Mesh Network Engineer (SDR & MANET Systems)

Permanent employee, Full-time · München

Role

At Hive Robotics, we are developing secure networking technologies for next-generation unmanned platforms and RF communication systems. Our focus is on high-performance, low-latency based mesh networking over software-defined radios, designed to operate reliably in dynamic and highly crowded environments.
As a Mesh Network Engineer, you will design, implement, and optimize the low-level mesh networking stack, with a strong emphasis on Layer 2 and below. Your work will enable reliable, encrypted IP communication across mobile ad-hoc networks (MANETs) under challenging RF conditions.

Responsibilities

Design, develop, andmaintainlow-level embeddedmesh networking stackfor wireless, decentralized, and mobile ad-hoc systems.
Designand implement a custom mesh layer atLayer 2or belowto minimize IP packet latency in high-interference and jammed environments.
Optimizemesh networking for bandwidth efficiency, latency, fast convergence, and resilience in rapidly changing topologies.
Build tight integration between the IP stack and the underlying mesh layer, enabling intelligent packet handling, prioritization, and recovery.
Integrate cryptographic, encryption, and key management mechanisms into embedded communication pipelines.
Collaborate closely with SDR, RF, hardware, and systems teams to align networking software with radio architectures and waveform constraints.
Support system-level testing, validation, and performance analysis in simulation, lab, and field environments.
Participate in defining communication architectures, including routing strategies, quality of service (QoS), time-of-flight, synchronization, and network resilience.
Contribute to design documentation, system integration, and continuous improvement of communication frameworks.

Requirements

Master’s degree in Computer Science, Communications Engineering, ora relatedfield.
7+ years of proven experience with wireless networking and mobile ad-hoc networks (MANETs).
Strong understanding of MAC (Layer 2), Network (Layer 3), and Transport (Layer 4) protocols, including TCP/IP, UDP, routing, and congestion control.
Solid background in embedded Linux networking, including the Linux IP stack; strong proficiency in C/C++.
Demonstrated ability to design or modify low-level networking layers to meet strict latency and reliability constraints.
Experience with cryptography, encryption, and key management for embedded or wireless communication systems.
Familiarity with Linux-based embedded platforms, real-time operating systems (RTOS), and network stacks.
Ability to work independently, take technical ownership, and collaborate effectively across disciplines.
Excellent communication skills in English; German is a plus.
Based in Munich or willing to relocate.
ExperiencedevelopingLinux kernel space, particularly networkingsubsystemsor drivers.
Knowledge of secure communication frameworks such as TLS, DTLS, IPsec, or custom lightweight protocols.
Familiarity with routing approaches for dynamic mesh networks (e.g., OLSR, BATMAN, AODV, DSR).
Hands-on experience with network simulation and analysis tools (ns-3,OMNeT++,Scapy).
Background in cybersecurity, resilient communications, or interference-aware system design.
Strong practical interest in SDRs, RF systems, wireless communications, or distributed robotic platforms.

Why Join Us

Work on deep-tech mesh networking and secure communications that enable real-world autonomous systems.
Tackle low-level networking and RF-constrained problems where performance truly matters.
Influence core architecture decisions in a high-impact, early-stage engineering environment.
Collaborate with a highly skilled, multidisciplinary team across robotics, RF, and embedded systems.
Competitive compensation,relocationsupport, and growth opportunities within an innovative European robotics company.

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About us

We at Hive Robotics democratize local and worldwide teaming and swarming solution in multiple domains

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