Silicofeller engineers the simulation infrastructure, software platforms, and computational systems that move science, industry, and statecraft across the quantum threshold — wherever in the world that work needs to happen.
Silicofeller delivers across software, infrastructure, advisory, policy, training, and managed platform — staffed by practising engineers and scientists.
CUDA-Q, Qiskit, full-stack quantum software
Cluster architecture, procurement, deployment
Strategy, readiness, roadmaps
DPRs, policy submissions, bid management
Scientist and engineer cohorts
Silicofeller Platform tiers
From a multi-framework simulation platform to sovereign HPC fabric, our products are deployed across research, education, and enterprise contexts.
Custom quantum processors, engineered in India.
Multi-framework quantum development on multi-GPU infrastructure.
An indigenous, sovereign-deployable quantum simulation stack — built in India, deployed worldwide.
Stuck on a big life decision? See the paths it could play out.
GPU-accelerated quantum simulation workstations.
Reference HPC fabric for quantum and AI.
Quantum software is only as fast as the silicon that runs it. We engineer the GPU clusters, parallel filesystems, and orchestration that let simulation, training, and inference workloads scale predictably — on premises, in your data centre, in any sovereign region, or inside air-gapped enclaves.
We engage selectively across regulated and strategic sectors — defence, financial services, energy, public sector, and more — bringing engineering depth, not generalist consulting.
Banking, Financial Services & Insurance
Strategic & defence research
Pharmaceuticals, biotech, life sciences
OEMs, EV, mobility platforms
Power, oil & gas, renewables
Discrete & process manufacturing
Telcos, network operators, hyperscalers
Logistics, ports, supply chain platforms
Specialty chemicals, advanced materials
IITs, IISc, central & state universities
Central & state governments, missions
Semiconductors, electronics, deep-tech
Engagements span defence, higher education, public-sector programmes, and infrastructure partners. Additional case material is available under NDA for enterprise and government counterparties.
Technical validation and structured training for a strategic defence research programme, delivered through a Tier-1 systems integration partner.
Additional case material is available under NDA.
Engineering and benchmarking of multi-GPU quantum statevector circuits on NVIDIA HGX B300 infrastructure.
Superconducting, photonic, neutral-atom — our compilation, error-mitigation, and simulation stacks are written to track the hardware roadmap, not assume it.
We do not lead with PowerPoint. Every engagement begins with technical scoping by an engineer who will own the delivery.
We separate quantum signal from noise. Where classical or quantum-inspired methods are the right answer, we say so.
Air-gapped, data-residency-strict, and audit-grade options are first-class — not an afterthought.
We engage with institutions across multi-year horizons. Our most valuable relationships have compounded over years of shared delivery.
Manan Narang founded Silicofeller to engineer the quantum software and simulation infrastructure that science, industry, and statecraft will depend on through the next decade — defence, research, higher education, financial services. He holds an Executive-in-Residence fellowship under India's National Mission on Interdisciplinary Cyber-Physical Systems (NM-ICPS) at IIT Roorkee's I-Hub Divyasampark, and is a member of India's National Working Group on Quantum Technologies.
He has led multi-GPU quantum simulation deployments on NVIDIA HGX B300 infrastructure and architected quantum simulation training programmes for strategic defence research organisations.
We engage selectively, across a small number of multi-year institutional partnerships at any given time. If your organisation is scoping a quantum or HPC initiative — enterprise, research, or public-sector — we would welcome a direct conversation.
A six-page PDF briefing — capability lines, platform architecture, industries served, and how we engage. Useful for boards, procurement teams, and technical evaluators.
