When we talk about the space industry, the conversation often begins with launches and satellites. That is understandable. Getting something to orbit is a remarkable engineering achievement.
But I believe the space industry is approaching a point where launching a satellite will no longer be the most difficult part of the business. The harder question will be what we do with the information once it is in orbit.
This is where I believe the next phase of the industry will take shape.
India is at an interesting point in that journey. The country now has more than 400 space startups, compared with just one in 2014, and private investment in the sector has exceeded $600 million. The government’s ambition is to grow India’s space economy from its current estimated value of around $8.4 billion to about $44 billion by 2033.
The scale of that ambition is significant. But the opportunity is not simply to have more companies building satellites or launch vehicles. It is to create an ecosystem around what these technologies can make possible.
Starting with the problem
One of the biggest changes I see happening in Earth observation is a shift in how we think about customers.
A farmer isn’t looking for a satellite image. They want to understand what is happening to their crop.
An infrastructure company may not need another picture of a construction site; it may need to know whether work is progressing as planned.
During a natural disaster, an organisation needs timely information about what has changed and where resources are required.
That distinction matters.
It means space companies need to start with the problem and work backwards. The satellite, sensor, data platform or AI model should be selected based on what the end user actually needs.
The technology should serve the application, not the other way around.
Small satellites, specific missions
This is one reason I find the growth of small satellites particularly interesting.
Small satellites allow companies to think about missions in a more focused way. Instead of trying to build one platform that can serve every possible requirement, it becomes possible to design systems around particular applications and revisit those applications more frequently.
But I don’t think “small” should become the goal.
There is a tendency to equate smaller with cheaper, faster or better. In reality, every satellite involves trade-offs. Payload, power, communications, orbit, resolution, revisit and operational life all have to work together.
Sometimes the best answer is higher resolution. Sometimes it is more frequent observation. Sometimes it is a combination of different data sources.
The engineering challenge is not simply making the satellite smaller. Rather it is in making the entire system fit the problem.
The real value is in seeing change
This is also why I think the conversation around Earth observation needs to move beyond imagery.
A single image tells you what something looks like at one point in time. Multiple observations tell you how it is changing.
That difference can be extremely valuable.
A crop developing over a season. A city expanding over several years. Infrastructure changing over weeks. A coastline shifting. The impact of a flood before and after an event.
In each case, the useful information is not necessarily the image itself. It is the change between observations.
As access to more frequent satellite observations improves, this ability to understand change will become increasingly important for businesses and governments.
Where AI fits
This is where AI has a genuine role to play, but I think we need to be realistic about it.
We are already generating enormous amounts of Earth-observation data. The challenge is no longer simply collecting more of it. It is finding the information that matters.
AI can help identify patterns, changes and anomalies much faster than traditional analysis. Over time, more processing will also happen closer to where data is generated, reducing the need to move and process every piece of raw information on the ground.
But AI alone does not create useful intelligence.
If a system tells us that something has changed, we still need to understand why it changed, whether the change matters and what should happen next.
That requires context—weather, historical information, maps, ground observations and knowledge of the particular industry.
The opportunity is not to generate more data. It is to make the data we already generate more useful.
India’s opportunity is further downstream
India’s private space ecosystem gives the country an unusual advantage here.
We have decades of institutional experience in space, a strong engineering talent base, a large software industry and a growing startup ecosystem. These capabilities are now coming together at a time when the economics of satellites and access to space are changing.
That creates an opportunity beyond building hardware.
India can build companies that take space-derived information and turn it into products and services for agriculture, infrastructure, climate, disaster management, logistics and other sectors.
That is a different kind of space economy.
It is one where the satellite is not necessarily the end product. It becomes part of an infrastructure layer that supports decisions much closer to everyday business.
Measuring success differently
The space industry has understandably celebrated launches and technical milestones. They represent years of engineering effort and are difficult achievements.
But as the commercial sector matures, I think we will need to look at success differently.
The important questions will be: Did the technology solve a real problem? Did it provide information when it was needed? Did it improve a decision? Did it save time, reduce risk or make something possible that wasn’t possible before?
Those are the outcomes that will determine whether the space economy becomes commercially sustainable.
India has an opportunity to be very good at this because the country is not starting from scratch. We have space expertise, engineering capability and a strong technology ecosystem. The next step is bringing these strengths together more closely.
For me, the most exciting part of the industry’s evolution is that space technology may become less visible even as its impact becomes greater.
The person making a better decision about a crop may never think about the satellite that contributed to it. A city planning its infrastructure may simply see better information. A disaster-response team may receive an insight without thinking about where it originated.
That is perhaps where the industry should ultimately be heading.
Not just putting more technology into space, but making space technology useful on Earth.
And the success of India’s next chapter in space will be measured not only by what we launch, but by what those launches make possible.
By Ramesh Kumar V, Co-founder & CEO, Grahaa Space
