Develop the Application Layer of a high-performance software solution running on Client/Edge devices (PC/Embedded) using .NET 8+ to orchestrate application workflow, integrate with Native C++ Libraries, manage multi-threaded operations on Linux & Windows, and handle basic Data Persistence.
Responsibilities
Develop robust Console Applications / Background Services running on Windows and Linux using .NET 8+
Implement Multi-threading logic to handle simultaneous tasks without freezing the application
Apply Asynchronous Programming (Async/Await) correctly to maximize system responsiveness
Implement "Watchdog" mechanisms, auto-recovery, and resource management (CPU/RAM)
Use P/Invoke and Marshaling to call functions from existing Native Libraries (DLL/.so)
Requirements
Bachelor Degree/ Master Degree in Software Engineering/Computer Science or relevant field
Work closely with robotics customers and Ethernovia engineering teams to develop optimized system-level connectivity architectures.
Compensation
The annual salary range for this position is $200,000 - $275,000. The compensation package will also include incentive compensation in the form of pre-IPO ISO options, in addition to base salary and a full range of medical and other benefits.
Responsibilities
Develop end-to-end connectivity architectures for humanoid, mobile, and industrial robots.
Define networking solutions connecting AI processors, cameras, sensors, controllers, and distributed computing nodes.
Create system-level block diagrams, connectivity blueprints, and reference architectures.
Optimize designs for bandwidth, latency, determinism, power, cost, and reliability.
Work directly with robotics OEMs to understand requirements and recommend solutions.
Lead a multi-disciplinary software engineering organization developing next-generation control and supervisory solutions for Data Center applications, including embedded PLC/controller software, supervisory software, and Web UI.
Responsibilities
Lead, mentor and develop an engineering organization of approximately 30 engineers across 6 Scrum teams.
Build a strong technical leadership structure through architects, technical leads and Scrum/product engineering leads.
Own resource planning, competency development, hiring, onboarding and succession planning.
Establish clear accountability for delivery, engineering quality and technical excellence.
Coach engineers and technical leaders and create an environment that promotes innovation, ownership and continuous learning.
Requirements
Bachelor's degree in Computer Science
Master's degree in Computer Science
Bachelor's degree in Computer Engineering
Master's degree in Computer Engineering
Bachelor's degree in Electronics/Electrical Engineering
Build and enhance networking and security functionality across proxy, DNS, VPN, firewall, routing, and related services.
Locations (3)
Augusta, Georgia, United States
Atlanta, Georgia, United States
Denver, Colorado, United States
Compensation
The anticipated base salary range for this position is $160,000-180,000 annually, with final compensation determined based on experience, skills, qualifications, and other job-related factors.
Responsibilities
Build and enhance networking and security functionality across proxy, DNS, VPN, firewall, routing, and related services.
Develop C/C++ data-plane components with attention to correctness, throughput, latency, and resource usage.
Build Go control-plane services, APIs, and tools for configuring and managing multitenant network services.
Mission Systems Software Engineer - BlueSky (R5199)
f7d8749a-72d6-407c-bf98-292ea630c73a · Posted Oct 27, 2026
The Mission Systems Software Engineer will work on developing solutions of a real time system environment to provide mission computing support at the center of an autonomous aircraft with sensor and weapons.
Compensation
Pay within range listed + Bonus + Benefits + Equity
Responsibilities
Serve as a software mission systems engineer for a safety- and mission-critical real-time mission-computing system aligned with A-GRA and AMS-GRA principles, profiles, interfaces, and data standards.
Define and maintain the end-to-end software architecture, including mission applications, platform services, middleware, operating-system interfaces, hardware-abstraction layers, networking, data distribution, component boundaries, and APIs.
Architect for deterministic real-time performance by addressing scheduling, latency, jitter, synchronization, throughput, resource utilization, distributed processing, and CPU/GPU/accelerator allocation.
Develop architecture views, interface definitions, data-flow and deployment models, sequence and timing diagrams, resource budgets, trade studies, and technical decision records.
Integrate sensors, effectors, communications, navigation, autonomy, mission management, command-and-control, data-processing, and vehicle services in collaboration with hardware, FPGA, cybersecurity, safety, systems, integration, and test teams.
Requirements
Bachelor’s degree in Computer Science, Software Engineering, Computer Engineering, Systems Engineering, Aerospace Engineering, Electrical Engineering, or a related technical field
Serve as the Responsible Engineer for a major embedded subsystem, developing greenfield embedded software from requirements to production-ready implementation, and owning the subsystem throughout its lifecycle.
Responsibilities
Serve as the Responsible Engineer for a major embedded subsystem
Develop greenfield embedded software from initial requirements and architecture through field-tested, production-ready implementation
Write, review, test, profile, and debug production software in a low-level systems programming language
Design deterministic software for systems with strict latency, jitter, timing, memory, and compute constraints
Bring up new embedded hardware in close collaboration with Avionics and Power Electronics engineers
Requirements
Nice to have: Safety-critical or high-reliability product development
Nice to have: Embedded system lifecycle from blank sheet to production
Nice to have: Autonomous vehicles, underwater systems, UAVs, robotics, aerospace, automotive, industrial controls, medical devices, energy systems
Nice to have: Embedded Linux build and distribution systems