless of who's handling it.

Continuity

Experience that compounds

Your engineering history becomes an asset the business owns — not something that walks out the door.

Where it's applied

Built for the pattern, not the sector.

Apsidor fits wherever an enquiry requires real engineering judgment and produces a customized outcome — the categories below are illustrative starting points, not a limit on where it applies.

Industrial & electrical equipment

Motors, generators, transformers, control panels & switchgear

Turbines, hydropower & energy equipment

Power generation and energy-sector engineered equipment

Fluid & rotating equipment

Pumps, compressors, valves, gearboxes & precision gears

Heavy & custom engineering

EPC and project-based manufacturing, heavy machinery

Process & facility equipment

HVAC, boilers & pressure vessels, material handling, process equipment

Specialized & precision manufacturing

Machine tools, automation & robotics, mining and oil & gas equipment

+ and other engineering-intensive manufacturing sectors

Who we're built for

  • Engineering design — you produce a design or spec specific to each order, not a fixed catalog build.
  • Customization — even partial, there's real value added per enquiry, not a repeat of the same output.

Not a fit

  • Mass production — engineering design exists, but every unit is identical. Nothing to match per enquiry.
  • Contract manufacturing — customized, but built strictly to someone else's drawing. No design decisions of your own to compound.

Engineering governance

Auditable by construction.

It executes your engineering standards

Your design rules and your doctrine — not generic assumptions.

Reproducible

The same specification returns the same design, every time.

The record is never overwritten

Entries are added, never edited or deleted. The history stays intact.

It learns from your machines

Calibrated on your own tested results. Nobody else’s.

Your engineers do not take the output on trust. They open the record and read it.

Company

“Competitive advantage isn't built from one great quote. It's built by making great engineering repeatable.”
  • Naveen S · Founder

    15+ years in generator systems and enterprise engineering product architecture.

  • Jagannath N L · CTO

    19+ years in ERP architecture and industrial automation systems.

Get started

See what a 10-minute quote looks like for your product line.

A short working session — bring a recent enquiry, we'll show you the turnaround.

Book a demo