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1. Authentication security policy upgrade#
2. Authentication security policy software#
3. Authentication security policy password#

Certificates can be used with BYOD, managed devices, VPN, web applications, IoT, and more. Authentication Security with CertificatesĬertificates are a highly versatile tool that can be used to eliminate credential-based authentication across the entire network. Our certificate solutions ensure that a certificate cannot be removed or transferred, guaranteeing that when a user is authenticated to the network, they have been accurately identified. SecureW2’s JoinNow solution provides an avenue for users to self-configure in minutes and is designed to be completed by users of any technology skill level. Requiring IT to configure hundreds to thousands of certificates is simply too inefficient, and allowing users to manually configure often leads to misconfiguration.

Authentication security policy password#

Instead of a password that only lasts months, certificates can be set to authenticate for years, eliminating password reset policies and the support tickets caused by them.Ī barrier to entry for certificate-based authentication is the configuration process. When a user is issued a certificate, that certificate is configured with a predetermined expiration date. EAP-TLS authenticates users with certificates instead of credentials, and the benefits of certificates are numerous.

Authentication security policy upgrade#

The most important improvement you can make to your wireless authentication security system is to upgrade to the 802.1x authentication protocol, EAP-TLS. The Verizon 2020 Data Breach Investigations Report found that 37% of breaches involved stolen or used credentials.

Weak authentication security caused by credential’s shortcomings are well-documented. Quite plainly, credentials cannot be trusted to correctly identify users on your network.

Many people have shared credentials with a guest or friend to give them access, but the sinister implication is that a data thief could be wrongly identified as a legitimate user and allowed unfettered network access. The Ponemon Institute’s 2019 State of Password and Authentication Security Behaviors found that 69% of survey respondents admit they share passwords with colleagues. Every credential is tied to a particular user, but any user can be behind the credential. Credentials Don’t Identify UsersĪn issue with credentials that is not often brought up is that they are entirely unreliable for identifying who is accessing the network. With a few pieces of equipment and a strong AP signal, an attacker can easily obtain the credentials they need to breach an organization’s authentication security.

Authentication security policy software#

There is software that exists to decrypt credentials and undermine Wi-Fi authentication methods. While EAP-TTLS/PAP is especially vulnerable to this attack because of its cleartext communication, an encrypted password sent with PEAP-MSCHAPv2 will hardly slow an attacker down. Once they have a valid set of credentials, they can easily infiltrate the secure network. It’s a frighteningly effective attack method that’s commonly used by data thieves. Man-In-The-Middle AttacksĪ succinct explanation of a Man-in-the-Middle attack (MITM) would be a malicious actor setting up a rogue access point near the real one it’s mimicking, tricking users into connecting to it and sending valid credentials. Overall, the user experience with credentials leaves huge room for improvement. And while password expiration policies are definitely necessary for credential authentication, continually disconnecting and re-configuring every network device is a recipe for authentication-related support tickets. Manually entering credentials for every device and every RADIUS authentication is taxing. EAP-TTLS/PAP sends credential information through the EAP tunnel in cleartext, and both methods are vulnerable to brute force attacks.Īdditionally, the user experience is cumbersome for credential-based authentication. In comparison to the EAP-TLS authentication method, these are significantly weaker. Weak Authentication Security Methodsįor RADIUS authentication to a secure network, the two most common credential-based methods are PEAP-MSCHAPv2 and EAP-TTLS/PAP. The weaknesses of a username and password based method of authentication could fill a list themselves, but here we will focus on their flaws concerning network authentication. The client sends HTTP requests with the Authorization HTTP header that contains the word Basic word followed by a space and a base64-encoded string username:password. Security, Security API Manager, basic authorization Basic Authentication – Simpleīasic authentication is simple and most widely used authentication mechanism in HTTP based services or APIs.