Vectra introduces the industry's first privilege-aware network detection and response solution to strengthen the enforcement of zero trust

LONDON, Sept. 9, 2019 /PRNewswire/ -- Vectra, the leader in network threat detection and response, today announced that Privileged Access Analytics (PAA) are available with the Cognito platform to monitor the interactions between user accounts, services and hosts, and provide continuous visibility and assessment of privileges required to enforce zero trust.

A traditional access-based approach to zero trust relies on one-time security gating decisions that use a predefined list of privileged identities. This approach is fundamentally flawed when cyberattackers steal credentialed access or have escalated privileges.

"We must have visibility into what the entity – the user, the executable, the device, the network connection and so on – is doing once it gains access," according to Neil MacDonald, Gartner distinguished VP analyst and author of the Seven Imperatives to Adopt a CARTA Strategic Approach^[1] report. "How is it behaving? Does the entity or its behaviors represent excessive risk? If so, then we should have the ability to detect this, confirm that it is real, prioritize it and take action."

With PAA, the Cognito platform continuously monitors the behaviors of user accounts, services and hosts once they gain access to and operate on the network. As a result, Cognito delivers both a continuous real-time assessment of their privilege levels by scoring their behaviors for threat and certainty, and a risk-level prioritization for them. This empowers security teams with the right information to take quick action against the malicious use of privilege across cloud and hybrid environments.

"The real-time assessment of trust is performed by continuously observing the behavior of user accounts, services and hosts on the network," said Dr. Jacob Sendowski, director of product management at Vectra. "Now, when privileged credentials are compromised and abused, the new suite of Cognito PAA detection models are able to uniquely determine the malicious use of privilege in real-time."

"Privileged Access Analytics gives me continuous visibility into the accounts, services and hosts that are most valuable to me," said Milos Pesic, cyber security specialist at ED&F Man Holdings Ltd., an employee-owned agricultural commodities merchant with 7,000 people in 60 countries. "We can easily scrutinize the behaviors on each to see if they represent a significant risk to our organization. This has significantly decreased our time to investigate from minutes to seconds."

PAA is immediately available in the Cognito platform as a suite of detection models in Cognito Detect and as searchable security enrichments to network metadata in Cognito Stream and Cognito Recall. Enforcement can be accomplished through native integrations with endpoint detection and response (EDR), security information and event management (SIEM) systems and orchestration tools. Custom integration is available by accessing attributes through the Cognito REST API.

^[1] Gartner Seven Imperatives to Adopt a CARTA Strategic Approach, Neil MacDonald, 10 April 2018.

About Vectra

Vectra^® is a leader in network detection and response – from cloud and data center workloads to user and IoT devices. Its Cognito^® platform accelerates threat detection and investigation using artificial intelligence to enrich network metadata it collects and stores with the right context to detect, hunt, and investigate known and unknown threats in real time. Vectra offers three applications on the Cognito platform to address high-priority use cases. Cognito Stream^™ sends security-enriched metadata to data lakes and SIEMs. Cognito Recall^™ is a cloud-based application to store and investigate threats in enriched metadata. And Cognito Detect^™ uses AI to reveal and prioritize hidden and unknown attackers at speed. For more information, visit vectra.ai.

Media contact
John Kreuzer
Lumina Communications for Vectra
[email protected] 
(408) 896-3307

SOURCE Vectra

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