Pauling vs. Cresset Flare

Pauling runs docking, MD, ADMET, and binding-energy validation on cloud infrastructure through natural language -- no installation, no per-seat licenses, scaling to millions of compounds. Cresset Flare is a modern comp chem suite with strong FEP and lead-optimization tools, but it's per-seat licensed desktop software with no native cloud scaling.

Category Pauling Cresset Flare
Free energy perturbationNot yet availableFEP -- well-validated for lead optimization congeneric series
DockingUniDock (GPU-accelerated Vina) -- scales to 10M+ compoundsLead Finder -- accurate but limited to desktop-scale throughput
Electrostatic surface modelingNot availableCresset field technology -- unique electrostatic/hydrophobic field comparisons
InterfaceConversational AI -- natural languageDesktop GUI -- modern and well-designed, but traditional
Cloud scalingAuto-scales to hundreds of workers on Google Cloud DataflowDesktop-bound; no native cloud parallelization
Cost modelPay-per-compute, no license feesPer-seat licensing; Flare + modules priced separately
MD simulationsGROMACS with auto ligand parameterization (ACPYPE), checkpoint save/resume, MM-PBSALimited -- basic minimization; not a full MD platform
ADMET profilingIntegrated into every workflowNot a core capability; relies on external tools
Lead optimization toolsDocking, MD, ADMET, binding energy validation as an integrated pipelinePurpose-built for lead opt -- activity cliffs, SAR analysis, field-based alignment
Pocket detectionP2Rank (ML-based, automatic)Active site detection available but less automated
File format handlingAutomatic conversion (PDB, SDF, MOL2, SMILES, CIF, PDBQT)Handles standard formats; some manual prep required
Structure validationMolProbity + PoseBusters (automatic QC)Visual inspection; no automated pose QC pipeline