Can two separate LEO satellite constellations work together to smooth out micro outages and improve uptime for persistent applications?
Low-Earth Orbit (LEO) satellite constellations have dramatically changed what is possible for connectivity in remote and underserved areas. However, because satellites are constantly moving overhead, periodic micro outages can occur as networks perform beam-to-beam and satellite-to-satellite handoffs.
While these interruptions are often brief, they can impact persistent applications such as cloud services, voice communications, video streaming, remote monitoring, and other mission-critical operations.
The objective of this Truth Lab test was to determine whether Dejero Smart Blending Technology™ could improve availability by combining two independent LEO satellite constellations — Starlink and OneWeb — into a single blended connection.
The goal of this test was simple: determine whether blending two independent LEO satellite constellations could improve availability compared to using either service on its own.
A standalone Starlink Gen3 High Performance terminal operating independently without any blended connectivity.
An Intellian OW70L terminal connected exclusively to the OneWeb constellation with no additional network paths.
Both LEO satellite systems blended together through Dejero Smart Blending Technology™ to create a single managed connection.
To ensure consistent and repeatable results, the test environment was designed to isolate connectivity performance while continuously monitoring application availability across each network path.
An Intellian OW70L connected to OneWeb and a Starlink Gen3 High Performance terminal were installed following manufacturer best practices.
Linux systems generated continuous HTTPS traffic across each network while monitoring responsiveness every 500 milliseconds.
A Dejero M6E6 Gateway combined Starlink and OneWeb into a single blended connection using Smart Blending Technology™.
Availability was calculated over 163 continuous hours by measuring outages and comparing uptime against total test duration.
To minimize false positives caused by internet-related events, an outage was only recorded when both 8.8.8.8 (Google) and 1.1.1.1 (Cloudflare) became unreachable simultaneously. This helped ensure that measured interruptions were attributable to the connectivity path itself rather than a single destination issue.
Access the complete findings, methodology, performance charts, and future Truth Lab updates.