Secure sensitive data and protect against inadvertent sharing that can put your organization at risk. With Netskope, see your users, devices, and activities within Slack, across public channels, messages, posts, snippets, and files. Protect your sensitive information by enforcing policies and restricting file sharing.
Take advantage of an all-mode architecture to see all of your Slack activity, regardless of where your users are located or what device they are using.
The unique Netskope all-mode architecture offers you a full array of deployment options to gain visibility and control over Slack, whether your users are on-premises or remote, using a web browser, mobile app, or sync client. Options include out-of-band API protection into Slack as well as forward and reverse proxy modes for real-time policy controls for Slack and its ecosystem.
Leverage a deep understanding of your Slack usage to create the right level of security policies that ensure your Slack usage is safe.
Netskope gives you a deep understanding and control over your organization’s usage of Slack. Rather than take a coarse-grained approach by blocking services entirely, Netskope allows you to define targeted security policies based on identity, service, activity, and data.
Stop sensitive information from being exfiltrated from your Slack service, whether structured or unstructured data.
Netskope data loss prevention (DLP) protects sensitive data in the cloud with the ability to inspect all managed and unmanaged cloud services as well as traffic to websites. Sensitive content is detected across 1000+ file types and across structured and unstructured data, using 3,000+ data identifiers, metadata extraction, proximity analysis, fingerprinting, exact match, and more.
Provide complete threat protection to help thwart malicious malware from infecting your environment.
Netskope is the only cloud access security broker (CASB) with complete threat defense for Slack and its service ecosystem, combining unparalleled cloud visibility with multi-layered threat detection and integrated remediation workflows. Netskope can quickly detect, prevent, and remediate the effects of cloud threats, which too often evade existing security solutions.
Take advantage of an all-mode architecture to see all of your Slack activity, regardless of where your users are located or what device they are using.
The unique Netskope all-mode architecture offers you a full array of deployment options to gain visibility and control over Slack, whether your users are on-premises or remote, using a web browser, mobile app, or sync client. Options include out-of-band API protection into Slack as well as forward and reverse proxy modes for real-time policy controls for Slack and its ecosystem.
Leverage a deep understanding of your Slack usage to create the right level of security policies that ensure your Slack usage is safe.
Netskope gives you a deep understanding and control over your organization’s usage of Slack. Rather than take a coarse-grained approach by blocking services entirely, Netskope allows you to define targeted security policies based on identity, service, activity, and data.
Stop sensitive information from being exfiltrated from your Slack service, whether structured or unstructured data.
Netskope data loss prevention (DLP) protects sensitive data in the cloud with the ability to inspect all managed and unmanaged cloud services as well as traffic to websites. Sensitive content is detected across 1000+ file types and across structured and unstructured data, using 3,000+ data identifiers, metadata extraction, proximity analysis, fingerprinting, exact match, and more.
Provide complete threat protection to help thwart malicious malware from infecting your environment.
Netskope is the only cloud access security broker (CASB) with complete threat defense for Slack and its service ecosystem, combining unparalleled cloud visibility with multi-layered threat detection and integrated remediation workflows. Netskope can quickly detect, prevent, and remediate the effects of cloud threats, which too often evade existing security solutions.