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We are driving innovation in automotive technology, creating solutions that shape the next generation of vehicles. Our work sits at the forefront of the automotive industry, combining advanced technologies, challenging engineering problems, and a supportive, professional team environment. We are looking for a Junior Engineer who is eager to learn, grow, and make an impact in a dynamic and innovative environment. This is a unique opportunity to work alongside experienced professionals, gain hands-on experience, and contribute to projects at the forefront of automotive devices. If you are passionate about technology, curious to explore new challenges, and excited to make a real difference, we are the place to develop your skills, innovate, and grow your career. Why join us?
* Work on innovative automotive projects with real-world impact
* Collaborate with a team of experienced engineering professionals
* Solving complex challenges in Embedded systems
* Develop your career in a dynamic, supportive, and inspiring environment Take your next step with us! Join us and be part of a team that delivers advanced automotive technology, solves challenging engineering problems, and drives innovation in a fast-moving industry. About The Position: As a junior SW engineer you will take part in the full SW development lifecycle on advanced automotive chips that power the next generation of vehicles. This is a hands-on, growth-oriented role where you will work closely with experienced software engineers, gain exposure to software development on our designed chips and build a string foundation in Real-Time Embedded software development. In this role, you will:
* Design, implement, and debug Real-Time firmware on cutting edge automotive ICs.
* Develop Embedded communication systems
* Develop hardware drivers for custom programmable hardware
* Integrate and bring up new firmware and SoCs

we are a global leader in autonomous driving technologies and advanced driver-assistance systems (adas). our cutting-edge solutions, including the eyeq chip, mobileye supervision, mobileye drive, and mobileye chauffeur, leverage computer vision and Machine Learning to enhance vehicle safety and enable self-driving capabilities. integrated into millions of vehicles worldwide, our technology is redefining the automotive industry and driving the evolution towards smarter, safer, and more autonomous mobility.
in our group, we research, develop, and deploy state-of-the-art lidar based techniques to achieve world-class results, enabling the safe development of autonomous driving features and advanced driver assistance systems. what will your job look like:
research, design, develop, and implement lidar based algorithms in both Python and C ++ for solving complex problems
evaluate existing models and techniques, and propose innovative approaches to improve algorithm performance and accuracy
examine your algorithms on large-scale real-world data from our data collection vehicles across the globe
collaborate with cross-functional teams to understand requirements and develop solutions
optimize existing algorithms to improve performance and scalability

Required Embedded Linux & Security Engineer
Position Overview:
As an Embedded Linux & Security Engineer, your daily mission involves crafting custom Linux images tailored for our embedded platform, which plays a crucial role in unlocking phones and extracting forensic evidence for law enforcement agencies. Your expertise will also be pivotal in developing and enhancing the Board Support Package (BSP) layer, ensuring the highest level of security for our platform. This position, nested within our security research department, requires close collaboration with research teams to tackle and anticipate the security challenges of tomorrow to bypass security mechanisms of modern phones.
You'll thrive in a role that blends technical challenges with a profound impact on society. You'll contribute to product that play a vital role in law enforcement and public safety. Our collaborative environment offers endless opportunities for professional growth, letting you work side by side with some of the brightest minds in security research and embedded systems development. This position is not just a job; it's a mission to make the world a safer place, with innovative challenges and the chance to solve complex problems daily.
Key responsibilities:
Develop and maintain custom Linux images for our embedded platform, optimizing performance and security.
Design and implement the BSP layer, ensuring compatibility and efficiency across different hardware configurations.
Identify, analyze, and mitigate potential security vulnerabilities.
Engage in innovative problem-solving activities, contributing to the development of new technologies and methodologies.
Maintain up-to-date knowledge of the latest security threats, trends, and technologies.

We are seeking an experienced R&D Product Lead with extensive experience in R&D activities to oversee our project and collaborate with our partners. As an R&D Product Lead, you will lead the team of engineers involved in the project, including system engineering and production. You will take a proactive role in defining technical strategies and will be deeply involved in major architectural and strategic decisions regarding the growth and evolution of our teams.

Your responsibilities will include:

Managing all R&D aspects of the project from the initial stage to delivery.
Overseeing the product development process.
Defining system architecture.
Participating in managing the R&D's Gantt chart and budget.
Assisting in implementing our vision of quality, agility, trust, and timely delivery.
Collaborating with R&D and production teams, as well as supply chain teams. Additionally, working with subsidiary companies abroad in the US, Germany, Sweden, etc.

What will you be doing?
Envision, design and develop new features in all layers of the HPC / AI stack, from the application level, through the programming model (e.g. OpenMP, MPI) and down to the supporting libraries/middleware
Research, design and implement features for HPC / AI applications using parallel programming models (e.g. OpenMP, MPI), accelerators offloading and memory tiers.
Contribute to open-source scientific computing, networking and I/O libraries
Research, design and assist in developing hardware offloads for features relevant for scientific, deep learning, and data-intensive workloads.

our platform sw department is looking for a highly driven and dynamic sw customer engineer to join our team and help shape the future of autonomous driving systems.
our team ensures fast and successful integration of mobileye's technologies in customers solutions (car manufacturers / tier1), from the design phase to a car launch, while working closely with internal r&d teams. we're looking for a strong, hands-on, software engineer who is passionately motivated by challenges and excels in troubleshooting hard, complex problems. what will your job look like?
you will work directly with mobileye's development teams on integration into the car manufacturer's system from a Real-Time, safety-critical system aspects.
you will be responsible to provide quick and professional analysis and troubleshooting of advanced customer issues.
support new boards bring up: coding, integration, unit TEST and customer support..
integration with various Embedded systems
 if you are an excellent, bright, hands-on person with a passion to make a difference come to lead the revolution!

We are looking for exceptionally diverse software developers for a leading team to design and develop our flagship product.

What you'll do:
Collaborate with cross-functional teams to deliver high-quality, secure, and scalable solutions
Stay up-to-date with the latest mobile technologies and industry trends
Design and develop a cutting-edge product, with significant impact and importance
Work closely with exceptional people in our field.

We are seeking a Principal Software Architect to lead the end-to-end design and technical specification of our next-generation ADAS/AD software platform. You will define the architectural vision across key modules-including perception, localization, planning, and embedded platforms-while serving as the technical authority translating product goals into deliverable system specifications. As a "whole-system" expert, you will provide critical technical advisory in customer engagements and serve as the primary "go-to" for complex system-level challenges.
Responsibilities
Software Architecture Leadership:
System Design: Evolve high-level architecture for the ADAS/AD stack, including sensor ingestion, perception, localization, and planning.
Compute Partitioning: Map software components across heterogeneous resources (CPUs, GPUs, NPUs, MCUs) with a deep understanding of SW/FW-oriented execution.
Performance Optimization: Ensure architecture is optimized for multi-threaded, real-time embedded environments (Linux/QNX).
Middleware Integration: Lead the selection and integration of solutions such as DDS, ROS2, and AUTOSAR.
Technical Strategy & Advisory:
Technical Vetting: Review product and marketing requirements for feasibility; provide expert "push-back" and advise on optimal architectural alternatives.
Customer Consultation: Act as the primary technical interface in customer meetings, translating complex technical constraints into clear roadmaps.
Design Specification: Drive technical decomposition of features into architectural specifications and Interface Control Documents (ICDs).
Traceability: Ensure technical designs are aligned with ASPICE-compliant processes and safety goals.
Technical Coordination & System-Level Support:
Technical Anchor: Serve as the primary escalation point for critical system-level "Big Issues," performing root-cause analysis across the full software stack.
Cross-Domain Liaison: Bridge Software, Systems, Hardware, and Validation teams to ensure Hardware-Software Interface (HSI) alignment.
Architecture Reviews: Lead technical audits and conduct DFMEA/DFA to ensure system robustness.
Quality & Compliance:
Ensure architecture compliance with ISO 26262 (Functional Safety) and ISO/SAE 21434 (Cybersecurity).
Support SPICE Level 2+ software quality processes through rigorous design documentation.

As a Principal Software Engineer on the Cortex Platform team, you will be part of a group with the mentality and independence of a startup, backed by the power of a successful corporation. You will be instrumental in designing and building a massive-scale infrastructure that supports billions of events per second. Your work will involve storing, processing, and visualizing data to collaborate with the industry's leading cyber products and deliver unparalleled security insights.
Key Responsibilities
Own the end-to-end software development lifecycle, from requirement analysis and design through to development, deployment, and ongoing support.
Architect, design, and develop highly scalable, distributed backend services capable of processing billions of events per second.
Proactively collaborate and exchange information with cross-functional teams, including product management and other engineering groups, to ensure alignment on goals and deliverables.
Drive technical innovation by proposing and implementing new ideas and initiatives, transforming concepts into tangible product features.
Ensure high standards of code quality, performance, and reliability through rigorous code reviews, automated testing, and proactive system monitoring.
Mentor and empower other engineers on the team, sharing knowledge of best practices in software design and cloud technologies.

Our engineering team is at the core of our products and connected directly to the mission of preventing cyberattacks.‏ We are constantly innovating - challenging the way we, and the industry, think about cybersecurity and the data security landscape. Our engineers dont shy away from building products to solve problems no one has pursued before. We define the industry instead of waiting for directions. We need individuals who feel comfortable in ambiguity, excited by the prospect of a challenge, and empowered by the unknown risks facing our everyday lives that are only enabled by a secure digital environment.
Job Summary
As the Software Engineering Director, you will lead backend engineering teams and groups dedicated to building and maintaining our industry-leading cybersecurity. You will define and drive the vision and strategy for software development, ensuring the highest delivery standards of quality, security, and scalability. In close collaboration with product management, platform teams, you will guide the delivery of innovative, reliable solutions that address the evolving needs of our customers and safeguarding our clients data within the dynamic cloud landscape.
Key Responsibilities
Lead and mentor BE engineering teams and managers, driving recruitment, retention, and talent development. Foster a culture of collaboration and innovation
Oversee the design and delivery of secure, scalable software solutions, ensuring best practices in security throughout the development lifecycle
Work closely with product, design, and platform teams to align engineering with business goals and customer needs
Drive innovation by designing and implementing impactful solutions that address client needs, contributing to the full feature development lifecycle from design to deployment
Take ownership of wide feature segments, ensuring high-quality code and robust functionality through meticulous attention to detail and a focus on execution
Proactively collaborate and exchange information with cross-functional teams, including product and infrastructure, to ensure seamless integration and alignment on shared objectives
Engage in technical discussions, openly sharing knowledge and learning from others to solve complex problems and elevate team expertise
Design and build highly scalable, resilient, and secure cloud-based applications and microservices.

As part of System Architecture group, the Cybersecurity System Architect will define the end-to-end architecture of advanced network security services, such as intrusion prevention systems (IPS), and host-based intrusion detection systems (HIDS) and firewalling. This role is at the forefront of integrating deep security intelligence into high-performance, scalable network operating systems and telecom-grade platforms.
As part of R&D core function, shaping next-generation secure network infrastructure by embedding deep packet inspection, behavioral analytics, and threat mitigation into the product architecture.
Responsibilities
1. Architecture of Integrated Security Services
Define and lead the system architecture for L3-L7 firewalling, stateful inspection, policy enforcement, and application-aware filtering.
Architect integration of IPS, DPI, signature- and anomaly-based detection, and evasion-resilient detection engines into control and data plane systems.
Specify how HIDS capabilities will be embedded or interfaced with NOS components for detecting host-based anomalies and compromise indicators.
2. Threat Detection & Prevention Frameworks
Design scalable architectures that support high-speed signature matching, traffic heuristics, and flow analysis under real-world traffic conditions.
Define mechanisms for rule updates, threat intelligence feeds, and integration of ML-based detection algorithms.
Architect policy engines for complex rule matching, including user-defined policy trees and hierarchical control structures.
3. Secure System Integration
Lead system-level threat modeling and security design reviews across platform, OS, and networking protocol layers.
Define secure communication paths, trust boundaries, and cryptographic protections for sensitive metadata, logs, and update mechanisms.
Ensure proper isolation and sandboxing of inspection/control modules, especially in multi-tenant or containerized environments.
4. Performance and Resilience Considerations
Design architectures to meet line-rate security enforcement, ensuring minimal latency overhead while preserving packet integrity.
Align with the HW Architecture for performance optimized flow offload strategies (e.g. hardware-assisted DPI).

As part of System Architecture group, we are looking for an experienced System Architect to lead system and architecture for a network operating system of a hyper scale router & working as part of a technical team in charge of all system, software, algorithms and protocols design, Continues and constant customer engagement at the requirements, product and design levels.
Responsibilities
Collaborate closely with cross-functional teams including software engineers, network engineers, and product managers to define system requirements and design solutions.
Perform spec reviews and provide guidance to team members in design reviews
Develop and implement high-level design methodologies and standards to optimize system architecture.
Drive architectural initiatives that improve system resilience, security, and efficiency.

We are seeking a highly skilled and experienced Windows Internals Team Leader to lead a specialized attack team focused on developing offensive, production-ready attack capabilities. This is a research and development (R&D) role at the core of our offensive security efforts. You will be responsible for architecting and delivering advanced low-level attack components used in evasion techniques, red team tooling, and adversary simulations.

You will be hands-on in both leadership and development, guiding technical direction, mentoring engineers, and contributing code across kernel-mode and user-mode components.

The Impact You Will Have

Lead the design, development, and deployment of production-grade offensive capabilities targeting Windows systems
Develop low-level Windows components including kernel-mode code, user-mode loaders, and OS-level evasion mechanisms
Implement Python bindings to connect native low-level components with Python-based research tools and automation
Debug complex issues in both kernel and user space using tools such as WinDBG and KD
Research and develop bypass techniques for modern Windows security controls
Collaborate with the Research Team and other R&D stakeholders to implement and refine offensive concepts
Provide technical mentorship and drive engineering best practices within the team

As a Senior/ Principal/ Senior Principal Software Engineer at Cortex Cloud, you will serve as a primary technical architect and visionary for our core communication infrastructure. This role is focused on the critical server-side backbone that facilitates high-scale bidirectional communication between our cloud services and client-side applications.
You will be responsible for the architectural integrity of systems that receive massive data inflows from the field and reliably broadcast intelligence back to millions of endpoints. This is a high-impact leadership role requiring a blend of deep technical mastery in distributed systems and the ability to influence technical strategy across the organization.
Key Responsibilities
Architectural Strategy & Vision: Define and drive the multi-year technical roadmap for our server-side communication infrastructure, ensuring the platform remains resilient and performant under extreme load.
High-Scale Communication Infrastructure: Lead the design and implementation of backend systems optimized for receiving high-scale data from client-side apps and distributing data back to a vast ecosystem of endpoints.
Technical Leadership & Influence: Act as a force multiplier by providing technical guidance to multiple engineering teams, aligning them on shared protocols, architectural standards, and communication patterns.
Drive Engineering Excellence: Champion a culture of high engineering rigor, focusing on deep observability, low-latency data distribution, and runtime stability for mission-critical production environments.
Cross-Functional Collaboration: Partner with Product Management, Infrastructure, and Client-Side Engineering teams to evaluate technical trade-offs, mitigate risks, and ensure seamless end-to-end data flow.
Innovation & Prototyping: Spearhead the evaluation of emerging technologies and lead "proof of concept" initiatives for next-generation transport layers and messaging paradigms.
Technical Mentorship: Invest in the growth of Senior and Staff engineers through deep-dive design reviews, code audits, and hands-on pair programming on the most critical paths.
Strategic Customer Engagement: Support the business by leading technical deep dives with strategic customers, translating complex architectural concepts into actionable confidence for our partners.

As a Principal Product Manager for Cortex Cloud Application Security (CAS), you will be at the forefront of securing the development ecosystem from code to deployment. You will help design, build, and ship industry-defining products that facilitate "shift left" security operations. Your work will directly empower application security teams and developers to build more secure cloud applications by identifying and remediating risks across IaC, source code, open-source libraries, and CI/CD pipelines.
Key Responsibilities
Manage the entire product lifecycle for key areas of Cortex Cloud CAS, from customer feedback collection and feature prioritization to writing product requirements and working with engineering to deliver the roadmap.
Lead core pillars within the CAS product, driving growth by bringing innovative and disruptive approaches to solve complex application security challenges.
Collaborate effectively with cross-functional teams across a global organization, including engineering, sales, marketing, and customer success, to ensure product alignment and successful launches.
Develop a deep understanding of DevOps and Application Security practitioner workflows and use cases to guide product strategy and ensure solutions meet customer needs.
Partner with go-to-market teams to support existing customers, identify common user problems, and effectively launch new solutions and features.
Take ownership of new technology products and their full lifecycle, ensuring they meet enterprise-class standards and deliver value to customers.