This site is optmised for modern browsers - e.g. Google Chrome, Mozilla FireFox or Microsoft Edge.

Contact

Anser® AI
Next-generation engineering

The end-to-end technological solution for the design and optimisation of complex engineering systems.

Finds the optimal design for your objectives in hours, not months

Anser AI
Runtime
12
Hours
Designs evaluated
1,000,000
FEM solves
22,000,000

1 Selected design

Same cost, as efficient as possible

  • Magnet volume -7.6%
  • Cost -0.3% (1 €)
  • Energy loss decrease 12.5%

2 Selected design

Better cost and efficiency, favouring efficiency

  • Magnet volume -13.6%
  • Cost -4.0% (16 €)
  • Energy loss decrease 9.3%

3 Selected design

Better cost and efficiency, favouring cost

  • Magnet volume -19.4%
  • Cost -8.6% (36 €)
  • Energy loss decrease 4.6%

4 Selected design

Same efficiency, as cheap as possible

  • Magnet volume -23.1%
  • Cost -11.4% (47 €)
  • Energy loss increase 0.0%

5 Selected design

Sacrifice some efficiency to get even cheaper

  • Magnet volume -25.7%
  • Cost -13.0% (54 €)
  • Energy loss increase 4.5%
1
2
3
4
5

Go to market faster and more competitively than anyone else

20%
saved on bill of materials (BOM) costs
6+
months reduction in design-cycle
1,000,000s
of design variations explored in hours

What makes Anser AI unique?

Anser AI combines high-precision, multi-physics simulation with AI-driven optimisation to turn electric machine systems design from a months-long, trial-and-error process into fully integrated - automated process which can produce production grade, cost-optimised designs in days. The engine can create designs with reduced BOM costs by up to 20%, reducing concept design from 3-6 months to weeks, and shortening the overall design-cycle by more than 6 months.

  • Exceptionally fast, at scale

    Anser AI runs millions of design simulations a day, producing motor designs significantly faster than the industry norm, turning a month’s-long cycle into days. That speed is only possible because the full stack, from simulation to optimisation, runs as one system rather than a series of manual handoffs.

  • True system-level optimisation

    Electric machines are complex, multi-physics systems no single engineer can master alone. Anser AI spans multiple physics domain and component disciplines at once, reaching designs that siloed, manual designs can’t. It can optimise one component or co-optimise the whole machine, unlocking gains in cost, efficiency, and performance that component-by-component work can't reach.

  • Fully integrated solution

    Most engineering AI platforms depend on fragmented sets of customer data built from legacy tools. Monumo’s full stack approach covers everything from initial data generation through high-fidelity simulation, optimisation, physics AI and manufacturing constraints, to final verification, delivering production-aware designs, not just concepts.

  • No customer data required, set your own requirements

    Anser AI needs no customer data, only requirements such as shape, size, torque, efficiency or cost. From these, it generates its own data through high-fidelity simulation and assesses each design for fit.

  • Your expertise, our tech

    Customer engineers don't need to build AI/ML or multi-physics tools - Monumo provides the deeptech foundation with Anser AI. Customers stay innovative, focused on core product while Anser AI powers their competitive advantage.

How four cornerstones power Anser AI's precision and speed


1

Proprietary multi-physics simulator

Anser AI has the freedom to generate huge volumes of high-fidelity data and verify every result with a high precision numerical solver.

2

Effective optimisation

AI-driven search across millions of design candidates at once, finding optimal trade-offs across complex, multi-component engineering systems that manual processes can't reach.

3

Low-level physics understanding

Foundation work towards multi-physics AI models that generalise beyond surrogates to provide drastically faster simulation results & scout vast designs spaces.

4

Domain expertise

Software and AI built in Cambridge, grounded in real-world engineering in Coventry, so outputs are production-aware, not theoretical, and solve the actual problems engineers face.

Saving BOM costs in just hours


Traditional Workflow
Team size 5 people
Coupled disciplines 3 across 3 sites
Time to design 2 - 3 months
Designs explored 1

~10% BOM cost savings

Anser AI
Team size 1 person
Coupled disciplines 3 in-model
Time to design Hours
Designs explored Millions

~20% BOM cost savings

A truly competitive advantage

Anser AI improves existing e-motors and creates new designs significantly faster than industry norm - optimising for performance, reliability, weight, magnet content and cost, shortening design-cycle time by 6+ months, and getting your electric motor to market faster.

In case you were wondering

These are some of the most frequently asked questions. If you have a specific question, please get in touch.

  • How closely will Anser AI motor designs match what is manufactured?

    Anser includes a highly accurate, multi-physics simulator in its optimisation loop; we validate every final motor design with industry-standard tools. We can incorporate specific manufacturing build effects into our AI/ML-driven optimiser, and you can load our designs into your own tool flow to confirm our predicted performance levels. In the onboarding phase, we calibrate a reference simulation in collaboration with you, to incorporate specific build factors or loss models that account for manufacturing effects. For real-world testing, our Coventry e-Drive team can support your prototyping - or manage it entirely - and compare physical hardware results with the simulations.

  • How do you account for manufacturing constraints and rules?

    We can incorporate your manufacturing constraints directly into Anser as geometric parameters, enabling us to optimise designs that meet your production requirements. This ensures all resulting designs are aligned with your manufacturing line capabilities, dramatically reducing the time to a working prototype and accelerating your path to production.

  • How do you deliver your optimised designs to my team?

    We deliver optimised motor designs to you in industry-standard formats, compatible with leading design and simulation tools. For example, motor designs can be provided in dxf or any of the leading motor design tool formats. This allows you to seamlessly edit and integrate the designs into your existing design workflow.

  • How long does it take to optimise my e-motor?

    The optimisation time depends on the number of constraints and parameters applied to the design. Anser AI is highly scalable, typically generating 1 million candidate designs a day for designs with 25 to 50 parameters. We deliver a Pareto front analysis along with 3 to 5 optimised candidate motors for review within a few weeks. Before starting, we align with your engineering team on a reference design to benchmark our improvements.

Get in touch

Preparing message
Sending message
Thanks for connecting!
Please fill out all the required fields

Cookie settings

This site uses cookies as described in our cookies statement. Please select your choices.

Allow All Deny All Allow Selection