The term "biometric signature" refers to an electronic signature that captures the unique, biometric characteristics of a handwritten signature in digital form. This includes factors such as writing pressure, speed, rhythm, and pen movement. Biometric signatures are considered particularly tamper-resistant and are commonly used for advanced or qualified electronic signatures – for example, in contracts, deliveries, or legally binding digital forms.
Capture of biometric data: Recording of pressure patterns, writing speed, direction, and pen tilt on signature pads or tablets.
Integration with signature hardware: Support for common signature pads and touch devices for seamless biometric data capture.
Encryption and storage: Secure storage of biometric data through encryption and tamper protection.
Signature verification and authentication: Analysis and comparison of biometric data to verify authenticity and identity.
PDF integration: Embedding biometric signatures directly into PDF documents with timestamps and audit trails.
Legally compliant signing processes: Support for legal frameworks such as eIDAS (EU) or ZertES (CH) for advanced or qualified electronic signatures.
Multi-party workflows: Enabling signing processes involving multiple parties with defined roles and access permissions.
Integration with document and process management systems: Connection to DMS, ERP, or CRM systems for automated signature workflows.
A field service agent has customers sign delivery confirmations on a tablet with biometric data capture.
A hospital uses biometric signatures for digital patient consent forms and medical disclosures.
A bank incorporates biometric signing into its loan approval process for secure authentication.
A company digitizes internal approval workflows by embedding biometric signatures into PDF forms.
A mobile carrier allows customers to sign new contracts in-store using biometric signature pads.
