Health

Baby Footprints

Holistic Identity: Unique ID from birth to valid through the entire life via digitally or holdable
Taking a newborn’s footprints within forty-eight hours following birth is a standard adhered to by most hospitals around the world. This is because the footprint, much like fingerprints, is unique to each individual and can be used in identification. The baby footprint is a reliable measure for identification as it does not change after birth. The reason we opt for footprints in babies is that newborns tend to squeeze their hands and forcing infants’ hands open may cause them discomfort. Bring the practice of newborn printing up to a contemporary level and speed with Papilon LiveScanner Technology to avoid the discomfort of babies.

For registration, LS FB– Livescanner Footprint for Babies takes the scan of the baby’s whole foot. In alternative applications, prints of soles or toes can be taken separately.

The system gives feedback on the quality of the scan and prompts the operator to repeat the scanning until the perfect print is taken. This quality control step is essential as infants tend to move their legs and arms and can be frustrated if held in the same position.

The operator can add additional demographic and descriptive information via HOLISTIKA LS Application such as the mother and the baby’s names, dates of birth, baby’s weight, length, sex, hair, and eye color.

The system runs both 1:1 verification or direct match inquiries and 1:N identification inquiries via HOLISTIKA. The 1:1 verification inquiry can be useful before delivering medication and ensures that the staff gives the right medicine in the right amount to the right baby.

Reduce cost

Compared to the cost of paper, photocopy, maintenance of physical archives, and digitization of hard copy documents, we prove to be a cost-friendly and low maintenance solution.

Modular and Seamless Integration

Provide robust, easy-adaptable multi-biometric solutions to tailored specific use cases with unlimited architecture, database, and features.

Enable comfort for babies

Avoiding the risk of alteration, ink-printing the baby’s foot prevented many accidents and tragedies.

Secure Access and Authentication

Enhanced Hospital Security Through Biometric Identity Verification
It offers a biometric entry system that matches fingerprint data with identity information to verify the identities of patients and healthcare staff. This system enhances patient safety and strengthens in-hospital security by preventing unauthorized access. At the same time, it automates processes such as personnel tracking and visitor management, significantly reducing administrative workload.

It combines fingerprint scanning, document reading, identity verification, and authentication functionalities into a compact, mobile phone-sized device.

It delivers a seamless and uninterrupted experience by capturing high-quality images even from wet, dry, or low-ridge fingerprints.

It operates with both contactless and contact smart cards compliant with ISO/IEC 7816 and ISO 14443 standards, enabling fast and efficient data retrieval from the card chip.

All system components are designed to be fully compliant with international security and data protection standards.

Patient Safety

Through biometric authentication, only registered patients are granted access to healthcare services, ensuring the protection of patient information and preventing identity mix-ups.

Rapid Identification in Emergencies

In critical situations requiring immediate intervention, patients' identities are verified within seconds, ensuring the delivery of accurate and timely healthcare services.

Staff Verification and Shift Tracking

Healthcare personnel entries and exits are authenticated through fingerprint verification, allowing secure and automated monitoring of shift durations.

AI-Powered Hospital Optimization

We prioritize patient and medical staff safety in healthcare institutions while delivering sustainable improvements in operational efficiency and service quality.
Our AI-powered healthcare optimization solutions cover a wide range of areas - from patient admission processes and inpatient safety to medication tracking and service quality analysis.

Smart Imaging and Monitoring With technologies such as facial recognition, people counting, and fall detection, the movements of patients and staff are continuously monitored in real time. These solutions take hospital security and process oversight to the next level.

Data-Driven Transparency and Performance Monitoring Every stage of the patient journey - from waiting times to satisfaction scores - is tracked and analyzed. Structured performance indicators offer hospital administrations actionable insights for continuous and measurable quality enhancement.

Artificial Intelligence - Driven Insight and Intervention By leveraging AI algorithms, our systems detect anomalies, density surges, and potentially hazardous movements in real time - ensuring instant responses in both security and operational workflows.

Compliance and Data Protection Our entire system architecture adheres to relevant legal frameworks and global data security standards. Patient information is handled with strict confidentiality - securely stored and accessible only by authorized personnel.

Inpatient Safety

Computer vision and AI-powered monitoring systems instantly detect patient falls, sudden movements, or unexpected situations. This ensures that medical staff are immediately alerted, response times are reduced, and patient safety is maximized.

Biometric Access Control for Medications

Access to medication rooms and cabinets is restricted to authorized staff using biometric authentication like facial recognition. Every transaction is recorded, enabling transparent monitoring and safeguarding against misuse or diversion.

Real-Time Information and Notifications

Patients receive instant updates on wait times, queue status, and directions via in-hospital display screens and mobile applications. The system analyzes flow and priority levels to enhance patient satisfaction and optimize operational efficiency.

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