emtensor
EMT-G4 · 2026
emtensor / 2026
01 / 20

A new way to monitor the brain.

HQ
Bengaluru × Vienna
Doc
Investor Presentation
Edition
2026 / Ver. 02
0m15m30m45m60m1.9M neurons / min · 14B over golden hourEach dot · 1M neurons · fading with delay
Neurons lost · per minute
Category
02 / 20

Not a better scan reader.

A new device that creates a new way to monitor the brain.

  • 01Not software reading old scans
  • 02Not a better algorithm
  • 03A new category of brain monitoring
85 / 15ischemic · hemorrhagicIschemic — clot · ~85%Hemorrhagic — bleed · ~15%
Stroke type · global
Problem
03 / 20

The brain changes fast.

In stroke and neurological emergencies, every minute can change the outcome.

1.9M
Neurons lost / min
60
Min · golden window
12.2M
New strokes / yr
TriageTransportWait for suiteScan acquiredDecision> 60 min typical · ~30% scanned in golden hour
Door → imaging · current
Problem
04 / 20

Today, we see only snapshots.

Brain imaging is usually a single scan at a single moment.

  • 01One scan
  • 02One moment
  • 03Limited visibility over time
Triage+8mTransport+16mWait+24mScan+32mDecide+40mTreat+48m
Today · linear, sequential
Problem
05 / 20

The first scan often comes too late.

Imaging is still locked inside hospital infrastructure.

> 60
Min · door-to-imaging
~30%
Scanned in first hour
0
Imaging in ambulance
BEFORENOW · emtensorsuite → bedside · snapshot → continuous
Imaging topology
Clinical risk
06 / 20

Wrong treatment. Catastrophic outcome.

Ischemic and hemorrhagic strokes can look similar, but need opposite treatments.

  • 01Ischemic — ~85%
  • 02Hemorrhagic — ~15%
  • 03Imaging is mandatory
PowerLow · battery-capableRadiationNone · non-ionizingFootprintBedside · mobileAcquisitionReal-timeShieldingNot required
EMT-G4 · operating envelope
Shift
07 / 20

From one-time scans to monitoring.

emtensor changes how brain care happens — from waiting for a scan to watching changes over time.

  • 01Scan event → monitoring workflow
  • 02Hospital suite → patient side
  • 03Late decision → earlier insight
AmbulanceT+0mEmergency deptT+5mNeuro ICUT+10mStroke unitT+15mContinuous coverage from pre-hospital to step-down
Deployment · care continuum
Product
08 / 20

Brain monitoring at the patient.

Portable. Radiation-free. Real-time.

  • 01Ambulance
  • 02ICU
  • 03Bedside
SNAPSHOTCONTINUOUS · EMTRepeatable safely · trend, not snapshot
Snapshot → continuous signal
Monitoring
09 / 20

Not just one scan.

A repeatable way to see how the brain is changing over time.

  • 01Repeat safely
  • 02Track changes
  • 03Support faster decisions
Microwave · dielectric contrast · inverse reconstruction
Antenna array · field model
Technology
10 / 20

New physics inside a new instrument.

emtensor uses low-power electromagnetic signals to look at the brain without ionizing radiation.

  • 01New instrument
  • 02Non-ionizing
  • 03Built for repeated use
RAW EM SIGNALAcquireDenoiseInverseAI reconRECONSTRUCTED IMAGE
Signal → meaning
Signal
11 / 20

A new signal from the brain.

The device creates a signal that existing scan readers do not have.

  • 01Created by the instrument
  • 02Measured at the patient
  • 03Interpreted over time
AI reconstructionL6Inverse algorithmsL5Signal acquisitionL4Antenna arraysL3RF circuitsL2MaterialsL1
Vertically integrated stack
Moat
12 / 20

Hard science. Hard hardware. Hard to copy.

RF engineering, antennas, shielding, materials, and reconstruction built together.

19+
Patents
60+
Peer-reviewed papers
30+
Years scientific lineage
Sites × cohorts · diverse populations · real workflows
Multi-site validation
Validation
13 / 20

Built for real clinical workflows.

Designed around the places where urgent brain decisions happen.

  • 01Multi-site studies
  • 02Diverse populations
  • 03Real clinical workflows
FDAUnited StatesCEEuropean UnionCDSCOIndia
Parallel regulatory tracks
Regulatory
14 / 20

Built for global medical pathways.

Regulatory thinking from the start.

  • 01FDA — United States
  • 02CE — European Union
  • 03CDSCO — India
12.2Mstrokes / yr7Mdeaths143MDALYs
Global stroke burden
Market
15 / 20

Stroke is the first urgent use case.

A large global problem where time, access, and monitoring matter.

12.2M
New strokes / yr
~7M
Deaths / yr
#1
Cause of disability
143M
DALYs lost / yr
AICapitalPolicy2015 → 2020 → 2026
Why now · curves converging
Timing
16 / 20

The world is ready for brain monitoring at the point of care.

Care is moving closer to the patient. emtensor brings brain monitoring into that shift.

  • 01Decentralized care
  • 02Better signal processing
  • 03Portable medical systems
DeviceServiceSoftwareY1Y2Y3Y4Y5
Revenue mix · maturing
Model
17 / 20

Device first. Monitoring over time.

A physical instrument creates the foundation for recurring clinical value.

  • 01Device sale
  • 02Service & support
  • 03Monitoring intelligence layer
VIENNAresearch · RFBENGALURUengineering · ops
Vienna ⇄ Bengaluru
Team
18 / 20

Deep science. Strong execution.

European research strength. Indian engineering speed. Global ambition.

  • 01Vienna — research & RF
  • 02Bengaluru — engineering & operations
  • 03Global — clinical & commercial
G4NOWPortable scannerG5NEXTIntegrated AIG6NEXTContinuous monitoringImaging → intelligence → standard of care
Platform evolution
Roadmap
19 / 20

From portable device to continuous brain monitoring.

G4 → G5 → G6.

  • 01G4 — portable instrument
  • 02G5 — clinical workflow integration
  • 03G6 — continuous brain monitoring
emtensorReimagining brain care · 2026
Real-time · everywhere
Closing
20 / 20

Reimagining brain care.

A new way to see how the brain is changing — when it matters most.

emtensor· Bengaluru × Vienna · 2026