Quantum Algorithm as a Service

Bridging the Abstraction Gap
in Quantum Computing

Quantum algorithms for any domain — from NISQ to fault-tolerant hardware. Built on India's most ambitious quantum IP portfolio.

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Our Mission

Enabling Quantum Utility for Everyone

We are building the utility stack for tomorrow.

OpenBraket is an IP-first Quantum Algorithm as a Service company. We develop algorithms for near-term hardware — from NISQ to fault-tolerant — serving business teams who need quantum results without quantum expertise, and research groups who need composable tools built on Qiskit. Finding the right problem is harder than solving it. We dedicate a focused team to identifying high-value problems in optimisation, chemistry, and ML where quantum algorithms create genuine, patentable advantage.

IP Portfolio

Building India's Quantum IP Portfolio

Algorithm development is our core. Every problem we solve, every tool we build on Qiskit, every domain mapping we develop — is designed to generate defensible IP. 150+ patents targeted over five years, covering novel algorithms, problem-to-quantum mappings, and near-term application methods from NISQ utility today toward fault-tolerant quantum computing by 2030.

150+
Patents Targeted (5 Years)
10+
Patents in Pipeline
TRL 4→5
Solar Use Case
Global
Academic Partnerships
Algorithm Applications

Algorithms for Real Problems

We identify problems where quantum algorithms create genuine advantage — then build the algorithms, generate the IP, and deliver the tools. Solar thin-film design and financial time series are our first two applications. They are proof points for our algorithm development process, not the limits of our scope.

Use Case I

Quantum-Accelerated Solar Thin-Film Design

Unlocking terawatt renewable energy future through material discovery

Challenges

  • Current solar cells achieve less than 30% efficiency
  • India needs 550 GW; global demand is far greater
  • Classical systems can explore only 8 materials in a design stack
  • Combinatorial optimisation across billion-order parameter spaces

Our Solution

  • Quantum optimisation algorithm tested across 30+ materials
  • Properties verified on real quantum hardware
Use Case II

Quantum Multivariate Time Series for Finance

Risk assessment and portfolio optimisation using quantum algorithms

Challenges

  • Highly volatile market conditions with fast-changing dynamics
  • Inefficient classical strategies for derivative pricing and portfolio optimisation
  • Computationally massive parameter spaces
  • Real-time market analysis demands low-latency computation

Our Solution

  • Quantum time series models for multivariate datasets
  • Portfolio optimisation and risk assessment at full market scale
Our Edge

Why OpenBraket?

Why Now?

  • Hardware is advancing fast — NISQ utility is here, fault-tolerant is within the decade
  • The algorithm layer is the biggest unsolved gap — confirmed by every industry roadmap
  • An 18–24 month first-mover window to establish IP before the market consolidates
  • Research institutions and business units are both actively seeking quantum-ready tools
  • India has the talent and the network — but lacks a dedicated quantum algorithm IP house

Why Us?

  • IP-first from day one — every algorithm, every mapping, every tool is built to patent
  • Strong national and international network across academia and industry, ready to deploy
  • Dedicated problem identification team — we find the right quantum problems before we solve them
  • We serve both naive business users and advanced research groups with the same platform
  • Multi-objective and constrained optimisation as a core algorithmic focus — high-value, under-explored

Ready to find the right quantum problem?

We work with enterprise partners, research institutions, and university labs to identify high-value problems, develop the algorithms, and build tools that run on real hardware today.

contact@openbraket.com

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