Awatif
Solver APIs · one-time licence
Your UI. Our APIs. Pay once.
AI can build a great interface. A reliable solver takes years of formulation, validation and benchmarking that no model shortcuts. Build the app your workflow actually needs, and let Awatif handle the calculations behind it.
How it works
You keep the part that is specific to your office — the inputs, the drawings, the report, the way your engineers like to work. We keep the part that has to be right every time.
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One
Build the interface you want
Not the one a vendor shipped. AI writes the UI against our API, so the app fits your workflow instead of the other way round, and it keeps fitting as the workflow changes.
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Two
Keep the numbers defensible
Each solver ships with a paper, the benchmark cases, and the comparison against an independent reference — OpenGeoSys for soil, Abaqus for frames and shells. A checker can follow the numbers rather than take them on trust.
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Three
Pay once, use perpetually
A compiled solver with a Python API, running on your own infrastructure and embedded in one commercial product. One fixed price, then no annual solver licence fee for as long as you use it.
2D excavation
The work your team does today in a tool like PLAXIS, DeepEX or GGU-Retain. Plane-strain excavation analysis: layered ground, drained Mohr–Coulomb with tension cut-off, groundwater levels, staged excavation, retaining walls, soil–wall interfaces and struts, with construction stages throughout. Cross-validated against OpenGeoSys and closed-form solutions on the same mesh.
3D analysis
The work your team does today in a tool like SAP2000, ETABS, SCIA or STAAD.Pro. Second-order (geometrically nonlinear) 3D frame and shell analysis: buckling and P–Δ effects come out of the analysis instead of a hand-applied factor. Benchmarked against Abaqus, and you can explore its results in the demo before you talk to us.
Coming soon
Eurocode design
The work your team does today in a tool like Dlubal RFEM, PROKON or Tekla Tedds. Member checks to EC2, EC3 and EC5 with national annexes, and a calculation report generated from the same model that was analysed, so the two can never fall out of sync. The checks already run in the open-source Awatif components; the licensed API build is next. Tell me what your office checks and it goes in the scope.
How it starts
The tools above are examples of the work each solver covers, not a fixed list. Bring a representative model from the tool you want to replace: we confirm what is in scope, run it through our solver, and compare the results against the ones you already have.
You end with a measured comparison against your current tool and a fixed one-time price — before you commit to anything.