Sat.One ‘Resilient’ — a new standard in enterprise-grade LEO connectivity for critical operations
Sat.One launches ‘Resilient’ — a new standard in enterprise-grade LEO connectivity for critical operations
Perth, WA– [22|05|2025] –Sat.One, a leader in enterprise Low Earth Orbit (LEO) satellite connectivity, has announced the launch of Sat.One Resilient, a fully managed, multi-constellation LEO service designed to deliver reliable, high-availability communications across Australia and beyond.
As the adoption of LEO satellite networks accelerates, enterprises increasingly turn to Non-Terrestrial Network (NTN) connectivity to extend beyond the reach of terrestrial infrastructure. But with this opportunity comes new complexity, including maintaining performance across different constellations and minimising the impact of packet loss, jitter, and latency on critical applications. Sat.One Resilient is engineered to meet these challenges head-on, delivering the highest SLA in the market.
“LEO connectivity is redefining what’s possible for enterprise communications,” saidDan Fairbairn, CEO of Sat.One. “But unlocking its full potential requires more than just access, it demands resilience. That’s why we designed and builtSat.One Resilient from the ground up, powered by ARGO, to meet the highest expectations for performance, availability, and reach.”
Sat.OneResilient is a fully managed service that is purpose built for enterprise and government. It provides consistent performance across remote and hybrid environments, delivering intelligent link management, always-on multi-constellation connectivity, and seamless integration with customer networks.
At the core of Sat.One Resilient is ARGO, Sat.One’s software-defined edge platform built specifically for the unique demands of Low Earth Orbit connectivity. While traditional SD-WAN solutions are designed for stable terrestrial networks and react only after a link degrades, ARGO takes a different approach. It anticipates changes in link conditions caused by weather, RF interference, or satellite movement, and adapts in real time to maintain consistent performance across multiple LEO constellations.
“Sat.One tested multiple SD-WAN products and found none met the performance thresholds needed for enterprise-grade LEO,” said Fairbairn. “Unlike SD-WAN, ARGO proactively mitigates link degradation before it impacts the user. No SD-WANc an achieve this.”
ARGO uses advanced machine learning to anticipate service degradation using leading indicators, not lagging symptoms. It takes real-time corrective action before a session is lost or performance drops. The result is an experience optimised for satellite from the ground up, achieving 99.9% service availability today, with a roadmap to 99.99%, and maintaining packet loss consistently below 0.1%,exceeding enterprise and government performance expectations.
Sat.OneResilient is designed to work seamlessly with customer networking environments, including SD-WAN deployments. ARGO provides a clear demarcation point at the customer edge and supports standard Ethernet handoff. It retains DSCP markings and aligns with the three classes of service offered by OneWeb, enabling more predictable performance for latency-sensitive applications such as VoIP, telemetry, real-time video, and remote system control.
The service already supports critical infrastructure projects across the government, emergency services, and resource sectors.
“Sat.OneResilient gives enterprise customers the certainty and performance they need,”said Fairbairn. “With enterprise LEO connectivity that’s managed, monitored, and mission-ready, there’s no substitute. As expectations rise and policytightens around critical infrastructure, organisations need connectivity they can trust.”
Sat.OneResilient is available exclusively through Sat.One’s partner network of telecommunications and managed service providers. It is designed to integrate seamlessly into partner offerings, delivering added resilience for customers inremote locations or those who need alternate network paths to safeguard against terrestrial outages.
To learn more or become a Sat.One partner, visit: https://sat.one
