Molecular truth,
instantly across any domain.

Spatial awareness is only the beginning of Physical AI. CortX goes to the molecular layer, reading the spectral fingerprints encoded in light to rapidly identify what the physical world is actually made of, in real time, across every domain.

Organism id

E. coli

Resistance marker detected

None detected

Organism load

~1 x 10⁵ CFU/mL

Time to detection

7 min

ID confidence

99%

Polymicrobial flag

None detected

N98012

material

Coffee beans

Id match vs refe library

Confirmed

Moisture content

4.8%

Spectral match confidence

98%

Disposition

Accept

Time to result

1 min

N28162

product

IgG1

model version

GMP_001

titer

3.3 g/L

VCD

6.5 x10^6 cells/ml

viability

95%

glucose

2.9 g/L

N11106

Organism id

E. coli

Resistance marker detected

None detected

Organism load

~1 x 10⁵ CFU/mL

Time to detection

7 min

ID confidence

99%

Polymicrobial flag

None detected

N98061

Representative Partners

Sepsis ID in minutes
instead of days

Nondestructive detection of silicon chip tampering

Quality control

Recognitions

2025 SPIE
Prism Award

Emerging Tech: Tech Innovators Shaping Computer Vision Technologies, 2025

2025 Technology
Innovation Leader

2025 R&D
100 Finalist

Identifying information is encoded in light.

Every bacterium, molecule, material, and process in the physical world leaves a precise signature: a molecular fingerprint written in the spectrum of light.

Four circles showing microbes, antibody structure, circuit board, and lettuce with particle zooms.

But it is invisible without the right way to see.

Historically, these spectral fingerprints were too difficult to decode, so we built proxies: sending blood to labs and waiting days, testing batches of materials after they fail, recalling food after it's out.

The world operates on delayed answers to questions the physical world is always transmitting.

5–7%

mortality increase per hour of untreated sepsis

600M

cases per year of foodborne illness

$1.4T

cost per year in manufacturing downtime 

>7%

annual biopharma batch failure rate

Magnified pink and purple spheres and particles on black, with labeled zoomed areas showing clusters of particles.

The impact of not seeing.

5–7%

mortality increase per hour of untreated sepsis

600M

cases per year of foodborne illness

>7%

annual biopharma batch failure rate

$1.4T

cost per year in manufacturing downtime 

Microscopic view of Staphylococcus aureus bacteria clusters in a positive blood culture, with resistance marker mecA.

An AI that sees the molecular world.

Physical AI gives machines the ability to perceive and act in the physical world. CortX is its molecular perception layer: a Spectral Foundation Model (SFM) trained on the electromagnetic spectrum itself.

What an LLM is to language, CortX is to matter: identifying pathogens, flagging contamination, characterizing molecular bonds in real time, from any sensor, across any domain.

Close-up of pink and purple Staphylococcus aureus bacteria with text about positive blood culture and mecA resistance.

Applications

Where it works today

CortX delivers real-time molecular intelligence across any domain where the answer to "what is this?" determines what happens next. Five verticals in deployment. More in development.

Clinical diagnostics

Biomanufacturing

Food & supply chain

Defense & security

Quality control

Team

The expertise to see it.
The experience to build it.

HyperSpectral brings together spectral scientists, AI architects, enterprise veterans, and domain experts across clinical medicine, life sciences, and defense; backed by a board with decades at the frontier of photonics and deep tech investing. 

People seated around a conference table with laptops, listening to a standing man speaking in a modern office.
Scientist in a lab coat using a microscope connected to two monitors displaying cellular images.
Man in a suit speaking at a podium during the Digital Healthcare Innovation Summit.
Man working with scientific equipment on a desk in a busy laboratory or workshop setting.
Man wearing earbuds working on multiple laptops and a desktop computer in a bright office.
Three men working on computers and electronics in a bright, modern tech workshop with large windows.
People seated around a conference table with laptops, listening to a standing man speaking in a modern office.
Scientist in a lab coat using a microscope connected to two monitors displaying cellular images.
Man in a suit speaking at a podium during the Digital Healthcare Innovation Summit.
Man working with scientific equipment on a desk in a busy laboratory or workshop setting.
Man wearing earbuds working on multiple laptops and a desktop computer in a bright office.
Three men working on computers and electronics in a bright, modern tech workshop with large windows.

Engage with us

If your problem involves knowing what something is, faster than anyone can currently tell you, we can work on it across any domain.

News

HyperSpectral Earns 2025 Frost & Sullivan Technology Innovation Leadership Recognition for AI-Powered Spectral Intelligence

January 21, 2026

Announcements

MassRobotics Announces 5th Cohort of Healthcare Robotics Startup Catalyst Program

January 15, 2026

Announcements

HyperSpectral Appoints Dr. Rob Donofrio as Chief Life Science Officer to Accelerate Adoption of Spectral Intelligence Platform Across Life Sciences, MedTech & Public Health

December 10, 2025