Detecting outbreaks promptly is essential for patient safety and the continuity of hospital operations. Early identification of infection clusters enables rapid intervention, helping curb transmission and maintain operational stability during peak admission periods. Therefore, optimized workflows, particularly ahead of high-volume seasons, improve response times, minimize errors, and ensure resources are allocated efficiently.

Solu utilized to analyze AMR in fresh produce in the UAE

A step-by-step-guide for standardizing FASTA fiels with Solu or command-line tools.

A step-by-step guide for merging FASTQ reads from different Illumina lanes using Solu or command-line tools

A step-by-step-guide for computing SNP distance matrices from microbial WGS data.

A step-by-step-guide for running SKA using Solu or command line tools.

New Zealand’s Institute of Environmental Science and Research (ESR) and Awanui Labs present an ultrafast outbreak surveillance model using nanopore sequencing and Solu's bioinformatics

Here we show Solu’s security practices, how we protect genomic data in the cloud, and how to assess a cloud vendor’s security posture.

Our new study validating the Solu platform for fast, user-friendly and privacy-focused outbreak response has been published in BMC Bioinformatics.

We benchmarked Solu Platform's long-read assembly pipeline to review its performance in genomic surveillance

Rapid genomic analysis of Streptococcus pyogenes isolates reveals insights into antibiotic resistance and transmission dynamics