Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

When Microservices need Transactions: The SAGA Pattern. 💸 Microservices break the traditional ACID transaction. The Saga pattern is a sequence of local transactions, where each transaction updates the database and publishes an event that triggers the next step. If any step fails, the Saga executes compensating transactions to undo the work. This is complex, but essential for highly decoupled, business-critical workflows (e.g., e-commerce checkout). #SagaPattern #Microservices #DistributedTransactions #SoftwareArchitecture

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

The SAGA Pattern is the backbone of reliable distributed systems 🧩 Learn it once — and you’ll never fear multi-service transactions again. 🔁 Retweet! #SAGAPattern #SystemDesign #Microservices #SoftwareArchitecture #TechSimplified #DistributedTransactions #BackendEngineering

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

DolphinDB's distributed transactions leverage Two-Phase Commit (2PC) and Multi-Version Concurrency Control (MVCC), ensuring ACID compliance across nodes. This design guarantees data consistency and high availability. #DolphinDB #DistributedTransactions #Scalability

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions

Discover how transaction processing systems support real-time business transactions, the differences between real-time and batch processing, and how #OLTP compares to #OLAP systems. ecs.page.link/7jhEG #Aerospike #Database #DistributedDatabase #DistributedTransactions

Suppose you have two processes on two machines. How can you ensure reliability of tasks? dld.bz/ggtkt #distributedtransactions