Pioneering Next-Generation Sequencing Technology
Field-deployable library preparation for next-generation sequencing.
Designed to support rapid decision-making where lab access is limited.
Conduct NGS sample preparation right at the source, eliminating the need for sample transport and preserving sample integrity.
Our user-friendly systems simplify complex protocols, making NGS accessible to researchers with varying levels of experience.
Generate high-quality NGS-ready libraries in the field, accelerating research progress and enabling faster decision-making.
Designed for use wherever conventional laboratory infrastructure is unavailable or impractical.
Monitor pathogen presence in water systems and environmental samples at collection sites.
Enable rapid on-site genomic analysis during outbreak investigations and public health emergencies.
Support biodiversity studies and ecological research in remote or austere environments.
Provide tactical genomic capabilities for military and expeditionary medical operations.
A typical Triton deployment follows a streamlined field workflow.
A field team deploys to a remote wastewater monitoring site 200 km from the nearest lab. Using TRIDENT, they prepare sequencing libraries on-site and obtain actionable genomic data the same day.
Collect samples directly at the site of interest using standard field protocols.
Process samples using TRIDENT to generate sequencing-ready libraries in the field.
Transfer prepared libraries to portable sequencing platforms for immediate analysis.
Obtain genomic insights in hours rather than days, enabling rapid decision-making.
A closed clinical chassis for plasma, saliva, and sputum. Load the sample, press one button, walk away with a call in under 46 minutes. No pipetting, no cold chain, no separate bioinformatician.
On-board mucolysis conditioning. Direct loading of respiratory tract samples.
Low collection barrier. Non-invasive sampling at the point of care or in the field.
Swab eluate loaded directly. Standard upper-respiratory collection workflow.
Extension for circulating nucleic acids. Low heme inhibition baseline.
Extension for cell-associated agents and leukocyte-derived signal.
Clinical sequencing still lives on a bench. It demands skilled hands, cold-stored reagents, separate instruments for prep and sequencing, and a bioinformatician downstream. Outbreaks and bedside decisions do not wait for any of that.
One closed chassis. Lyophilized reagents inside the consumable, automated priming, integrated MinION sequencing, and on-board classification. A non-expert loads a clinical sample, presses a button, and walks away with an answer in under 46 minutes.
Plasma, saliva, or sputum loaded into the SALC consumable. No measuring, no aliquoting.
Hermetic lysis with lyophilized reagents. No cold chain, no open handling.
Automated prep. Concurrent DNA and RNA library construction from a single input.
Nanopore MinION R10 flow cell. Ten-minute untargeted metagenomic read window.
On-board classification with gated detection and cryptographic trace to the raw reads.
Identify the pathogen at the bedside, in the ED, or in the clinic before empirical therapy decisions harden.
Expand sequencing capacity outside the central microbiology lab during outbreak surges or off-hours.
Take untargeted clinical metagenomics into the field with no cold chain and no instrument stack.
Generate gated, cryptographically traced calls from clinical samples in austere environments.
Hermetic seal throughout the lysis and transfer steps.
No external waste stream. Spent reagents stay inside the consumable.
Closed fluidics after sample load. No aerosol risk to the operator.
Research Use Only. Not for use in diagnostic procedures. Rapid identification and escalation, not confirmatory diagnostics.
Request a briefing, discuss a pilot, or get in touch about Trident or Juno for your program.