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Certificate-based, multi-factor authentication is a mainstay security technique used by the U.S. Federal Government to ensure the identities of entities within a Public Key Infrastructure (PKI).  Two primary components of multi-factor authentication are “what you have” and “what you know.” The “what you have” in a PKI consists of a securely stored private key and an associated digital certificate that are the unique user credentials identifying the entity. The “what you know” is a password to unlock access to the securely-stored credentials.  

When the entity in need of a certified identity is a person, secure storage and distribution of the user credentials is often easily facilitated by utilizing existing technology, such as a secure smart card or USB token.  The person assumes physical ownership and responsibility of the token and can use it as needed to access PK-enabled resources.  But what if the entity in need of credentials is a non-person entity (NPE), like a device, software robot or some other automation technology?  These entities still must have hardware-secured credentials to meet security mandates.  Or what if the entity is indeed a person, but token use is not desirable or not an option?  
   
With this in mind, any or all of the following issues may present roadblocks to the use of a multi-factor token for all users in a PKI:

  • Policy may dictate that a token cannot be issued to a non-person entity
  • The physical security of a token issued to a non-person entity presents a cumbersome, inefficient, or impossible requirement to meet
  • Virtual machines are being used which can’t access physical tokens
  • Multiple physical machines require access to the credentials on a single token
  • Hardware-based, multi-factor authentication is needed for human users, but token use is either not feasible or undesirable

Luna Credential System

The Luna Credential System (LCS) introduces a new, patent pending,  approach to multi-factor authentication by maintaining user credentials in a centralized hardware device that is securely accessible by endpoints in a distributed network.  It unites the familiarity of certificate-based authentication with the security of a FIPS 140-2 certified hardware security module (HSM).  LCS is a multi-purpose, secure credential system ideally suited for an environment in which the endpoints cannot use a traditional small form-factor token. Composed of the Luna Credential HSM and the Luna Credential Client, LCS supports a number of use cases including Windows Logon and authentication to PK-enabled applications and websites.

Luna Credential HSM

Derived from TCT’s flagship Luna HSM for Government, the Luna Credential HSM generates and protects PKI user credentials within the HSM thereby replacing individual tokens. Credentials never leave the security boundary of the HSM and can only be accessed by authorized endpoints over a secure communication link. The Luna Credential HSM provides a scalable architecture and supports multiple independent “credential bins.”  A credential bin is a cryptographically isolated location within the HSM that contains  the private key and associated certificate for individual entities.   These identity credentials can only be accessed by endpoints when the correct password for the credential bin is provided.  An internal credential directory is maintained by the Luna Credential HSM to correspond bins with entities that access the bins via the Luna Credential Client.

Luna Credential Client 

The Luna Credential Client, which is installed on the endpoint machine, provides an equivalent user experience to traditional multi-factor authentication login.  During any operation that needs the entity’s certificate and corresponding private key, the Luna Credential Client establishes secure communications to the HSM. Utilizing the credential directory onboard the HSM, the client determines the correct credential bin for the given entity and sends the password to the HSM. Once the password is validated, the process on the endpoint system can proceed to utilize the keys and certificates within the entity’s specific credential bin.  This password may be entered by a human user, or in the case of a NPE, may be supplied by an automated process.

The Luna Credential Client includes a Windows credential provider component that prompts the user for their credential bin password and proceeds to complete the standard Windows Logon using identity credentials residing in the credential HSM. By hooking into the natural authentication flow of Windows systems, the user experience is no different from what users are accustomed to. Additionally, the Luna Credential Client includes an API to allow technology partners with their own credential providers or automated Windows Logon processes to make use of the Luna Credential System.
 

  • Use Cases

    NPE Identity Credentials
    NPEs, such as the software robots used in Robotic Process Automation (RPA), are required to have digital identities and credentials to operate in production systems. LCS securely maintains the NPE credentials and provides programmatic interfaces for the robots to utilize the credentials. A primary use case is when unattended robots use LCS to meet requirements to perform a Windows Logon using identity credentials secured in a FIPS 140-2 certified HSM. LCS also supports unattended or attended robots use of hardware secured identity credentials when the robot is authenticating to a PK-enabled application or web site.

    User Authentication
    Although traditional password authentication and PKI authentication using software-based credentials  are known to be insecure compared to hardware-based smartcards and tokens, these solutions continue to be deployed since organizations need the elasticity of software-based authentication to address the proliferation of the mobile workforce and the disparate variety devices used by workers. LCS provides the best of both solutions by offering secure, hardware-based multi-factor PKI authentication with software-like flexibility, scalability, and ease of use.

    Credential Data Protection
    Identity credentials often contain sensitive user and organization information. These credentials are left vulnerable when stored on a physical token that can leave the boundaries of a secure environment. With LCS, identity credentials are stored within the confines of a centralized HSM thus mitigating the risk of accidental loss or intentional compromise of a physical token.  

    Digital Signatures
    Digital signatures attached to emails and documents are a well-accepted solution to verify the identity authenticity of the signer. LCS leverages the existing integrations between applications and PKI tokens (or smart cards) to allow LCS users—either a human user or an NPE such as a software robot—to digitally sign documents and emails using the key that resides in, and never leaves, the Credential HSM. Without any changes to the applications or workflows, LCS provides a FIPS 140 certified solution to digitally sign a wide array of Microsoft Office files (documents, spreadsheets, presentations) and emails.

  • Benefits
    Technology Enabler
    • Facilitates the use of new technologies, such as Robotic Process Automation, in production systems
    • Supports the use of multi-user and/or NPE Windows workstations
    Ease-of-Use
    • Seamless user experience when performing fundamental tasks like Windows Logon  or website login
    • Credential HSM integrates with existing network infrastructure
    Ultra-Secure Hardware Platform
    • Performs hardware-based key generation
    • Private keys always remain in Credential HSM
    • Multiple layers of security to restrict access to keys and certificates
    Compliance
    • FIPS 140-2 certified Luna Credential HSM
    • Meets OMB Memo M-19-17 requirements for the management of digital identities.
    • DoD Instruction 8520.02, Public Key Infrastructure (PKI) and Public Key (PK) Enabling
      DoD Instruction 8520.03, Identity Authentication for Information Systems
    • Detailed logging and audit tracking of all key utilization, administrator access and policy changes
    Scalability
    • Provides a scalable architecture to support growing use of devices and automated technologies
    • Enables access from anywhere by eliminating the need for a physical token
  • Tech Specs
    • Supported Operating Systems: Windows 10, Windows Server 2016, and Windows Server 2019
    • Credential HSM: Refer to Tech Specs of the Thales TCT Luna T-Series Network HSM
    • Scalability: The Luna Credential HSM provides a scalable architecture supporting multiple independent “credential bins”
  • Resources
    Luna Credential System Product Brief
    Product overview with technical features and specifications.

     

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    UiPath Solution Brief

    UiPath integrates with Thales TCT's Luna Credential System to provide hardware-protected PKI credentials for the software robots in its enterprise RPA solution.

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    Blue Prism Solution Brief

    Blue Prism integrates with Thales TCT's Luna Credential System to provide hardware-protected PKI credentials for the software robots in its enterprise RPA solution.

    Download Now

    Industry Insight: Robotic Process Automation

    Opportunities for improving efficiencies in the public sector are so great that the adoption of technologies like RPA is being mandated. Not only do IT decision-makers for U.S. Federal agencies need to get up to speed on RPA, but they must also ensure that current levels of data security applied to humans extends to robots as well. 

    Download Now

     

     Luna Credential System Infographic

    Download our infographic to learn more about LCS and how the solution solves identity management challenges. 

    Download Now

     

    Luna Credential System

    The Luna Credential System (LCS) introduces a new, patent pending,  approach to multi-factor authentication by maintaining user credentials in a centralized hardware device that is securely accessible by endpoints in a distributed network. Watch our video to learn more about LCS. Watch Now

     

    Luna Credential System & UiPath RPA: Addressing Federal CAC/PIV Requirements with PKI Authentication

    This video demonstrates how Thales TCT’s Luna Credential System integrates with UiPath’s RPA platform to provide hardware-protected PKI credentials for software robots. Watch our video to learn more about LCS. Watch Now

     

    On Demand Webinar: Attending to the Unattended: RPA Cryptographic Authentication

    U.S. Federal agencies often require PKI certificate-based authentication to perform Windows Logon and to access public key enabled systems. This requires use of a multi-factor authentication token that performs a cryptographic operation using the certificate and keys residing within the token.

    Traditional multi-factor authentication introduces roadblocks to technologies like Robotic Process Automation (RPA). The OMB Memo M-19-17 outlines a policy that requires management of digital identities of non-person entities such as software robots. This means that all software robots are required to have individual digital identities and credentials that are managed in the same fashion as traditional user identities. Although software robots cannot be issued a physical token, they can utilize multi-factor login capabilities through the use of a centralized, hardware security module-based authentication system.

    View this webinar to learn how Thales TCT’s Luna Credential System integrates with UiPath’s RPA platform to provide hardware-protected PKI credentials for software robots. Watch Now

    How-to Video Series: How to Integrate UiPath with Thales TCT's Luna Credential System

    D'Nan from Thales TCT demonstrates how to integrate Thales TCT's Luna Credential System with UiPath to provide hardware-protected PKI credentials for the software robots in UiPath's enterprise RPA solution. Watch Now

    On Demand Webinar: New Approach to Multi-Factor Authentication: HSM-Secured Identity Credentials

    During this webinar attendees learned how Thales Trusted Cyber Technologies' Luna Credential System introduces a new approach to multi-factor authentication by maintaining user credentials in a centralized hardware device that is securely accessible by endpoints in a distributed network. Watch Now

 

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