VenoGuide AI is a portable medical technology concept that uses near-infrared imaging and artificial intelligence to support clinicians in finding the most suitable vein before insertion.
Finding a vein is still highly dependent on experience, patient condition and trial-and-error — especially in children, elderly patients, dehydrated patients and difficult-access cases.
Repeated punctures increase pain, anxiety, bruising and dissatisfaction with the care experience.
Failed attempts can delay medication, fluids, blood sampling and emergency decision-making.
Each failed attempt consumes cannulas, needles, gloves, dressings, antiseptics and clinician time.
VenoGuide AI combines NIR illumination, image processing and an AI decision engine to visualize veins and recommend the most suitable access point based on visibility, diameter, straightness and depth confidence.
850 nm NIR LED array illuminates tissue and enhances venous contrast.
NoIR camera module captures infrared patterns beneath the skin surface.
OpenCV enhances contrast and filters noise for clearer vein visualization.
The engine ranks candidate veins based on clinical usability parameters.
Vein map can be shown through screen-based AR or future projection mode.
Successful access history can be saved to support future clinical visits.
The first prototype focuses on validating the imaging, processing and scoring workflow before clinical testing.
Prototype image placeholder
LED ring, camera module and handheld body design.
Contrast improvement and vein pattern detection.
Visibility, diameter, straightness and depth confidence.
Patient profile, scan report and hospital analytics.
VenoGuide AI is not only a device. It is a data-enabled workflow that can document difficult access history and successful venous access points for future visits.
{
"patient_id": "HKM-245811",
"diva_risk": "High",
"recommended_site": "Left forearm",
"ai_score": "89%",
"attempt_result": "Successful first attempt"
}
Fewer repeated punctures and a better patient experience.
Less wasted medical supplies and more efficient staff time.
A locally developed medical technology designed for hospitals in Jordan and beyond.
For prototype discussion, partnership, pilot testing or investment interest.