Product
01
Quantum Magnetometers
Compact vapor-cell OPMs delivering femtotesla to picotesla range sensitivity for navigation, mineral exploration, and biomedical imaging.
01 / 03
QuantumSensorswithAtomicPrecision
Lab-Grade Accuracy in Real-World Conditions
02 / 03
FullStackApproachtoObservetheInvisible
Advanced ML & DSP for Enhanced SNR
03 / 03
ExtremeSensitivityforCriticalMissions
Unlocking the Quantum Edge in Defense Applications
Full Stack Quantum Sensing
QuBeats is a full-stack platform to accelerate, empower and enable Quantum Sensing Innovation at scale and build industries of the future.
We partner with the world's leading innovators to break the harshest technology barriers using our quantum hardware, software & integrated analytics platform
WHAT WE MAKE
Products& Solutions
Product
02
Rydberg RF Receivers
Rydberg atom-based RF receivers with ultra-wide bandwidth for electronic support measures and secure communications.
Product
03
Optical Atomic Clocks
Warm-vapor optical clocks delivering orders-of-magnitude better stability than conventional CSACs.
Product
04
Quantum Gyroscope
High precision comagnetometer-based quantum gyroscope, engineered to deliver ultra-accurate rotation sensing. By leveraging coupled atomic spin technology, it ensures reliable, drift-free navigation performance.
Solutions
05
Quantum Navigation System
Integrated quantum magnetometer with inertial sensors for absolute position fixes and anomaly mapping.
Solutions
06
Trinetra (Sensor Fusion)
Mission software for multi-sensor networks with auto-calibration, anomaly tagging, and fleet-wide health monitoring.
KEY FEATURES
Quantum Precision,Engineered for Impact
pT-fT Scale Sensitivity & Low SWaP Modules
Detect the firing of human neurons or the magnetic signature of a deep-sea submarine 1000s of km away with our coffee bean-sized quantum sensors
Real-time Interference Correction
The sensor can "self-correct" noise for the surface (hard-iron / soft-iron) it is mounted on, providing clean data without needing a perfectly "silent" wooden platform
Turn-key calibration flows and SDKs
Plug into a Robot Operating System (ROS) environment and via Python/C++ & get a data stream immediately, without needing a quantum PhD to interpret raw signals.
Space-Grade Resilience & Thermal Stability
Roadmap for radiation tolerance and thermal cycling across space and maritime environments. Whether it's a Low Earth Orbit Probe or a deep-sea AUV
Core Technology
Atomic Vapor Cells
QuBeats Cyclops-Q compares live magnetometer readings against pre-generated magnetic reference maps to estimate vehicle position in real time. It outputs positions to the navigation computer over standard interfaces.
Optically-pumped magnetometers (OPMs) deliver femtotesla-class sensitivity in a compact, low-power package, enabling navigation, anomaly detection, and spectrum awareness from a single sensor suite.
GNSS-denied positioning
Reliable absolute position estimates when GPS is jammed, spoofed, or unavailable. Magnetic map-matching and drift-free dead-reckoning for contested environments.
Day and night operation
Passive atomic sensors operate continuously regardless of lighting conditions. No optical dependency: quantum magnetometry works underground, underwater, and in zero-visibility.
Fast integration
Standard MAVLink, CAN, and UART interfaces. SDK support for C++, Python, and ROS. Typical integration from bench setup to first validation flight in days, not months.
Commodity hardware
Runs on widely available, NDAA-compliant compute platforms. Vapor-cell OPM sensors use commercial-grade components: no exotic materials, no supply-chain lock-in.
APPLICATIONS
Quantum Sensingin Action
We're helping human civilization unlock the future. From deep space to deep sea. Our sensors are deployed for versatile applications that had seemed impossible, until now.
Positioning & Navigation
Navigate Without Satellites
Magnetic map-matching and drift-free dead-reckoning for GNSS-contested or spoofed operations.
Defense & Intelligence
Reveal the Invisible
Maritime anomaly detection, UXO search, tunnel and void finding, and RF sensing in demanding environments.
Orbital Systems
Quantum for Space Exploration
Constellation-class magnetometry, space weather monitoring, and on-orbit diagnostics with radiation-tolerant designs.
Geophysics & Infrastructure
Observe the Deep Earth
Mineral exploration, subsurface mapping, and structural health monitoring using high-sensitivity quantum field sensors.
Neuroscience & Cardiology
Look Inside the Cells & Neurons
Wearable OPM–MEG and MCG platforms for brain and cardiac mapping in research and clinical translation.
Custom Solutions
Start a Custom Scoped Pilot
Work with our engineering team to define mission objectives, configure the right quantum sensing stack, and launch a tailored pilot for your operating environment.
Why QuBeats
Why Customers Choose QuBeats
Array First, Swarm Intelligence
We offer multi-sensor architecture with swarm synchronization for true full-tensor gradiometry - delivering high-definition magnetic "vision".
Battled Hardned Hardware
We’ve moved quantum out of the cleanroom. Rugged enclosures, low-SWaP electronics, and shield-aware mechanicals.
Navigation Without Satellites
Native IMU/GNSS integration & magnetic map-matching for resilient PNT (Positioning, Navigation, and Timing) in GPS denied environments.
Made in India, Built for the World
An integrated Indian supply chain with global research standards. Sovereign tech without compromising on world-class quantum specs.
Infinite Scalabity
The same core API and sensor logic scales from single lab validation to massive vehicle pods and space payloads. No re-engineering. No friction.
FOUNDING TEAM
The people behind the physics
Atomic physics, photonics, precision electronics, and fusion, shipping dependable field systems.
Mallikarjun Karra
- PhD (Molecular Physics) - Fritz Haber Institut (Max Planck Society)
- Int MSc (Physics) - IIT Kharagpur
Entrepreneur and published theoretical physicist. His research at the Fritz Haber Institute of the Max Planck Society, Berlin, focused on controlling cold and ultracold polar molecules, including quantum computing architecture using trapped ultracold polar paramagnetic molecules and schemes for optically controlled CNOT gates.
Rajat Sethi
- MPA - Harvard Kennedy School
- MBA - MIT Sloan School of Management
- M. Tech & B. Tech (CSE) - IIT Kharagpur
Technology strategist specializing in translating frontier quantum and laser-based sensing technologies into operational defense capabilities. Focused on systems architecture and strategic tech integration across government and commercial sectors. Background includes degrees from Harvard, MIT Sloan, and IIT Kharagpur.
Dr. Shouvik Mukherjee
- Research - Joint Quantum Institute
- PhD & MS - University of Pittsburgh
- BS & MS (Physics) - IIT Kharagpur
Expert in solid state quantum platforms and atomic vapor, with deep skills in electronics, optics and nanofabrication. Former Postdoc Scholar at the Joint Quantum Institute (NIST/UMD), bringing lab-grade precision to field-deployable quantum sensors. His work bridges device physics and systems engineering for dependable field operation.
Dr. Madhu Trivikram Talluri
- Research - Lawrence Berkeley National Lab
- PhD (Molecular Physics) - Vrije Universiteit
- M. Phil & MS (Physics)
Experimental physicist specializing in precision quantum measurements and ultrafast laser spectroscopy. Former Postdoctoral Scholar at UC Berkeley/LBNL, developing advanced laser-based methods for light–matter interactions. His Ph.D. work at Vrije Universiteit Amsterdam set stringent tests for quantum electrodynamics.
Our advisors
Advisor Wiser
Strategic, scientific, and mission-focused advisors guiding QuBeats in building quantum sensing systems.
“Resilient navigation in GNSS-denied environments is no longer optional: it is a fleet survival problem. QuBeats is pursuing the right intersection of atomic physics, low-SWaP engineering, and field discipline to make quantum-class sensing deployable where it matters.”
Adm Karambir Singh (Retd)
Former Chief of Naval Staff, PVSM, AVSM, ADC
01 / 06
Customers & Academic Associations
Partners & Affiliations
IIT Bombay
IIT Delhi
IISc Bangalore
DRDO
ISRO
TIFR
NPL India
iDEX
ADE Bangalore
CSIR-NPL
IIT Madras
IIT Kanpur
IIT Bombay
IIT Delhi
IISc Bangalore
DRDO
ISRO
TIFR
NPL India
iDEX
ADE Bangalore
CSIR-NPL
IIT Madras
IIT Kanpur
Collaborate with QuBeats
Whether you need a custom array, MagNav drop-in, or biomedical tile, the team co-designs sensor architecture, mechanics, and fusion stack for your mission.