Anser® Engine

The all-in-one solution to electric motor design

Save BOM costs in just hours

Hours

800,000

Designs

FEM solves

22,000,000

Same cost, as efficient as possible

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

Better cost and efficiency, favouring efficiency

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

Better cost and efficiency, favouring cost

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

Same efficiency, as cheap as possible

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

Sacrifice some efficiency to get even cheaper

-25.7% Magnet volume
-13.0% (54 €) Cost
4.5% Energy loss increase

What makes Anser® uniquely capable?

Monumo has created the Anser® engine, the most capable multi-physics, deeptech engine designed to deliver optimal engineering solutions.

Exceptionally fast

The Anser engine can run millions of simulations a day, thanks to a highly parallel architecture and flexible cloud deployment. This unprecedented speed allows us to generate the large volumes of data needed by Machine Learning (ML) to find design solutions, optimised at a system-level.

Built with ML at it’s core

Our simulator is written with modern Machine Learning (ML) in mind. Carefully crafted data and compute APIs enable efficient data storage, ML training, and usage of ML models to speed up the simulation and optimisation process, in ways simply not possible before.

Capable of improving complex engineering systems

Optimising the EDU within EVs and creating a library of valuable motor system designs is just the start. As the Anser engine grows more and more capable, it allows us to rethink the way we solve many of the world’s most significant engineering problems.

Foundation models

The complexity and utility of our machine learning models will increase in the years to come, cumulating in foundation models that understand both the geometrical properties of e-machines and physics that drives their operation.

Anser in detail Read about Anser in detail

A truly competitive advantage

Anser finds improvement in your current motor or creates a brand-new electric drive unit to your specifications, ensuring the system is optimised for performance, reliability, and cost.

Want to see how it works for next generation EVs?

Listen to Jaroslaw Rzepecki, CTO at Monumo

In case you were wondering

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

What is your business model?

We partner closely with you to optimise your existing motor or EDU design using our Anser engine, then provide an exclusive, worldwide license to the improved design. This means you can evaluate, prototype, or move your newly optimised design into production. If you don’t have an existing motor design, we can work with you to have Anser create one to your specification. By partnering, we ensure a smooth path to success, both technically and commercially.
How can I access the Anser software?

Anser isn’t available to buy like a software package, but instead it’s a deep tech engine operated by the Monumo engineering team. A project manager works closely with your engineering team to fully understand your requirements, whether for an existing motor, an EDU, or a completely new design. Our engineering team then uses Anser to find an optimal solution for you; something it can achieve in just a few days. Even if your motor or system is already highly optimised, Anser often discovers significant new cost savings and performance enhancements.
How closely will Anser motor designs match what is manufactured?

Anser includes a highly accurate, multi-physics simulator in its optimisation loop; we validate every final motor or EDU 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 and EDU 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 or EDU?

The optimisation time depends on the number of constraints and parameters applied to the design. Anser is highly scalable, typically generating 1 million candidate designs within a matter of days 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.

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