
We help research labs and biotech teams analyze genomic data, build AI pipelines, and scale their computing infrastructure โ from raw reads to biological insights.
Computational biology solutions tailored for research labs and growing biotech teams.
Whole-genome sequencing, RNA-seq, single-cell analysis, and variant calling. GWAS and eQTL mapping for cohort studies.
Custom ML models for sequence analysis, protein function prediction, and drug-target interaction. Fine-tuning foundation models on your data.
GPU cluster setup, pipeline optimization, and cloud migration for bioinformatics workflows. SLURM and Kubernetes deployments.
Internal tools we've built and use daily for client projects.

End-to-end variant calling, annotation, and GWAS dashboard. Handles WGS and RNA-seq pipelines with automated QC and reporting.
Used in 8+ projects
Internal MLOps tool for training and monitoring biological AI models. Multi-GPU support with experiment tracking and versioning.
3 active models
Our in-house HPC cluster for client workloads. 128 nodes, NVIDIA A100/H100 GPUs, InfiniBand networking. Available for contract compute.
Available for hireBioinfo was founded in 2023 by a group of computational biologists and engineers who kept seeing the same problem: research labs generate massive amounts of sequencing data, but don't have the in-house expertise to analyze it efficiently.
We're a small, focused team based in Wauchula, Florida. We work directly with principal investigators and biotech founders โ no account managers, no ticket systems. When you work with us, you talk to the people doing the actual analysis.
We've completed projects for university genomics departments, NIH-funded research groups, and early-stage biotech startups across the US.
A lean team of computational biologists and engineers.



Bioinfo has been selected for NVIDIA's Inception program, gaining access to GPU resources, technical guidance, and co-marketing opportunities to accelerate our genomics AI platform development.
Read more โFinished a 96-sample whole-genome sequencing analysis for a Florida-based cancer research group, identifying 623K variants including novel somatic mutations in the MYC and PIK3CA loci.
Read more โOur team published a preprint demonstrating transformer architectures for predicting enhancer activity from 131kb genomic sequences, achieving 91.2% validation accuracy โ a 13% improvement over CNN baselines.
Read more โAdded 16 NVIDIA H100 GPU nodes to our Andromeda HPC cluster, bringing total GPU capacity to 48 nodes and enabling larger-scale model training and genomic simulations.
Read more โHave a genomics project that needs computational expertise? Want to explore how AI can accelerate your research? Drop us a line.
414 Peace Dr, Wauchula, FL 33873
+1 (863) 555-0142
Mon โ Fri, 9 AM โ 6 PM (EST)