EU-Built · Open Core · Secure Edge Runtime

Secure Edge OS for Autonomous Drone Swarms.

VectraSwarmOS is a secure edge operating layer for autonomous drone swarms — combining embedded Linux, hardware-rooted trust, authenticated MAVLink, encrypted mesh networking and auditable swarm coordination for critical infrastructure and defense-adjacent deployments.

0ms
MAVSEC PoC Overhead
0ms
WireGuard P2P RTT
TEE
Hardware-Rooted Trust
BFT
Auditable Consensus
Research & Ecosystem
EXIST-Forschungstransfer
Grant pathway · Germany/EU
Regulatory Readiness
AI Act · EASA SORA · KRITIS roadmap

Four product layers for trusted autonomy

Trusted Edge Runtime
Secure boot, TEE-assisted key handling, runtime isolation and hardware-rooted trust for companion-computer deployments on embedded Linux platforms.
Secure Boot · TEE · Runtime Isolation
Secure Swarm Communication
Authenticated MAVLink, replay protection and WireGuard-encrypted peer-to-peer mesh networking designed for resilient swarm communication without central infrastructure.
MAVLink · MAVSEC · WireGuard Mesh
Consensus & Mission Integrity
BFT-aware coordination, fallback-safe mission decisions and audit-ready evidence chains help fragmented node observations converge into a defensible shared state.
BFT · Fallbacks · Audit Trail
Compliance & Fleet Operations
Policy enforcement, mission logs, operator dashboards and reporting workflows designed to support EU AI Act, EASA SORA, KRITIS and NIS2 readiness.
Policies · Logs · Reports
The Problem
01
No sovereign trust layer
European operators need autonomous drone fleets that are secure, auditable and deployable under local regulatory constraints — not only flight-capable hardware.
02
Compliance needs evidence
High-assurance deployments require traceable policies, mission logs and defensible safety/security evidence. Compliance cannot be added as a late-stage document layer.
03
Security is bolted on too late
Authenticated commands, encrypted peer links, key lifecycle management and replay protection must be native to the edge runtime, not patched around the flight stack.

Four-layer secure edge stack

VectraSwarmOS is productized as a non-invasive companion layer: trusted runtime, secure communication, consensus-driven mission integrity and compliance-ready fleet operations.

Trusted Edge Runtime In Progress
Embedded Linux runtime for secure boot, TEE-assisted key handling, runtime isolation and policy-bound execution on PX4/VOXL-class companion computers.
Embedded LinuxTEEKMSIsolation
Secure Swarm Communication In Progress
Authenticated MAVLink/MAVSEC messages, replay protection and WireGuard-encrypted peer-to-peer mesh links for resilient swarm communication.
MAVLinkMAVSECWireGuardP2P Mesh
Consensus & Mission Integrity PoC Path
BFT-aware coordination, fallback actions and audit trails for mission decisions, designed to preserve flight-stack determinism while adding trusted autonomy above it.
BFTFallbacksAudit TrailPX4-Aware
Compliance & Fleet Operations Roadmap
Operator dashboards, policy enforcement, mission evidence and reporting workflows for regulated inspection, KRITIS and defense-adjacent deployments.
Fleet OpsPolicyEvidenceAPI
Product Architecture
Operator API / ReportingProprietary
Fleet Operations UIProprietary
Mission Evidence LayerProprietary
VectraSwarm Trusted RuntimeApache 2.0
Security Core / KMSOpen Source
Secure Swarm CommunicationOpen Source
MAVLink / PX4 IntegrationOpen Source
VOXL 2 (Qualcomm QRB5165)Hardware
Embedded Linux + TEERuntime
STM32F7 / PX4 Flight ControllerHardware

Built for critical infrastructure and defense-adjacent autonomy

VectraSwarmOS targets environments where autonomous inspection must be trusted, policy-bound and auditable — not merely automated.

KRITIS Energy
Secure inspection and monitoring of energy assets, grid infrastructure and pipeline networks, with policy-bound operation and evidence-ready mission logs.
Learn more →
Maritime & Offshore
Autonomous inspection of offshore wind, maritime assets and remote infrastructure where resilient peer-to-peer operation and trusted logs matter.
Learn more →
Industrial IoT
Automated inspection workflows for plants, construction sites and logistics hubs, with secure APIs and auditable handover into existing operational systems.
Learn more →
Search & Rescue
Coordinated multi-drone operations in degraded environments, with fallback-safe decisions and reduced dependency on a single command node.
Learn more →

A trust gap in Europe's autonomous drone stack

As drones move from remote-controlled tools to autonomous edge systems, operators need a sovereign trust layer: secure runtime, authenticated communication, auditable coordination and deployment evidence.

EU
Sovereign Deployment Focus
KRITIS
Critical Infrastructure
BVLOS
Autonomous Inspection Path
Open
Developer Trust Model
Internal Product Fit
EU-aligned deployment evidence High
Security-native architecture High
Decentralized swarm coordination High
Open-core developer model Medium+
Audit and compliance evidence High

Internal positioning matrix — not a certification or formal benchmark.

Regulatory Readiness Roadmap
EU AI Act
EASA SORA
EU 2019/945
KRITIS
NIS2 Directive

Non-invasive companion layer for trusted autonomy

Mission Apps
Fleet Operations · Mission Planning · Evidence
Runtime
VectraSwarm Trusted Edge Runtime
Security
TEE · KMS · Runtime Isolation · BFT
Comms
MAVLink + MAVSEC · WireGuard Mesh
Companion
VOXL-class Companion · Embedded Linux · TEE
Hardware
PX4 Flight Stack · ArduPilot Adapter Path
PX4-native, ArduPilot-aware
Designed to sit above the flight stack as a companion-computer layer, preserving flight determinism while adding trust, policy and coordination services.
PoC performance evidence
Internal PoC measurements indicate 0.8ms MAVSEC overhead on STM32F7-class hardware and 1.4ms WireGuard RTT in local peer-to-peer test conditions.
No central infrastructure required
Designed for decentralized peer-to-peer operation, reducing dependency on cloud services or a single ground-control node in degraded environments.
Safety-bounded deployment path
Fast local reactions stay separate from higher-level consensus decisions, allowing trusted autonomy to be introduced without destabilizing the flight-control path.
Team

The People Behind VectraSwarm

Built by founders, security engineers and embedded-systems specialists combining venture-building experience with trusted systems, secure networking, edge AI and perception.

Murat Albrecht – Founder & CEO, VectraSwarm
Founder
Murat Albrecht
Founder & CEO

Commercial management, go-to-market strategy, and regulatory affairs. Background in entrepreneurship and deep-tech venture building.

Dhiman Chakraborty
Technical Leadership
Dhiman Chakraborty
Co-Founder · CTO & CISO

Dhiman leads Vectraswarm’s technology and security organization. He owns the platform architecture and end-to-end security of the stack — from secure boot, key management and trusted execution to authenticated swarm communication and Byzantine fault-tolerant consensus. He is a PhD candidate in Computer Science at CISPA Helmholtz Center for Information Security & Saarland University, where his research focuses on trusted execution environments and hardware-rooted security.

Engineering Team
Salome Sulkhanishvili – Security Engineering, Vectraswarm
Salome Sulkhanishvili
Security Engineering

Salome is a Rust and embedded systems engineer holding an M.Sc. in Embedded Computing Systems from RPTU Kaiserslautern (DAAD scholarship holder). As a Research Assistant at RPTU, she worked on distributed, fault-tolerant real-time control systems in Rust, including containerized microcontroller communication and RTOS-level scheduling and WCET analysis. Her background also includes embedded firmware development and iOS engineering at scale (100,000+ users).

Pascal Panda, Ph.D. – Co-Founder & Head of Edge AI & Perception, Vectraswarm
Pascal Panda, Ph.D.
Co-Founder & Head of Edge AI & Perception

Aerospace engineer with a PhD in Computer Vision and AI, 7+ years of industry experience. At Vectraswarm, he leads real-time object detection, scene understanding, and edge inference on embedded platforms — from ONNX to Hailo-accelerated inference. Previously Senior AI Research Scientist at Airbus and Selectron.

Amir Farahani Khojasteh – Embedded Linux and Trusted Edge Runtime, Vectraswarm
Amir Farahani Khojasteh
Embedded Linux & Trusted Edge Runtime

Amir contributes to Vectraswarm’s embedded Linux and trusted edge runtime. With embedded-security experience shaped by CISPA-adjacent research and engineering environments, FPGA-based systems, trusted execution environments and secure networking, he helps turn Vectraswarm’s secure swarm architecture into deployable edge systems. His expertise includes Yocto, Buildroot, OpenWrt, Linux kernel drivers, device trees, ARM platforms, Xilinx Zynq UltraScale+, Alveo and high-speed interfaces such as Ethernet, PCIe, AXI and RDMA.

Dr. Wilfried Yves Hamilton Adoni
Dr. Wilfried Yves Hamilton Adoni
Embedded Systems

Researcher and assistant professor holding a PhD in Computer Science and Applied Mathematics. He serves as Vice President of the Ivorian Operations Research Society and is an associate researcher at HZDR-CASUS and HIF. His scientific expertise is reflected in his role as a reviewer for the Springer Journal of Big Data, among other international journals.

Academic Mentor
Dr. Sven Bugiel
Dr. Sven Bugiel
CISPA Helmholtz Center for Information Security

Dr. Sven Bugiel is a faculty member at the CISPA Helmholtz Center for Information Security, where his research focuses on system security, trusted execution and hardware-rooted security architectures. As academic mentor to VectraSwarm — a role connected to the company’s CISPA StartUpSecure backing — he advises the team on the scientific foundations of its secure runtime and trust architecture.

Cooperations
Prof. Dr. Olaf Spinczyk
Embedded Software Systems Group, University of Osnabrück

In cooperation with the Embedded Software Systems Group of Prof. Dr. Olaf Spinczyk, University of Osnabrück — in the field of dependable system software for autonomous drones.

Request a technical briefing

Discuss the architecture, deployment assumptions, PoC roadmap or research collaboration path.

Impressum

Angaben gemäß § 5 TMG

VectraSwarm
Murat Albrecht
Neuss, Deutschland

Kontakt

info@vectraswarm.com

Haftungsausschluss

Die Inhalte dieser Website wurden mit größtmöglicher Sorgfalt erstellt. Für die Richtigkeit, Vollständigkeit und Aktualität der Inhalte können wir keine Gewähr übernehmen. VectraSwarm ist ein Startup-Projekt, das unter dem EXIST-Forschungstransfer-Programm eingereicht wird. Es handelt sich nicht um ein bereits gefördertes Unternehmen.

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