Satellites like ASTER and WorldView-3 are equipped with SWIR sensors to detect specific spectral signatures of minerals from orbit.

Orestone Mining Corp. confirmed the commencement of its Phase I exploration program at the Francisca Gold Project on January 23, 2026.

The integration of processed satellite data reduces the exploration gamble by 50-70% in identifying gold mineralization.

Geologists can map the 1,100-meter strike length of the system by identifying rusty surface signatures and clay-rich zones with satellite data.

Approximately 600 samples will be collected, including rock chips, channels, and grab samples during the Phase I program.

The program includes a detailed mapping and sampling grid measuring 200 by 500 meters, covering the South gold zone's surface exposure.

The Cinnamon-937 filing in 2021 included a 337,000-satellite constellation filed via Rwanda.

By filing for nearly 203,000 satellites, RSDTII reserves a large portion of the interference budget that prevents Western operators from launching new satellites.

The majority of the submissions, 193,428 satellites, were attributed to the Institute of Radio Spectrum Utilization and Technological Innovation (RSDTII) under constellations CTC-1 and CTC-2.

SpaceX has more active satellites in orbit than the rest of the world combined.

RSDTII operates as a direct state instrument for satellite regulation, contrasting with Western entities that used regulatory flags.

China's NGSO filings represent a strategic attempt to establish regulatory priority and disrupt competitors' future deployments.

Under ITU Article 22, NGSO systems like Starlink and Amazon Kuiper must ensure their emissions do not cause unacceptable interference to GSO satellites.

The RSDTII filing challenges the notion of technical neutrality in spectrum coordination.

In December 2025, China submitted roughly 203,000 NGSO filings to the International Telecommunication Union (ITU).

The 2027 World Radiocommunication Conference (WRC-27) will be critical for rewriting the rules of orbital coordination.

The ITU's coordination framework, alongside Western launch capabilities, secures an advantage for the U.S. in orbital positioning.

Western engineers must design hardware that can avoid interference from China's theoretical satellites, referred to as 'ghost noise.'

Western operators have utilized small administrations, like Tonga, for regulatory arbitrage to secure early coordination priority.

The ITU validation software treats satellite filings as mathematical facts and calculates interference without verifying launch capacity.

China's messaging frames the situation as a Global South equity issue, which is considered strategic despite its cynicism.

The United States has not filed for massive constellations through NASA or the Space Force due to limitations in state action.

RSDTII was formally registered in the Xiong’an New Area on December 30, 2025, one day after China submitted its filings.

Western mega-filings usually remain tethered to investor expectations, while state-backed filings meet strategic timelines.

The integration will notably improve outage predictions and wildfire ignition intelligence.

AiDash provides vegetation, storm, and ignition risk intelligence and SatelliteFirst grid monitoring solutions.

Spire Global has secured a weather intelligence deal in the energy/utilities sector.

The integration enables utilities to better anticipate outages, prevent wildfires, and optimize response operations.

High-resolution forecasts will be a core data source for all of AiDash’s weather-dependent AI tools.

Spire will deliver advanced weather intelligence and data to enhance AiDash’s integrated solution for securing the modern electric grid.

AiDash has integrated Spire’s high-resolution weather forecasts into its AI-driven vegetation and outage prediction tools.

The integration of Spire’s weather forecasts with AiDash’s vegetation risk models creates a comprehensive view of weather-driven grid risk.

The deal between Spire and AiDash was announced on January 22.

Maj. Gen. Stephen Purdy is the acting service acquisition executive for the U.S. Space Force.

Maj. Gen. Stephen Purdy stated that 2024 will focus on program management fundamentals and program execution.

Lt. Gen. Philip Garrant believes that space will gain a significant share of the $1.5 trillion Department of Defense defense budget request for fiscal 2027.

Purdy mentioned a shift from risk reduction and demonstrations to production units being delivered to warfighter hands.

In December 2023, Frank Calvelli signed a program manager fundamentals memorandum emphasizing continual management of program baselines.

The 2023 memorandum highlighted the importance of understanding industry’s motivations and operations, and end-to-end integration of systems.

U.S. Space Force’s Space Systems Command has conducted preliminary planning for a potential increase in funding.

U.S. Space Force’s Space Systems Command is building smaller satellites and ground systems and aims to field within three-year cycles.

Sixty programs were reviewed and changed due to direction from the acting service acquisition executive or at the program executive office levels.

Maj. Gen. Stephen Purdy projected that 2026 will be the year of execution for programs and reforms as directed by the Secretary of Defense and the NDAA.

In 2022, U.S. Space Force’s Space Systems Command received guidance from Frank Calvelli to move to fixed-price contracts and limit non-recurring engineering costs.

Purdy expressed optimism about potential funding increases for the U.S. Space Force.

Purdy indicated that 2025 will involve an aggressive culture acceleration in program management.

Haven-1 is designed to expand access to space and provide an affordable platform for microgravity research and manufacturing.

Haven-1 represents a zero-to-one development approach by Vast.

Haven-1 is scheduled to be ready for launch in Q1 2027.

Haven-1 is scheduled to be the world’s first private space station.