Shared ground-station antennas rented per pass to Indian small-satellite teams
TL;DR Passyard builds three or four S and X-band ground stations across India and rents antenna time per pass, so a satellite startup can talk to its spacecraft without building its own dish. Satellite operators and university missions pay. It works if Indian teams prefer a domestic, rupee-billed network to foreign providers.
India now has a crowd of small-satellite builders. Private space enterprises grew from 54 in 2020 to over 400 in 2024, and counts in 2026 put startups above 440[1]. Each satellite in low orbit is visible from a given antenna for only a few short passes a day, so a team with one dish on its campus waits hours between contacts and loses data it can't store.
The usual fix is to buy time abroad. Global networks bill per minute in dollars, and some users (especially anyone flying government or defence payloads) will want their command link and data to land on Indian soil. The other route is building your own station, but how many young teams can justify an antenna, the licences and a 24-hour operations room for one satellite? Very few.
What it does, in regulatory terms: operates ground facilities (telemetry, tracking and command, plus payload downlink) for other companies' satellites, under IN-SPACe authorisation and a WPC frequency assignment. It owns no satellite and holds no orbital filing.
The seed proposed a private relay constellation in medium Earth orbit. I reframed it, because that means dozens of satellites, launches and international filings before the first customer pays a rupee. The goal of more contact time with less waiting can be met from the ground. Passyard places antennas at sites far enough apart in latitude that one satellite gets several extra passes a day. Customers book passes through a portal and receive data in their cloud bucket within minutes. A shared scheduler handles clashes between operators.
Revenue starts with per-pass bookings, then moves to monthly reserved slots and, later, hosting a customer's own antenna on a Passyard site.
The buyer is the mission or operations lead at a satellite startup, plus university teams flying student satellites and research payloads. Larger operators pay for backup capacity. The closest price signals come from abroad: an Italian network sells all-inclusive per-minute pricing across 40-plus stations[2], and a big cloud provider's ground service bills per antenna minute with a cheaper reserved tier[3]. Neither publishes rates on its pricing page, so you'll be quoting case by case.
The Indian Space Policy 2023 explicitly allows private firms to set up and run TT&C earth stations and satellite control centres[4]. In April 2024 the FDI rules opened the ground segment to 74% foreign ownership through the automatic route[1], which makes it easier to bring in an equipment partner or foreign investor.
There is no public figure for India's ground-station-as-a-service revenue. The firmest signal is the number of potential customers, 440-plus space startups by 2026[1], and the fact that a domestic platform maker already sells S, X and Ka-band stations and cites an IN-SPACe authorisation for ground station services[5]. Treat startup counts as an upper bound though - plenty of them never fly.
A Hyderabad satellite platform maker is the main Indian name, selling stations and running ground services alongside its satellite platforms[5]. An Italian provider runs a global network on a per-minute model[2], and a big cloud provider rents antennas next to its cloud regions[3]. The gap is a neutral Indian network that doesn't also build satellites, bills in rupees and spreads its sites out for more daily passes.
| Difficulty | Hard (58/100) |
| Starting capital | ₹8–16 Cr |
| Time to launch | 15–24 months |
Antennas are bought, not invented. The hard parts are land and approvals for each site and frequency coordination that can drag on for months, and then you have to keep a round-the-clock operations team busy before enough satellites are booked to pay for it. Expect the first site to lose money for a while.
Yes. Running antennas that talk to satellites is a regulated space activity, so you need approvals before your first pass.
Building this outside India? The categories above usually have a local equivalent, so check with your own regulator.
Don't trust AI to send commands to a customer's satellite on its own. Commanding stays with the operator and their approved procedures.
Want to work out the AI layer for Passyard? Talk to Yash →
I think this suits a founder with satellite-operations or telecom-infrastructure experience and patient capital. If you're expecting software margins then it is a poor fit. Before you build a second site, prove that six paying operators will sign reserved monthly slots on the first one.
Plan for roughly ₹8–16 Cr, most of it on antennas, sites and approvals. A second site should wait until the first is mostly booked.
Yes. You need IN-SPACe authorisation for the earth station and a WPC frequency assignment for each site.
Yes, ground station as a service runs in many countries. Each country has its own spectrum regulator and space licence, so start those approvals early.
The free Passyard validation kit has the line-by-line capital breakdown, the effort scoring, the space and spectrum approvals checklist, a 14-day validation sprint with pass/fail targets, a 90-day launch plan, 10 interview questions for satellite operators, and 5 assumptions to test. Download the kit →
Thinking about building Passyard or something close to it? The make-or-break work is signing reserved-slot customers before the second antenna goes up, and I'm glad to help you plan that sales push. If you need a hand, you know where to find me. Talk to Yash →
For illustration only. Names are fictional and ideas hypothetical; sourced facts are real but may be out of date. Nothing here is legal, financial or professional advice, and Yash Khatri is not personally liable for any use of it. Read the full disclaimer.