Every Intelligence
Begins with Perception.
We build an input layer for the era of AI and Autonomy
We build an input layer for the era of AI and Autonomy,
deployable in the real world.We build the manufacturing
platform for chip scale quantum.
We define the future of machine perception by quantum technology. Our chip scale quantum sensor outside of the lab advances the quality of the autonomous system.
Quantum Technology to Autonomous System
Data quality
defines decisions
Advancing how machines sense, understand, and interact with the world is mission to true autonomy.
Input layer of
intelligence system
Unifying all sensors into one coherent system that delivers high-fidelity, actionable intelligence.
All tech leads
to the chip
To ensure high-performance but reliable application, packaging should be in form of chip. Same applies to quantum technology.
Quantum Sensor
in Chip
Arrakis Technologies enables quantum hardware to become a manufacturable, deployable system through packaging.
Chip-scale photonic integration and scalable packaging are prerequisites for any quantum technology to reach market.
Ideal for early-stage builders who want to launch fast with enterprise-grade protection.
Built for startups that need reliable, scalable security without slowing down growth.
Designed for teams that prioritize robust security, compliance, and resilience.
Ultimate goal of frontier technology = Chip
Chip-scale photonic integration and scalable packaging are prerequisites for any quantum technology to reach market.
Perception Output Layer
Sensor metrics are packaged with calibration, status, and confidence for system-ready perception outputs. The interface scales from single sensors to sensor-fusion modules.
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Control & Acquisition Layer
Closed-loop electronics control lasers and thermal systems while acquiring and conditioning photodiode signals. Raw readout is converted into calibrated sensor metrics.
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Integrated Photonics Layer
On-chip lasers and frequency control deliver tightly stabilized light to drive and interrogate the atomic system.
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Neutral-Atom Core Layer
A microfabricated atomic vapor cell defines the neutral-atom sensing region and quantum reference. Integrated thermal control holds the operating point and suppresses drift.
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Optical Readout Layer
High-speed photodiodes convert quantum optical signals into low-noise electrical data for precise real-time measurement and control.
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System-in-Package Shield
A System-in-Package enclosure unifies all layers into one manufacturable quantum sensor chip.
