SAFE / EYESURGERY / AI
Clinical safety intelligence
/
00SAFE EYES / OPERATING ROOM INTELLIGENCE

See the risk before it becomes a complication.

SafeEyeSurgery AI is an AI-controlled software and hardware complex designed to prevent corneal thermal burns during phacoemulsification.

Explore the system ↘Request a conversation ↗

⊙Built for the clinical workflow. Designed to see what indirect parameters cannot.

Microscopic view of a phaco needle channel in a clinical safety system
LUMEN STATUSOPEN
VISUAL CONTROL10–20×OPTICAL MAGNIFICATION
TRL–7Technology readinessDemonstrated in a real clinical environment
100%Classification accuracyPreliminary tests · 27 Nov 2025
17 secAverage analysis timeContinuous operation confirmed
38 secPer-needle monitoringVisual control from multiple angles
01WHY IT MATTERS

A new layer of safety inside the most familiar part of cataract surgery.

During phacoemulsification, the condition of the phaco needle matters. SafeEyeSurgery AI adds direct visual intelligence to the process, helping the surgical team identify occlusion and overheating before they become a complication.

THE QUESTIONCan the needle be seen before the risk is felt?Follow the signal ↘
02PROBLEM / SOLUTION
THE GAPRISK / INDIRECT

What cannot be seen can still cause harm.

  • −No direct, objective control of phaco needle condition during surgery
  • −Risk of overheating and thermal burns to the cornea
  • −Safety still depends on human factors and surgeon experience
  • −No proactive signal for early occlusion and critical equipment modes
  • −Complications and repeat interventions can affect visual outcomes
THE RESPONSEACTIVE / DIRECT

Make the needle condition visible in real time.

  • ✓Continuous, real-time monitoring of needle status and surgical parameters
  • ✓Proactive AI detection of occlusion and overheating
  • ✓Automatic sound and light alerts to the surgeon
  • ✓Works with existing phaco systems without changing the standard workflow
  • ✓Designed to be compatible regardless of system manufacturer
03HOW THE SYSTEM WORKS

From lumen to signal.

A compact diagnostic module visualises the internal channel of a phaco needle. A trained convolutional neural network classifies its condition as clear or clogged, giving the surgical team a proactive signal without interrupting the standard process.

Phaco needle mounted in a diagnostic holder with optical illumination
FIG. 01   Internal channel / direct visual control
01

Install

The phaco needle is placed in the analysis holder.

↗
02

Illuminate

The internal channel is visualised with optical magnification.

↗
03

Classify

AI analyses texture and light scattering to detect occlusion.

↗
04

Alert

The system flags a risk so the needle can be changed proactively.

↗
Ophthalmology team working with a clinical safety analysis system
CLINICAL INTEGRATIONNo change to the standard surgical workflow.
04BUILT FOR THE ROOM

Technology that stays calm when the room is focused.

SafeEyeSurgery AI is designed to integrate with existing ophthalmic surgical equipment and work alongside the surgeon, not against the workflow. The target environment is a real operating room, where every signal must be timely, legible and actionable.

Existing equipmentSound + light alertManufacturer agnostic
Read the evidence ↘
05EVIDENCE / READOUT

Measured in the room. Built to move forward.

Project data from the supplied SafeEyeSurgery AI presentation, including prototype testing, clinical integration and intellectual property protection.

27.11.25Preliminary test datePrototype performance review
100%Classification accuracyClear / clogged binary classification
17 secAverage analysis timeContinuous operation confirmed
64942Computer program certificate2025 · intellectual property protected
CLINICAL STATUS / TRL–7

Clinical testing was conducted in a real operating room at Aziz Group clinic without interfering with the surgical process.

R&D COMPLETED / Q4 2025
06POSITION IN THE FIELD

Direct visual control where indirect signals stop.

Comparison from the supplied project presentation. SafeEyeSurgery AI is presented as a supplementary safety layer, not a replacement for the existing surgical system.

CapabilitySafeEyeSurgery AICenturion + Active SentryEVA SystemAI Research
Needle cleanliness✓ 100% accuracy———
AI image analysis✓ CNN / ResNet——Different task
Visual monitoring✓ LED + microscope——Video
Analysis from different angles✓ 8–12 angles———
Determination of % clogging✓ Yes———
Prevention of burns✓ ProactiveReactive——
Real-time monitoring✓ 38 sec / needlePressure onlyPresence only—
Surgeon alert✓ Sound + lightYes——
07MARKET / SCALE

One clinic is the start of a much larger signal.

Market estimates in the supplied presentation for cataract removal operations in the Republic of Kazakhstan.

TAM / TOTAL ADDRESSABLE MARKET70,000operations / year≈ 20.0B ₸ / year
SAM / SERVICEABLE AVAILABLE MARKET22,000private + paid segment≈ 6.4B ₸ / year
SOM / SERVICEABLE OBTAINABLE MARKET3,600operations / year / one clinic≈ 1.0B ₸ / year
08BUSINESS MODEL

Safety control as a service.

B2C cataract surgery delivered through paid medical services and the compulsory medical insurance system.

MODEL / B2C

The product lives inside the clinical process.

Revenue comes from cataract surgery performed with SafeEyeSurgery AI safety control. The system is integrated into the clinic, not sold as a disconnected consumer gadget.

Paid operations380,000 ₸selling price
OSMS operations249,000 ₸FSM tariff
5-YEAR PLANRevenue / Profit
2027
105.49M / 25.33M
2028
210.98M / 50.65M
2029
271.26M / 65.12M
2030
301.40M / 72.36M
2031
331.54M / 79.60M
Amounts shown in ₸ millions · project forecast
Clinical team reviewing an ophthalmic safety system at a workstationTHE NEXT SIGNAL IS A CONVERSATION.
IMPLEMENTATION / CLINICAL TEAMREADY TO REVIEW
09NEXT STEP

Bring a more visible layer of safety to the operating room.

For clinical partners, ophthalmology specialists, investors and implementation teams: let’s discuss the next phase of SafeEyeSurgery AI.

Start the conversation ↗