Geneva, Switzerland

Independent qualification for the quantum transition

PQC is the baseline. A quantum layer must earn its place.

Spinorlytic turns service requirements, cryptographic inventories, network constraints and hardware evidence into defensible, auditable quantum-technology decisions.

Infrastructure is being built. The decision layer is missing.

Organisations must prepare for post-quantum migration while quantum networking and computing infrastructure are developing. Buyers need an independent method for deciding what actually deserves a quantum layer—and what does not.

Q-Safe Navigator

Quantum-safe network qualification

Q-Safe Navigator converts service inventories, confidentiality requirements, network constraints and resilience policies into an auditable service-level migration plan.

01
Service Inventory
02
Risk Ranking
03
Admissible Mode
04
Route Qualification
05
Resilience & Failure Model
06
Auditable Roadmap
PQC-only
Hybrid post-quantum/traditional
QKD-assisted
Hybrid + QKD

Evidence designed to be challenged

26 of 60
services identified as harvest-now-decrypt-later exposed and prioritised
6 of 35
links qualified for a quantum overlay
0 of 743,040
rekeys failed across two modelled outages, versus 720 failures in the negative control
Synthetic reference scenario — verification, not carrier validation. These statistics are not customer results.

View open prototype ↗

IN DEVELOPMENT

Q-REAL

Reality-bounded quantum workload qualification

Q-REAL evaluates whether quantum algorithms, workloads and QPU claims remain technically credible under real hardware constraints, noise, finite sampling and calibration drift.

Built for

Regulated institutions
Network operators
Research and education networks
Telecoms
National quantum communication programmes
HPC and quantum centres
Critical infrastructure teams
Public buyers and research programmes
Aishwarya Vishwakarma, Founder and CEO/CTO of Spinorlytic

Founder

Aishwarya Vishwakarma

Founder, CEO/CTO

PhD Materials Science, ETH Zürich
Postdoctoral Researcher, Quantum Matter Physics, University of Geneva
Geneva, Switzerland

Her background in cryogenic instrumentation, RF/microwave measurements, nanoscale spectroscopy, quantum materials and quantum software brings hardware-literate experimental judgement to the company.

ETH Zürich and the University of Geneva denote the founder's background and current employment only and imply no endorsement or partnership.

Building the evidence layer for quantum infrastructure

  • Pre-incorporation
  • Bootstrapped
  • Q-Safe Navigator prototype demonstrated on a synthetic reference network
  • Seeking operator/design partners
  • Q-REAL under development

Interested in testing Spinorlytic on real infrastructure?

Spinorlytic is seeking network operators, research networks, quantum infrastructure programmes and regulated institutions interested in becoming early design partners.

Prefer email?
spinorlytic@gmail.com