Deep mathematical and architectural guide to distributed consensus, proving the 2f+1 vs 3f+1 quorum thresholds, PBFT three-phase commit, HotStuff linear pipelining, and Byzantine attack defenses.
Distributed consensus for blockchains - FLP impossibility, Nakamoto consensus, Proof of Stake with Casper FFG, PBFT/Tendermint, Raft vs BFT, fork choice, 51% attacks, long-range attacks, and trade-offs.
Core distributed systems concepts including consensus algorithms, leader election, vector clocks, distributed transactions, fault tolerance, and the fallacies of distributed computing.
Comprehensive guide comparing Apache Kafka's legacy ZooKeeper architecture with the modern KRaft (Kafka Raft) metadata mode — covering internal mechanics, failure scenarios, Strimzi Kubernetes deployment, migration strategies, and production deep dives for senior engineers.
A comprehensive guide to the Raft Consensus Algorithm — covering leader election, log replication, safety guarantees, and how it is implemented in Apache Kafka's KRaft metadata mode.
Senior Principal deep dive into split-brain syndrome, dual-primary scenarios, multi-leader data divergence, fencing tokens, STONITH, and conflict reconciliation (LWW vs CRDTs vs Version Vectors).
