What if the answer to cancer was already flowing through your veins?
Every second, our blood is carrying information that the doctor hasn't read yet.
Blog posts from Aegis Digital Technologies.
Every second, our blood is carrying information that the doctor hasn't read yet.
The most comprehensive update to veterinary cancer care standards in years.
We're looking for an investor who asks themselves that question before they ask about returns.
The CBC flags a low red cell count and abnormal white cell morphology. The vet suspects lymphoma. But the blood smear tells a more complicated story.
Our CEO, Erdem Altuntac and CPCO Preethi Ganesh will present our flagship product Micro-SDP - a deterministic, mathematically auditable approach to blood cell classification, where every decision can be verified rather than trusted as a black box.
Early-stage results of Micro-SDP is already revealing feasible outlines, if not yet perfect ones.
We've also expanded the morphological descriptor set extensively, including geometrical and frequency features of each cell channel, giving us 742 dimensions across those channels.
A new chapter begins for Aegis Digital Technologies, Micro-SDP and our whole team.
A room full of founders and entrepreneurs having honest conversations about what it actually takes to build visibility as a small team: the consistency, the strategy, the moments when you're not sure it's working but you keep going anyway.
We presented Micro-SDP, our deterministic, mathematically auditable approach to automated blood cell classification for hematology diagnostics.
The challenge: how do large organisations like Infineon, with 55,000 employees, ensure the right expertise reaches the right decision at the right time?
We ran Micro-SDP's cell detection layer, the very first stage of our pipeline, against ChatGPT on publicly available peripheral blood smear images.
Our proposed multi-channel cell unification will enable the Micro-SDP architecture to achieve higher intelligence levels through a self-defined taxonomy of single cells.