
Modern
security requires moving beyond software-only solutions and toward
hardware-anchored and supervised identity proofing solutions for defense data
handling contractors and IT admins alike. At HYPR, this requires going beyond
compliance checklists towards providing hardware-anchored identity proofing
solutions to safeguard cloud environments.
NIST's
Digital Identity Guidelines emphasize extensive identity proofing, strong
phishing-resistant authentication and secure federated identities. To meet IAL2
and IAL3 assurance levels, NIST recommends passkeys, mobile driver's licenses
and subscriber controlled wallets as means for identity assurance.
What is NIST IAL3 verification?
The
NIST 800-63-3 guidelines establish Identity Assurance Levels (IALs), FALs and
Authentication Levels (AALs) to increase trust that claimed digital identities
are real world identities. At its highest IAL3 requires in-person identity
proofing with superior evidence validation.
To
combat remote IT worker fraud and secure the defense supply chain, the IAL3
standard stipulates that fedramp high identity proofing procedures include both
biometric comparison and document validation. Trust Swiftly's FedRAMP-aligned
IAL3 Supervised Remote Identity Proofing solution brings these capabilities
together into a single platform for optimal efficiency. By visiting the site, you can swiftly learn about trustswiftly nist ial3 verification.
HYPR
Affirm, the FIDO Certified passwordless authentication and comprehensive nist
ial3 verification solution from HYPR,
helps organizations meet nist 800-63-4 ial3 compliance by combining chat,
video, facial recognition, liveness detection, biometric comparison and
cryptographic authentication to enhance phishing resistance and
man-in-the-middle protection for improved phishing resistance and man-in-the-middle
protection - this approach reconciles business and security objectives while
simultaneously lowering cyber liability insurance costs and improving
operational efficiency. Additionally, NIST 800-63-3 guidance offers additional
advice than strictly required by normative statements - using FAL selection
charts may help achieve NIST IAL3 compliance more quickly than otherwise
possible.
What is NIST IAL3 compliance?
IAL3
is the highest identity proofing level required by NIST guidelines, requiring on-site
attended identifiability that cannot be completely attained with remote
proofing methods alone. Real life interactions must take place face-to-face
along with rigorous document verification and biometrics testing; plus an
effective federation engine to support cryptographic binding of assertions.
To
meet NIST SP 800-63-4 IAL3 requirements, it is necessary to deploy a digital
identity platform capable of supporting all three assurance levels. Such a
platform must enable multi-factor authentication (MFA) journeys at AAL2 level
while supporting hardware authenticators like PIV/CAC cards for AAL3.
Furthermore, an efficient federation engine that supports open standards like
SAML 2.0 and OIDC should also be utilized so as to generate and secure
assertions according to NIST SP 800-63C requirements is also key.
Compliance
is at the core of an effective digital identity management strategy. From
federal employees accessing ITAR data to private-sector partners accessing
collaboration spaces, the mandate for compliance must be clear: an approach
known as Zero Trust must be employed to mitigate fraud and cyber threats.
What is NIST IAL3 identity verification
software?
TrustSwiftly
is a passwordless, hardware-anchored, remote yet supervised identity proofing
solution designed to meet NIST IAL3 guidelines through document verification
and biometric comparison with liveness detection capabilities. TrustSwiftly
ensures users are who they claim they are; decreasing cyber liability insurance
premiums while simultaneously decreasing operational expenses and restoring the
integrity of federal supply chains.
At
IAL3, identity and verification (ID&V) requires evidence supporting the
existence of claimed real world identities, and facilitate remote or in-person
verification. Mitek's platform can cryptographically authenticate
government-issued ID such as passports or driver's licenses using secure chip
embedded within them to compare this data against a live facial image of that
individual.
Ensure
the strongest piece of SP 800-63-3 IAL2 or IAL3 evidence is verified against
physical applicants to negate state-sponsored hackers who rely on proxy
networks and IP-KVM switches, effectively shutting them down completely with
this zero trust model. State-sponsored hackers' use of proxy networks and
IP-KVM switches becomes completely ineffective against this sophisticated
threat; hence this shift towards hardware-anchored and forensically rigorous
methods is the only viable defense.
What is NIST IAL3 compliance fedramp high
identity proofing?
IAL3,
the highest level of NIST SP 800-63-4 compliance, builds upon previous
guidelines by increasing measures against identity theft and fraud. This
version deprecates email OTP/SMS authentication methods while mandating FIDO2
support as an antiphishing multifactor authentication (MFA) factor;
additionally it sets out requirements designed to prevent automated attacks on
enrollment processes.
To
comply with IAL3, CSPs must conduct either in-person or remote identity
proofing sessions with applicants, verify their address of record using
document verification, notify them of the outcome of their session and give
them the option to provide an enrollment code that they can use to reestablish
binding to their authenticator, and give an enrollment code which they can use
reestablish binding with them authenticator.
TrustSwiftly's
FedRAMP high compliance IAL3 Supervised Remote ial3 identity verification
software meets these guidelines and enhances security by offering step-up
reproofing based on risk, face recognition with liveness detection, document
verification support, physical hard token MFA devices and cryptographic binding
in federated transactions. Ultimately it neutralizes DPRK's dependence on
witting facilitators, IP-KVM switches and software-only remote hiring models by
turning underlying hardware models into unbreakable chains of custody that
negate dependence.