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Real-World Chemistry
on real quantum computers
Kvantify Qrunch is our novel technology that enables chemists to do advanced quantum chemistry calculations in the field of life science and beyond. Qrunch focuses on ease of use and does not require any specialized training in quantum computing. Qrunch makes chemistry problems crumble.
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When We Say Easy, We Mean EASY!

When We Say Easy, We Mean EASY!

With Qrunch, setting up advanced quantum chemistry calculations and running on cloud quantum hardware has never been easier. Our fluent builder pattern provides a User Interface to minimize time from idea to result.
Key Differentiators
Write Once, Run Everywhere
Our technology is hardware agnostic, meaning that we can run applications on any quantum hardware.
Build Applications on Chemists' Terms
Qrunch uses standard chemistry terminology.
Combine Quantum and Classical Computers Easily
Build hybrid algorithms with minimal effort, using our customized projective embedding components.
Classical Chemistry Methods Included
Qrunch integrates a full range of development tools for chemistry.
Simulate Hundreds of Qubits
Qrunch's simulators are tailored to chemistry problems, allowing scaling far beyond other approaches.
Extremely Scalable Patented Algorithms
Our patented algorithms are orders of magnitude faster than other contemporary hybrid quantum algorithms.

Kvantify Qrunch Unfolded Step by Step

01
Define

Define molecules, reactions, and electronic structure problems

02
Encode

Encode molecular systems directly using standard methods and basis sets

03
Select

Select and configure quantum algorithms

04
Run

Select execution backend — cloud quantum computer or local simulator — and run it

KvantifyQDK Workflow Steps
Showcases
Drug selectivity
Cathepsin-K
Cathepsin-K
80 qubits
Drug toxicity
Nitrosamines
Nitrosamines
40 qubits
Carbon capture
COF-999
COF-999
54 qubits
Bioremediation
Dehalogenase
Dehalogenase
40 qubits
Enzyme engineering
Enzymatic catalysis
Enzymatic catalysis
< 1 kcal/mol
Battery chemistry
Butyronitrile
Butyronitrile
50 qubits
Battery chemistry
Electrolyte Ionization
Electrolyte Ionization
< 1 kcal/mol