Bharat in Betastartup field guide
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No. 718Problem statementHealth and wellbeing

Wireless Intercom System

Source

Source summary

Develop a rugged hands-free wireless intercom for up to five crew members over a stated 200-metre short range. It should support simultaneous two-way communication, noise suppression and hearing protection without losing awareness, together with waterproof/dust-resistant headsets, long battery life, simple setup and ergonomic controls. The source mentions bone-conduction technology, push-to-talk, adjustable volume/sidetone and electromagnetic protection, with simulated and real-setting validation.

No. 371Problem statementHealth and wellbeing

Real time health monitoring of aircrew

Provide remote real-time monitoring of aircrew health during extended fighter flights and aeromedical research. The source asks for non-invasive physiological measurements and alerts for acute deviations, with self-contained power, data storage and communication. It does not list the promised individual vital parameters in the visible text.

No. 554Problem statementHealth and wellbeing

Development of Artificial Intelligence Based Comprehensive Device for Detection of Cognitive Disturbances

The challenge asks for a portable hardware and software system that continuously assesses cognitive function using physiological signals and AI-assisted analysis, providing real-time alerts and insights to individuals and medical personnel. It must remain accurate amid motion, vibration, confined spaces, humidity and temperature extremes, account for individual variation and artefacts, be comfortable for prolonged use, and integrate with existing health systems. The source explicitly requires encryption, informed consent, clinical trials, user feedback and medical-device and military regulatory approval; the proposed signals are not yet established as validated cognitive measures.

No. 555Problem statementHealth and wellbeing

Development of Feedback loop extravasation detection and alarm system

The challenge asks for a low-cost, automated system that continuously detects intravenous infiltration or extravasation at the cannula site and closes a feedback loop with existing infusion pumps. Local, skin-compatible sensors may measure tissue dimensions, pressure or physical changes, but the design must work across cannula sizes and age groups, including neonates, children and older adults, while handling movement artefacts and signal drift. It should fit current dressings, provide early objective warnings, use an open platform compatible with different pump makes, and minimise caregiver subjectivity.