AUTONOMOUS COMMUNICATIONS LINK

Vektor

An edge-deployed, software-defined communication and data-brokering layer built for disrupted, degraded, intermittent, and low-bandwidth (DDIL) environments.

Mission connectivity

reinforced

Comms that refuse to break

Vektor unifies MANET, SATCOM, cellular, and mesh radio into one network. It measures latency, throughput, and stability on every path, continuously, and routes each stream over the best link available. Autonomous systems stay connected, and no one manages the network.

capabilities

Reliable in Contested Environments

Maintains connectivity in jammed, degraded, and bandwidth-constrained battlespaces—reducing the risk of mission-critical comms failure.

Intelligent Data Brokering

Continuously measure latency, throughput, and stability on every available path, then route each kind of data over the link that suits it. Commands take the fastest route while video takes the widest, at the same time.

Seamless Interoperability

Connects heterogeneous transports and protocols into a unified communications fabric—eliminating isolated, brittle networks.

Reduces operator Burden

Connect to any node, in the field with no internet or from anywhere via the cloud, and see the whole network: every node, every link, every path. Vektor configures for you.

SECURE AT EVERY LINK

Every connection in the fabric is an encrypted tunnel: software encryption layered on top of radio hardware encryption, with support for multiple, logically separated security enclaves on a single device.

Enables autonomy &  AI at the edge

Vektor is the communications layer built for uncrewed systems: machine-speed link detection, multipath command-and-control, and safety-critical traffic that never rides a single radio.

Use-Case

vektor operations

Unified network layer

One logical network above every transport: MANET mesh, private wireless, LTE/5G, SATCOM (GEO/LEO/MEO), microwave, and tactical radios. New radios and waveforms join the fabric as they emerge, no vendor lock.

Dynamic, Context-aware routing

Every path is scored on live latency, throughput, and stability, and every stream is matched to the path that fits its job. Not one best route: the right route for each kind of data, simultaneously.

Built-In resilience

Multiple active paths per stream. Critical traffic is duplicated across independent links so the first copy wins; high-volume traffic is spread across links to combine their bandwidth.