Get accurate cell-type proportions and high-resolution cellular maps with validated algorithms, scalable pipelines, and reproducible outputs ready for publication.
Ensemble methods combining marker-based, reference-free, and single-cell guided models for robust cell-type proportion estimates across platforms.
Cloud-native workflows with batch processing, parallelization, and automatic checkpointing for large cohorts and spatial experiments.
Per-sample confidence metrics, marker contribution reports, and interactive QC dashboards to support reproducibility and publications.
Quantify immune infiltration and stromal composition across diseased and healthy cohorts to identify cellular correlates of clinical outcomes.
Resolve mixed spots into high-resolution cellular maps to study spatial organization, microenvironments, and cell–cell interactions.
Seamless export for Seurat, Scanpy, Bioconductor, and interoperable outputs (CSV, AnnData, SingleCellExperiment).
Validated QC and audit trails for translational studies, cohort stratification, and biomarker discovery.
Plug Deconvolve into your existing workflows. We provide REST APIs, Nextflow/CWL modules, and SDKs for Python and R.
Programmatic submission, status polling, and artifact retrieval for automation and reproducible pipelines.
Python and R clients with helpers to convert Seurat/Scanpy objects and visualize results directly in notebooks.
Deploy on managed cloud, private VPC, or run locally with containerized tooling and provenance tracking.
Flexible pricing for academic labs, core facilities, and enterprise — pay-as-you-go compute, subscriptions for teams, and discounts for academic users.
Free*
Access core workflows, community support, and limited compute credits for publications and validation.
Request AccessMonthly
Collaboration features, priority compute, and shared project spaces for research groups.
Start TrialCustom
On-prem deployments, dedicated SLAs, and compliance packages for regulated studies.
Contact Sales*Academic tier requires affiliation verification.