HSBC Firma Digital

mx.com.hsbc.hsbcfirmadigital

View detailed information for HSBC Firma Digital — ratings, download counts, screenshots, pricing and developer details. See integrated SDKs and related technical data.

Total installs
6.6K(6,630)
Rating
0.0
Released
January 26, 2023
Last updated
January 1, 1970
Category
Productivity
Developer
HSBC México
Developer details
Name
HSBC México
E-mail
hsbc.firma.digital@hsbc.com.mx
Website
unknown
Country
unknown
Address
unknown
Android SDKs
  • No items.
HSBC Firma Digital Header - AppWisp.com

Screenshots

HSBC Firma Digital Screenshot 1 - AppWisp.com
HSBC Firma Digital Screenshot 2 - AppWisp.com
HSBC Firma Digital Screenshot 3 - AppWisp.com
HSBC Firma Digital Screenshot 4 - AppWisp.com

Description

FAD® (Signature Autograph Digital®) is a digital signature platform designed for HSBC Mexico, a functional equivalent of the signature on paper. With it you can sign remotely from any mobile device, with total security and adhering to different regulatory compliance around the world.

* If you were required to sign a document from FAD® HSBC México, access it from the email you received. Important: You can only sign from a Mobile device (Cellular, Tablet, iPad, etc).


How does it work?

- Ask your account executive to sign here
- Sign with your finger or stylus and record acceptance of the agreement
- Receive signed documents in multimedia format

Features

- Access code
- Geolocation of the place where the signature was made
- Biometry of the signature and its recording
- ID capture
- Video signature
- Video agreement
- Proof of life at the time of signing and acceptance of the agreement
- Authenticity and verification code
- Conservation Certificate
- Information encryption
- Validator of multimedia documents

Normative compliance

UNCITRAL (UN) Model Laws for Electronic Commerce
Regulations US ESIGN, UETA & ESIGN Act.
New eIDAS regulation, among other international and local regulations.

Security

Information encryption under the AES-256 standard
TLS private communication protocol
Storage of keys and keys in the device's Keychain
Storage of data and files in an encrypted BD
256-bit SHA-2 Hash algorithm to validate the authenticity and inalterability of the information
Proof of conservation in Blockchain