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Introduction

IT and security teams have good reason not to trust the public Internet . Phishing and malware accounted for 39 % of all data breaches in 2020 , a Verizon report found . A Forrester Consulting study commissioned by Cloudflare found that in 2020 , 61 % of companies with more than 1000 employees experienced an increase in phishing attacks compared to previous years .

Every IT and security professional wants to keep their organization from being included in these statistics . Specifically , they want to :

• Block malware and phishing , which constantly shift tactics to evade detection .

• Stop data loss in general , whether via infected devices or user interactions .

• Get better visibility into employee Internet browsing , in order to understand their organization ’ s specific threat landscape and respond faster to breaches that do occur .

These use cases are important elements of Zero Trust security , in which Internet properties and code should not be implicitly trusted – and must therefore be securely processed at the moment of user interaction .

In order to accomplish these goals , some organizations are turning to browser isolation , in which employee Internet browsing is kept separate from local networks and infrastructure . Implemented thoroughly and efficiently , browser isolation shows potential to be the single most powerful way to mitigate attacks coming from the Internet . Unfortunately , it has so far remained a niche technology because of a number of challenges – including high costs , poor browsing experiences , logistical management hurdles , and security gaps . �

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