DevitoPRO · Enterprise Devito
Write the physics once; DevitoPRO regenerates the optimized kernel for every architecture and every processor generation.
Built for the hardware and clouds you run on
Capabilities
DevitoPRO extends open-source Devito for production seismic imaging and inversion. Both express finite-difference kernels symbolically; DevitoPRO adds the tuning, portability and enterprise support needed for production HPC workflows.
Use cases
Forward/adjoint propagators with checkpointing, compression-based back-propagation and data streaming.
Express adjoint-method optimization symbolically; scale gradients across multi-node, multi-GPU with GPU-aware MPI.
Acoustic and elastic VTI/TTI, viscoacoustic and viscoelastic propagators from the Devito cookbook.
Call DevitoPRO from applications in other languages through the Decoupler API, with full MPI support, and integrate generated propagators into existing inversion engines.
Run models beyond the limits of in-house codes using compression, data streaming, expanding-box and mixed precision to keep memory and transfer costs in check.
Tuned, benchmarked deployments on AWS, Azure and GCP — portable across available instances.
Accurate land topography on finite-difference grids via immersed boundary support.
Production workflows for repeat surveys — scale imaging and inversion consistently across vintages.
Iterative imaging and imaging-condition variants built from the same symbolic building blocks.
Performance
From isotropic acoustic to anisotropic visco-elastic, DevitoPRO kernels are autotuned per target and benchmarked against comparable hand-coded kernels where available. As new processors arrive, DevitoPRO regenerates and re-tunes for them, so the comparison stays current. For specific benchmark numbers on your workload, get in touch.
CUDA, HIP and SYCL backends generated from one symbolic spec — production-grade kernels for NVIDIA, AMD and Intel GPUs, autotuned per target for speed-of-light performance.
OpenMP + NUMA-aware MPI on every modern x86 and Arm CPU.
Tuned and benchmarked across AWS, Azure and GCP. Availability matters as much as price-performance — DevitoPRO helps teams move workloads across whichever instance families are available.
Compression-based back-propagation, intelligent data streaming, expanding-box and mixed precision keep memory use and disk-to-host-to-GPU transfers in check for large production models.
Case studies
Thrust Belt Imaging
Thrust Belt Imaging teamed up with Devito Codes to make Full-Waveform Inversion work in rugged land settings with real topography — combining structural velocity models with their Depth Weathering Solution into a workflow that delivers stable, meaningful updates where traditional approaches struggle. First real-world results presented at the Energy HPC & AI Conference at Rice University.
Read the story →Intel Customer Spotlight
How Devito Codes helps customers resolve the HPC trilemma — performance, portability and productivity — generating optimized finite-difference code from a Python DSL.
Read the story →AWS HPC Blog
A DevitoPRO case study benchmarking 3D acoustic wave-propagation kernels — including FWI and RTM propagators — on AWS Graviton4. Its Neoverse V2 cores and higher-bandwidth memory subsystem deliver substantial gains for memory-bound seismic-imaging workloads over previous Graviton generations.
Read the story →AMD
AMD profiles how DevitoPRO brings performance portability to seismic imaging — letting geophysics teams define wave-propagation kernels symbolically and generate optimized code across CPUs, GPUs and clusters, lowering the HPC barrier for domain specialists in oil and gas exploration.
Read the story →Microsoft Research
A workshop and hackathon introducing Devito — the DSL and code-generation framework for highly optimized finite-difference kernels such as FWI and RTM — run on Azure CPU and GPU instances, with lightning talks illustrating Devito from end-user, cloud-provider, hardware and academic perspectives.
Read the story →Team
CEO & co-founder
CTO & co-founder
Director of Business Development & Strategy, co-founder
Senior Solution Architect
Research Scientist
Research Scientist
Whether you run a geophysics team writing your own RTM/FWI kernels, build seismic software, or design the hardware underneath — tell us about your target architecture and imaging pipeline, and we will benchmark it and show you what DevitoPRO can do.