How Quasar
compares

From occasional queries to always-on AI.


Compare Quasar with Snowflake, Databricks, and ClickHouse.
See the comparison

DRAFT FIGURES — UNDER VALIDATION

Always-on changes the economics

Today: your team queries when it needs an answer.
Tomorrow: AI taps into your data around the clock.

Ready for a 20× compute bill?

Modeled query-compute spend. Each platform’s business-hours baseline = 1×.

Snowflake

Today: business hours1×
Tomorrow: always-on16.6×

Databricks

Today: business hours1×
Tomorrow: always-on24.9×

Illustrative 1 PB model: 176 to 730 query hours/month, plus larger compute configurations. Not measured bills.

Flat pricing. Fewer resources.

Flat, capacity-based software pricing. Less storage and I/O.
Keep data on premises or at the edge when moving it to the cloud doesn’t make economic sense.

Technology →Deployment & Pricing →

Smaller data. Fewer resources.

Physical data footprint for the same 1 PB of logical data.

Stored data in TB. Lower is smaller.
Quasar100 TB
10× compression
Snowflake250 TB
4× compression
Databricks250 TB
4× compression
ClickHouse142.9 TB
7× compression

Draft ratios. ClickHouse test pending. 1 PB = 1,000 TB; data footprint excludes replicas, indexes, and backups.

Stored size on identical datasets

Four samples. Same input. Stored size in MB.

Process data

Original input: 245 MB

Stored size in MB. Lower is smaller.
ZIP7.5 MB
Snowflake23 MB
Quasar4 MB

83% less storage than Snowflake on this sample.

Waveform data (floating point)

Original input: 171 MB

Stored size in MB. Lower is smaller.
ZIP16.2 MB
Snowflake10.3 MB
Quasar7.5 MB

27% less storage than Snowflake on this sample.

Market data

Original input: 83.7 MB

Stored size in MB. Lower is smaller.
ZIP10.5 MB
Snowflake27.6 MB
Quasar6.62 MB

76% less storage than Snowflake on this sample.

Scalar data

Original input: 179 MB

Stored size in MB. Lower is smaller.
ZIP15.7 MB
Snowflake32 MB
Quasar14.9 MB

53% less storage than Snowflake on this sample.

Existing sample measurements, pending validation. MB = 1,000,000 bytes. Each chart has its own linear scale.

Compare it on your data

Your data. Your queries. Your deployment.

Discuss your workload

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