Below is a list of software projects and applications that have incorporated our compression technology. Projects marked with '*' are affiliated with the zfp or fpzip projects. Links to other projects are provided as a courtesy to our users.

• ADIOS: zfp support for the Adaptable IO System.
• AMReX: zfp I/O support for AMReX adaptive mesh refinement.
• Aphros: Multiphase fluid flow solver (fpzip).
• BLOSC: zfp support in the C-BLOSC2 meta compressor.
• ButterflyPACK: Fast PDE solvers and transforms (zfp).
• CARTA: Visualization and analysis of astronomy data (zfp).
• CBench: Compression benchmark (fpzip, zfp).
• CM1: Severe weather modeling (zfp).
• Conduit: Data exchange for HPC simulations (zfp).
• CubismUP_2D: Incompressible flow solver (fpzip).
• E4S: Extreme-Scale Scientific Software Stack (zfp).
• ECP Data-Vis SDK: The Exascale Computing Project SDK for data and visualization (zfp).
• Ensemble Tools: Compression wrappers for Waves to Weather forecasting (zfp).
• Esri ArcGIS: Raster compression for ArcGIS geospatial applications (zfp).
• Gadgetron: Medical image reconstruction (zfp).
• H5Z-FPZIP: fpzip compression plugin for the HDF5 format.
• H5Z-ZFP*: zfp compression plugin for the HDF5 format. Developed by Mark Miller.
• HDF5^®: zfp support for the Hierarchical Data Format.
• hdf5plugin: Compression filters for h5py, the Python interface to the HDF5 format (zfp).
• HIVE: Heterogeneously Integrated Visualization Environment (fpzip).
• HYDRA: Inertial confinement fusion (zfp).
• idx2: File format supporting multiresolution, variable-precision queries (zfp).
• imagecodecs: Python package for image compression codecs (zfp).
• Intel^® IPP: AVX2 and AVX-512 implementation of zfp in Intel Integrated Performance Primitives.
• JHTDB: Johns Hopkins Turbulence Database (zfp).
• Lexcube: Earth data explorer (zfp).
• libpressio: Uniform interface to various compression libraries (fpzip, zfp).
• MATLAB^®: zfp compressed I/O support in MATLAB via the H5Z-ZFP HDF5 plugin.
• MDIO: I/O library for multidimensional data (zfp).
• MDTM: High performance data transfer (zfp).
• MPTRAC: Atmospheric transport model (zfp).
• MVAPICH2-GDR: MPI message passing library supporting compression (zfp).
• NEC VE: zfp implementation for the NEC SX-Aurora TSUBASA vector engine.
• NGPF: Next Gen Particle Format (zfp).
• NumPy Wrappers: Python wrappers for fpzip.
• oneDTL: zfp compression in the Intel oneAPI Data Transformation Library.
• OpenFOAM^®: Compressed flow fields via ADIOS for computational fluid dynamics (zfp).
• Open Inventor™: zfp compression for medical and seismic applications.
• OpenZGY: Schlumberger's ZGY format for seismic data (zfp).
• PIDX: Parallel I/O library for multiresolution queries (zfp).
• PDMlib: Particle Data Management library (fpzip).
• pyzfp: PIP package for the Python interface to zfp (see also the official zfpy PIP package below).
• RMG: Density functional theory electronic structure calculations (zfp).
• seismic-zfp: Equinor's SGZ format for seismic data (zfp).
• Silo*: Mesh and field I/O library (fpzip, zfp). Developed by Mark Miller.
• Spack*: Spack package for zfp.
• STRUMPACK: STRUctured Matrix PACKage for linear algebra (zfp).
• SW4: Seismic wave propagation for earthquake simulation (zfp).
• TinyEXR: OpenEXR high dynamic range image library (zfp).
• torchzfp: Torch7 compressed floating-point tensors (zfp).
• TTK: The Topology ToolKit (zfp).
• VTK: zfp third-party I/O support in Kitware's Visualization Toolkit.
• VTK-m: zfp support for (de)compressing VTK-m arrays.
• wasm-zfp: WebAssembly implementation of zfp.
• YARP: Robot control system (zfp).
• Z-checker: Framework for assessing compression ratio, error, and speed (zfp).
• zarr/numcodecs: zfp support for the zarr compressed-array package.
• zfp-sys: Rust bindings for zfp.
• ZfpCompression.jl: Julia bindings for zfp.
• zfp@Anaconda: Conda package for the C/C++ interface to zfp.
• zfpy@Anaconda*: Conda package for the Python interface to zfp. Developed by Kevin Paul.
• zfpy@PyPI*: PIP package for the Python interface to zfp. Developed by David Wade.
• zhw*: FPGA implementation of zfp. Developed by Scott Lloyd and Michael Barrow.