Microsoft Office 365 Security: Top Use Cases Addressing Customer Concerns in Shared Responsibility Model
Netskope helps secure some of the largest Office 365 deployments: three of the five largest global retail organizations, five of the largest healthcare organizations in the US, and many large enterprises in other verticals. Microsoft customers have options when it comes to Office 365 security controls—with varying coverage depending on their license level. But securing the Office 365 suite of cloud services is a shared responsibility between the cloud provider (Microsoft) and the customer. In a shared responsibility model, the cloud provider is in charge of security for the physical layer, infrastructure, network, operating system, and actual application in the data center. The customer, however, is responsible for the activities its users perform, the data stored and processed in the application, and any threats that are targeting the users and organization through the platform.
Zum Whitepaper
Cloud Security Report
Organizations continue to adopt cloud computing at a rapid pace to benefit from the promise of increased efficiency, better scalability, and improved agility. While cloud service providers like Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP) continue to expand security services to protect their evolving cloud platforms, it is ultimately the customers’ responsibility to secure their data within these cloud environments. The 2019 Cloud Security Report highlights what is and what is not working for security operations t ...
The Total Economic Impact™ Of CylancePROTECT® And CylanceOPTICS™
Employee endpoints are the interfaces between employees and the corporate data and applications they need to do their jobs. Attackers understand this — and actively target employee endpoints as well as the server endpoints hosting corporate data. More than 50% of companies experience a significant data breach each year, and endpoints, as a critical conduit for valuable corporate data, are the top targets for attack. Endpoint security solutions provide a critical line of defense, protecting PCs, laptops, and servers from malicious threats. ...
AI-Driven Threat and Incident Prevention, Detection, and Response
Traditional cybersecurity approaches suffer from two glaring weaknesses. First, they rely on the digital signatures of known malware in order to identify threats. This approach leaves systems vulnerable to new and non-catalogued malware. Second, they are reactive in nature, ascribing to the “it’s not a matter of if, but when” mentality and often responding to the damage caused by zero-day threats only after they execute. Guarding against known threats is important but in the modern threat, landscape organizations must also address the over 350, ...
Artificial Intelligence: The Platform of Choice
Artificial intelligence (AI) leads the charge in the current wave of digital transformation underway at many global companies. Organizations large and small are actively expanding their AI footprints as executives try to comprehend more fully what AI is and how they can use it to capitalize on business opportunities by gaining insight to the data they collect that enables them to engage with customers and hone a competitive edge. But, while AI may indeed be the frontier of enterprise technology, there remain many misconceptions about it. ...
AI-Driven EDR: The Current and Future Path for More Intelligent Detection and Response
The security professional’s job has become an endless game of cat-and-mouse, continually pursuing invisible attackers that can out-think, out-run, and outsmart most security systems. No matter how efficient and nimble the professional, the attackers are fast, too. And getting faster every day. As a result, endpoints remain vulnerable. ...
Exklusives Whitepaper
Der globale Passwort-Sicherheitsreport 2018
Passwörter stellen schon lange eine Herausforderung für die Cybersicherheit am Arbeitsplatz dar....