One big takeaway for me is how selective event filtering and routing can drastically cut noise in a distributed system. By only sending relevant events to the right subscribers, you’re not just saving resources; you’re also increasing the likelihood that alerts get acted on quickly.
I also like how the architecture blends reliability (retry logic, DLQ) with security (HMAC signatures). It’s a reminder that real-time systems aren’t just about speed...they’re about trust and precision.
Great breakdown!
One big takeaway for me is how selective event filtering and routing can drastically cut noise in a distributed system. By only sending relevant events to the right subscribers, you’re not just saving resources; you’re also increasing the likelihood that alerts get acted on quickly.
I also like how the architecture blends reliability (retry logic, DLQ) with security (HMAC signatures). It’s a reminder that real-time systems aren’t just about speed...they’re about trust and precision.