Satellite technologies are rapidly developing, and their application extends far beyond ordinary consumer internet. Today, satellite communications are being adapted to support artificial intelligence, integrated into urban infrastructure for disaster preparedness, and even added to everyday gadgets. This rapid expansion of capabilities makes satellite solutions a significant trend, transforming both our daily civilian lives and the security sector.
SpaceX plans to deploy 100,000 new-generation Starlink satellites
The company has filed an application with the U.S. Federal Communications Commission (FCC) to deploy the third-generation Starlink satellite constellation. The new Gen3 network will include up to 100,000 spacecraft, whereas the current constellation comprises about 10,700 satellites.
The constellation will provide connectivity for artificial intelligence systems, consumer internet, businesses, and government agencies. Specifically, it is designed for instantaneous transmission of large volumes of media files, videos, and images. The technology will be implemented in industrial automation, agriculture, telemedicine, and robotics. Each Gen3 spacecraft will provide download speeds of up to 1 Tbit/s.
Third-generation satellites will be located in low Earth orbit at altitudes of 323–327.5 km and 473–477.5 km. For comparison, the current constellation operates at altitudes of 500–550 km. Lower satellite placement reduces signal latency and improves connection stability due to a greater number of spacecraft over the service area. Additionally, this reduces the risk of satellite collisions, as occurred on December 17, 2025, when one of the Starlink satellites in orbit at about 418 km experienced an anomaly, resulting in a small amount of debris and loss of contact with the spacecraft.
Amazon Leo commercial satellite network launch is nearing
While SpaceX prepares for a massive expansion of its constellation, its main competitor is already ready to launch. There are 396 Amazon satellites in low Earth orbit, with each capable of providing up to 1 Tbit/s of bandwidth. This is officially sufficient to begin serving the first subscribers, which the company confirmed after its 14th mission, during which a United Launch Alliance Atlas V rocket launched another batch of 29 spacecraft into orbit.
Chris Weber, Vice President of Amazon Leo, stated that the existing devices will ensure stable service operation in the initial phase. The company is very close to entering the market, which is planned for mid-2026, i.e., this summer.
However, recalling Starlink's experience, it is important to understand that uninterrupted connectivity from Amazon Leo should not be expected immediately. For example, the SpaceX network began operations in 2020 with 900 spacecraft, but users still reported frequent outages, and it took two years to stabilize coverage quality. The bandwidth and coverage area of the new service will grow with the further expansion of the satellite constellation.
Starlink on the streets of Japan: Wi-Fi network deployed on fire hydrant signs
While giants compete for orbit, satellite communication technologies are already being integrated into urban infrastructure for disaster preparedness. Japanese company Fire Hydrant Sign Co. presented a street Wi-Fi network technology based on Starlink. Access points were placed on existing fire hydrant signs, turning them into backup communication nodes for emergencies. The main goal of the project is to provide alternative internet access in case of traditional infrastructure destruction due to earthquakes, tsunamis, or typhoons.
According to the developers, Starlink antennas will be mounted next to road signs, eliminating the need to build new facilities. Japan has about 120,000 such signs, so the potential for network deployment is huge. Developers also plan to use the system during mass events and prolonged power outages.
Currently, the project is in the demonstration phase, and SpaceX is officially not directly involved in this initiative.
Starlink technologies will now also be useful for dog owners
Satellite technologies are also entering the pet care sector. American smart gadget manufacturer Fi has integrated satellite communications into its new product, as regular mobile coverage often disappears outside the city. The Fi Ultra collar has become the world's first dog tracker to use T-Satellite – an implementation of T-Mobile Starlink Mobile using Direct-to-Device technology.
If a pet gets lost in a forest or mountains, the device will transmit coordinates via satellites directly to the owner's smartphone. The collar automatically switches between Starlink, LTE cell towers, Wi-Fi, and Bluetooth for maximum tracking accuracy. The Fi Ultra gadget costs $199, and an annual subscription for satellite communication use will cost $189.
Russia deploys new EW complexes to jam Starlink
While the world is expanding the capabilities of satellite communications, an active struggle for control over it continues at the front. Russian forces have focused their efforts on disrupting Starlink's operations along the contact line, using the Volna-Kupol-Garant electronic warfare complex. According to military expert Serhiy Beskrestnov (Flash), this system destabilizes Starlink's communication over an area of about 20 square kilometers, and approximately 10 such installations have been identified to date.
In addition to using local complexes on the front line, Moscow coordinates its actions with Beijing at a strategic level. A joint investigation by The Insider, Der Spiegel, and Le Monde declassified documents from the Third Sino-Russian Forum on Military-Technical Cooperation, prepared by engineers from China's main space contractor (CASC). These documents identify Starlink as a full-fledged military infrastructure and outline a joint program to limit the operation of the SpaceX network.
The developed plan involves three sequential stages: from diplomatic pressure and preemptive radio frequency interception to conducting massive cyberattacks through civilian terminals and creating cheap weapons for physically shooting down satellites in orbit. To implement these measures, the document's developers propose involving other countries and creating a joint technical alliance.
Conclusion
The main conclusion from the development of satellite technologies is their definitive transition from quantitative to qualitative growth. They are becoming basic infrastructure for artificial intelligence systems, urban security, and more.
However, the large-scale civilian implementation of these technologies now directly depends on security factors. SpaceX's readiness to launch tens of thousands of new-generation spacecraft and geopolitical competitors' attempts to block these processes indicate that the stability and security of satellite networks will determine the direction of this industry's development in the coming years.
