Key Responsibilities Design, develop, and optimize embedded firmware for WiFi Access Points and related devices Integrate and customize open-source wireless solutions, including TIP OpenWiFi components Implement, test, and validate WiFi features (802.11 protocols, security, roaming, etc.) Work closely with hardware, QA, and network teams to deliver high-performance, stable firmware Analyze logs, debug issues, and provide fixes for field-reported problems Contribute to continuous performance tuning and system stability enhancements Required Skills & Experience 3+ years of experience in embedded firmware development for WiFi or networking devices Strong knowledge of WiFi protocols: 802.11a/b/g/n/ac/ax, WPA2/3, DFS, Mesh, etc. Proficient in C/C++ for embedded systems Hands-on experience with Linux-based platforms (OpenWRT, Yocto, or similar) Familiarity with network debugging tools (Wireshark, tcpdump) Experience in performance tuning, memory management, and low-level driver development Show more Show less

Key Responsibilities Design, develop, and optimize embedded firmware for WiFi Access Points and related devices Integrate and customize open-source wireless solutions, including TIP OpenWiFi components Implement, test, and validate WiFi features (802.11 protocols, security, roaming, etc.) Work closely with hardware, QA, and network teams to deliver high-performance, stable firmware Analyze logs, debug issues, and provide fixes for field-reported problems Contribute to continuous performance tuning and system stability enhancements Required Skills & Experience 3+ years of experience in embedded firmware development for WiFi or networking devices Strong knowledge of WiFi protocols: 802.11a/b/g/n/ac/ax, WPA2/3, DFS, Mesh, etc. Proficient in C/C++ for embedded systems Hands-on experience with Linux-based platforms (OpenWRT, Yocto, or similar) Familiarity with network debugging tools (Wireshark, tcpdump) Experience in performance tuning, memory management, and low-level driver development Show more Show less

Job Location: Bangalore/Hyderabad/Chennai/Gurugram Experience level : 4-15 years Key Responsibilities: Design, develop, and optimize embedded firmware for WiFi Access Points and related devices Integrate and customize open-source wireless solutions, including TIP OpenWiFi components Implement, test, and validate WiFi features (802.11 protocols, security, roaming, etc.) Work closely with hardware, QA, and network teams to deliver high-performance, stable firmware Analyze logs, debug issues, and provide fixes for field-reported problems Contribute to continuous performance tuning and system stability enhancements Required Skills & Experience: 4+ years of experience in embedded firmware development for WiFi or networking devices Strong knowledge of WiFi protocols: 802.11a/b/g/n/ac/ax, WPA2/3, DFS, Mesh, etc. Proficient in C/C++ for embedded systems Hands-on experience with Linux-based platforms (OpenWRT, Yocto, or similar) Familiarity with network debugging tools (Wireshark, tcpdump) Experience in performance tuning, memory management, and low-level driver development Show more Show less

Job Location : level : 4-15 years Key Responsibilities Design, develop, and optimize embedded firmware for WiFi Access Points and related devices Integrate and customize open-source wireless solutions, including TIP OpenWiFi components Implement, test, and validate WiFi features (802.11 protocols, security, roaming, etc.) Work closely with hardware, QA, and network teams to deliver high-performance, stable firmware Analyze logs, debug issues, and provide fixes for field-reported problems Contribute to continuous performance tuning and system stability Skills & Experience : 4+ years of experience in embedded firmware development for WiFi or networking devices Strong knowledge of WiFi protocols: 802.11a/b/g/n/ac/ax, WPA2/3, DFS, Mesh, etc. Proficient in C/C++ for embedded systems Hands-on experience with Linux-based platforms (OpenWRT, Yocto, or similar) Familiarity with network debugging tools (Wireshark, tcpdump) Experience in performance tuning, memory management, and low-level driver development (ref:hirist.tech)

3-5 years of overall experience and minimum 2 years proven experience in manual testing of digital applications, developing Test Automation using Selenium-Java/ Selenium-python, C# and Rest API’s Good understanding of build automation tools and AWS Cloud Web services Should be able to write good test plan and test cases, Requirement Traceability Metrics Experience with Testing in Linux & Windows environment. Strong understanding of software quality best practices and processes. Attention to detail and good analytical & reporting skills. Desired Skills/Nice To Have Experience of BDD test automation frameworks. Experience testing RESTful Services, Web Services, REST Assured Experience in Performance Testing tools – Jmeter, Load Runner Experience with or strong familiarity with Continuous Integration tools like Jenkins and associated best practices. Well versed with SQL/NoSQL Database Queries

3-5 years of overall experience and minimum 2 years proven experience in manual testing of digital applications, developing Test Automation using Selenium-Java/ Selenium-python, C# and Rest API’s Good understanding of build automation tools and AWS Cloud Web services Should be able to write good test plan and test cases, Requirement Traceability Metrics Experience with Testing in Linux & Windows environment. Strong understanding of software quality best practices and processes. Attention to detail and good analytical & reporting skills. Desired Skills/Nice To Have Experience of BDD test automation frameworks. Experience testing RESTful Services, Web Services, REST Assured Experience in Performance Testing tools – Jmeter, Load Runner Experience with or strong familiarity with Continuous Integration tools like Jenkins and associated best practices. Well versed with SQL/NoSQL Database Queries

Experience Level : 3-7 years Job location: Gurugram Requirement: · Strong hands on experience in C/C++ · Work experience in Linux kernel internals, drivers, real-time patches. · Experience with Qualcomm SoCs or similar ARM platforms; Hands-on knowledge of QCS/QRB platforms and multimedia pipelines. · Experience of working with GPIO/I2C/SPI interface. · Experience debugging multimedia subsystems (camera, display, audio, video pipelines, Gstremer) is preferred

Seeking an experienced Embedded Linux Test Engineer to validate and quality-assure Yocto‑based Linux BSP across diverse SoCs (e.g., QCS6490, QRB5165, QCS8550). The ideal candidate will design and execute comprehensive test plans, drive development of test infrastructure, and collaborate with firmware/kernel teams to ensure robust, reliable SoC platform support. Key Responsibilities Develop test plans and test cases for system, integration, and regression testing on mobile and IoT-class SoCs (e.g., camera, multimedia, networking, connectivity). Flash and boot Yocto-generated images (e.g., qcom-multimedia-image, real-time variants) on hardware evaluation kits. Validate key subsystems: bootloader, kernel, drivers (Wi‑Fi, Bluetooth, camera, display), power management, real-time functionality. Build and maintain automation frameworks: kernel image deployment, logging, instrumentation, hardware reset, network interfaces. Track and report software/hardware defects; work with cross-functional engineering teams to triage and resolve issues. Analyze system logs, trace output, measure boot/latency, resource utilization and performance metrics. Maintain test infrastructure and CI pipelines, ensuring reproducibility and efficiency. Contribute to documentation: test reports, acceptance criteria, qualification artifacts, and release summaries Mandatory Skills Strong C/C++ & scripting (Python, Bash) Yocto & BitBake workflows, experience building BSPs and flashing images on development boards Linux kernel internals, drivers, real-time patches Experience with Qualcomm SoCs or similar ARM platforms; Hands-on knowledge of QCS/QRB platforms and multimedia pipelines Hardware bring-up, serial consoles, bootloader debugging (U-Boot) GitLab/ Jenkins / Buildbot, hardware-triggered automation Performance analysis and profiling tools Ability to measure boot time, trace latency, optimize kernel subsystems Nice-to-Have Skills Experience debugging multimedia subsystems (camera, display, audio, video pipelines). Familiarity with Debian/Ubuntu-based host build environments. Knowledge of Qualcomm-specific test tools and manifest workflows (e.g., meta-qcom-realtime, qcom-manifest) Prior work in IoT/robotics, real-time or safety-critical embedded platforms. Exposure to certification/regulatory testing (e.g., FCC, Bluetooth SIG, Wi‑Fi Alliance).

We're seeking an experienced Embedded Linux Developer to validate and quality-assure Yocto based Linux BSP across diverse SoCs (e.g., QCS6490, QRB5165, QCS8550). The ideal candidate will design and execute comprehensive test plans, drive development of test infrastructure, and collaborate with firmware/kernel teams to ensure robust, reliable SoC platform support. Role & Responsibilities Develop test plans and test cases for system, integration, and regression testing on mobile and IoT-class SoCs (e.g., camera, multimedia, networking, connectivity). Flash and boot Yocto-generated images (e.g., qcom-multimedia-image, real-time variants) on hardware evaluation kits. Validate key subsystems: bootloader, kernel, drivers (Wi Fi, Bluetooth, camera, display), power management, real-time functionality. Build and maintain automation frameworks: kernel image deployment, logging, instrumentation, hardware reset, network interfaces. Track and report software/hardware defects; work with cross-functional engineering teams to triage and resolve issues. Analyze system logs, trace output, measure boot/latency, resource utilization and performance metrics. Maintain test infrastructure and CI pipelines, ensuring reproducibility and efficiency. Contribute to documentation: test reports, acceptance criteria, qualification artifacts, and release Skills : Strong in C/C++, scripting (Python, Bash), ARM toolchain, cross-compilation Yocto & BitBake workflows, experience building BSPs and flashing images on development boards Linux kernel internals, drivers, real-time patches Experience with Qualcomm SoCs or similar ARM platforms; Hands-on knowledge of QCS/QRB platforms and multimedia pipelines Experience of working with GPIO/I2C/SPI interface, multimedia Hardware bring-up, serial consoles, bootloader debugging (U-Boot), Secure boot, OP-TEE/QSEE, root filesystem GitLab/ Jenkins / Buildbot, hardware-triggered automation Performance analysis and profiling tools Ability to measure boot time, trace latency, optimize kernel subsystems Nice-to-Have Skills Experience debugging multimedia subsystems (camera, display, audio, video pipelines). Familiarity with Debian/Ubuntu-based host build environments. Knowledge of Qualcomm-specific test tools and manifest workflows (e.g., meta-qcom-realtime, qcom-manifest) Prior work in IoT/robotics, real-time or safety-critical embedded platforms. Exposure to certification/regulatory testing (e.g., FCC, Bluetooth SIG, Wi Fi Alliance). (ref:hirist.tech)

As an experienced Embedded Linux Developer, you will be responsible for validating and quality-assuring Yocto based Linux BSP across diverse SoCs such as QCS6490, QRB5165, QCS8550. Your main tasks will include designing and executing comprehensive test plans, driving the development of test infrastructure, and collaborating with firmware/kernel teams to ensure robust and reliable SoC platform support. You will be expected to develop test plans and test cases for system, integration, and regression testing on mobile and IoT-class SoCs, including camera, multimedia, networking, and connectivity. Additionally, you will need to flash and boot Yocto-generated images on hardware evaluation kits, and validate key subsystems such as bootloader, kernel, drivers (Wi-Fi, Bluetooth, camera, display), power management, and real-time functionality. Building and maintaining automation frameworks will be a crucial part of your role, including tasks such as kernel image deployment, logging, instrumentation, hardware reset, and network interfaces. You will also be required to track and report software/hardware defects, work with cross-functional engineering teams to triage and resolve issues, analyze system logs, trace output, measure boot/latency, resource utilization, and performance metrics. Furthermore, maintaining test infrastructure and CI pipelines to ensure reproducibility and efficiency will be essential. Contribution to documentation, including test reports, acceptance criteria, qualification artifacts, and release skills, is also expected from you. In terms of technical skills, you should have a strong background in C/C++, scripting languages (Python, Bash), ARM toolchain, cross-compilation, Yocto & BitBake workflows, experience in building BSPs, and flashing images on development boards. Proficiency in Linux kernel internals, drivers, real-time patches, and experience with Qualcomm SoCs or similar ARM platforms is required. Hands-on knowledge of QCS/QRB platforms, multimedia pipelines, GPIO/I2C/SPI interface, multimedia, hardware bring-up, serial consoles, bootloader debugging (U-Boot), Secure boot, OP-TEE/QSEE, root filesystem, GitLab/Jenkins/Buildbot, and hardware-triggered automation is also essential. Additionally, having experience with performance analysis and profiling tools, the ability to measure boot time, trace latency, and optimize kernel subsystems would be beneficial. Nice-to-have skills include experience in debugging multimedia subsystems, familiarity with Debian/Ubuntu-based host build environments, knowledge of Qualcomm-specific test tools, and manifest workflows, as well as prior work in IoT/robotics, real-time or safety-critical embedded platforms, and exposure to certification/regulatory testing. (ref: hirist.tech),

Automation Lead – IP Networking (Python) Job location: Bangalore/Hyderabad/Gurgaon/Chennai Experience: 6-12 years Required Skills 1. Strong programming skills in Python. 2. Hands-on experience with automation framework development for networking systems. 3. Deep understanding of IP networking concepts such as TCP/IP, DHCP, DNS, VLANs, L2/L3 Routing Protocols (BGP, OSPF), MPLS, NAT, etc. 4. Experience working with network devices (routers, switches, firewalls) and CLI-based interactions. 5. Familiarity with REST APIs, SNMP, and other common network management interfaces. 6. Proficiency in using tools such as PyTest, Robot Framework, or custom-built frameworks. 7. Experience with Linux/Unix environments and shell scripting. 8. Exposure to CI/CD tools like Jenkins, GitLab, or similar. Key Responsibilities 1. Lead the automation efforts for IP networking systems, including test strategy, framework design, and implementation. 2. Design and develop robust and reusable test automation scripts and libraries using Python. 3. Collaborate with DevOps, QA, and development teams to integrate automation into CI/CD pipelines. 4. Review and contribute to requirements, architecture, and design documents from an automation perspective. 5. Develop test plans and test cases for validating Layer 2/Layer 3 protocols, routing, switching, and other networking technologies. 6. Conduct regular code reviews and ensure best practices in software development and test automation. 7. Work with network simulators/emulators, physical and virtual test beds, and traffic generators.

We are seeking an experienced Embedded Linux Engineer to work on Yocto based Linux BSP across diverse SoCs (e.g., QCS6490, QRB5165, QCS8550). The ideal candidate will have in depth knowledge of working on BSPs, cross compiling on different platforms, performance analysis, Kernel Upgrades and solving the issues there-in, , and collaborate with firmware/kernel teams to ensure robust, reliable SoC platform support. Role & Responsibilities Flash and boot Yocto-generated images (e.g., qcom-multimedia-image, real-time variants) on hardware evaluation kits. Validate key subsystems: bootloader, kernel, drivers (Wi Fi, Bluetooth, camera, display), power management, real-time functionality. Work on Performance analysis and optimization of the System software / drivers in the BSP. Build and maintain automation frameworks: kernel image deployment, logging, instrumentation, hardware reset, network interfaces. Track and report software/hardware defects; work with cross-functional engineering teams to triage and resolve issues. Analyze system logs, trace output, measure boot/latency, resource utilization and performance metrics. Develop test plans and test cases for system, integration, and regression testing on mobile and IoT-class SoCs (e.g., camera, multimedia, networking, connectivity). Contribute to documentation: test reports, acceptance criteria, qualification artifacts, and release summaries. Mandatory Skills Extensive Experience of working on Debian/Ubuntu-based host build environments. Strong in C/C++, scripting (Python, Bash), ARM toolchain, cross-compilation Yocto & BitBake workflows, experience building BSPs and flashing images on development boards Linux kernel internals, drivers, real-time patches Experience with Qualcomm SoCs or similar ARM platforms; Hands-on knowledge of QCS/QRB platforms and multimedia pipelines Experience of working with GPIO/I2C/SPI interface, mutimedia Hardware bring-up, serial consoles, bootloader debugging (U-Boot), Secure boot, OP-TEE/QSEE, root filesystem GitLab/ Jenkins / Buildbot, hardware-triggered automation Performance analysis and profiling tools Ability to measure boot time, trace latency, optimize kernel subsystems Nice-to-Have Skills Experience debugging multimedia subsystems (camera, display, audio, video pipelines). Knowledge of Qualcomm-specific test tools and manifest workflows (e.g., meta-qcom-realtime, qcom-manifest) Prior work in IoT/robotics, real-time or safety-critical embedded platforms. Exposure to certification/regulatory testing (e.g., FCC, Bluetooth SIG, Wi Fi Alliance). (ref:hirist.tech)