First, the various elements of a next-generation security platform must be implemented in the correct positions within a security architecture to be able to enforce security rules across an organization’s security posture. Second, the platform must be agile and have the ability to very quickly turn unknown threats into known threats, on a global level, and automatically share the new threat data. What’s more, a next-generation security platform should be able to automatically extend new protections within an organization’s security posture based on this new data to stop the spread of an attack.
Legacy security systems, made up of cobbled-together point solutions, have proven themselves inadequate in preventing the rising volume and sophistication of cyberattacks. Too many security tools depend too heavily on manual intervention, which is slow by nature and can’t provide new protections quickly enough to make a meaningful impact on an ongoing targeted attack. Manual detection and remediation does little to reduce risk, as it is mainly done after the fact, with limited visibility and manual correlation of the different attack elements. Not only is this approach expensive in terms of time and money, it makes it very difficult to see the attack as a whole and distracts from the identification of true threats, leaving organizations vulnerable.
Truly reducing cyber risk requires having integrated, automated, and effective controls in place to detect and prevent threats, both known and unknown, at every stage of the attack lifecycle. A next-generation security platform, built from the ground up for prevention, offers full visibility of traffic–throughout the network, cloud and endpoints–enabling organizations across the globe to protect themselves against cyberattacks, based on how or where applications and data reside or are utilized.
Visibility into all traffic, classified by application, user and content, provides the context necessary to enforce dynamic security policy and reduce the attack surface, based on the assessed risk. Leveraging information from other security-related events to prevent all known threats, followed by detection and prevention of new threats based on a correlated and holistic view of the attack, are crucial to successfully preventing a breach. Producing detailed threat intelligence, analysis and protections that are capable of preventing both known and unknown threats and automatically populating this new information across the security posture is a fundamental need. The power of a next-generation security platform comes from the sum of all components, fueled by a global threat- intelligence engine that leverages the network effects of thousands of customers, technology partners and researchers sharing threat information.
A next-generation security platform’s prevention architecture allows organizations to reduce threat exposure by first enabling applications for all users or devices in any location, and then preventing threats within application flows, tying application use to user identities across physical, cloud-based and software-as-a-service (SaaS) environments.
To enable the prevention of successful cyberattacks, a next-generation security platform must offer four key capabilities:
These updates are designed to allow enterprises to scale defenses with technology, rather than people.
A true security platform will be able to minimize the spread of attacks, leveraging the network effects of a community of comprehensive global threat data.
Security should not be an impediment to the adoption of new mobility, SaaS, public or private cloud technologies that enable productivity. With a natively integrated, prevention-first security platform in place, organizations can securely adopt innovative, productivity-enhancing applications and technologies, all the while maintaining a comprehensive and consistent prevention-oriented organizational security posture.