Astrome, a pioneering startup founded in 2015 by Neha Satak and Prasad H L Bhat, is transforming the landscape of wireless communication with its groundbreaking millimeter-wave technology.
The company, headquartered in Bangalore, is at the forefront of a technological revolution, redefining how high-bandwidth connectivity is delivered globally.
Innovative Solutions for a Connected World
Astrome’s mission is to accelerate the rollout of 5G networks and bridge the digital divide in rural areas through its advanced solutions.
The company’s flagship product, GigaMesh, is the world’s first multi-beam E-band radio.
This revolutionary technology allows simultaneous communication between multiple towers, delivering gigabit speeds and significantly reducing operational costs.
The intelligent software engine within GigaMesh ensures automatic link alignment and dynamic power adjustments, drastically cutting deployment times and eliminating the need for physical truck roll-outs.
In addition to GigaMesh, Astrome offers GigaSat, a flat panel satellite terminal designed to support multiple frequencies and simultaneous spot beams.
GigaSat is tailored for low-cost user terminals for satellite constellations and mobility terminals for GEO satellites.
With its flat panel design and electronically steerable antenna, GigaSat provides versatile and high-performance connectivity solutions.
SpaceNet represents another leap forward in satellite technology.
This fully software-defined payload technology operates in the V/W-band, delivering ultra-high throughput with capacities exceeding 180 Gbps per satellite.
SpaceNet’s infrastructure cost is projected to be ten times lower than existing LEO/MEO constellations, making it a game-changer for satellite operators aiming to provide high-speed internet in remote areas.
Addressing Global Connectivity Challenges
Astrome’s innovative products address several critical challenges in global connectivity:
- High-Cost Infrastructure: Traditional network infrastructure, especially in rural areas, is often prohibitively expensive. Astrome’s wireless fiber solutions, particularly GigaMesh, offer a cost-effective alternative to laying physical fiber, enabling affordable high-speed internet in hard-to-reach locations.
- Deployment Time: Traditional network setups can be time-consuming and require significant physical resources. Astrome’s software-driven solutions reduce the need for manual adjustments and physical interventions, significantly speeding up deployment processes.
- High Throughput Needs: The demand for high-bandwidth communication is growing rapidly, driven by the expansion of 5G networks and the need for robust satellite communications. Astrome’s technology meets these demands with its high-speed, high-capacity solutions.
The Journey of Innovation
Astrome was born out of a shared vision between its founders, Neha Satak and Prasad H L Bhat.
Neha, a serial entrepreneur with a PhD in aerospace engineering, combined her passion for technology and business to create Astrome.
Prasad, a technologist with a deep background in automation engineering, leads the company’s technology team, bringing his extensive experience to the forefront of innovation.
From its inception, Astrome has been committed to pushing the boundaries of millimeter-wave technology.
The company’s solutions are designed not just for today’s needs but for the future of global connectivity, encompassing everything from terrestrial to satellite communication networks.
Looking Ahead
Astrome is not just about creating technology; it’s about creating impact.
The company’s vision is to transform digital infrastructure, enabling seamless, high-bandwidth connectivity across land, sea, and air.
By building strategic partnerships with telecom providers, satellite operators, and government entities, Astrome is poised to play a crucial role in the next wave of connectivity solutions.
As Astrome continues to innovate and expand, its groundbreaking technologies promise to address the global challenges of connectivity, making high-speed internet accessible to billions around the world.
