In Research

Research work is where Ranveer tests unusual constraints before they become practical builds. These ideas are intentionally exploratory and focused on resilience, local communication, and independence from fragile infrastructure.

Resilient communications research bench with LoRa modules, radio gear, battery packs, and field electronics
Zero internet communication research bench with LoRa-style antenna nodes, Bluetooth local messaging devices, radio modules, battery power, and local mesh dashboard

In Research

Zero Internet

Zero Internet explores how useful communication can continue when the normal internet is unavailable or intentionally avoided.

Data over traditional radio

Data over traditional radio is an experiment in resilience: very small messages, long reach, and communication when normal networks are unavailable.

LoRaWAN

LoRaWAN is attractive for low-power, long-range sensor data where bandwidth is tiny but reliability and reach matter.

Bluetooth local messaging

Bluetooth local messaging explores nearby communication without internet, useful for emergency, travel, or local coordination scenarios.

Data over CB and walkie talkie experiment with radio devices, low-bandwidth interface board, signal screen, antennas, and coordination hardware

In Research

Data Over CB/Walkie Talkie

This research looks at low-bandwidth data patterns over common radio devices for alerts, status, and simple coordination.

CB radio

CB radio is explored as a rugged communication path where infrastructure is weak. The limitation is bandwidth, so the value is in short status and coordination messages.

Walkie talkie links

Walkie talkie links are familiar, portable, and useful during travel or outages. The research question is how much structured data can ride alongside voice habits.

Low-bandwidth messages

Low-bandwidth messages force discipline: location, status, alert codes, acknowledgements, and retries instead of chatty application behavior.

Emergency coordination

Emergency coordination needs simple protocols that work under stress: who sends, who confirms, what code means what, and how people recover when one link fails.

Remote group travel connectivity kit with portable mast, local network router, battery pack, rugged communication case, and fallback coverage equipment

In Research

Remote Cell Tower for Group Travel

Group travel connectivity explores portable local coverage, shared communication, and remote coordination when commercial networks are weak.

Portable coverage

Portable coverage explores a small local communication bubble for trips, remote stays, or group movement where normal mobile coverage is unreliable.

Travel groups

Travel groups need location, check-ins, alerts, and regrouping signals. The system has to be simple because nobody wants to manage infrastructure while traveling.

Remote coordination

Remote coordination is about keeping a group aligned with minimal bandwidth: short updates, fallback channels, and clear status.

Local network fallback

Local network fallback gives nearby devices a way to keep communicating even when the internet path is gone.

InfrastructureHome LabAutomationSmart LivingEnergySmart Power Production