For organizations
Create one governed application service for laboratories, engineering groups, and teaching environments on infrastructure your organization controls.
High-throughput biomolecular dynamics for proteins, lipids, and nucleic acids, with replica ensembles and multi-node MPI for systems that need it.
Provide research and engineering teams with approved applications and reproducible execution without asking them or your infrastructure team to maintain every software stack.
Create one governed application service for laboratories, engineering groups, and teaching environments on infrastructure your organization controls.
Choose an available application, configure a simulation, submit and track the run, review logs and status, and retrieve the recorded results.
Control approved applications and versions, licensing integration, access, resource quotas, execution policies, data location, and run history.
We package and validate applications, deploy the service on your OpenStack infrastructure, integrate licenses where required, and provide ongoing operations.
GROMACS is a molecular dynamics engine written for biomolecular systems and tuned for throughput.
Its non-bonded interaction routines are optimized for modern CPU architectures, while MPI supports systems that need more than one node.
Run folding studies and conformational sampling long enough for the slow motions to show up.
Prepare and equilibrate bilayer systems, then run membrane proteins in a realistic lipid environment.
Estimate protein–ligand binding free energies from perturbation windows, each queued as an independent simulation.
Run nucleic-acid systems and the long production campaigns that ensemble methods depend on.
Queue many independent replicas instead of one very large simulation; this is how most GROMACS workloads are structured. Multi-node MPI is also available for an individual system that genuinely needs it.
Choose single-node execution for throughput or multi-node MPI when an individual system needs more memory or compute capacity.