BGP Knowledge for Indie Hackers: Is It Really Necessary?
I examine how important BGP truly is for indie hackers, when it's an unnecessary detail, and what you should focus on instead.
16 posts found.
I examine how important BGP truly is for indie hackers, when it's an unnecessary detail, and what you should focus on instead.
A practical guide to understanding, diagnosing, and effectively managing BGP route flap issues in 3 steps.
A practical edge design guide that addresses routing, health signals, capacity, and attack scenarios together to see Anycast's real benefits.
Designing, monitoring, and writing an incident runbook for the max-prefix guardrail that protects edge routers during route leaks and bad-prefix waves.
GRE tunnels, BGP signaling, capacity, and an operational runbook to keep the service up by diverting traffic to scrubbing during an attack.
A practical runbook for steering traffic with localpref, community, prepend, and MED in multi-ISP and multi-POP environments — measurable and reversible.
Bring route leak, flap, and blackhole events down to minutes by combining BMP telemetry, route analytics, and an alarm model in a practical approach.
An approach for placing the in-house DNS resolver tier near the POP/branch using Anycast — cutting latency while improving operability.
Graceful restart logic, risks, verification steps, and a rollback standard for doing BGP maintenance without 'dropping routes'.
A controlled approach to reducing DDoS impact during operations using an RTBH/FlowSpec decision tree, verification steps, and a rollback plan.
An approach to enabling BFD with FRR (BGP/OSPF) to generate fast signals when the link looks up but traffic isn't flowing (blackhole).
An architectural approach to building an RPKI-based trust chain in enterprise networks to reduce BGP route leak and forged origin risks.
Building a Bird 2-based route reflector laboratory to safely experiment with internal BGP topologies.
An architectural framework for the BGP EVPN approach that makes segmentation more scalable in data center and campus networks.
An architectural roadmap for moving from layered bottleneck designs to an L3 Clos fabric in growing data center networks.
Steps for validating BGP failover behavior in a lab for servers or edge environments using dual uplinks.