Passwords are way too easy for hackers to steal. And on top of that, managing passwords is a huge drain on employee and IT productivity.
Moving to phishing-resistant passwordless authentication that replaces a guessable knowledge factors with a biometric factors and a secured possession factor (the device the user logs in from) gives you better security, improved IT SLA, and better cost savings.
Passwords are way too easy for hackers to steal. And on top of that, managing passwords is a huge drain on employee and IT productivity.
Moving to phishing-resistant passwordless authentication that replaces a guessable knowledge factors with a biometric factors and a secured possession factor (the device the user logs in from) gives you better security, improved IT SLA, and better cost savings.
With a fast-growing number of users, managed devices, and BYOD, it’s impossible to know which user is connecting from which device, if it’s approved, or what its posture is.
With device-based controlled access, you now have total control over device enrollments and device types per user, and can pin users to their approved devices. So you have the confidence of knowing exactly what’s going on and with which devices, at all times.
With a fast-growing number of users, managed devices, and BYOD, it’s impossible to know which user is connecting from which device, if it’s approved, or what its posture is.
With device-based controlled access, you now have total control over device enrollments and device types per user, and can pin users to their approved devices. So you have the confidence of knowing exactly what’s going on and with which devices, at all times.
IAM and endpoint tools don’t play nice with each other, leaving gaps open to hackers at the point of access.
By setting granular device postures for different users and device groups, you can reduce the attack surface of devices with weak posture. At the same time, you can reduce friction for end users with automatic grace periods and remediation policies that kick off in a single click.
IAM and endpoint tools don’t play nice with each other, leaving gaps open to hackers at the point of access.
By setting granular device postures for different users and device groups, you can reduce the attack surface of devices with weak posture. At the same time, you can reduce friction for end users with automatic grace periods and remediation policies that kick off in a single click.
When compliance is user-action dependent, IT teams waste precious hours, chasing the long tail of compliance gaps left by employees and third party vendors and full compliance is far from being achieved.
Infinipoint lets you enforce compliance on access, and throughout every user session, automatically. Meaning IT Sec gets to define every policy they want upfront, and IT Ops can automatically verify on login. So compliance gaps get taken care of, without interrupting the flow of work – or wasting anyone’s time.
When compliance is user-action dependent, IT teams waste precious hours, chasing the long tail of compliance gaps left by employees and third party vendors and full compliance is far from being achieved.
Infinipoint lets you enforce compliance on access, and throughout every user session, automatically. Meaning IT Sec gets to define every policy they want upfront, and IT Ops can automatically verify on login. So compliance gaps get taken care of, without interrupting the flow of work – or wasting anyone’s time.
Infinipoint Access Platform
Every access request is an assertion of a
digital identity. Authenticating the full
identity of every access request means
you need to verify both user and device.
Zero Device Trust means you can set both
broad and deep policies that will secure every
access request and every user session.
Compliance can’t be user-dependent. But a
frictionless process that kicks in
automatically on access makes sure device
compliance is done – and done well.
When remediation kicks off automatically
and smoothly, work doesn’t slow down or
stop even when problems are detected.
