Below you will find pages that utilize the taxonomy term “Membrowse”
April 29, 2026
Binary Size & Memory Footprint Tracking
Version updated for https://github.com/membrowse/membrowse-action to version v1.2.4.
This publisher is shown as ‘verified’ by GitHub.
This action is used across all versions by 0 repositories.
Action Type This is a Composite action.
Go to the GitHub Marketplace to find the latest changes.
Action Summary The MemBrowse GitHub Action automates the analysis of binary size and memory usage for embedded firmware by extracting detailed memory information from ELF files and linker scripts. It provides symbol-level analysis, source file mapping, and tracks memory region utilization, helping developers identify changes, overflows, and optimize memory usage. Additionally, it integrates with CI/CD pipelines for pull request analysis and supports historical tracking, diffs, and monitoring via the MemBrowse platform.
April 23, 2026
Binary Size & Memory Footprint Tracking
Version updated for https://github.com/membrowse/membrowse-action to version v1.2.3.
This publisher is shown as ‘verified’ by GitHub.
This action is used across all versions by 0 repositories.
Action Type This is a Composite action.
Go to the GitHub Marketplace to find the latest changes.
Action Summary MemBrowse is a tool designed to analyze the binary size and memory footprint of embedded firmware by extracting detailed memory information from ELF files and linker scripts. It automates tasks such as source file mapping for symbols, memory region and layout extraction, and generates memory utilization reports, which can be integrated with CI/CD workflows via GitHub Actions. By providing cloud integration, it enables historical tracking, diffs, and budget monitoring, helping developers optimize firmware memory usage and ensure resource constraints are met.
April 22, 2026
Binary Size & Memory Footprint Tracking
Version updated for https://github.com/membrowse/membrowse-action to version v1.2.2.
This publisher is shown as ‘verified’ by GitHub.
This action is used across all versions by 0 repositories.
Action Type This is a Composite action.
Go to the GitHub Marketplace to find the latest changes.
Action Summary MemBrowse is a GitHub Action designed to analyze the binary size and memory footprint of embedded firmware by extracting detailed memory information from ELF files and linker scripts. It automates symbol-level analysis with source file mapping, memory region extraction, and historical tracking by integrating with the MemBrowse platform for continuous monitoring, reporting, and CI gating. Key capabilities include PR memory analysis with utilization changes, symbol-level deltas, and customizable PR comments, as well as historical onboarding of previous builds for comprehensive memory tracking.
April 19, 2026
Binary Size & Memory Footprint Tracking
Version updated for https://github.com/membrowse/membrowse-action to version v1.2.1.
This publisher is shown as ‘verified’ by GitHub.
This action is used across all versions by 0 repositories.
Action Type This is a Composite action.
Go to the GitHub Marketplace to find the latest changes.
Action Summary MemBrowse is a GitHub Action designed to automate the analysis of binary size and memory usage for embedded firmware by extracting detailed information from ELF files and linker scripts. It provides symbol-level insights, source file mapping, memory region analysis, and integrates with the MemBrowse platform for historical tracking, CI monitoring, and reporting. By streamlining memory analysis and enabling automated CI/CD integration, it helps developers detect inefficiencies, monitor memory usage trends, and enforce memory budgets during development.
April 12, 2026
Binary Size & Memory Footprint Tracking
Version updated for https://github.com/membrowse/membrowse-action to version v1.2.0.
This publisher is shown as ‘verified’ by GitHub.
This action is used across all versions by 0 repositories.
Action Type This is a Composite action.
Go to the GitHub Marketplace to find the latest changes.
Action Summary MemBrowse is a GitHub Action designed to analyze the binary size and memory usage of embedded firmware by extracting detailed memory information from ELF files and linker scripts. It automates tasks such as symbol-level analysis, source file mapping, memory region extraction, and provides CI/CD integration with PR comments highlighting memory utilization changes and budget alerts. Additionally, it supports cloud-based historical tracking, diffs, and monitoring through integration with the MemBrowse platform.
April 9, 2026
Binary Size & Memory Footprint Tracking
Version updated for https://github.com/membrowse/membrowse-action to version v1.1.11.
This publisher is shown as ‘verified’ by GitHub.
This action is used across all versions by 0 repositories.
Action Type This is a Composite action.
Go to the GitHub Marketplace to find the latest changes.
Action Summary MemBrowse is a GitHub Action designed to analyze the binary size and memory footprint of embedded firmware by extracting detailed memory data from ELF files and linker scripts. It automates memory usage analysis, provides symbol-level insights with source file mapping, and integrates with CI/CD pipelines to track historical changes, detect regressions, and enforce memory budgets. Its key capabilities include architecture-agnostic analysis, memory region extraction, cloud integration for historical tracking, and automated PR comments summarizing memory utilization changes.
April 1, 2026
Binary Size & Memory Footprint Tracking
Version updated for https://github.com/membrowse/membrowse-action to version v1.1.10.
This publisher is shown as ‘verified’ by GitHub.
This action is used across all versions by 0 repositories.
Action Type This is a Composite action.
Go to the GitHub Marketplace to find the latest changes.
Action Summary MemBrowse is a tool designed to analyze the binary size and memory footprint of embedded firmware by extracting detailed memory information from ELF files and linker scripts. It automates symbol-level analysis, source file mapping, and memory region extraction, and integrates with CI/CD pipelines via GitHub Actions to provide memory utilization reports, historical tracking, and budget monitoring. This action streamlines firmware development by identifying memory usage changes and ensuring compliance with predefined memory budgets.