→ @DuckDB beats @Spark for small queries.
→ Even at 700GB, DuckDB (native files) is competitive.
→ Spark scales dynamically for 1TB+ workloads.
Details: https://buff.ly/47UvlMc
🔍 The lesson? If data fits on one node, go single-node for speed. Scale to MPP only when needed.
→ @DuckDB beats @Spark for small queries.
→ Even at 700GB, DuckDB (native files) is competitive.
→ Spark scales dynamically for 1TB+ workloads.
Details: https://buff.ly/47UvlMc
🔍 The lesson? If data fits on one node, go single-node for speed. Scale to MPP only when needed.
1️⃣ Scalability: Handle massive amounts of data.
2️⃣ Flexibility: Open formats like Iceberg for interoperability.
3️⃣ Advanced Features: Replication, immutability, and consistency.
They became the backbone of modern distributed systems.
1️⃣ Scalability: Handle massive amounts of data.
2️⃣ Flexibility: Open formats like Iceberg for interoperability.
3️⃣ Advanced Features: Replication, immutability, and consistency.
They became the backbone of modern distributed systems.
❌ One-way doors = irreversible decisions.
In tech: adopting new tools or models without clear exit paths.
❌ One-way doors = irreversible decisions.
In tech: adopting new tools or models without clear exit paths.
🔗 Snowset (Snowflake's dataset): https://buff.ly/4eULXoQ
🔗 Redset (Redshift's dataset): https://buff.ly/3CScB4x
Both share real-world query samples, packed with insights into how data warehouses are used. Check them out!
🔗 Snowset (Snowflake's dataset): https://buff.ly/4eULXoQ
🔗 Redset (Redshift's dataset): https://buff.ly/3CScB4x
Both share real-world query samples, packed with insights into how data warehouses are used. Check them out!