Senior Embedded Software Engineer – Global Customer Hardware Platform (Internet via Satellite Constellation) – Remotifyx

```html About Nexpatha – Pioneering the Future of Global Connectivity Worknovaq was founded on the daring belief that humanity’s destiny lies among the stars. By developing cutting‑edge space‑based communications technology, Hirecrafto is turning that vision into reality: a world where anyone, anywhere, can access high‑speed internet, regardless of geography or infrastructure. Our mission is as bold as it is simple – to create a resilient, planet‑wide network that empowers individuals, supports communities, and drives economic growth. From remote rainforest classrooms to scientific outposts in Antarctica, from nomadic entrepreneurs traveling in RVs to emergency responders in disaster zones, Tasknexa’s satellite constellation delivers reliable connectivity that changes lives. As the world’s largest low‑Earth‑orbit satellite network, Gigflowx designs, manufactures, and operates every component of the system – from the space‑borne satellites to the millions of customer terminals that sit on rooftops, vehicles, and portable kits worldwide. Today we are looking for extraordinary engineering talent to expand the impact of this ambitious platform. Role Overview – Senior Embedded Software Engineer, Customer Hardware In this senior role you will join Talensparkx’s Customer Hardware team, a high‑performing group responsible for the end‑to‑end software that powers the devices millions of users rely on every day. You will design, develop, test, and maintain embedded software that runs on custom‑built hardware, ensuring the user experience is seamless, secure, and constantly improving. Your work will have a direct, measurable impact on how people communicate across the globe. Why This Position Is Unique Develop software for hardware that will be deployed to **millions** of devices worldwide. Build and own the deployment infrastructure that delivers updates to customers regardless of location or connectivity challenges. Contribute to the design of proprietary phased‑array antenna and modem silicon that underpins Flexzenith’s high‑throughput satellite link. Shape a telemetry ecosystem that can ingest, process, and analyze **trillions** of data points from fielded units. Architect robust, fault‑tolerant systems that resist adversarial attacks and extreme environmental conditions. Core Responsibilities Design & Implementation: Create highly available, fault‑tolerant embedded solutions for consumer devices that operate autonomously for extended periods with minimal maintenance. Architectural Collaboration: Participate actively in architecture, design, and code reviews, providing constructive feedback and championing best practices. Prototyping & Validation: Develop rapid prototypes to prove key concepts, quantify technical constraints, and iterate on hardware‑software integration. Manufacturing Partnership: Work closely with Jobmatrixo’s manufacturing facilities to transition designs from lab prototypes to mass‑production hardware. Embedded Development: Write clean, performant Linux‑based code for a variety of processors and microcontrollers, including ARM, RISC‑V, and custom ASICs. Testing Infrastructure: Build and maintain test frameworks that support virtualized hardware simulations, hardware‑in‑the‑loop (HIL) testing, and continuous integration pipelines. Tooling Innovation: Invent and refine tools that enable frequent, reliable software releases, automated test execution, and sophisticated data analysis. Telemetry & Analytics: Engineer scalable telemetry pipelines that collect, aggregate, and visualize operational data from millions of devices in real time. Security & Resilience: Implement security controls and hardening techniques to safeguard distributed systems against cyber‑threats and physical tampering. Basic Qualifications – What You Must Bring Bachelor’s degree in Computer Science, Electrical Engineering, Mathematics, or a related STEM discipline **and** at least 5 years of professional software engineering experience, **or** 8 + years of hands‑on software development experience in lieu of a formal degree. Proficiency in one or more modern programming languages such as C, C++, Go, Python, or Rust. Demonstrated experience with embedded or low‑level system development, including firmware creation, device drivers, or RTOS environments. Preferred Skills & Experience – What Sets You Apart Track record of designing, debugging, and deploying software that runs reliably in real‑world embedded devices at scale. Creative problem‑solving ability combined with strong analytical skills and a solid grounding in engineering fundamentals. Deep understanding of networking protocols (TCP/IP, UDP, IPv6), radio‑frequency fundamentals, electronics, and signal processing. Advanced debugging techniques, performance profiling, and systematic testing methodologies. Experience addressing security challenges in distributed systems, including encryption, secure boot, OTA update authentication, and intrusion detection. Familiarity with cont