Ruggedized hardware and decentralized mesh networking for next-generation collaborative autonomy. Built from the ground up for contested, communication-degraded environments.
Every Veles system is engineered around a single constraint: it must continue operating when the network goes dark, the GPS disappears, and the adversary is actively hunting your signals. Our platform solves for that — nothing less.
SWaP-C focused compute modules bring localized AI and complex flight algorithms directly to the airframe. No dependency on cloud infrastructure — intelligence lives at the node.
Self-healing mesh networks allow autonomous units to communicate, coordinate, and adapt in real-time without a central controller. Node loss triggers instant rerouting — the mission continues.
Cryptographically secured data links built into every layer. Compromised nodes are isolated instantaneously, maintaining operational security even when part of the swarm is captured or jammed.
When minutes matter, swarms find what individual units miss. Veles systems deploy rapidly in wilderness, disaster, and maritime environments — coordinating autonomous coverage patterns without reliance on cellular or GPS infrastructure.
Modern ground combat demands persistent surveillance, multi-domain coordination, and resilience under active electronic warfare. Veles swarms operate where individual platforms fail — filling gaps in ISR, force protection, and rapid area clearance.
Every inter-node communication is cryptographically authenticated. No assumed trust, even within the swarm.
Behavioral anomalies trigger automatic quarantine of suspect nodes — the rest of the swarm adapts and continues.
Nodes only receive the mission data they need. Capture of one node does not expose the full operational picture.
End-to-end encryption at the RF layer. Even intercepted traffic yields nothing actionable to an adversary.
Veles Dynamics was founded on a simple premise: the systems being fielded today aren't built for the environments where they'll actually be used. Centralized control, cloud dependencies, and single-point communications work in a permissive environment. They don't work in the places that actually matter.
"We build systems that operate when everything else has been taken offline — and that keep the mission moving when half the network is gone."
Our team draws on backgrounds in embedded systems, RF engineering, autonomous systems research, and operational environments. We build hardware and software together, because systems that have to survive in the real world can't be designed in isolation.
Every design decision is evaluated against worst-case operating conditions, not best-case scenarios.
Zero-trust isn't a feature layer we add at the end. It's the foundation every system is built on.
SWaP-C constraints and software performance are co-designed — not reconciled after the fact.
Autonomy exists to expand operator capability, not to replace operator judgment.
Whether you're a defense prime, a government agency, a search and rescue organization, or an investor — we're interested in talking to people serious about the problem. Reach out and we'll follow up promptly.