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Unlock the Power of Vectra AI and the New Suricata Signature Engine

Learn how Vectra Match supports Federal cyber operators and policy makers.
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Fireside Chat: Navigating Cybersecurity in Tribal Communities

With cyberattacks on the rise, tribal communities are shifting their focus to address their security vulnerabilities but are unsure where to start.
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Artificial Intelligence in Cyber: Let the Buyer Beware

Tim Wade addresses both the hype and the opportunity at a practical altitude necessary for strategic decision-makers to feel confident about harnessing their inner skeptic to achieve better outcomes for the enterprise.
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Why Ecosystem Integrations Matter in Threat Hunting

Discover the significance of seamless ecosystem integrations in the realm of threat hunting, enabling comprehensive detection and proactive defense against cyber threats.
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How to Make Better-informed Decisions Using Network Data

Vectra delivers this when and where it’s needed so that federal agencies spend less time chasing alerts and more time stopping threats.
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What to Demand from Network Detection and Response (NDR)

The NDR platform from Vectra exposes covert threat behaviors in all network traffic – without requiring decryption. We enable federal agencies to detect, prioritize and respond in real time, leaving attackers with nowhere to hide
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How to Operationalize NDR with AI-driven Machine Learning

There are two ML models. Supervised ML is tuned by data science to detect specific threat behaviors. Unsupervised ML finds anomalies. NDR platform from Vectra combines both.
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When Network Perimeter Security Fails

Cyberthreat prevention at the network perimeter often fails silently, allowing cyberattackers to get inside without your knowledge. Learn how federal agencies solve this challenge with network detection and response (NDR).
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How to Achieve SOC Efficiency

As U.S. SecOps teams consider mapping to the SOC visibility triad, it’s vital to know the role each part of the triad plays in stopping cyberattacks. Learn how the Cognito NDR platform from Vectra aligns you with the SOC visibility triad.
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How to Improve SOC Efficiency

Federal agencies can stop the progression of covert attacks inside the network by speeding-up the time to detect and reducing the dwell time of hidden adversaries. Learn how federal agencies can achieve SOC efficiency globally and at scale.
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Identifying Cyberattacker Behaviors and Insider Threats

By focusing on observed privilege inside the network – knowing when it is used and knowing when it is misused – federal agencies can identify attacker behaviors such as lateral movement as well as malicious behaviors by nefarious insiders.
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How to Succeed in Hunting Cyberattackers

Successful threat hunting is driven by AI and requires access to the right data about in-progress attacks at the right time. This allows security analysts in federal agencies to hunt intrepidly with greater success, speed, and with far less effort.
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How to Achieve Autonomous Security

Autonomous security involves reasoning with complexity and influencing what occurs on the network. Vectra enables federal agencies to achieve this by combining AI, data science, ML and a vast ecosystem of third-party integrations.
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Supporting the Federal Government’s Zero Trust Strategy with Data Science and AI

Vectra has a proven history within the IC, DoD and CIV sectors along with the DIB to help the process move smoothly.
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Government Authority Achieves Complete Cloud Monitoring with Vectra AI and AWS

Located in the Middle East, this Government Authority manages and oversees all of the country’s digital assets, information technology and data programs.
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How Federal Agencies See Threats and Stop Breaches
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What Federal Agencies Can Do to Secure Cloud Deployments with AI and ML
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How Federal Agencies Use Zero Trust, AI, and ML to Combat Modern Attacks
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How Vectra AI supports the NIST framework
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The U.S. government recognizes that the national and economic security of the country depends on the reliable function of critical infrastructure.
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How Vectra AI helps meet FFIEC cybersecurity requirements
![How Vectra AI helps meet FFIEC cybersecurity requirements]()
To combat the increasing volume and sophistication of cyberthreats, the FFIEC and NIST developed the Cybersecurity Assessment Tool to help institutions identify risk and determine their cybersecurity preparedness.
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How Vectra AI supports the DFARS & NIST framework

To protect Covered Defense Information (CDI) comes DFARS 252.204-7012 and rules pertaining to “Safeguarding Covered Defense Information and Cyber Incident Reporting.”
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How Vectra addresses CIS Critical Security Controls (CSC) 7.1

Vectra AI continuously monitors and analyzes all network traffic to detect cyber attacks in progress as criminals attempt to steal enterprise data or cause harm to the organization.
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CDM Phase 3 DEFEND

This overview describes how the Vectra platform, in combination with existing security technologies, supports the Continuous Diagnostics and Mitigation (CDM) Program and enables agencies to achieve their security objectives.
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