網件有限公司

At NETGEAR, we are on a mission to unleash the full potential of connectivity with intelligent solutions that delight and protect. We turn ideas into innovative networking products that connect people, power businesses, and advance the way we live. We're a performance-driven, talented and diverse team that's committed to delivering world-class products for our customers. As a company, we value our employees as the most essential building blocks of our success. And as teammates, we commit to taking our work to the Next Gear by living our values: we Dare to Transform the future, Connect and Delight our customers, Communicate Courageously with each other and collaborate to Win It Together. You’ll find our values woven through our processes, present in our decisions, and celebrated throughout our culture. We strive to attract top talent and create a great workplace where people feel engaged, inspired, challenged, proud and respected. If you are creative, forward-thinking, passionate about technology and are looking for a rewarding career to make an impact, then you've got what it takes to succeed at NETGEAR. Join our network and help us shape the future of connectivity. Job Title: Senior Manager, Platform Security Engineering Location: Netgear Taiwan Engineering Center, Neihu, Taipei, Taiwan About the Role: We are seeking an experienced and strategic Senior Manager to lead our growing Security Engineering team at the NETGEAR Taiwan Engineering Center. This role will oversee a cross-functional team of Security Technical Project Managers (TPMs), Security Software Engineers, and QA Engineers, ensuring the delivery of secure, high-quality home networking products. You will be responsible for driving security strategy, execution, and collaboration across internal teams and external partners. Key Responsibilities: • Lead and mentor a team consisting of Security TPMs, Security Software Engineers, and QA Engineers, fostering a culture of collaboration, accountability, and innovation. • Drive the identification, investigation, and remediation of security vulnerabilities in product firmware and systems to ensure the continued protection of NETGEAR products in the field. • Oversee the design and implementation of new security features, ensuring they meet evolving threat landscapes and compliance requirements. • Define and execute the overall security strategy for home networking products, ensuring alignment with corporate goals and industry standards. • Manage security-focused projects across all phases—from threat modeling and secure design to vulnerability mitigation and validation. • Partner with global engineering, product management, QA, and external vendors/ODMs to embed security best practices throughout the development lifecycle. • Review and guide secure coding, firmware development, and QA practices to deliver high-quality, resilient products. • Continuously monitor emerging security threats, trends, and vulnerabilities, and translate threat intelligence into actionable technical direction. • Serve as the primary escalation point for security incidents, cross-functional collaboration, and executive communications. • Lead process improvements, tooling enhancements, and automation initiatives to improve the team’s operational efficiency. • Report regularly on security posture, project progress, and risk assessments to executive stakeholders.

Job Title: Senior Web Frontend Software Engineer Location: Taipei, Taiwan Role Overview: The Senior Web Frontend Engineer will lead the design, development, and optimization of user-facing web applications, ensuring exceptional performance, scalability, and maintainability. This role combines hands-on coding, architectural decision-making, and team leadership to deliver top-tier web solutions. The ideal candidate has a strong background in frontend development, a deep understanding of modern web technologies, and the ability to mentor others while collaborating across teams. Key Responsibilities: 1. Development and Implementation: • Build and maintain responsive, scalable, and accessible web applications using modern frameworks like React, Angular, Solon or Vue.js. • Develop highly dynamic, interactive, and complex user interfaces using cutting-edge technologies. • Write clean, efficient, and reusable code with a strong emphasis on performance and maintainability. • Collaborate with backend developers to integrate APIs and ensure seamless functionality. • Optimize frontend code for speed and scalability, ensuring a seamless experience across various devices and platforms. • Implement advanced UI features such as animations, real-time updates, and data visualizations (e.g., D3.js, Chart.js). 2. Design and Architecture: • Develop and optimize the architecture of complex frontend systems. • Make strategic decisions regarding frontend technologies, libraries, and frameworks based on business needs. • Create modular, component-based UI architectures that align with the product’s requirements. • Implement a Design System or Component Library for consistent and reusable UI elements. 3. Performance Optimization: • Conduct performance audits using tools like Lighthouse, WebPageTest, and browser developer tools. • Optimize assets, reduce load times, and improve application performance across devices. • Implement caching strategies and CDNs for faster content delivery. 4. User Experience (UX): • Work closely with designers to ensure pixel-perfect implementation of UI/UX designs. • Work closely with UX/UI designers to translate wireframes and prototypes into high-quality code. • Proactively suggest UX/UI improvements based on user feedback and analytics data. 5. 3. Collaboration and Stakeholder Management: • Collaborate with backend engineers to define API contracts and ensure seamless integration. • Collaborate with cross-functional teams, including product managers, designers, and backend developers, to align on project goals. 6. Quality Assurance and Testing: • Drive Test-Driven Development (TDD) practices to ensure bug-free, maintainable code. • Write and maintain unit tests, integration tests, and end-to-end tests using tools like Jest, Mocha, or Cypress. • Ensure code quality by conducting thorough testing and code reviews. • Continuously monitor and improve application performance metrics (e.g., First Contentful Paint, Time to Interactive). 7. Documentation and Reporting: • Maintain comprehensive documentation of codebases, processes, and architectural decisions. • Regularly report progress, challenges, and milestones to stakeholders.

Key Responsibilities: 1. Backend Development and Optimization • Design and implement high-performance backend components, services, and libraries in C/C++/Python. • Develop modular and reusable software libraries with clear APIs and documentation. • Optimize memory usage, CPU cycles, and application performance through advanced debugging and profiling techniques. • Develop multi-threaded and asynchronous applications using POSIX threads, Boost, or similar libraries. 2. System Design and Architecture • Architect and build scalable, distributed backend systems to meet complex business requirements. • Work on low-latency systems, implementing efficient networking protocols such as TCP, UDP, and custom protocols. • Contribute to the design of RESTful or binary APIs, ensuring secure and seamless communication between components. 3. Embedded and System-Level Programming • Write and optimize system-level code for Linux environments, focusing on performance and reliability. • Develop hardware-interfacing applications, including booloader, drivers and kernel. • Handle memory management, inter-process communication (IPC), and shared resources in constrained environments. 4. Performance Tuning and Debugging • Perform low-level profiling and tuning of applications using tools like perf, VTune, gprof, or Cachegrind. • Optimize memory management using custom allocators, object pooling, and stack memory usage. • Use advanced debugging techniques, such as core dumps, stack traces, and hardware breakpoints. • Identify and eliminate bottlenecks in CPU-bound, memory-bound, or I/O-bound processes. • Tune compiler settings and write efficient algorithms to achieve optimal performance. • Debug complex issues in production systems using gdb, strace. 5. Networking and Protocol Development • Develop efficient network protocols and manage socket programming for server applications. • Implement and troubleshoot networking layers, including SSL/TLS, WebSocket, and HTTP/2. • Develop custom communication protocols for specialized use cases, such as real-time streaming or IoT. • Optimize networking stacks using socket programming, zero-copy mechanisms, and protocol offloading. • Collaborate on the design of custom communication protocols for real-time or distributed systems. • Familiar with Layer2 802.1Q, VLAN, bridging, spanning tree, LLDP, LACP protocols. • Familiar with Layer3 Router, Firewall, ACL protocols. • Familiar with 802.11 wireless protocols. 6. Testing and Quality Assurance • Write robust unit tests using frameworks like Google Test (gtest) or Catch2. • Perform system-level testing to ensure reliability in production environments. • Establish continuous integration pipelines for automated testing and deployment of C/C++/Python codebases. 8. Security and Compliance • Implement secure coding practices to prevent vulnerabilities such as buffer overflows, race conditions, and memory leaks. • Implement secure transport protocols (SSL/TLS) and encrypt sensitive data at rest and in transit. • Design fault-tolerant systems with redundancy, checkpointing, and automatic failover mechanisms. • Perform threat modeling and integrate security measures into the development lifecycle. • Ensure backend systems are secure from common vulnerabilities (e.g., OWASP Top 10). 9. Integration with Hardware and External Systems • Develop backend services that interface with hardware or IoT devices, handling real-time data streams. • Manage communication with hardware peripherals via protocols like SPI, I2C, or CAN. 10. Continuous Improvement and Innovation • Stay updated with advancements in C/C++/Python standards and emerging technologies. • Contribute to open-source projects or internal frameworks. • Propose innovative solutions to improve development workflows, system performance, or user experience.