FAD� Brasil

FAD (Digital Autograph Signature) is a digital signature platform, the functional equivalent of a paper signature.
With it you can sign remotely from any mobile device, with complete security and adhering to different regulatory compliances around the world.
*If you were asked to sign a document with FAD, access it via the email you received.
CONFIDENCE IN WHAT YOU SIGN
Get 100% assignable digital evidence in tests and save more than 90% of the time invested in your signature processes.
Use FAD in contracts, life insurance, billing, payroll receipts, promissory notes, vehicle financing, and many others.
Transform your signature processes and change the way you do business, avoid risk of repudiation, provide complete legal certainty, assign the signature to a person's identity and prevent identity theft fraud.
How it works?
Upload the document to be signed in pdf (https: //youtu.be/7UWoY3em1xg)
Register the signers you need to sign
Assign the signature spaces in the document and send
To begin, each signer must capture the front and back of their ID.
If the information is correct, your information will be authenticated and validated against government bases
Verify you are the person you claim to be by holding your phone close to your face for biometrics
Once your identity has been validated, you can continue to sign
Sign with finger or touch pen and record agreement acceptance video
Receive signed documents in multimedia format
Functionalities
Push notification to signer
Access code
Location of the place where the signature was made
Biometrics of the signature and its recording
identity capture
Video Subscription
Video agreement
Proof of life at the time of signature and acceptance of the contract
Authenticity and verification code
Conservation Constancy
information encryption
multimedia document viewer
Normative compliance
UNCITRAL (UN) model laws for electronic commerce
US ESIGN, UETA and ESIGN Act Regulations.
New eIDAS regulation, among other international and local regulations.
Provisional Measure No.
2.200-2 and General Data Protection Law (LGPD)
Safety
Encryption of information under the AES-256 standard
TLS private communication protocol
Storage of keys and signals on device keys
Storing data and files in an encrypted database
256-bit SHA-2 hashing algorithm to validate authenticity and unalterability of information
Blockchain conservation constancy
*This tool is a complement to the FAD Biometrics platform.
Find out about all our integration modalities and our purchase plans by sending us a message at https: //www.firmautografa.com/contacto/ or write to us at [email protected].
Learn more about FAD: https: //www.assinaturaautografadigital.com.br/
FAD privacy notice: https: //www.assinaturaautografadigital.com.br/aviso-de-privacidade
FAD security policy: https: //www.assinaturaautografadigital.com.br/politica-de-seguranca

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