Imagine building the vital infrastructure for a cutting-edge autonomous aerial platform that will actually take flight. At Helsing, you won’t just be developing software; you’ll be shaping the foundational capabilities for our own Unmanned Combat Aerial Vehicle (UCAV), the CA-1 Europa. This is a unique opportunity to directly contribute to a novel system designed from the ground up.
You will be building the higher-level mission control foundation, the sophisticated infrastructure that enables real-time sensor processing, secure communication, seamless integration of autonomous decision-making modules, and reliable interfacing with lower-level flight control systems. This isn’t theoretical; your code will be critical to the CA-1 Europa’s ability to fly, perceive, and operate effectively in the most demanding environments.
We build software that is subject to significant and unorthodox technical constraints, must operate in a wide variety of constantly-changing environments, and has to support an ever-growing list of challenging use-cases. What we build ultimately ends up in the hands of real people in high-risk, high-stress situations, so it must be both reliable and frictionless. Taken together, this brings a whole host of interesting engineering challenges across a wide variety of fields that you’ll help us solve. To give some examples:
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Distributed systems & Communications (e.g., intermittent connectivity and integrating with bespoke communication hardware and protocols)
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Embedded computing (e.g., resource-constrained compute and real-time operating systems)
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Networking (e.g., long-range low-bandwidth radios and cross-medium routing)
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Deployment & Integration Infrastructure (e.g., designing and implementing custom secure runtime environments for vendor code)
In several of these areas, we are working near the state-of-the-art; we actively read (and sometimes implement) research papers, and often need to push even further to make theory work in practice. In others, we are applying well-known techniques to real-world situations (with real-world limitations) that have never been used in before, which requires skill, diligence, and honing a deep understanding of the underlying technologies.