We Give you the Highest Proven Standard of
Authentication, Passwordless!

Never Compromise on Security

Never Compromise on Security

With a foundational PKI authentication layer, it's impossible to compromise your environment. The cryptographic strength of PKI combined with another factor like password or biometrics helps you reinforce security against phishing, replay, and man-in-the-middle attacks

Superior User Experience

Superior User Experience

When used in a smart card or similar device, we provide a seamless authentication experience for the user. For example, inserting a card and entering a PIN can be quicker and easier than entering a complex password, leading to improved user experience while maintaining high levels of security

Non-repudiation and Accountability

Non-repudiation and Accountability

Strengthen non-repudiation with the combination of PKI with another authentication factor (like biometrics) repudiation. As it ties the user directly and undeniably to their actions, which is crucial for compliance, auditing, and forensic purposes

Drive Flexibility and Scalability

Drive Flexibility and Scalability

We provide PKI as a standalone authentication factor to provide the flexibility in terms of deployment. PKI credentials can be embedded in user cards, mobile devices, and other hardware tokens. This kind of scalability allows you to take it up to thousands or even millions of users or devices, making it ideal for enterprises and Internet of Things (IoT) environments

Effortless Systems Integration

Effortless Systems Integration

PKI is easily integrated into existing systems, offering wide compatibility across technologies. Ideal for web services, mobile applications, email systems, and more, its versatility enhances application and deployment scopes. Its support for numerous communication protocols makes it an interoperable solution fitting all business sizes

Superior Data Protection Capabilities

Superior Data Protection Capabilities

PKI, combined with other authentication methods, offers heightened data protection. It leverages encryption to maintain data integrity, confidentiality, and authenticity during network transmission. In an era of prevalent data breaches, PKI ensures secure transmission and storage of sensitive data, significantly reducing unauthorized access risks

Authentication Engine with Turnkey Support for 15 Modes

Gartner Mentions

Gartner Mentions

eMudhra gets Mentioned in 2020 Gartner® Market Guide for User Authentication, second time!

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How SecurePass Authentication Engine Works

SecurePass Multi Factor Authentication Solutions - Minimizing Risk, Increasing Assurance levels with PKI Authentication

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Multi-Factor Authentication

Multi-Factor Authentication

Multi-Factor Authentication (MFA): What is MFA and How It Works? PKI Authentication is one of the strongest authentication factors available today.

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Deployment Models

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On Premise

If you're looking to have PKI authentication tokenized or on your premise, no problem. It can operate out of physical infrastructure, or DevOps based architectures. Our professional services team can get you up and running with peace of mind that every piece of data resides within your walls.

Private Cloud

Private Cloud

PKI Authentication can be deployed within your cloud environment whether it's on AWS, Azure, or GCP. In case you centrally manage your cloud infrastructure, or have a hybrid set up, eMudhra's team can work with you to establish the appropriate architecture to ensure it scales to your needs.

Related Resources

Authentication Revolution: PKI's Vital Role in Device Security

Authentication Revolution: PKI's Vital Role in Device Security

PKI in a Zero Trust Security Model: Redefining Perimeter Defense Strategies

PKI in a Zero Trust Security Model: Redefining Perimeter Defense Strategies

eMudhra Blog
SecurePass Multi-Factor Authentication

SecurePass Multi-Factor Authentication

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Frequently Asked Questions

PKI (Public Key Infrastructure) authentication is a method of digital identification verification using a pair of public and private cryptographic keys.

PKI enhances security by providing strong authentication, encryption, and non-repudiation capabilities. It uses a combination of private and public keys to verify identities and protect data.

A digital certificate is an electronic document issued by a Certificate Authority (CA). It binds a public key to an entity's identity and validates that a public key belongs to a specific user.

CAs issue, renew, and revoke digital certificates. They serve as a trusted third party that both the subject of the certificate and the party relying upon the certificate can trust.

PKI supports non-repudiation through the use of digital signatures. The private key used to sign a document or message is unique to each user, ensuring they cannot deny their actions.

PKI enables secure email communication by providing email encryption and digital signatures. It ensures the confidentiality and authenticity of email messages.

PKI can provide each IoT device with a unique identity, using digital certificates. This allows secure authentication of devices, encrypted communication, and protection against unauthorized access.

Smart cards can securely store the user's private key and digital certificate, offering a secure and portable form of PKI authentication.

Yes, the strong authentication, encryption, and non-repudiation provided by PKI can help organizations meet various regulatory compliance requirements.

PKI can provide secure, authenticated access to corporate resources for remote and mobile workers. It can secure VPNs, email, and other communication channels.

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