SecureW2 provides cloud PKI, RADIUS authentication, and device onboarding services to enhance network security using certificate-driven authentication. The company self-describes its solutions as a complete platform for passwordless security.

SecureW2

SecureW2 | 3,832 followers on LinkedIn. Global Innovator in Enabling and Simplifying Zero-Trust Security | SecureW2 provides next-generation passwordless network security for enterprises, education, healthcare, service providers and small businesses around the globe. We offer Certificate &amp; Managed PKI services, top-rated device onboarding software plus world-class RADIUS authentication services. SecureW2 provides everything an organization needs to secure its networks&#39; perimeter by eliminating credential theft risk and improving user experience.

Howie Shohet

Nick Wagner

Channel + MSPs, MSSPs Program Builder by Helping Partners Grow their Revenue

Stephen Newhauser

Chief Sales Officer I CRO I Go To Market Leader I Culture Builder I Channel Evangelist I Global Scale

Drew Prante

Learn why so many organizations trust SecureW2.

802.1X is critical to enabling secure network access. However, 802.1X can be difficult to support, and Windows devices are no exception. Caveats like Windows Credential Guard, which cause headaches for PEAP-MSCHAPv2 environments, complicate configuration even further. In our in-depth guide to Windows 802.1X, we’ll explain the configuration process, walk through common pitfalls, and demonstrate how SecureW2 leverages advanced Intune and Entra ID integrations to automatically configure your Windows devices for secure, passwordless 802.1X authentication. #networksecurity #8021X #PKI #passwordless #digitalcertificates https://lnkd.in/gZ9XNsHA

Digital certificates drastically improve security by limiting the use of easily stolen passwords - but how do you get one? It all starts with a Certificate Signing Request (CSR), a critical step in obtaining digital certificates that securely authenticate users and devices. A CSR contains the key information needed to generate certificates, and understanding how it works is important for organizations managing their own PKI. If you’d like to learn about CSRs from our PKI team, check out this blog! If you’d like to adopt passwordless authentication, without requiring the resources required to set up and manage a PKI, let us know and we’d be happy to help! #PKI #digitalsecurity #digitalcertificates #CSR #networksecurity https://lnkd.in/gRibyFYE

Helllllo, San Antonio! The SecureW2 team is honored to be here at EDUCAUSE 2024! It's been amazing seeing so many dedicated people who support students and staff worldwide come together to connect and learn. If you're at the show, swing by booth #3036 to say 'hi' and discover how we help 180+ higher ed institutions securely authenticate millions of managed and unmanaged devices—with ease and without needing traditional credentials. Belushi would approve. 😏 #EDU24 #passwordless

Thinking about moving to a passwordless, certificate-driven security platform but hesitant about the deployment? Don't be! SecureW2's JoinNow Platform is designed to make the transition seamless while saying “goodbye” to credential theft. With thousands of successful deployments and our 24/7 support team, we've likely seen it all. Smooth sailing ahead! Curious to learn more? Check out our blog to discover why SecureW2 is so easy to deploy and why we have the #1 rated Support team in 3 different G2 product categories! #cyberattacks #cybersecurity #digitalcertificates #pki https://lnkd.in/gtcEvJaZ

Imagine if someone intercepted an important letter you were mailing and discovered sensitive information about you or the receiver. That’s essentially what a Man-in-the-Middle attack is: a way of getting “in the middle” of over-the-air communications. There are many different ways of setting up MitM attacks, most of which can be achieved with easily accessible resources online. When successful, hackers can easily harvest credentials which can then be used to perpetrate additional attacks, such as ARP cache poisoning or DNS spoofing. Read more about how they work and how the best way to protect your passwords from hackers is to not use them at all. #cyberattacks #cybersecurity #digitalcertificates #pki https://lnkd.in/etiARR9N

802.1X is a protocol that authenticates everyone connecting to your network through their own, unique credentials. This allows organizations to segment different types of users and devices, and allows them to identify every IP on their network. It doesn’t need to be complicated. All it requires is a supplicant, an access point, and a unique authentication server called a RADIUS server. Read this blog to learn how the 802.1x protocol actually works. #wifisecurity #networking #radiusserver #cybersecurity https://lnkd.in/gexvMrkr

The SecureW2 team is happy to announce that we will be hosting a booth at the #Educause Annual Conference this year! We’ll be in San Antonio from October 21-24 for the event. If you will be at the Educause Annual Conference, stop by booth 3036. We’d love to see you there! #comeseeus #cybersecurity #networksecurity

EAP-TLS and EAP-TTLS/PAP are two common ways of securing a wired or wireless network. Despite some similarities in name, though, there’s a huge difference between them. EAP-TTLS/PAP relies on a password for authentication, which is transmitted through an encrypted tunnel. However, it’s become easy for hackers to trick devices into sharing their Wi-Fi passwords, making TTLS a risk for organizations. EAP-TLS eliminates these risks by securing your network with digital certificates instead of passwords. Learn more about how it works and what you need to deploy it here. #eaptls #digitalcerticates #pki #wifisecurity #cybersecurity https://lnkd.in/gh7BaPwc

We’re all familiar with the routine of having to share a Wi-Fi password with guests - or ask for the password when we’re visiting someone. These pre-shared keys are fine in a home environment, but it’s not an acceptable standard for businesses. Securing an enterprise network with a single password is a risk. It’s easy to steal these passwords with attacks such as brute force attacks or social engineering. Learn how easy it is to steal Wi-Fi passwords and allow hackers to cause damage from within your network. #passwordless #wifisecurity #passwordsecurity #networksecurity https://lnkd.in/gUKxhpVa

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