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What is
CylanceINFINITY
?

CylanceINFINITY
is a cloud-based platform that uses sophisticated AI and machine learning to determine whether software and websites are potentially malicious and a threat to the security of device endpoints in a
UEM
domain.
CylanceINFINITY
is the evolution of traditional approaches towards cybersecurity, such as whitelisting or blacklisting, that are based on the classification of digital signatures and blind trust. As cyber threats have evolved in both scope and sophistication, the use of signatures as a foundation for threat detection and resolution is not as reliable as it used to be.
Instead of relying on signatures, the
CylanceINFINITY
service leverages advanced machine learning and efficient mathematical models to process large volumes of data from global sources, retains and continuously learns from the patterns and properties of that data, and uses that data to make intelligent predictions and decisions about the risk potential of software and URLs in near real-time. The design of
CylanceINFINITY
ensures that it will constantly evolve and train itself to address new cyber threats.
CylanceINFINITY
is a core component of several
BlackBerry Protect
features, including malware detection for internally deployed Android apps, malware detection on Android devices, safe browsing, and SMS message scanning. At its core, it enables an aggressive and proactive security strategy, identifying and blocking malicious software and websites before they can have any impact on your organization's infrastructure or device users.
The APK files that are uploaded to
CylanceINFINITY
are kept private and anonymous, with no links back to users, devices, or organizations.
CylanceINFINITY
does not store any user data. The app packages that are uploaded to
CylanceINFINITY
are never shared with a third party. The
UEM
connection to
CylanceINFINITY
is end-to-end TLS encrypted. For more details about
Cylance
privacy policies, see the Cylance Privacy Notice.
For more information about the design methodology of
CylanceINFINITY
, see the CylanceINFINITY White Paper.