Jobs at eyesAtop

Build developer-facing infrastructure for computer vision and AI modules running on drones and edge devices. Responsibilities include developing frameworks, runtimes, deployment tooling, algorithm versioning, fleet updates, observability, performance monitoring, testing, benchmarking, sensor-data replay, and production support. The role collaborates closely with algorithm, software, hardware, and field teams to move modules from research through operational deployment.

Build and maintain infrastructure connecting software development to field deployment across drones, edge devices, ground stations, and custom hardware. Responsibilities include CI/CD for services, firmware, and edge software; Linux image creation; device provisioning; networking; observability; security; fleet updates; hardware integration; and operational deployment. The role also partners with software, hardware, robotics, and field teams while improving developer experience and owning projects through production operations.

Own the product direction and roadmap for a universal drone control and flight management platform. Translate operational and customer needs into prioritized requirements, epics, and execution plans; coordinate with engineering, algorithms, flight control, R&D, and cross-functional teams; and drive end-to-end delivery while engaging customers in Israel and globally.

Design and own UI/UX across web, mobile, and command-and-control systems. Translate complex, mission-critical workflows into intuitive interfaces, maintain a Figma-based design system, collaborate with Product and R&D, and drive designs from concept through implementation with a user-centered focus.

Develop and deploy computer vision and perception systems for autonomous aerial platforms. Responsibilities include object detection, tracking, classification, SLAM, 3D world modeling, semantic scene understanding, multi-agent perception, sensor fusion, and GNSS-denied operation. The engineer will take algorithms from simulation through live flight testing and production, optimize them for real-time edge hardware, and collaborate with flight controllers, systems engineers, and operations teams.

Own and develop the Android control application for commanding autonomous drone fleets. Responsibilities include architecture, real-time UI development for telemetry, video, maps, and fleet status; networking over UDP, TCP, WebSockets, and custom protocols; performance optimization; offline and degraded-connectivity support; and collaboration with pilots, operators, backend engineers, and integration teams.

Own end-to-end integration of drones, robotics platforms, sensors, payloads, and third-party hardware. Design circuits and PCBs, develop embedded firmware and integration tooling, debug hardware/software/networking issues, and execute HIL, simulation, laboratory, and field validation. Collaborate with OEMs, vendors, and cross-functional engineering teams to deliver reliable, production-ready autonomous systems.

Designs and owns mechanical systems including drone payloads, ruggedized enclosures, mechanisms, wiring, and ground control stations from CAD and prototyping through manufacturing handoff. Performs thermal and structural analysis, optimizes size, weight, cost, manufacturability, vibration isolation, and environmental sealing, and collaborates with systems, hardware, software, NPI, and robotics teams.

Develop and deploy backend software that integrates drones, sensors, payloads, and third-party technologies into a real-time multi-drone platform. Responsibilities include production coding, hardware and API integration, networking and device debugging, simulation and field testing, and end-to-end ownership of deployed capabilities. The role collaborates with vendors, pilots, hardware engineers, and product teams.

Integrate drones, sensors, payloads and third-party software into a fleet management platform. Write production-quality Java, C++, and Python code, debug across software, networking and hardware, test in simulation, lab and field, and own end-to-end integrations with vendors, pilots, and product teams.

Own system architecture and deliver hardware-integrated drone systems from concept to deployment. Lead technical strategy across hardware, software, algorithms, RF, and testing. Drive rapid POCs, integrations, failure investigations, and ensure defense-grade reliability for mission-critical operations while coordinating cross-functional teams.

Integrate drones, sensors, payloads and third-party tech into a multi-drone platform. Write production-quality Java/C++/Python code, debug across software, networking and hardware, test in simulation/lab/field, and own end-to-end integrations from connection to deployed capability.

Lead end-to-end PCB development including architecture, component selection, schematic, PCB layout, bring-up, debugging, validation, and production transfer. Act as technical focal point across digital, mixed-signal, RF, and power domains, conduct design reviews, mentor teammates, and collaborate with mechanical, software, and systems engineers. Expand into embedded software and RF system-level work as needed.

Manage corporate IT infrastructure and security: administer SaaS access and MFA, onboard/offboard employees, provision and harden devices, maintain MDM, manage networking (firewalls, WiFi, VLANs, VPN), support remote access, troubleshoot systems, manage hardware inventory, and support compliance and audits.

Own end-to-end financial operations including monthly close, internal controls, multi-entity consolidation, inventory accounting, budgeting and cash flow, payroll coordination, AP/AR management, and pricing/cost analysis while streamlining workflows.