Date Published: April 2018
Comments Due:
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Author(s)
Paul Grassi (NIST), William Fisher (NIST), Spike Dog (MITRE), Santos Jha (MITRE), William Kim (MITRE), Taylor McCorkill (MITRE), Joseph Portner (MITRE), Mark Russell (MITRE), Sudhi Umarji (MITRE), William Barker (Dakota Consulting)
Announcement
On-demand access to public safety data is critical to ensuring that public safety and first responder (PSFR) personnel can protect life and property during an emergency. Gaining quick access to information in the field requires heavy reliance on mobile platforms, which might be used to access sensitive information such as personally identifiable information, law enforcement sensitive information, and protected health information. Securing that data is a high priority; however, complex login requirements can slow the process of providing emergency services, and any delay—even seconds—can sometimes become a matter of life or death.
In collaboration with stakeholders, the NCCoE aims to help PSFR personnel efficiently and securely gain access to their mission-critical data via mobile devices and applications.
This guide illustrates a method for public safety organizations to deploy efficient and interoperable multifactor authentication and single sign-on tools to protect access to sensitive information while meeting the demands of an operational environment that relies on rapid response.
Our standards-based example solution uses commercially available products and can be used in whole or in part. It can also be used as a reference to help an organization design its own, custom solution.
On-demand access to public safety data is critical to ensuring that public safety and first responder (PSFR) personnel can deliver the proper care and support during an emergency. This requirement necessitates heavy reliance on mobile platforms while in the field, which may be used to access sensitive information, such as personally identifiable information (PII), law enforcement sensitive (LES) information, or protected health information (PHI). However, complex authentication requirements can hinder the process of providing emergency services, and any delay—even seconds—can become a matter of life or death.
In collaboration with NIST’S Public Safety Communications Research lab (PSCR) and industry stakeholders, the NCCoE aims to help PSFR personnel to efficiently and securely gain access to mission data via mobile devices and applications (apps). This practice guide describes a reference design for multifactor authentication (MFA) and mobile single sign-on (MSSO) for native and web apps, while improving interoperability between mobile platforms, apps, and identity providers, irrespective of the app development platform used in their construction. This NCCoE practice guide details a collaborative effort between the NCCoE and technology providers to demonstrate a standards-based approach using commercially available and open‑source products.
This guide discusses potential security risks facing organizations, benefits that may result from the implementation of an MFA/MSSO system, and the approach that the NCCoE took in developing a reference architecture and build. This guide includes a discussion of major architecture design considerations, an explanation of the security characteristics achieved by the reference design, and a mapping of the security characteristics to applicable standards and security control families.
For parties interested in adopting all or part of the NCCoE reference architecture, this guide includes a detailed description of the installation, configuration, and integration of all components.
On-demand access to public safety data is critical to ensuring that public safety and first responder (PSFR) personnel can deliver the proper care and support during an emergency. This requirement necessitates heavy reliance on mobile platforms while in the field, which may be used to access...
See full abstract
On-demand access to public safety data is critical to ensuring that public safety and first responder (PSFR) personnel can deliver the proper care and support during an emergency. This requirement necessitates heavy reliance on mobile platforms while in the field, which may be used to access sensitive information, such as personally identifiable information (PII), law enforcement sensitive (LES) information, or protected health information (PHI). However, complex authentication requirements can hinder the process of providing emergency services, and any delay—even seconds—can become a matter of life or death.
In collaboration with NIST’S Public Safety Communications Research lab (PSCR) and industry stakeholders, the NCCoE aims to help PSFR personnel to efficiently and securely gain access to mission data via mobile devices and applications (apps). This practice guide describes a reference design for multifactor authentication (MFA) and mobile single sign-on (MSSO) for native and web apps, while improving interoperability between mobile platforms, apps, and identity providers, irrespective of the app development platform used in their construction. This NCCoE practice guide details a collaborative effort between the NCCoE and technology providers to demonstrate a standards-based approach using commercially available and open‑source products.
This guide discusses potential security risks facing organizations, benefits that may result from the implementation of an MFA/MSSO system, and the approach that the NCCoE took in developing a reference architecture and build. This guide includes a discussion of major architecture design considerations, an explanation of the security characteristics achieved by the reference design, and a mapping of the security characteristics to applicable standards and security control families.
For parties interested in adopting all or part of the NCCoE reference architecture, this guide includes a detailed description of the installation, configuration, and integration of all components.
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Keywords
access control; authentication; authorization; identity; identity management; identity provider; single sign-on; relying party
Control Families
Identification and Authentication; Access Control
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