Connectivity aggregation is the idea behind a new software product from FORT Robotics, announced on October 14, 2026 at the Association of the United States Army (AUSA) Annual Meeting & Exposition in Washington, D.C. According to the company, Connectivity Aggregation combines cellular, satellite, Wi-Fi and tactical radio into one link that adapts automatically as network conditions change, so autonomous and remotely controlled machines stay reachable when a single network falls short.
Why connectivity aggregation matters for remote machines
FORT describes itself as “the Trust Layer for Physical AI”. Its argument is simple: a robot should never become unreachable just because one network fails. The company says that operating robots and vehicles from a distance often means relying on several networks, especially in places with physical obstacles, dead zones or compromised infrastructure.
When one network underperforms or drops, switching to another by hand can cause downtime. For critical operations, FORT says even a fraction of a second of disruption can lead to mission failure. CEO Samuel Reeves put it plainly: a dropped phone call is annoying, but it is “a very different problem when someone is remotely operating a 20-ton machine.”
What FORT says the software does
According to the company, Connectivity Aggregation bridges any combination of cellular, satellite, Wi-Fi and radio networks into a single, optimized connection. It is designed to be network-agnostic and to work in any location. FORT says it works with standard commercial networks, needs no proprietary devices or custom cellular links, and can run over both public and private networks.
Customers can run the software on their own hardware, use it standalone, or combine it with FORT’s wider hardware and software platform. FORT says it works directly with each customer on integration. The company adds that the product is in active rollout with several defense customers that have critical connectivity needs, and that it was shown at the Innovation Pavilion hosted by J.A. Green & Company.
About the company behind it
FORT says it was founded in 2018 and holds 25 patents. Its technology is used by more than 600 customers, with more than 19,500 units in the field across defense, warehousing, transportation and agriculture, among other industries. It has also announced plans to go public through a business combination, subject to regulatory approvals.
The other side: security and reliability questions
The announcement is a product launch, so it is worth reading with care. The release did not share test results, latency figures, or how much extra reliability the software delivers compared with a single link. Those numbers matter when the stakes are heavy machinery or defense operations.
FORT’s own forward-looking statements are candid about limits. They note that the software may not perform as designed or reach the expected reliability in every network, environment or operating condition, including contested environments. They also note reliance on third-party networks and dependence on defense and government customers. The statements list privacy, data protection and cybersecurity incidents as risks as well.
From a security point of view, there are open questions the release does not cover. Combining several networks means more connections to protect, so readers may want to know how links are authenticated and encrypted, and how the system behaves if one of the networks is hostile or spoofed. Supporters would say that more than one path is better than a single point of failure. Skeptics would say that more paths also means more places to attack. Independent testing would help settle it.
You may also like our stories on VicOne cybersecurity extension for robot simulation and a new MIT algorithm for AI safety rules.
My view on connectivity aggregation
As a writer, I feel the problem FORT describes is real and easy to understand: remote machines are only as safe as their connection. Bonding several networks sounds like a practical answer, and “no proprietary hardware” is an appealing promise. But I would want to see field data, security details and clear fallback behaviour before treating it as proven. A launch with several customers is a start rather than a track record, and readers can decide how much weight to give it.
FAQ: FORT Robotics Connectivity Aggregation
What is FORT Robotics Connectivity Aggregation?
It is a software solution that combines cellular, satellite, Wi-Fi and tactical radio networks into one link that adapts to changing conditions, so autonomous and remotely controlled machines stay connected.
Does it need special hardware?
According to FORT, it works with standard commercial networks and needs no proprietary devices or custom cellular links. Customers can run it on their own hardware.
Who is using it?
FORT says it is in active rollout with several defense customers. It did not name them or share performance results in the announcement.