Incomes worldwide Internet 10 to 100 times faster than Elon Musk’s Starlink

Taara’s Laser-Based Internet Technology: A Faster, Cheaper Alternative

• Taara, recently independent from Alphabet, offers a groundbreaking laser-based internet solution, Lightbridge, boasting speeds up to 20 gigabits per second over distances of 20 kilometers.

• This technology surpasses traditional satellite internet, such as Starlink, by being 10 to 100 times faster and significantly more affordable, according to founder Mahesh Krishnaswamy.

• Unlike satellite systems, Taara’s ground-based approach eliminates latency issues by using precisely directed light beams to create point-to-point connections, negating the need for extensive physical infrastructure.

• Successful deployments at events like Coachella 2024 and in various countries demonstrate the system’s versatility and commercial viability, addressing connectivity challenges in remote areas and enhancing network capabilities for large-scale events.

• With plans for an ultra-compact chip in 2026 and a complementary role to existing solutions like Starlink, Taara is poised for significant growth in the rapidly expanding high-speed internet market, offering a revolutionary approach to internet distribution.

Taara, an independent company formed after separating from Alphabet on March 17, 2025, is transforming internet connectivity through its innovative laser technology. With speeds that are 10 to 100 times faster than traditional satellite systems, Taara is marketed as a more cost-effective alternative to services like Starlink. The company’s Lightbridge technology utilizes precisely directed light beams to transmit data over distances of up to 20 kilometers at speeds of 20 gigabits per second, circumventing the limitations of conventional fiber optics and reaching areas where traditional infrastructure is difficult or impossible to install.

Taara’s laser-based system avoids signal latency commonly experienced by satellite internet providers, as it establishes direct point-to-point connections. This approach has already proved effective in high-demand scenarios, such as events like Coachella 2024, highlighting its capacity for both temporary and permanent internet needs. Taara aims to enhance connectivity in remote regions, making it an attractive solution for challenges faced by traditional telecommunications infrastructure.

The decision to spin off from Alphabet was strategic, allowing Taara to attract new investments, like Series X Capital, and to position itself for rapid growth. With a presence already in 12 countries and a small dedicated team, the company has moved from an experimental phase to commercial viability. Taara has successfully implemented its technology in various settings, demonstrating its readiness for broader applications.

Looking ahead, Taara is not complacent with its achievements. Plans for an ultra-compact chip aimed at simplifying deployment are set for release in 2026, which will enhance the company’s operational efficiency and further lower costs. Rather than positioning itself as a direct competitor to Starlink, Taara is carving out a niche by providing targeted high-speed connections specifically designed for underserved locations, while Starlink covers expansive rural areas.

The rapid installation and reduced infrastructure costs make Taara especially valuable for rural communities and temporary situations. As global demand for reliable, high-speed internet increases, technologies that sidestep traditional infrastructure limitations, like Taara’s laser-based connectivity, will become critical players in the future landscape of communication.

Overall, Taara’s innovative approach and novel technology challenge conventional understandings of internet distribution, using light as a medium for data transfer. This mirrors a broader tendency towards inventive solutions in infrastructure development, demonstrating the potential for significant advancements in both performance and accessibility in the realm of internet connectivity.