Zarhus-Powered Yocto Boot Time Optimization Report

1000,00  (ex. VAT)

Performing platform boot time tests allows recognizing the system, check which part (bootloader, kernel, userspace) takes the most time to boot the device and plan the next steps to optimize the boot time.

Features:
– Analyze of system boot time, from power on the device to log in
– Report of the system boot time

This report is suited for Linux distributions based on the Yocto Project. Please contact us  for more details or for boot time optimization reports for different Linux distributions.

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Description

This report thoroughly analyzes the boot time for the client's Yocto-based software stack, covering each stage of the system's boot process. It is "Zarhus-Powered," leveraging advanced tools and methodologies honed by the Software Provider's team from years of experience in embedded systems optimization. This approach allows for the detailed identification of areas impacting boot time and developing specific optimization strategies. For an in-depth understanding of Zarhus' capabilities, please refer to the Zarhus Documentation.

Deliverables:

The deliverables of this analysis include two comprehensive reports, possibly consolidated into one document:

Boot Time Measurement Report:

  • Introduction: Overview of the analysis objectives and methodology.
  • Boot Loader Analysis: Detailed insights into the boot loader phase, including loading times and initial interactions.
  • Kernel Initialization Analysis: Examination of kernel loading and initialization, highlighting critical time-consuming elements.
  • Userspace Services Analysis: Evaluation of the userspace environment, focusing on system services start times and their impact.
  • Client Application Analysis: Assessment of the client application's loading and execution time within the userspace.
  • Summary: Consolidated findings from all stages of the boot process.
  • Optimization Recommendations Report:

  • Optimization Strategies for Boot Loader: Tailored recommendations for enhancing boot loader efficiency.
  • Kernel Performance Optimization: Strategies for improving kernel loading and initialization.
  • Userspace Services Optimization: Recommendations for optimizing the performance of userspace services.
  • Client Application Boot Performance: Suggestions for improving the client application's loading and execution time.
  • Overall Optimization Summary: A holistic view of potential performance enhancements across the boot process.
  • Implementation Overview: An outline of the proposed approach for optimizations, including estimated performance gains and cost assessment.
  • We will provide all reports with a
    CC-BY-SA license.