About MemBrowse

MemBrowse is a memory observability platform for firmware development teams.

Firmware projects operate under strict memory constraints, but most teams lack visibility into how memory usage evolves over time. Problems surface late, often close to release, when the linker fails and flash or RAM is exhausted. What follows is a scramble: cutting features, hunting regressions, and making risky last-minute decisions.

MemBrowse exists to make memory visible before it becomes a crisis.

The platform provides an open-source CLI that extracts detailed memory data directly from ELF files and linker scripts, paired with a hosted dashboard that stores every build's memory footprint and tracks changes across commits. Teams can define memory budgets, detect regressions automatically in CI, and trace problems to the exact commit that introduced them.

MemBrowse works with any toolchain that produces an ELF file: ARM, RISC-V, x86, ARC, ESP32, STM32, Nordic, or custom silicon. It tracks flash and RAM usage down to sections and symbols.

The CLI is fully open source, and the platform is developed in collaboration with the embedded open source community.

MemBrowse brings the same continuous observability to memory that modern software teams expect for performance, tests, and coverage.