{"id":"f-91677779fp1-2a8d7caa-717f-5888-a699-0cc3938feafd","title":"Open Cosmos Unveils ConnectedCosmos: A New Era of Sovereign Satellite Connectivity","description":"Discover ConnectedCosmos, Open Cosmos' innovative vision for a European sovereign broadband constellation. This initiative aims to unify Earth observation data with seamless connectivity, offering near real-time insights for enhanced decision-making. Explore the technical advancements and strategic importance of this groundbreaking network.","timestamp":1772440634,"category":"technology","headline":"Open Cosmos Unveils ConnectedCosmos: A New Era of Sovereign Satellite Connectivity","modifiedHeadline":"Open Cosmos Launches Satellite Network","subCategories":["scid_a90e78c8"],"subcategoriesName":["Innovation"],"region":"IN","bundleMetaData":{"bundleId":"c80449a0-0ad6-472b-8d17-5747dd8f5c83","bundleTitle":"Around the globe","cardData":null},"iabCategoryId":"600","fcSummary":"Open Cosmos is building ConnectedCosmos, a European Ka-band network merging broadband, iot, and earth observation data for near real-time information delivery. It utilizes optical inter-satellite links to reduce reliance on terrestrial infrastructure and addresses data transmission delays in earth observation. The project faces regulatory deadlines and aims to bolster europe's strategic autonomy in satellite communication, competing with starlink and complementing the IRIS² system.","summary":"Open Cosmos launches ConnectedCosmos, a European broadband constellation for secure comms & Earth data. Aims for autonomy in LEO.","ctaUrl":"https://trends.glance.com/newz/Daily_Digest/IN/en/feedpost-specials/f-91677779fp1-2a8d7caa-717f-5888-a699-0cc3938feafd","sourceUrl":"https://trends.glance.com/newz/Daily_Digest/IN/en/feedpost-specials/f-91677779fp1-2a8d7caa-717f-5888-a699-0cc3938feafd","bannerImage":"https://g-mob.glance-cdn.com/public/fc/image/3Qeplzcqfly0.webp","content":"

\n Open Cosmos is pioneering a new age of satellite communication with ConnectedCosmos. This groundbreaking network merges Earth observation data with broadband and IoT services, promising unprecedented near real-time information delivery.\n

Bridging Sensing and Connectivity

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Open Cosmos has revealed its ambitious plan for a European sovereign broadband constellation named ConnectedCosmos. This Ka-band network is designed to

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integrate point-to-point broadband links and direct-to-device connectivity for Internet of Things (IoT) devices, catering to the escalating demand for secure communication services originating from low Earth orbit (LEO). A key innovation is the utilization of optical inter-satellite links, which significantly reduces the reliance on traditional terrestrial gateways and subsea cables. Furthermore, ConnectedCosmos will directly interface with Earth observation spacecraft operating under Open Cosmos' existing OpenConstellation shared infrastructure. This integration addresses a long-standing limitation in Earth observation: the delay in data transmission due to ground station passes. By enabling instant data relay across the orbital network, users will benefit from near real-time delivery of high-value data captured by onboard cameras and sensors. The unification of broadband, IoT connectivity, and Earth observation capabilities promises to deliver integrated data streams, allowing for faster operational responses in critical scenarios such as disaster management, infrastructure monitoring, and security operations. This fusion of sensing and connectivity, a capability claimed to be unique, fundamentally transforms decision-making processes by providing timely and comprehensive information.

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Navigating Regulatory Hurdles

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The development of ConnectedCosmos is closely tied to stringent regulatory timelines, particularly concerning spectrum allocation. Following the launch of two prototype satellites by Rocket Lab on January 22, Open Cosmos activated Ka-band spectrum filings previously held by Rivada Space Networks and reassigned by Liechtenstein. International Telecommunication Union (ITU) regulations mandate that operators must deploy satellites and commence spectrum utilization within specific milestones to retain priority rights. The Liechtenstein filings encompass a total of 576 satellites, with Open Cosmos bound by deployment deadlines originally associated with Rivada's plans. Specifically, 144 satellites must be in orbit by June, and another 144 by September, to meet the 50% deployment milestone. The company has not yet disclosed the exact number of satellites it intends to deploy, as it is actively working to secure the necessary financing before these critical deadlines, which will ultimately dictate the constellation's final size under the current filings. To date, Open Cosmos has successfully deployed 15 satellites, with nine remaining operational, supporting both Earth observation and telecommunications missions. The two recently launched satellites are not only crucial for maintaining regulatory compliance but also serve as vital technical demonstrators for performance metrics that are yet to be publicly revealed. The operational data gathered from these pathfinder satellites is being directly incorporated into the optimization of subsequent satellite batches, refining both hardware configurations and the overall service architecture. The next generation of satellites is slated to support initial pilot services for IoT and broadband connectivity, with production already underway at their new industrial facility, ensuring readiness for timely launches. The focus is now on execution, transforming the planned capabilities into tangible operational reality.

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European Autonomy in LEO

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ConnectedCosmos is set to enter a competitive LEO broadband market, currently dominated by SpaceX's Starlink, which has rapidly established itself as the world's largest satellite constellation and secured significant government and defense contracts globally. In response to increasing geopolitical tensions and concerns over resilience against jamming, cyberattacks, and cable disruptions, European policymakers have increasingly prioritized the development of indigenous infrastructure for critical services. ConnectedCosmos is positioned as a complementary element to the European Union's ambitious IRIS² sovereign multi-orbit broadband system, which is expected to become operational around the end of the decade and is supported by major European satellite operators. The rationale behind such initiatives, as articulated by Open Cosmos' CEO, is that Europe cannot afford to be overly dependent on transcontinental mega-constellations for essential services. While these global systems play a crucial international role, achieving strategic autonomy in connectivity is becoming paramount, particularly for government, security, civil protection, and critical infrastructure users. This drive for sovereign alternatives is also spurring other non-U.S. LEO broadband ventures targeting government and enterprise sectors, such as Canada's Telesat Lightspeed. Telesat Lightspeed, with operational deployments planned for the following year, has been presented as a potential interim solution for Europe's IRIS² program, highlighting the broader global trend towards independent and secure satellite communication networks.

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Open Cosmos Unveils ConnectedCosmos: A New Era of Sovereign Satellite Connectivity

SUMMARY