Vocus, Australia’s leading digital infrastructure provider, has partnered with Telesat to establish Australia’s inaugural Telesat Lightspeed Low Earth Orbit (LEO) Landing Station.
The new facility will be constructed and operated in New South Wales, connecting Telesat’s advanced LEO satellite constellation to terrestrial networks across the region.
This strategic development will enable secure, low-latency satellite services, bolstering Australia’s digital infrastructure resilience. Vocus will provide fibre connectivity to link Telesat’s point of presence (PoP) with the landing station, facilitating efficient data transfer between satellite and ground networks.
“Vocus is an ideal partner to deliver resilient, scalable terrestrial infrastructure that not only interconnects customer data but also strengthens Australia’s digital infrastructure. With satellite launches beginning in late 2026, this landing station will be a critical component for satellite testing, customer trials, and global service deployment,” said Asit Tandon, Telesat’s Chief Network and Information Officer.
“With 30 ground stations already in operation or under development, Vocus provides the reliable infrastructure needed to support the growth of LEO networks and deliver low-latency connectivity to enterprise and government customers in Australia,” said Ashley Neale, Head of Vocus Space and Wireless Operations.
The partnership includes a long-term agreement for Telesat Lightspeed services, which will offer Vocus’ customers resilient, high-performance connectivity. These services, backed by committed information rates (CIR) and comprehensive service level agreements, will enhance Vocus’ existing LEO satellite offerings.
Glenn Katz, Telesat’s Chief Commercial Officer, emphasized the differentiated capabilities of the Lightspeed network, including its MEF 3.0 compliant Carrier Ethernet services and options for Private Access Stations with enhanced security features.
“Our architecture allows for direct terminal-to-terminal connectivity, eliminating the need for terrestrial links for sensitive data transmissions. For example, a naval vessel could communicate directly with deployed soldiers via optical laser-linked satellites, bypassing land-based infrastructure and preserving data sovereignty beyond Australia’s borders,” said Katz.
This direct connectivity feature is particularly valuable for mission-critical applications requiring secure, real-time communications, ensuring that sensitive operations can be executed with maximum security and minimal latency. The establishment of the New South Wales landing station marks a significant step forward in expanding Australia’s satellite connectivity capabilities and supporting national security, enterprise, and government needs through innovative space-based solutions.
