MOVO-X
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ID scanning check-in eliminates the single biggest source of patient record errors: manual IC number entry. Patients tap or present their ID card; the kiosk reads the authoritative data source — not the patient's memory of their own number.
IC number entry errors create duplicate records, billing problems, and insurance claim rejections. A patient who mis-types one digit of their 12-digit IC number creates a ghost record. ID scanning prevents this at source — the scan reads the chip or printed text exactly as issued.
Primary ID method for Malaysian patients. APDU reads the JPN chip on MyKad in under 2 seconds. Returns IC number, full name, date of birth, and address from the authoritative chip — not OCR of the printed surface.
Biometric passports read via NFC chip (ICAO 9303) for the fastest and most accurate result. Non-NFC passports read via MRZ OCR (Machine Readable Zone) in under 3 seconds.
Camera-based OCR for Malaysia, Singapore, and international driver licences. Used as a secondary ID for patients without their IC on them. OCR accuracy above 98% for standard-format licences.
A single patient record can store IC, passport, and driver licence identifiers. The deduplication engine checks all identifiers before creating a new record — preventing duplicate records when the same patient presents different IDs on different visits.
MRZ checksum validation and NFC chip signature authentication ensure only legitimate, unaltered ID documents are accepted. Tampered or photocopied IDs fail validation and trigger a staff alert.
The kiosk validates ID document expiry. Expired IDs are accepted for existing patients (their record is already in the system) but flagged for admin follow-up. New patients with expired IDs are directed to staff-assist registration.
IC number transcription error rate drops to zero at ID-scanning clinics
Duplicate record rate below 0.1% with multi-identifier deduplication
Document authenticity check blocks tampered IDs at check-in
Passport MRZ read accuracy above 99.5% for standard-format documents
ID scanning uses three modalities: NFC APDU for chip-based IDs, MRZ OCR for machine-readable zones, and general document OCR for non-standardised IDs. NFC is always attempted first (fastest, most accurate). MRZ OCR uses a custom-trained model optimised for Southeast Asian ID document layouts. General OCR falls back to Tesseract with post-processing cleanup. All parsed data is validated against known patterns (IC number Luhn check, passport MRZ check digit) before being accepted.
The kiosk falls back to camera-based IC barcode scan, then to the printed IC text OCR. A staff-assist flag is raised if all three methods fail. Chip failures are common in older cards; the fallback is seamless.
Yes. Work permits, student passes, and foreign residency IDs with MRZ zones are readable via OCR. Biometric passports from 170+ countries are readable via NFC. Manual entry is the fallback for IDs without OCR zones.
The kiosk retains the parsed data from the scan, not the raw image by default. Clinics can opt into scan image retention (with patient consent) for document authenticity audit trails.
Names are read exactly as stored on the ID chip or printed on the document. Long names are truncated only in print output (thermal receipt) — the full name is stored in the patient record.
Yes. The SCR301 NFC reader and front camera are standard on all MOVO-X kiosk models. No additional hardware purchase is required for ID scanning.
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