Team iDetect formed
The founding team came together to take on the problem.
BARC-INCUBATED
One exposure
Three readings
iDetect is India's first single-shot dual-energy flat-panel detector — separating bone from soft tissue in a single frame, engineered from first principles in an Indian lab.
Intelligent·Innovative·Inspiring
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Every year, millions of patients face a quiet trade-off between a clearer diagnosis and a higher dose of radiation.
78M+
Chest X-rays taken each year — each one a decision about how much radiation is acceptable for a clear answer.
2×
The radiation dose a patient carries when doctors need to see both bone and soft tissue, taken today as two separate scans.
100%
Of dual-energy detectors in Indian hospitals today are imported — adding cost and lead time between a patient and a diagnosis.
iDetect exists to remove that trade-off — one exposure, complete information.
Technology
The signal's path, in plain terms.
01
Capture
One exposure, two energy channels
A specially engineered detector captures both high- and low-energy X-ray information in a single exposure, eliminating the need for two separate scans or two doses of radiation.
single exposure
02
Separate
Bone from soft tissue, instantly
Proprietary onboard processing distinguishes bone density from soft tissue in real time, right at the point of capture.
real-time processing
03
Deliver
Standard output, zero disruption
Standard DICOM output means no special viewer or workflow change for the radiologist — it fits into existing hospital systems.
DICOM output
Low EnergyHigh Energy
Product
A detector, not a demo.
iDetect is designed as a drop-in upgrade: DICOM 3.0 compatible out of the box, requiring no changes to existing X-ray generators or gantries. The device is being built toward the CDSCO Class C medical device pathway with a 2028 public launch target. Production-intent prototyping is active at BARC.
Target: CDSCO Class CMade in IndiaPLI EligibleDICOM 3.0 · HL7 FHIR
In active R&D — BARC incubation
Public launch: 2028Making of iDetect
The lab notebook, made public.
Most companies polish this part away. We're showing it while it's still happening.
Detector geometry locked, simulations run
Extensive simulation work converged on a configuration worth building — the design we'd carry into physical testing.
BARC incubation begins
We gained access to BARC's testing facility and characterization lab, and started asking the core question: could a single exposure reliably separate two energy signals?
iDetect incorporated
The venture became a formal company, ready to build toward a product.
Team
Built by people who read the papers first.
ADG
Atantra Das Gupta
Founder & CEO
26+ years across healthcare and medical technology, with leadership experience spanning medical devices, healthcare innovation, AI-enabled solutions, and new product introduction.
PM
Pankaj Mittal
Lead Engineer
Technology and product-development professional with experience across medical devices, healthcare, manufacturing, AI, and software engineering, with a background in C/C++, OpenCV, ARM/Linux and optical inspection systems.
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[Name Withheld]
Physics & Detector Lead
Radiation-physics and detector specialist with a background at BARC, contributing expertise in detector technology, characterization, radiation measurement, and experimental validation.
BARC
iDetect is incubated at the BARC Technology Business Incubator, with access to BARC's radiation physics characterization labs and detector testing infrastructure.
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