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Distributed Transaction

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Q1Harddistributed-transactionsdistributed-systemsconsistency

Why are distributed transactions significantly harder than local database transactions?

Q2Hardtwo-phase-commitdistributed-transactionsconsistency

Why does Two-Phase Commit (2PC) guarantee atomicity but reduce system availability?

Q3Hardsaga-patternmicroservicesdistributed-transactions

Why is the Saga Pattern often preferred over Two-Phase Commit in microservices architectures?

Q4Hardeventual-consistencydistributed-systemstransactions

Why do many distributed systems accept eventual consistency instead of strict transactional consistency?

Q5Harddistributed-lockingconcurrency-controldistributed-transactions

Why are distributed locks difficult to implement correctly in distributed transactions?

Q6Hardidempotencyretriesdistributed-transactions

Why is idempotency critical in distributed transaction workflows?

Q7Hardoutbox-patternevent-driven-architecturedistributed-transactions

Why does the Outbox Pattern solve dual-write problems in distributed systems?

Q8Hardconsensuspaxosraft

Why are consensus algorithms important in distributed transaction systems?

Q9Harddistributed-transactionslatencyscalability

Why do distributed transactions negatively impact system scalability?

Q10Harddistributed-transactionstrade-offssystem-design

What are the major trade-offs when designing distributed transaction systems?