





Just plug in Spotflow's SDK to your firmware. No code changes needed. You'll instantly start receiving logs, metrics, and core dumps directly from your deployed devices. All of that visualized in our purpose-built dashboards.
Learn how to integrate your deviceBuild custom dashboards to monitor device health in real time or to track product analytics. Set up alerts to get notified of critical issues before your users do.
Learn about dashboardsUse rich filters to narrow down logs, metrics, and core dumps. Analyze coredump contents like stack traces, register values and variable values directly in the web application.
Learn how to analyze crash reportsSpotflow AI analyzes your crash reports. It identifies the root cause and suggests potential fixes. Apply the fix and update the firmware over the air.
Just plug in Spotflow's SDK to your firmware. No code changes needed. You'll instantly start receiving logs, metrics, and core dumps directly from your deployed devices. All of that visualized in our purpose-built dashboards.
Build custom dashboards to monitor device health in real time or to track product analytics. Set up alerts to get notified of critical issues before your users do.
Use rich filters to narrow down logs, metrics, and core dumps. Analyze coredump contents like stack traces, register values and variable values directly in the web application.
Spotflow AI analyzes your crash reports. It identifies the root cause and suggests potential fixes. Apply the fix and update the firmware over the air.
Spotflow improves uptime, accelerates debugging, and scales observability across your fleet, without increasing headcount.
Find what's broken, why it broke, and how to fix it.
Get an instant, clear understanding of every crash the moment you open the report.
We automatically analyze the core dump, decompile your firmware binary, and combine it with rich contextual data to pinpoint exactly why the crash occurred.
unlock_retry. Each invocation of unlock_retry calls itself again with attempt + 1 and never provides a base-case to exit. There is a large stack-allocated buffer in every call, so the recursive calls quickly exhaust and overflow the thread stack, corrupting the guard/canary.Based on the root cause, our AI proposes actionable fixes, so you can resolve issues faster.
unlock_retry to avoid infinite recursion; use an iterative (loop-based) retry with an abort condition, and avoid large buffers on the stack in recursive routines. Carefully review all recursive paths for termination.Just a few lines of configuration is enough.
Then, simply use the system as you normally would.
Get unmatched price-to-value. Cut your observability costs by up to 90%. Keep your budget and finally monitor all your devices.
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