![]() This is where offline MFA plays a crucial role in hardening endpoint security as well as network security. Furthermore, once a compromised machine regains access to the server, attackers could move laterally through the network and access other sensitive data, posing a significant threat to the entire organization. While security measures like MFA can help secure endpoints and data, they may not be usable when the authentication server is offline or inaccessible, leaving organizations vulnerable to attacks. ![]() The rise of hybrid work models has also resulted in a sharp surge in cybercrime, with projections indicating that the cost of global cybercrime in 2023 will be over $8 trillion. Remote work is here to stay, but working from anywhere poses cybersecurity challenges that could lead to the potential exposure of sensitive data to unauthorized users. Fortify Defenses with ADSelfService Plus' Offline MFA Offline MFA greatly improves the security posture of organizations by allowing users to access their machines only after confirming their identity using MFA, even if they are not connected to the internet. This new feature allows organizations to secure their data with next-gen authentication methods that prevent unsecured access to remote machines even when they are disconnected from the internet or when the authentication server is inaccessible. Download the latest version of ADSelfService Plus with the newly released feature: ĭEL VALLE, Texas - ManageEngine, the enterprise IT management division of Zoho Corporation, today announced that its identity security solution, ADSelfService Plus, now offers offline MFA for Windows.Uses highly secure, TOTP-based authenticators to comply with security regulations that extend across industries. ![]() ![]() Allows remote users to securely authenticate via MFA even if they are not connected to the authentication server or the internet.ManageEngine ADSelfService Plus Rolls Out Offline MFA for Enhanced Remote Work SecurityĮnsures Authorized Access to Business Data with Cutting-edge Verification Methods, Regardless of Time, Location or Connectivity Issues ![]()
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