Discover firmware bloat before it blocks your release.
Continuous tracking of memory footprint on every commit, so you stop discovering size issues only when the linker breaks.
See it in action with real dataExplore memory trends, symbol diffs, and build history from live CI runs.Projects Showcase
Trusted by
Explore Memory Trends
Track memory usage trends across commits with interactive charts
CI Integration
Automatically update the dashboard and fail builds that exceed memory budgets
Compare Builds
Compare any two builds to see exactly how the memory footprint differs
Investigate Memory Usage
Drill down into the memory footprint with symbol-level breakdowns
Set Memory Budgets
Set and monitor memory usage budgets per feature
Check Commit History
Link memory changes directly to Git commits
MemBrowse is exactly what we needed - a really clean and convenient tool, thanks!
MemBrowse is super useful for analyzing size, which we are trying to do better with TinyUSB recently.
Fixes many of the frustrations I've had at times trying to hunt down linker padding feng-shui ghosts.
I find MemBrowse really useful for firmware devs, especially if development is using CI.
MemBrowse helps developers better understand and optimize memory usage, making embedded development even more efficient.
Now we will spot any increase automatically thanks to MemBrowse integration on our GitHub.
Built for Modern Firmware Teams
Whether you're shipping IoT devices, automotive systems, or consumer electronics, MemBrowse helps you track memory, enforce budgets, and ship confidently.
Firmware Developers
Track code size per commit, spot regressions early, and fix issues before they block release.
Embedded Teams
Collaborate on memory optimization with shared dashboards and commit history for every target.
Team Leads & Managers
Monitor memory budgets across projects, set thresholds, and keep releases on schedule.
Cross-Platform Projects
Compare memory footprints across boards and builds to ensure every configuration fits.
The Binary Bloat Problem
No Historical Context
Without tracking memory footprint trends over time, it's impossible to identify gradual binary growth patterns.
Invisible Regressions
Code bloat sneaks into your codebase without warning, discovered too late in the development cycle.
Plan vs. Implementation
Memory budgets are set during planning, but there's no easy way to verify if your implementation actually matches the intended allocation.
Manual Analysis
Hours spent manually analyzing ELF files and memory maps to understand where memory is being used.
Automated Memory Intelligence
Memory Report Generation
Generate detailed memory reports from ELF binaries and linker scripts using our GitHub Action or CLI tool, supporting any architecture.
Visual Insights
Code size trends, memory layouts, and visual binary comparisons make complex data easy to understand.
PR Gate Checks
Configure your pull requests to fail when changes exceed memory budgets, alerting developers early and preventing late stage issues.
CI/CD Integration
Integrates with any CI/CD platform easily. Native support for GitHub Actions and CLI support for other platforms.
How It Works
1
Integrate with CI/CD
Add MemBrowse to your CI/CD pipeline - works with GitHub Actions, GitLab CI, Jenkins, and any CI system.
2
Generate Report
Your CI builds the firmware and generates a memory report using the open source MemBrowse CLI from the membrowse-action repository.
3
Upload Reports
Memory reports are sent to MemBrowse and fail the CI job if usage exceeds your defined budgets.
4
Visualize & Optimize
Explore your memory data in interactive dashboards, compare any two builds, and track changes over time.
Frequently Asked Questions
MemBrowse works with any architecture that produces ELF binaries and memory maps. We support ARM, RISC-V, x86, and more. Popular toolchains like GCC, Clang, IAR, and Keil are all compatible.
We store only memory analysis results, never your source code or binaries. Your ELF files are analyzed in your CI environment; only JSON reports containing symbol names, addresses, and sizes are uploaded. All data is encrypted in transit (TLS 1.3) and at rest, with row-level security ensuring you can only access your own projects. For maximum control, enterprise on-premises deployment is available where your data never leaves your infrastructure.
Yes! Enterprise customers can deploy the entire MemBrowse platform on their own infrastructure for complete data control. The on-premises deployment includes the web dashboard, API, and database, all running within your network. Request a demo to discuss enterprise deployment options.
Integration takes minutes, not hours. Add a few lines to your CI configuration, run our open source tool after your build, and you're done. Check out our documentation for step-by-step instructions.
GitHub Actions and GitLab CI are natively supported with ready-to-use workflows. For other CI platforms (Jenkins, CircleCI, Travis CI, Azure DevOps), you can use the MemBrowse CLI directly. It works with any system that can execute shell commands.
The Starter tier is completely free and includes unlimited usage for Open Source projects, 1 user on private repositories, unlimited memory reports, and priority support. See our pricing page for paid tier details.
Supported by
Technology Partner
Technology Partner