Orbitt Space, co-founded by Christopher Parmar, has raised $1 million in pre-seed funding from investors including pi Ventures and IIMA Ventures. This capital will be used to accelerate development of their cloud-connected satellite ground station network and expand engineering, operations, and go-to-market initiatives in the emerging space-tech economy.

Although still in stealth, Orbitt is building what they call “ground access as a service”  -  an infrastructure layer that gives satellite operators, earth scientists, and data-driven enterprises reliable, scalable access to their spacecraft without having to build physical stations.

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What Orbitt Space Solves

Small to mid-sized satellite operators face steep barriers: building and maintaining ground stations is expensive, logistically complex, and globally fragmented. Launching satellites is now doable  -  but accessing them reliably isn’t.

Orbitt is building a network of compact, cloud-managed ground stations that developers can book on demand via APIs. Their offering includes:

• Modular ground stations strategically located to provide global satellite visibility
  
• High-throughput downlink optimized for nanosats and CubeSats
  
• API-driven tasking, scheduling, and data delivery via cloud-native pipelines
  
• Autonomous orchestration across uplink, capture, and payload processing
  
• Built-in data integrity protocols reducing packet loss and latency
  

Instead of launching hardware, Orbitt offers satellite teams an infrastructure layer that scales with orbit coverage, accelerating mission deployment and reliability.

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Why This Matters Now

The space-tech boom has democratised access to space  -  but many operators are stuck reinventing the ground segment:

• Over 8,000 small satellites are expected to launch by 2030  -  yet many still build their ground infrastructure one station at a time
  
• Ground station development delays can add months of latency and operational costs
  
• Data transfer bottlenecks limit satellite-derived insights, even when launches succeed
  
• Cloud-native mission control systems are growing 5x faster than legacy ground network upgrades
  
• Regulatory, maintenance, and location constraints continue to restrict coverage and uptime
  

Orbitt’s model accelerates mission-readiness and lets satellite operators focus on insights  -  not antennas.

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The Insight Every Founder Should Steal

Orbitt’s core insight isn’t just about hardware - it’s about access and abstraction. They recognized early that space operators don’t want to manage dishes - they want round-the-clock access to their assets.

That’s the ultra-value shift for founders: identify the high-cost, low-value work your user is still doing  -  and abstract it. Orbitt isn’t building antennas - they’re building invisible infrastructural trust. If you can deliver reliability at the infrastructure layer, you don’t just sell a product - you earn a seat at the protocol level of your industry.

But what truly sets Orbitt apart isn’t just the infrastructure - it’s the abstraction of complexity into trust. For early-stage founders, this is the inflection point to study closely. Orbitt didn’t just ask, “How can we make ground stations easier?” They asked, “What if our customers never had to think about them at all?” That’s where the category-defining opportunity lies.

The biggest wins in infrastructure rarely come from visibility - they come from invisibility. When you solve something hard so well that it fades into the background, you earn more than customers - you earn dependency. Orbitt isn’t selling bandwidth; they’re selling certainty, in an industry where certainty is rare and costly.

Here’s the founder insight: when you're building for deep-tech markets, don’t just outbuild your competitors - out-simplify them. Strip complexity out of the user’s brain, not just their workflow. The most scalable platforms are the ones that remove mental overhead from decision-makers. Orbitt’s approach makes satellite operations feel less like aerospace - and more like AWS.

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Market Outlook: A New Era for Ground Infrastructure in the Space Economy

The global space industry is undergoing rapid commercialization - and ground infrastructure is increasingly becoming the bottleneck, not the launch.

• The global space economy is projected to reach $1.8 trillion by 2035, with over 60% of growth driven by downstream services like satellite data processing and communications (McKinsey).
  
• Meanwhile, ground station infrastructure remains fractured. According to Euroconsult, more than 10,000 small satellites are expected to be launched by 2030, yet global ground capacity is struggling to scale at a comparable pace.
  
• Ground station as a service (GSaaS) is growing at a CAGR of 23.6%, but even established players are racing to keep up with latency, interoperability, and coverage demands (Allied Market Research).
  
• Latency-sensitive applications - like earth observation, maritime tracking, and remote connectivity - are expected to dominate satellite demand. But they require global, low-latency ground access, something only a few platforms can deliver reliably.
  
• Governments are also decentralizing satellite operations. India’s IN-SPACe and similar global initiatives are encouraging private innovation in satellite services and ground tech as part of broader public-private partnerships.
  

For emerging space tech startups, especially those working on edge data, defense applications, or telecom services, the ability to reliably downlink and orchestrate missions in real-time will define competitiveness.

Orbitt Space is placing its bets on this frontier - not just by offering connectivity, but by reimagining how companies build, test, and scale space applications from earth up. As satellites become more autonomous, the next bottleneck won’t be orbit - it’ll be access to Earth. And that’s the layer Orbitt is quietly rewriting.

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What’s Next for Orbitt Space?

With their pre-seed secured, Orbitt is moving fast:

• Deploying 4–6 pilot ground stations across key orbital passes in Asia, Europe, and North America
  
• Expanding engineering and data operations teams to support cloud integration and edge computing
  
• Onboarding early users - nanosatellite developers, academia, and geospatial analytics platforms
  
• Developing APIs and SDKs for seamless data ingestion and mission planning
  
• Building partnerships with launch providers, data brokers, and satellite platforms
  

Christopher Parmar and his team aren’t just launching hardware - they’re building the infrastructure layer that turns satellites into scalable services. If Orbitt nails both reliability and ease-of-access, they’re positioning themselves as the backbone of the future space economy - one antenna at a time.