Evo 2
Public checkpoints; official local inference needs CUDA hardware and substantial memory.
Official source ↗Paper-reported results →Applicable tests
Genome likelihood or embedding output needs promoter calibration.
Microbial sequences and metagenomic classification. Explore models we could test and the test families that apply to them.
These are candidates, not a ranked list. An applicable test may need a trained head, a scoring adapter, a specialist comparison, or access to a hosted service. No result is implied by appearing here.
Public checkpoints; official local inference needs CUDA hardware and substantial memory.
Official source ↗Paper-reported results →Genome likelihood or embedding output needs promoter calibration.
Public model family and mini checkpoint.
Official source ↗Paper-reported results →Public promoter examples use task-specific fitting.
Sequence classifier needs training on a declared taxonomic split.
Report performance on clades excluded from head training.
Public Apache 2.0 checkpoint; 512-token context and large local memory requirement.
Official source ↗Paper-reported results →Metagenomic sequence embeddings need a read-classification head.
Fit a head on known taxa and test taxonomic shift.
Public classifier; database build/version must be pinned separately.
Official source ↗Paper-reported results →Remove held-out clades from the reference database; score retained ancestor ranks or unclassified reads, not exact labels absent from the database.
Native read classification with a pinned reference database.
Public profiler; marker database version must be pinned separately.
Official source ↗Paper-reported results →Each candidate test needs a defined dataset, split, metric and run protocol before it can become a benchmark.
Classify promoter activity from microbial DNA sequence.
Classify held-out phage or pathogen sequences and record taxonomic distance.
Hold clades out of downstream fitting and reference databases; evaluate known ancestor labels or unknown-taxon detection, and audit pretraining overlap separately.
Estimate taxon abundances in metagenomic samples.
Model sources and access descriptions checked 2026-09-16. Confirm licenses, terms and checkpoint revisions before any run.