The RSA Complete Enterprise-Grade Passwordless Solution

Multi-factor authentication (MFA) provides essential cybersecurity capabilities to organizations. But traditional MFA isn’t enough: threat actors are bypassing MFA with social engineering, malware, deepfakes, and other emerging threats. Moreover, government mandates, regulations, and security models like DORA, executive order 14028, NIS2, OMB M-22-09, and more require phishing-resistant authentication. Emerging threats and new compliance mandates require more than just MFA. They require passwordless authentication.translated

While many vendors can support point passwordless solutions that cover individual user groups or use cases, RSA delivers organization-spanning passwordless capabilities at scale—including QR codes, biometrics, FIDO2-certified hardware– and software-based authentication for iOS and Android, mobile push, and more—regardless of environment or use case.translated

Offered through RSA^® ID Plus, the industry’s most secure hybrid identity security platform, RSA passwordless solutions enhance security, drive efficiency, fulfill compliance requirements, and reduce costs. Moreover, RSA fortifies this broad range of passwordless options with a  deep security platform that secures the authentication process, detects threats in real time, and stop attacks before they start.translated

Learn more about the RSA passwordless solution, the operating systems and ecosystems that our technology can be deployed in, the standards that our technology is built on, the cybersecurity threats RSA passwordless defends against, and the benefits RSA passwordless provides.translated

The RSA passwordless solution is built to withstand emerging cyberattacks. RSA supports are phishing-resistant passwordless that protects against malware, brute force attacks, fraud, outages, and bypasses, stopping bad actors from stealing intellectual property and disrupting operations.translated

Read on to learn how RSA passwordless solutions address emerging cyberattacks:translated

Phishing-resistanttranslated

Phishing is one of the most prevalent and costly cyberattacks. Phishing attacks trick users into revealing passwords, usernames, and other credentials. According to the 2025 Verizon Data Breach Investigations Report, 2.8 million passwords were leaked or compromised publicly in 2024, and 54% of ransomware was tied directly to password leaks. The IBM Cost of a Data Breach Report found that phishing was one of the most frequent and most expensive causes of data breaches, costing an average of $4.88 million and taking an average of 261 days to contain.translated

RSA passwordless authentication removes the passwords that cybercriminals try to phish. Our solutions eliminate the need for passwords and shared secrets in critical credential-lifecycle phases, including onboarding and account recovery. In other situations like cloud outages, RSA provides always-on capabilities that allow users to connect using other passwordless methods.translated

RSA provides both software- and hardware-based passwordless phishing-resistant authentication. RSA Authenticator App supports phishing-resistant device-bound passkeys on iOS and Android devices. Organizations can also deploy RSA iShield Key 2 series and DS100 FIDO2 security keys featuring firmware-upgradable, hardware-based phishing-resistant authentication.translated

Malware-resistanttranslated

Malware is malicious software designed to harm systems, users, and data. Increasingly, threat actors are turning to malware-as-a-service (MaaS), which allows cybercriminals to subscribe to malware software programs and infrastructure to launch ransomware and other attacks. MaaS has grown by 4,000%, per Outseer, which also found that mobile banking traffic now accounts for 85% of digital banking transactions, making financial services a prime target for cybercriminals.translated

RSA passwordless solutions help organizations defend against malware in a variety of ways. First, passwordless stops many of the threat vectors that cyberattackers would use to co-opt a user’s identity and install malware. Second, organizations can deploy RSA^® Mobile Lock to secure mobile authentication on managed and BYOD devices. The solution can scan for malware, trojan horses (a type of malware disguised as a legitimate program), and other vulnerabilities to prevent any potentially compromised devices from authenticating into a secure environment.translated

Brute force-resistanttranslated

Similar to password spraying, credential stuffing, or rainbow table attacks, brute force attacks use trial-and-error to guess users’ passwords. Adversaries can automate these attacks, or adapt credentials stolen from other data breaches to refine brute force attacks.translated

RSA passwordless solutions help organizations defend against these attacks by eliminating passwords altogether. RSA^® Risk AI can also help organizations recognize and stop password-spraying attacks in real-time by assessing contextual risk signals such as user location and the frequency of failed login attempts. Should a “user” try to log in too many times, Risk AI can automate step-up authentication and alert the security team when “users” are behaving out of the ordinary. The solution only automates step-up authentication when user behavior exceeds an organization’s risk tolerance; otherwise, Risk AI removes unnecessary friction.

RSA Demo Video: Passwordless setup with RSA Risk AI Code Matching translated

Fraud-resistanttranslated

Cybercriminals can use a number of fraud-based attacks to trick users. For instance, MFA fatigue and prompt bombing are phishing attacks in which an adversary sends users multiple fake MFA requests. When the user tries to complete the request, they either provide the attacker with their credentials or help them authenticate into a secure environment. Uber, Cisco, X / Twitter, Robinhood, Okta, and Office 365 users have been scammed by these types of attacks.translated

RSA passwordless solutions defend organizations against fraud. RSA can support code matching, in which users are asked to match a code sent to a registered device to ensure that they began the authentication process, in cloud, hybrid, on-premises, and RADIUS environments. RSA Risk AI can also detect if a user is receiving an extraordinary number of authentication prompts and flag the security team to investigate prompt bombing.translated

Outage-resistanttranslated

Organizations want their users to be both secure and productive. That’s why, in some cases, MFA vendors or their customers will opt for “fail open” authentication processes, which allow a user to bypass MFA if they can’t connect to the internet. This allows threat actors to effectively switch off MFA by disconnecting from the internet. Such was the case in 2022, when a Russian-linked cyberattacker breached an NGO. Should organizations choose to “fail close,” then threat actors won’t be able to deactivate MFA—but a genuine cloud outage could prevent users from logging in.translated

In fact, genuine accidents and tech outages have similar effects to cyberattacks. When the cloud becomes unreachable—as was the case when tens of millions of people across Spain and Portugal lost power in 2025, or when tech outages cost UK banks the equivalent of 33 operating days and millions in potential compensation payments—organizations that maintain resilient and secure access will thrive while others struggle to connect.translated

translatedRSA passwordless solutions are outage-resistant. If a user cannot connect to the internet, then RSA ID Plus Hybrid Failover falls back to on-premises authentication, allowing users to complete MFA processes using a one-time passcode (OTP). Even when users are in airplane mode and can’t connect, RSA supports offline passwordless processes.

RSA Help Desk Live Verify demo video – password resettranslated

Bypass-resistanttranslated

Social engineering attacks attempt to trick users into providing credentials, creating new accounts, or deactivating security measures like MFA. These types of bypasses include technical support scams, in which adversaries pose as locked-out users and ask IT help desk personnel to provide them with access or deactivate MFA. ALPHV/BlackCat used this technique in a series of ransomware attacks that cost Las Vegas resorts hundreds of millions of dollars. More recently, threat actors were targeting IT staff at healthcare and public health organizations. Other types of social engineering bypasses include account takeover (ATO) in which a bad actor co-opts one user’s account and uses it to target additional users, sometimes posing as someone in that organization’s leadership.translated

RSA passwordless solutions defend against these attacks. RSA Help Desk Live Verify provides bi-directional verification capabilities that ensure that neither users nor help desk staff are tricked by threat actors posing as one or the other: instead, on calling the help desk, a user will have to authenticate using phishing-resistant authentication to validate user identities in real-time before taking any actions. The solution does not use shared secrets to assure identities.translated

The adoption of passwordless has spurred threat actors to evolve their tactics. Cybercriminals are now using post-passwordless tactics like technical support scams that target critical stages in the identity lifecycle, socially engineer the IT help desk, or deploy malware-as-a-service, deepfakes, fraud, brute force attacks, and other tactics to bypass passwordless altogether and breach organizations.translated

RSA protects its passwordless solutions across the identity lifecycle with a range of layered security capabilities. These features also help organizations account for the most frequent passwordless use cases and manage passwordless credentials efficiently and at scale.translated

Secure enrollmenttranslated

Organizations can onboard new users quickly and securely with RSA My Page, which provides secure enrollment and secure recovery workflows via self-service single sign-on (SSO). New users can complete a self-service enrollment workflow using government-issued identification. Their organization can use the native ID Plus / ID verification integration as an added layer of security to verify the user’s identity and screen for fraud by checking users’ phones against credit bureau data. RSA My Page can also ensure that new users default to passwordless authentication for all SSO requests.translated

Likewise, if users need to recover credentials, ID Plus provides a self-service secure recovery workflow via the ID verification integration.translated

RSA ID Plus secure enrollment demotranslated

Secure recoverytranslated

Technical support scams, in which threat actors use information available on social media to impersonate users and trick IT help desk personnel into deactivating MFA or creating new accounts, represent one of the most troubling post-passwordless tactics. Social engineering attacks on organizations’ help desks have led to $600 million in losses in 2025 alone, with technical support scams on Marks & Spencer, Co-Op, and Christian Dior mirroring earlier headline-generating technical support attacks on MGM Resorts and Caesars Entertainment Group.translated

RSA Help Desk Live Verify helps organizations defend themselves from this tactic. The feature provides bi-directional help desk verification to ensure support personnel aren’t tricked by cybercriminals claiming to be users and that users aren’t scammed by threat actors impersonating IT staff. Rather than asking users to rely on shared secrets or OTP, RSA Help Desk Live Verify uses phishing-resistant online verification to validate their identities. The capability also integrates dynamic real-time policy enforcement, using contextual risk signals such as user location and device assurance posture to proactively block high-risk access attempts with RSA^® Risk AI and RSA^® Mobile Lock.translated

Desktop logontranslated

RSA provides a range of passwordless logon capabilities for desktop authentication, including QR codes, mobile FIDO2/passkeys, and FIDO2 hardware authenticators for any platform.

RSA ID Plus demo – passwordless Windows desktop login with QR codetranslated

SaaS sign-ontranslated

Users can authenticate into SaaS services using the RSA Authenticator App, which supports mobile device-bound passkeys, push, biometrics, code matching, and OTP, or with hardware authenticators like the RSA iShield Key 2 series and the DS100.translated

Access requeststranslated

Because RSA offers passwordless-based secure enrollment, organizations can support passwordless access requests and lifecycle management throughout the identity lifecycle. Users can access their apps and complete self-service access requests via RSA My Page. They can authenticate into the solution with the RSA Authenticator App, RSA hardware authentication, and other third-party hardware authenticators.translated

Offline accesstranslated

In 2022, a Russian-linked cyberattacker breached an NGO by attacking vulnerabilities in the organization’s identity lifecycle, enrolling a new device, and disabling MFA. They were able to do this in part by disconnecting a device from the internet: doing so caused the device’s authentication process to “fail open,” which means that it did not need MFA to log in. The attackers effectively disabled MFA by turning off the internet.translated

RSA ID Plus demo video – passwordless Windows desktop login (offline)translated

RSA ID Plus Hybrid Failover makes organizations outage-resistant and builds their resilience: during outages or if users are in airplane mode, the capability fails over to on-premises authentication, meaning that users can continue using passwordless to login, even if they can’t connect.translated

Organizations implement passwordless to enhance security and recoup costs by minimizing the need for IT help desk support. But organizations will fail to realize enhanced security and cost savings with point passwordless solutions, which will leave coverage gaps in user groups, environments, or both.translated

RSA provides one complete passwordless solution that can account for all users across cloud, hybrid, and on-premises environments, ensuring that the same passwordless capabilities are deployed securely everywhere, and that passwordless remains efficient no matter the IT infrastructure.translated

Cloud environments

RSA^® ID Plus can provide the following passwordless authentication features capabilities in the cloud:translated

• Biometriatranslated
• Apple Face ID / Touch IDtranslated
• Windows Hellotranslated
• OTPtranslated
• Código QRtranslated
• SMS / Voicetranslated
• Hardware tokenstranslated
• Code matching for RADIUStranslated

Hybrid environmentstranslated

RSA^® ID Plus is the only true hybrid access management platform. The solution can provide one IAM platform across environments and deliver the following passwordless capabilities in hybrid environments:translated

• Biometriatranslated/li>
• Apple Face ID / Touch IDtranslated
• Windows Hellotranslated
• OTPtranslated
• Código QRtranslated
• SMS / Voicetranslated
• Hardware Tokenstranslated
• Code matching for RADIUStranslated

With RSA ID Plus Hybrid Failover, organizations can deliver these passwordless methods to users even during internet outages or other disruptions. By failing over to on-premises authentication, organizations can continue using secure passwordless instead of defaulting to less secure means or being locked out of their environments.translated

On-premisestranslated

RSA^® ID Plus can provide the following passwordless authentication capabilities in on-premises environments:translated

• Biometriatranslated
• Apple Face ID / Touch IDtranslated
• Windows Hellotranslated
• OTPtranslated
• Código QRtranslated
• SMS / Voicetranslated
• Hardware Tokenstranslated
• Code matching for RADIUStranslated

With RSA ID Plus Hybrid Failover, organizations can deliver passwordless methods to users even during internet outages or other disruptions. By failing over to on-premises authentication, organizations can continue using secure passwordless to authenticate instead of defaulting to less secure means or being locked out of their environments.translated

translatedRSA SecurID^® solutions protect on-premises resources with secure access, authentication, and identity management capabilities. SecurID can deliver the following passwordless options on-premises:

• Desktop logontranslated
• Hardware authenticatorstranslated
• Mobile authenticatorstranslated
• Code matching for RADIUStranslated

RSA supports passwordless in Windows, Android, iOS, and Linux environments.translated

Microsoft passwordless integrationtranslated

For organizations operating in Microsoft Entra environments, RSA can bring additional passwordless authentication capabilities via the RSA External Authentication Methods (EAM) integration. RSA EAM allows organizations to protect access to Microsoft resources by deploying phishing-resistant authentication capabilities from RSA, including FIDO2-certified authentication flows, biometrics, and QR Code authentication.translated

RSA ID Plus demo video – EAM with code-matchingtranslated

To manage passwordless efficiently at scale and to keep passwordless authentication secure, organizations must account for every user group and device. That means providing passwordless hardware- and software-based authentication, and ensuring that users who are unable to connect to the internet can still use passwordless authentication.translated

RSA accounts for every user and device by supporting a range of passwordless form factors:translated

Software-based passwordlesstranslated

The RSA Authenticator App provides a FIDO2-certified device-bound passkey for use on iOS and Android devices.translated

Unlike synced passkeys, which store credentials (and vulnerabilities) across multiple devices, a device-bound passkey is stored on a single device and never leaves that device, ensuring the highest level of control and security.translated

The solution can help organizations meet US Executive Order 14028, OMB M-22-09, and OMB M-24-14, comply with HIPAA requirements, meet DORA recommendations, and address many other countries’ requirements for phishing-resistant authentication.translated

Hardware-based passwordlesstranslated

RSA is almost synonymous with hardware-based authentication. RSA supports a range of secure hardware tokens for critical and high-risk scenarios like clean rooms, operating rooms, and restricted areas where phones are not allowed due to regulations like PCI and more, including:translated

RSA iShield Key 2 Series:translated

The RSA iShield Key 2 Series, powered by Swissbit, is built to meet the highest cybersecurity standards and complies with federal cybersecurity requirements. An AAL3 hardware authenticator, the RSA iShield Key Series provides:translated

• Phishing-resistant securitytranslated: The RSA iShield Key 2 series leverages FIDO2 and PIV authentication to prevent credential theft and unauthorized access, ensuring your systems remain secure.translated
• Smart card functionalitytranslated: The RSA iShield Key 2 series provides secure, tamper-resistant storage for digital certificates and credentials.translated
• Federal compliancetranslated: The RSA iShield Key 2 series is based on a FIPS 140-3 level 3 certified cryptographic module (certificate 4679) and is FIDO2-certified, fulfilling the most stringent federal cybersecurity requirements, including US Executive Order 14028, OMB M-22-09, and M-24-14. RSA ID Plus for Government is a FedRAMP-authorized IAM solution that satisfies the 325 security and privacy controls based on the NIST 800-53 framework.translated
• Flexible usagetranslated: The RSA iShield Key 2 series integrates FIDO passkeys, PIV smart card, and OATH HOTP OTP via both USB and NFC on one device.translated
• Upgradable firmwaretranslated: The field-upgradable firmware helps to future-proof the device against new threats, extends the device’s value and usage, and facilitates device management.translated
• Glove-friendly sensor: The RSA iShield Key 2 series are the only security keys that can be activated with plastic gloves.translated

RSA ID Plus demo video – EAM with RSA iShield Key 2 seriestranslated 

RSA DS100 Hardware Authenticatortranslated 

The RSA DS100 provides multi-functional, multi-protocol passwordless authentication on one device:translated

• FIDO2 authenticationtranslated: The FIDO2-certified DS100 brings secure, convenient FIDO2 passwordless authentication to environments where hardware authenticators are preferred or even required. It connects easily via USB plug and also includes NFC future functionality.translated
• OTP authenticationtranslated: translatedIn secure environments where USB connectivity is not an option, or where users need to connect to a VPN, the DS100 provides connected and disconnected OTP login functionality. The device displays OTPs via LCD and push-button OTP that inputs them into resources automatically.translated
• Managed in the cloudtranslated: Even though the DS100 is physically deployed, it’s managed in the cloud using the RSA Cloud Authentication Service. This makes it possible to increase management efficiency without compromising the security of a full-featured hardware authenticator.translated
• Upgradable firmware: Users may update the field-updatable firmware to keep the device secure from new threats.translated

Offline passwordlesstranslated

RSA ID Plus supports offline authentication with RSA ID Plus Hybrid Failover, which allows organizations to deliver passwordless methods to users even during internet outages or other disruptions. By failing over to on-premises authentication, organizations can continue using secure passwordless to authenticate instead of defaulting to less secure means or being locked out of their environments.translated

RSA ID Plus supports the broadest range of passwordless solutions, all fortified by deep security capabilities designed to protect against post-passwordless attacks.translated

Start your free ID Plus trial today to experience our range of passwordless authentication capabilities.translated