High altitude platforms can provide secure, flexible coverage compared to satellites: COAI

Time of India

04-05-2025

High altitude platforms
like solar power drones, balloons, airships, etc, can provide secure and flexible coverage at lower cost compared to satellites, a senior official of
telecom industry
body
COAI
said.
Cellular Operators Association of India
(COAI) Director General S P Kochhar said countries like the US, Japan, the UK, and companies like Airbus (Zephyr) and SoftBank are investing heavily in
HAPS technologies
and India should start working on regulatory framework for HAPS operations,
spectrum allocation
and
airspace management
.
Kochhar's remarks come at a time when COAI key members
Bharti Airtel
and Reliance Jio have joined hands with Elon Musk-led Starlink for
satellite services
after initially opposing and obstructing its bid to enter the India market.
Starlink is yet to get government's approval to start services in India pending security clearance.
"The main purpose of HAPS is similar to satellites, but with the advantage of being able to be deployed rapidly and at a lower cost. HAPS operate at much lower altitudes (20-50 km) compared to geostationary or low-earth orbit satellites, resulting in significantly lower latency -- critical for real-time communication and military operations," Kochhar said while clarifying that it is personal view and not the view of the industry body.
He said HAPS platforms can be rapidly deployed, repositioned or recovered, providing tactical flexibility that satellites cannot offer once in orbit which makes them ideal for Disaster Recovery and Emergency Networks, in situations of floods or earthquakes for emergency communications and monitoring in the disaster zones.
"HAPS are less susceptible to certain space-based threats such as anti-satellite (ASAT) weapons, orbital debris or jamming attacks targeted at high-orbit infrastructure. From a security standpoint, HAPS also allow for persistent surveillance of sensitive border regions or maritime zones without violating international space treaties or depending on expensive satellite constellations," Kochhar said.
Satellites operate at higher altitude and there are high chances that their signal may spill over beyond the country's border.
He said there is a need for comprehensive regulatory policy for HAPS operations, spectrum allocation and airspace management in India as well as investments in indigenous research and development through DRDO,
ISRO
and private aerospace startups are crucial.
"The Department of Telecommunications (DoT) needs to identify and allocate specific spectrum bands for HAPS services, while ensuring compatibility with existing satellite and terrestrial networks. Solar-powered UAVs suited for Indian climate conditions (monsoon, dust storms, high humidity) need localised innovation," Kochhar said.