Why 47% of Go Production Outages Start with Unhandled Panics — And the Boundary Patterns That Stop Them
Go Panics, Controlled: Boundaries That Protect Users
Why 47% of Go Production Outages Start with Unhandled Panics — And the Boundary Patterns That Stop Them
Effective panic boundaries in Go applications act like safety glass — they contain failures without shattering the entire user experience.
Our Slack explodes with alerts: “Payment API down, all requests timing out.” You scramble to check logs and find the dreaded message: panic: runtime error: invalid memory address or nil pointer dereference. Your entire payment service crashed because of a single unhandled nil pointer in a user profile lookup function that processes 0.1% of traffic.
