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01Research & Engineering

We don’t just integrate technology. We engineer it.

Effileap invests in research, experimentation and engineering to create technology that can become products, platforms and new capabilities.

02From research to reality

How technology becomes products.

Every Effileap product follows the same path. Not every experiment becomes a product — but every product began as an experiment.
  1. 01

    Research

    Study the problem and the science behind it.

  2. 02

    Experimentation

    Test approaches quickly and measure honestly.

  3. 03

    Prototype

    Build the smallest thing that proves the idea.

  4. 04

    Engineering

    Harden it into robust, scalable software.

  5. 05

    Product

    Shape it into something people can use.

  6. 06

    Real-world application

    Put it to work on real problems.

03Areas of work

Where we invest.

  • R.01

    Artificial Intelligence

    Learning systems, agents and generative models applied to real workflows.

  • R.02

    Computational Engineering

    Numerical methods and software for engineering analysis.

  • R.03

    Computer Vision

    Visual understanding and generative visual experiences.

  • R.04

    Simulation

    Modelling physical behaviour to inform engineering decisions.

  • R.05

    Automation

    Removing manual effort from complex, multi-step processes.

  • R.06

    Intelligent Systems

    Combining data, models and software into systems that act.

04Deep tech in practice

Naksha: research, engineered into a product.

Naksha

Live

Next-generation engineering simulation and computational technology.

Naksha is an engineering technology platform built around modern computational methods, structural simulation and advanced engineering workflows.

Naksha represents Effileap's deep-tech and engineering R&D capabilities — technology researched, engineered and productised in-house.

  1. 01

    No mesh required

    The mesh-free solver works on CAD parts directly and refines itself to an error target, so you get a structural answer while the design is still changing.

  2. 02

    Every solver, one model

    Set up once, then run it mesh-free or in CalculiX, Code_Aster, OpenRadioss or MoFEM — and export Abaqus and LS-DYNA decks.

  3. 03

    Accuracy you can check

    Verification results against published benchmarks such as NAFEMS and NRC are documented, and mesh-free and FE results can be compared side by side.

naksha / workbenchIllustrative visualization
  • Mesh-free
  • CalculiX
  • Code_Aster
  • OpenRadioss
  • MoFEM
  • Abaqus .inp
  • LS-DYNA .k

Desktop app for Windows and Linux

Naksha Free — free forever, including commercial use

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We work with organizations to turn research and prototypes into production technology they own.