ALIX Lasers Licence Department — Dubai, UAE
Engineering Intelligence.Powering the Future of Medical Laser Technology.
Developing intelligent software platforms for the next generation of professional medical laser systems.
Neural Engine
liveEnergy
J / cm²
Cooling
°C skin
Pulse
µs width
Accuracy
% verified
The Brain
Twelve intelligences, one nervous system.
Every module of ALIX SMART AI reasons about a different dimension of a treatment — and they all resolve into a single, verified decision. Hover a module to see it activate.
Energy AI
Balances fluence, pulse width and repetition against live device telemetry.
AI Command Center
Mission control for a fleet of intelligent lasers.
System health, thermal behaviour, neural throughput and cloud state — continuously observed, never static. Values shown are illustrative live simulations.
System Health
99.4%
Laser Status
READY
Device Health
97.8%
Pulse Accuracy
99.10%
Cooling Efficiency
94.6%
Cloud Status
SYNCED
GPU Usage
62%
Neural Engine
41TOPS
Prediction Accuracy
96.3%
Temperature
34.2°C
Energy Flow
18.6J/cm²
Service Status
NOMINAL
Connected Devices
1482units
Global Network
42regions
Digital Twin
Every device exists twice. Once in metal, once in software.
Rotate the device, open the housing and inspect any component: function, AI interaction, diagnostics, service history and predicted lifetime.
Digital Twin — drag to rotate
Component
Laser Controller Board
- Function
- Translates AI decisions into hardware timing.
- AI interaction
- Decision Engine writes verified setpoints only.
- Diagnostics
- Timing jitter < 4 µs
- Service history
- Firmware 4.8.2
- Predicted lifetime
- Predicted 96% remaining
- Maintenance interval
- Condition based
Software Architecture
From cloud intelligence down to the pulse itself.
Eight layers, connected by a single stream of verified data. Light travels down the stack exactly as decisions do.
Cloud
Fleet orchestration, OTA, telemetry lake
AI Engine
Model ensemble, inference scheduling
Decision Engine
Simulation, verification, execution
Medical Physics Engine
Deterministic physics of light and tissue
Laser Controller
Microsecond timing and energy gating
Cooling Controller
Thermal management and pre-cooling
Sensors
Reflectance, temperature, flow, energy
Device Hardware
Optics, crystal, handpiece, power stage
Medical Physics Engine
Physics first. Intelligence on top.
Before a model may decide anything, deterministic physics defines the boundaries. Adjust the energy input and watch the engine respond.
Interactive input
Fluence
Move the energy input and watch every dependent value in the physics engine react.
18.4
J / cm²
Pulse Width
320.0
µs
Frequency
8.0
Hz
Fluence
18.4
J/cm²
Spot Size
12.0
mm
Cooling
4.2
°C
Temperature
34.6
°C
Crystal
41.2
°C core
Skin
62.0
% reflectance
Pulse Timing
4.0
µs jitter
AI Decision Engine
Simulate. Predict. Verify. Only then execute.
Millions of calculations per second collapse into one authorised action — and nothing reaches the hardware unverified.
> engine.tick(t=1042.318ms)
sensors.read() -> 14 channels ok
skin.reflectance = 0.62
physics.simulate(pulse=320us, fluence=18.4)
model.ensemble(n=7) -> p(safe)=0.9987
cooling.precool(dT=4.1C) queued
decision.select(profile=A2, gain=1.04)
verify.bounds() -> PASS
controller.commit(pulse#412 984)
learn.enqueue(outcome_vector)
status: 2.4M calculations / second
Global Network
Engineered in Dubai. Connected worldwide.
Devices, updates and telemetry flowing between our engineering hub and connected systems across every region.
Global Network
Figures shown are illustrative platform visuals, not certified fleet statistics.
AI Learning
Every pulse makes the next one smarter.
Knowledge flows from the device into the cloud, expands the network, and returns as a verified model update.
Neural evolution
- 01Each treatment generates structured knowledge.
- 02Knowledge is anonymised and flows into the cloud.
- 03The neural network expands with every generation.
- 04Refined models return to the fleet as verified updates.
AI Timeline
One pulse. Eight software decisions. Milliseconds.
Follow a single laser pulse through the platform, from the first sensor read to the learning loop.
Live Device
Press start. Watch the software think.
A simulated treatment interface: temperature, cooling, energy and pulse count responding in real time.
Live Device — virtual treatment
Pulse counter
0
Skin temperature
32.4 °C
Cooling ΔT
4.0 °C
Energy
18.4 J/cm²
Simulated interface for demonstration. Not a medical device and not intended for clinical use.
Software Development
How intelligence becomes a released product.
A disciplined path from research to continuous improvement — with verification and validation as non-negotiable gates.
- 01Research
- 02Medical Physics
- 03Simulation
- 04Artificial Intelligence
- 05Algorithm Training
- 06Software Engineering
- 07Verification
- 08Validation
- 09Cyber Security
- 10Cloud Infrastructure
- 11Deployment
- 12OTA Updates
- 13Continuous Improvement
Cyber Security Center
Trust is an engineering requirement.
Encrypted communication, signed artefacts, per-device identity and zero-trust service boundaries — monitored continuously.
Encrypted Communication
TLS 1.3 · AES-256 at rest
Digital Signatures
Signed firmware and model artefacts
Certificates
Per-device identity, rotated
Zero Trust
No implicit trust between services
Medical Security
Designed along medical software practice
Realtime Monitoring
Continuous anomaly detection
Software Lab
Where models, simulations and twins are built.
AI Models
Ensembles for energy, cooling and safety
Training Simulations
Millions of synthetic pulse scenarios
Medical Datasets
Structured, anonymised, governed
Laser Simulations
Optical and thermal behaviour in silico
Digital Twins
Every device mirrored in software
Prediction Engines
Component drift and lifetime forecasts
Performance Center
Realtime performance, end to end.
GPU
68%
CPU
44%
Memory
57%
Cloud
82%
Latency
22%
Energy Processing
74%
Prediction Engine
88%
Neural Processing
91%
Update Engine
36%
AI Accuracy
96%
Innovation Wall
Milestones behind us. Vision ahead of us.
2019
Research
Medical physics modelling of pulse–tissue interaction begins.
2020
Simulation
First in-silico laser twin for thermal prediction.
2021
AI Engine
Model ensemble replaces static parameter tables.
2022
Decision Engine
Verification layer gates every executed pulse.
2023
Cloud
Fleet telemetry and secure OTA delivery.
2024
Digital Twin
Component-level lifetime prediction.
2025
Learning Loop
Continuous model refinement from aggregated outcomes.
Vision
Autonomous Assist
Software that reasons about every treatment in real time.
Roadmap items marked “Vision” describe intent, not delivered functionality.
ALIX Smart AI™
The Future of Medical Laser Intelligence Starts Here.
Software is no longer a tool.
Software has become intelligence.