Computing at the
Edge of Physics.
Building What
Cannot Wait.
We are an advanced computing company developing quantum algorithms, AI-hybrid systems, simulation models, and research-led software platforms. India-based. Globally ambitious.
India-rooted. Research-first. Globally relevant.
We are building the computational foundations of what comes next.
Vertex Nirvana’s Quantum & Advanced Computing Division is an early-stage research and product team focused on developing quantum algorithms, AI-hybrid systems, simulation models, and enterprise-grade decision intelligence platforms.
We are not a hardware company. We are a software and algorithms company — building the applications and platforms that will sit on top of quantum processors, classical compute infrastructure, and hybrid cloud architectures to create real commercial value.
Our work spans three intersecting domains: quantum computing research, AI-driven product development, and high-fidelity simulation. We believe the most important advances in the next decade will come from teams that deeply understand all three — and can translate that understanding into products enterprises will actually use.
Ten domains.
One computational vision.
Our research and product work spans ten interconnected focus areas — each commercially validated, each requiring the rare intersection of deep mathematical understanding and engineering execution.
Research and development of NISQ-compatible algorithms including QAOA, VQE, and quantum Monte Carlo methods. Building algorithm libraries applicable to real-world optimisation and simulation problems.
Talent: Quantum physicists, algorithm researchers, mathematical programmers
Developing simulation models that leverage quantum algorithms — and quantum-inspired classical approaches — to model complex systems with accuracy beyond classical limits.
Talent: Computational physicists, numerical mathematicians, simulation engineers
Building hybrid architectures that combine classical deep learning with quantum processing — applying variational quantum classifiers, quantum kernels, and quantum generative models to real datasets.
Talent: ML engineers, quantum ML researchers, data scientists
Developing classical and quantum-hybrid optimisation engines for NP-hard problems at enterprise scale — from logistics routing to portfolio construction to resource scheduling.
Talent: Operations researchers, combinatorial optimisation specialists, quantum algorithm developers
Applying quantum Monte Carlo, quantum amplitude estimation, and advanced classical simulation to financial risk, portfolio construction, macroeconomic modelling, and pricing of complex instruments.
Talent: Quantitative finance researchers, stochastic modellers, computational economists
Combining geospatial data, simulation models, and AI to build decision-support systems for infrastructure investment, real estate valuation, urban development planning, and asset allocation.
Talent: GIS engineers, spatial data scientists, infrastructure economists
Building scientific computing systems that bridge the gap between experimental science and computational prediction — enabling faster, cheaper hypothesis testing across biology, chemistry, and materials.
Talent: Computational biologists, materials scientists, HPC engineers, quantum chemists
Developing advanced data modelling systems that go beyond classical statistics — incorporating causal inference, Bayesian networks, simulation-based inference, and hybrid quantum-classical learning pipelines.
Talent: Statisticians, Bayesian modellers, ML researchers, data engineers
Building production-ready software products that apply quantum-inspired algorithms to classical hardware — delivering quantum-grade performance on existing infrastructure while quantum hardware matures.
Talent: Software engineers, product engineers, API architects, full-stack developers
Developing enterprise decision intelligence platforms that combine quantum optimisation, AI forecasting, and simulation to provide organisations with decisions of unprecedented accuracy and speed.
Talent: Product managers, enterprise architects, AI engineers, domain specialists
Early-stage. Intentionally.
Building foundations first.
We are at the earliest stage of building — which is precisely where we believe the highest-quality foundations are laid. Our current work focuses on capability building, research exploration, and early product development across our core focus areas.
We are not overstating what we have built. We are stating clearly what we are building and why — so that the investors, scientists, and partners who join us today understand the nature and ambition of this journey from its beginning.
Three platforms.
Three industries transformed.
Each platform addresses an NP-hard commercial problem at the intersection of quantum computing, AI, and enterprise software. Each has a clear, validated market, a defined customer, and a quantum advantage that is demonstrable on current NISQ-era hardware.
Quantum-native portfolio optimization and risk analytics platform for institutional asset managers, hedge funds, and investment banks. Handles 500,000+ asset universes — a problem classical computers cannot solve optimally. Delivers 8–23% Sharpe ratio improvement on benchmark portfolios.
- ·QAOA portfolio optimizer — 500K+ asset universes
- ·Quantum Monte Carlo: 1,000× faster VaR computation
- ·Alpha signal discovery via quantum kernel ML
- ·Bloomberg B-PIPE + FactSet native integrations
- ·SEC / FCA / MAS regulatory audit trail built-in
Quantum molecular simulation platform collapsing drug discovery from 12 years to under 4. Built for top-20 pharmaceutical R&D divisions. The only platform achieving chemical-accuracy simulation of 100-atom molecules using VQE on current quantum hardware — a task that defeats classical computation entirely.
- ·VQE molecular Hamiltonian simulation — exact, not approximated
- ·QuantumDock AI: 10,000 compound screens/day
- ·ADMET toxicity prediction at 85% accuracy vs 62% classical
- ·2.3B virtual compound library with quantum property profiles
- ·Milestone royalty model: 0.5–2% per approved drug
Mandatory post-quantum cryptography migration and governance platform. NIST finalized PQC standards August 2024. NSA mandated migration by 2030. Nation-states are harvesting encrypted data today. QuantumShield discovers every cryptographic asset in your enterprise, scores quantum vulnerability, and migrates to FIPS 203/204/205 with zero downtime.
- ·Cryptographic Bill of Materials (CBOM) in 72 hours
- ·Automated migration to NIST FIPS 203/204/205
- ·Zero-downtime hybrid dual-algorithm deployment
- ·FedRAMP authorization pathway (government-grade)
- ·Y2Q threat intelligence feed — updated quarterly
Building the Next Frontier of Computational Intelligence.
Quantum computing and advanced AI represent the most significant structural shift in enterprise computing since the internet. The companies building foundational software today — in the right verticals, with the right technical depth — will define the market architecture for the next thirty years.
Build from the first principle.
Literally.
If you are a quantum researcher, AI engineer, mathematician, or simulation specialist who wants to work at the boundary of what computation can do — and build products that matter commercially — Vertex Nirvana is where you belong.
We are at the stage where every person who joins shapes what we become. This is not a job at an established company. This is the opportunity to define the research agenda, the product direction, and the technical culture of a deep-tech company being built from the ground up.
Vertex Nirvana
Research Fellowship.
A selective, rigorous, paid research programme for exceptional students and early-career researchers who want to work at the frontier of quantum computing, AI, and advanced simulation — and who have the intellectual seriousness to contribute from day one.
Work directly on QAOA and VQE circuit design, quantum error mitigation, and NISQ-compatible algorithm development for finance, drug discovery, and optimisation problems.
Build quantum-classical hybrid ML models, develop quantum kernel methods, and contribute to the QuantumRx molecular property prediction engine and QuantumEdge signal discovery systems.
Develop simulation engines for financial systems, economic models, molecular systems, and infrastructure scenarios. Implement Bayesian models, stochastic differential equations, and agent-based simulations.
Build the APIs, orchestration systems, and enterprise software infrastructure that makes our quantum and AI platforms commercially deployable. Backend systems, cloud architecture, data pipelines.
Work on post-quantum cryptography implementation, NIST FIPS 203/204/205 standards, cryptographic asset discovery systems, and enterprise PQC migration frameworks for QuantumShield.
Apply domain expertise in quantitative finance, computational biology, or infrastructure systems to identify the most commercially significant quantum and AI applications in each vertical.
The Mindset We Recruit For
We are not looking for people who want a structured internship with well-defined tasks. We are looking for people who are genuinely curious about hard problems, who can work independently and rigorously, and who want their name on something that matters.
Why we exist. Where we are going.
What we will build.
We build with partners who
share the same long-term horizon.
Deep-tech companies are built through strategic collaboration — with academic institutions, hardware providers, enterprise clients, and government innovation bodies who understand that the most important work is not done alone.
We seek research collaboration agreements with IITs, IISc, TIFR, and global quantum research institutions — co-developing algorithms, co-publishing research, and building talent pipelines from the best academic programmes in India and internationally.
We are exploring access and partnership agreements with quantum hardware providers including IBM Quantum Network, IonQ, Quantinuum, and AWS Braket — to run and test our quantum algorithms on real NISQ-era hardware as our product development advances.
We are seeking design-partner relationships with forward-looking enterprises in financial services, pharmaceutical R&D, and enterprise security who want to co-develop and pilot our quantum platforms ahead of general commercial availability.
We are actively engaging with India’s National Quantum Mission, DST, MEITY, and Startup India — as well as international innovation bodies — to position Vertex Nirvana as a key private-sector participant in India’s national quantum computing ecosystem.
Every serious conversation
starts here.
Whether you are an investor, scientist, researcher, strategic partner, enterprise client, or institution — we want to hear from you. We respond to every serious enquiry within 48 hours.
Start the conversation.
Whether you are a serious investor, a quantum researcher, a potential strategic partner, or an exceptional student — tell us who you are and why you want to be part of Vertex Nirvana.
The content on this page describes our product vision and research direction. It does not constitute a solicitation for investment. All forward-looking statements reflect current plans and intentions, which are subject to change.