Compress and search logs without decompression — all from a single Rust-based CLI.
Join the waitlist — get early access to the first searchable log compressor.
Based on real log datasets, LogCompressor achieves up to 90% size reduction compared to raw logs — while preserving structure for future search.
Starting intelligent compression...
Original file size: 8,380,167 bytes
Compressed file size: 841,113 bytes
Compression ratio: 89.96%
Dictionary: global.dict
Completed successfully. ✔️⚡ Smarter compression. Searchable by design.
LogCompressor applies columnar-style transformations to your logs before compression — grouping similar structures, normalizing patterns and achieving ratios far beyond plain gzip or zstd.
Break down logs into structured components. Repeated fields, timestamps, and message templates are identified and normalized for optimal compression.
Using Zstandard and custom Rust algorithms, LogCompressor builds adaptive dictionaries that learn from your data — producing unmatched compression ratios.
Next-generation compression means search doesn’t require full decompression. Query structured data directly within compressed files — fast and lightweight.
Fully compatible with your existing cloud observability and log retention stack.
Watch the chaos
A fictitious, modern console that shows how noisy your platform can get.
Imagine the same data instantly compressed and searchable with LogCompressor.
Simulated events
0
Every action in your platform fires new entries.
Raw volume generated
0 bytes
This is what your storage footprint looks like without optimization.
Compressed with LogCompressor
0 bytes
An average 89% reduction thanks to our intelligent compression.
You've generated 0 bytes of logs so far; with our solution it would be just 0 bytes.
Traditional compression: treats logs as plain text, ignoring structure and semantics — leading to waste.
LogCompressor: understands the patterns inside your logs. By applying columnar encoding and adaptive dictionaries, it compresses better and makes structured search possible.
Built in Rust for speed and precision.
Created for developers who care about data, compression, and intelligent automation.