Veterinary Oncology & Medicine
Advance your in-clinic cancer classification with rapid, automated immunophenotyping modules built specifically for veterinary specialists.
Human Medicine & Biomedical Research
Explore our lens-free microscopy technology platform and upcoming pipeline of low-cost, maintenance-free diagnostic modules.
Lensless Microscopy Meets Advanced Neural Networks.
Traditional microscopes are constrained by expensive objective lenses with small fields of view. Alentic’s disruptive technology bypasses lenses entirely, utilizing digital image sensors to generate high-resolution multispectral images across a field of view hundreds of times larger than standard microscopes with equivalent resolution.
These huge visual fields are processed at blinding speed, on the device, using advanced computational neural networks. The embedded AI classifies, counts and measures cellular and chemical constituents in fractions of a second. With absolute autonomy and zero dependence on cloud connection, Alentic’s technology works anywhere.
Engineered for Environments Where Failure is Not an Option.
Alentic’s groundbreaking technology operates aboard the International Space Station (ISS), delivering real-time biomedical analysis where traditional flow cytometers fail. Backed by more than 50 US patents, the Prospector brings this space-tested precision, fluidic-free engineering, rugged durability, and dry reagents with long shelf-life at ambient temperature to the diagnostic frontline on Earth.
Sophisticated Science. Radical Simplicity.
STEP 1:
Collect
Obtain a droplet of sample: fine-needle aspirate, venous or capillary whole blood, any liquid sample. No pre-run manipulations, no stress.
STEP 2:
Load
Load the single droplet and our proprietary consumable cartridge directly into the device.
STEP 3:
Run
Close the lid, press Start, and walk away. High-content CBCs with abnormal cell flags are displayed in under 7 minutes; immunophenotyping, immunoassays and serology in under 25 minutes.
Future-Proof Architecture. Infinite Applications.
Expand your in-clinic diagnostic capabilities on a single, unified hardware platform via simple download of new software. By decoupling physical instruments from fixed testing configurations, Alentic eliminates the need for expensive capital hardware upgrades.
The Prospector is built to evolve. Practices, care deliverers and research institutions can instantly increase their diagnostic reach on demand simply by acquiring new software modules and consumables.
Product and Diagnostic Pipeline
Veterinary Medicine Portfolio
Prospector for Veterinary Oncology (Immunophenotyping Module) → [Available Now—Enter Portal]
Prospector for Veterinary Hematology (Complete Blood Count Module) → [ Coming Soon ]
Prospector for Veterinary Clinical Chemistry (Immunoassay Module) → [ Coming Soon ]
Prospector for Veterinary Immunology (Serology Module) → [ Coming Soon ]
Human Medicine Portfolio
Hematology, Oncology, Clinical Chemistry & Immunology Suites → [ Coming Soon ]
Visionary Science. Proven Execution.
Alan Fine, VMD, PhD
Chief Executive Officer & Founder
Professor of Physiology & Biophysics, Pediatrics, and Biomedical Engineering at Dalhousie University (Canada). Renowned neuroscientist, formerly at the National Institute for Medical Research (UK) and the University of Cambridge (UK). Pioneer in optical imaging and synaptic neurophysiology, holding over 50 US patents in lensless microscopy and related technologies.
John Roche
Chief Operating Officer
Veteran operations executive with over 35 years’ experience building and scaling medical device manufacturing and supply chains from development to global commercial distribution. Unrivalled expertise and experience with industry-leading human and veterinary in vitro diagnostics corporations.
Thomas Trappenberg, PhD
Director of Artificial Intelligence
Professor of Computer Science at Dalhousie University and author of foundational textbooks on computational neuroscience and neural networks. Leading expert in development and implementation of machine learning architectures for high-speed automated image-based cell classification.
