GOVSATCOM was created in 2018 and became operational in January 2026.

Cyprus completed the first operational use of secure satellite communications delivered through GOVSATCOM.

EUSPA Executive Director Rodrigo da Costa views the GOVSATCOM operational use by Cyprus as proof that space is a critical infrastructure and supports pooling resources to build a more resilient and secure Europe.

Amazon Leo connectivity will be integrated into Contrivian’s managed network solution that dynamically routes traffic.

Contrivian recently announced a merger with network software company Big Network to integrate Big Network’s multi-WAN and edge connectivity technology into Contrivian’s Lighthouse platform.

The agreement with Amazon Leo enhances Contrivian’s ability to provide reliable mission-critical coverage.

Contrivian’s customers include public sector agencies, healthcare providers, energy operators, and financial institutions.

Contrivian is an authorized reseller of Amazon Leo to provide connectivity to state and local agencies in the U.S.

Contrivian provides software-enabled connectivity that is intelligently integrated, continuously monitored, and managed as part of a unified operational model.

Contrivian specializes in orchestrating connectivity for commercial and government organizations by combining fiber, broadband, 5G, and Low-Earth Orbit satellite services into a single software-defined package.

The reseller agreement with Amazon Leo expands Contrivian’s multi-modal connectivity solutions.

Integration of Amazon Leo adds satellite-layer diversity to Contrivian’s network architecture and gives customers greater control, greater performance stability, and greater assurance during failures.

Landsat and Sentinel-2 are optical missions that provide decametrical resolution data.

Julien Michel’s thesis contains detailed explanations of the TAMRF method and the thesis was successfully defended on the 2nd of February.

An increasing number of space missions now regularly and systematically observe the Earth's surface.

TAMRF uses a self-supervised learning strategy inspired by language models that hides portions of the data and trains the model to estimate the hidden content from other images in the time series.

Landsat and Sentinel-2 provide free, high-quality data that is relatively easy to use.

TAMRF reflectance accuracy was assessed by withholding data from the model and comparing predicted images with actual images.

A 2025 literature search for 'Landsat and Sentinel-2' returned 987 references.

The TAMRF cost function includes a term that promotes high spatial resolution details in predicted images.

TAMRF learns to interpolate data temporally, spatially, and spectrally.

TAMRF can produce fused data at the same 10-metre resolution for Sentinel-2 and Landsat-8 imagery.

The TAMRF cost function includes a term that teaches the model to ignore uninformative pixels such as cloudy pixels or areas of missing data.

A single TAMRF model trained once provides similar or better performance than specialized models for relevant subtasks.

A 2025 literature search for 'Landsat' returned 5,569 references.

TAMRF demonstrates robustness to clouds in images and the ability to predict unobserved dates and improve spatial resolution.

Julien Michel and Jordi Inglada developed a spatio-temporal fusion method called Temporal Attention Multi-Resolution Fusion (TAMRF).

TAMRF can generate cloud-free images for any desired date throughout a year and for any available band in either Sentinel-2 or Landsat-8.

New artificial intelligence techniques can fuse satellite time series from two satellites to increase spatial or temporal resolution while removing clouds from the data.

A 2025 literature search for 'Sentinel-2' returned 6,462 references.

UniHub uses a compact 3RU form factor to simplify field integration, set-up, and deployment.

UniHub is optimized for networks with up to 1000 user terminals where cost, deployment agility, and maintenance are paramount.

UniHub has a software-defined architecture to enable faster upgrades and feature deployment.

UniHub targets emerging operators seeking cost-effective rapid market entry for large, telco-grade VSAT platforms.

SpaceBridge expects strong interest in UniHub across both government and commercial sectors.

UniHub packages Estella platform capabilities into a highly integrated, portable deployment model rather than replacing Estella.

SpaceBridge will launch the UniHub VSAT platform during SATShow 2026.

SpaceBridge expects particular momentum for UniHub in sovereign national network deployments, defense, and secure mobility applications in the first 12 months.

UniHub is designed for rapid field deployment in minutes rather than days, enabling tactical and expeditionary use cases.

UniHub provides up to a five-fold performance increase compared to the previous ASAT-II Hub architecture.

UniHub features a scalable modular design that allows capacity expansion without network redesign.

UniHub consolidates multiple ground segment functions, including VSAT Hub baseband functionality and network management, into a unified 3RU enclosure.

UniHub delivers substantial SWaP reduction compared to previous hub architectures.

SpaceBridge is pursuing multi-orbit interoperability across GEO, MEO, and LEO as part of its roadmap for ground infrastructure.

UniHub has cloud-native orchestration compatibility for hybrid and distributed architectures.

The Estella Scheduler dynamically transitions error-free between 3D-TDMA (MF-TDMA) and dSCPC (WaveSwitch) modes in real time.

UniHub’s portability supports use cases including defense and field operations, humanitarian missions, remote industrial and energy sites, enterprise and private networks, and IIOT.

SpaceBridge plans continued feature expansion for Estella-based solutions through software upgrades, cloud-native and virtualization enhancements, and expanded multi-orbit interoperability.

SES had not released a formal public statement regarding the specific operational impact on its fleet services at the time of the report.

Hezbollah launched a barrage of long-range precision missiles at the SES Ha’Ela Satellite Station (Emek HaEla Teleport) on March 9, 2026.