Upcoming Webinar : Security Foundations for Agentic AI - Register Now !
Indusface Digital Signing Certificates offering
Document Signing Certificates
Enables secure and legally binding electronic signatures by ensuring the authenticity and integrity of digital documents, such as contracts, legal forms, and financial agreements, by verifying the signer's identity and preventing unauthorized modifications.
Code Signing Certificates
Used for digitally sign software applications, ensuring their authenticity and integrity. Provides assurance to users that the software they download comes from a trusted source and has not been tampered with, enhancing user trust and protecting brand reputation.
S/MIME Certificates
Enables secure email communication and data protection, allowing users to encrypt emails, ensuring only the intended recipient can read them. Additionally, S/MIME Certificates can be used to digitally sign emails, verifying the sender's identity and ensuring the integrity of the email content.
Digital Signing Certificates Key Features
| Feature | Document Signing Certificates | Code Signing Certificates | S/MIME Certificates |
|---|---|---|---|
| Primary Purpose | Secure and legally binding electronic signatures for documents | Secure and verify the authenticity of software applications | Secure email communication and protect email data |
| Key Usage | Signing PDFs, Word documents, contracts, legal forms, etc. | Signing executable files (EXE, DLL, MSI), mobile apps (APK, IPA), etc. | Encrypting and digitally signing emails, protecting email attachments |
| Validation | Typically requires organization validation (OV) or extended validation (EV) for higher trust levels | Requires identity verification of the software publisher | Requires identity verification of the email sender |
| Hashing Algorithms | Utilize cryptographic hash functions (SHA-256, SHA-512) to create unique digital fingerprints of the document | Utilize cryptographic hash functions to create unique digital fingerprints of the software code | Utilize cryptographic hash functions to create digital signatures for emails |
| Digital Signature | Creates a unique digital signature for each signed document | Creates a unique digital signature for each signed software application | Creates a unique digital signature for each email message |
| Verification | Recipients can verify the signer’s identity and the integrity of the signed document | Users can verify the authenticity and integrity of the software before installation | Recipients can verify the sender’s identity and the integrity of the email |
| Trust Indicators | Visual cues (e.g., digital signature seals, timestamps) may be used to indicate the validity of the signature | Visual cues (e.g., digital signature seals, timestamps) may be used to indicate the authenticity of the software | Visual cues may be used to indicate the validity of the sender and the integrity of the email |
| Key Storage | Can be stored on various devices like USB tokens, smart cards, or HSMs | Can be stored on various devices like USB tokens, smart cards, or HSMs | Can be stored on the user’s computer or email client |
| Get Quote | Get Quote | Get Quote |
Testimonials
Trusted by 6500+ Customers across 95 Countries
Indusface - Undisputed Category Leader
Highest Rated Cloud WAAP 100% Recommendation
4.9 Stars of 5

AppTrana WAAP Platform