Room-temperature photonic quantum computers without cryogenics
Stage
Not given
Startup
Founded
2023
2026
Based in
DE
IN
Pricing model
Freemium
Not given
Pricing
Free tier: 1,000 credits per day, resets every 24 hours. Pay-as-you-do: €10 per 1,000 credits. Enterprise: Custom pricing with volume commit, on-prem, and SLAs.
Not given
Key features
Compile firmware against production toolchains remotely without installation
Execute firmware on virtual chip instances with verdict, trace, and register state
Unit and integration testing on virtual hardware with coverage reports
Inject synthetic sensor data into running firmware
Query collective embedded corpus for chip-specific solutions
Support for Rust, C, and multiple RTOS frameworks
Room-temperature operation at 20-40 Celsius
Zero cryogenics required
Easy portable rack size
Inbuilt fault tolerance in optical wavefield
Continuous-variable quantum optics
Photonic quantum information processing
What makes it different
Virtual instances of actual target chips, not generic CPU emulation, with same binary, peripherals, and interrupt timing as physical boards
Shared corpus that deepens with every call, allowing agents to inherit knowledge from previous runs
Eliminates need for physical hardware for testing, porting, and debugging
Single MCP endpoint exposes cross-compilation, peripheral simulation, sensor IO, and chip-specific plumbing
Access to licensed toolchains on demand without local installation
No cryogenic cooling infrastructure needed
Operates at ambient room temperature without massive cooling equipment
Fault tolerance built into hardware without massive qubit overhead
Chiplab
OJANVU Quantum Labs