Storage Reduction
60%
On geospatial data
Compression
Lossless
Bit-for-bit reconstruction
NOAA GFS
52%
2.5 GB → 1.2 GB
ERA5 Zarr
37%
Better than Zstd
Formats
6+
GRIB, NetCDF, COG…
GDAL Plugin
Ready
Drop-in codec

Geospatial Data Pipeline: Where Byte2Bit Fits

Click each stage to see how compression reduces costs from sensor to delivery

Raw data generated from satellites, UAVs, radar, ground sensors, and NWP models in GRIB2, NetCDF, HDF5, and GeoTIFF formats.

Get Started in Minutes

Install the Byte2Bit Atlas SDK or GDAL plugin and start compressing geospatial data immediately. Works as a drop-in layer in GDAL, QGIS, Rasterio, and Python pipelines with no workflow changes needed.

GRIB2NetCDFZarrHDF5Cloud-Optimized GeoTIFFNumPyLiDAR (LAS/LAZ)
terminal
# Install Byte2Bit Atlas
$ pip install byte2bit-atlas
# Compress a NOAA GFS forecast
>>> import byte2bitZarr as b2b
>>> b2b.transform('gfs_0p25.grib2', 'gfs_0p25.b2b')
>>> b2b.verify('gfs_0p25.grib2', 'gfs_0p25.b2b')
Lossless verification passed
52% storage reduction (2.50 GB 1.19 GB)
Random-access read: 8 ms per chunk
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We tested Byte2Bit's lossless compression on raw global weather data across multiple variables, benchmarking against zlib and other open-source alternatives. Byte2Bit achieved up to 20% better compression ratios while improving decompression performance significantly. Based on our results, it outperforms any open-source solution we are aware of, offering a superior combination of storage reduction and efficient data retrieval for large-scale scientific datasets.

Lukas Hedegaard Morsing

Machine Learning Scientist, InCommodities

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