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ENDPOINT SECURITY
Laptops, desktops, servers, phones, and the mail that reaches them. Three solutions cover the devices your people work on: detection and response, email security, and one console to manage it all.
SCROLL
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Endpoint Detection and Response, or EDR, is a cybersecurity solution that continuously monitors, detects, investigates, and responds to threats on endpoint devices such as laptops, desktops, servers, and mobile devices.
Past traditional antivirus. It uses behavior analysis to identify both known and unknown threats in real time.
SIX KEY ASPECTS
Scroll to move through all six, from continuous monitoring to proactive threat hunting.
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Continuous Monitoring
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Advanced Threat Detection
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Real-Time Response
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Endpoint Visibility
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Incident Investigation
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Threat Hunting
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Tracks endpoint activities like file changes, process execution, network connections, and user behavior to detect anomalies.
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Uses behavior analysis and threat intelligence to identify malware, ransomware, zero-day attacks, and fileless threats.
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Automatically isolates infected devices, kills malicious processes, or blocks suspicious network connections to stop attacks.
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Provides detailed logs and activity reports for every endpoint.
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Helps security teams analyze attacks, find the root cause, and understand how threats entered the network.
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Allows proactive searching for hidden or advanced threats that might not trigger alerts.
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HOW IT WORKS
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EDR agents installed on endpoints collect data on processes, files, network connections, and user activities.
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Collected data is analyzed using behavior analytics, machine learning, and threat intelligence to spot suspicious activity.
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When a potential threat is detected, alerts are sent to security teams or the SOC for review.
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EDR can take immediate actions such as isolating the endpoint, terminating malicious processes, or blocking harmful network connections.
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Security teams can review detailed logs, trace attack paths, and identify the source of the threat.
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EDR systems learn from incidents, update detection rules, and improve protection over time.
COMMON USE CASES
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Detecting and stopping ransomware attacks before they spread across the network.
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Monitoring endpoints for suspicious activity or unauthorized access.
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Investigating security incidents and tracing the origin of attacks.
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Securing remote and work-from-home devices wherever they connect from.
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Preventing malware infections and advanced persistent threats.
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USE CASE
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Stopping ransomware before it spreads
WHAT IT COVERS
RANSOMWARE
CONTAINMENT
BEST PRACTICES
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Ensure all endpoints have EDR agents installed and updated.
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Monitor alerts continuously and respond promptly to incidents.
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Integrate EDR with other tools like SIEM, SOAR, and threat intelligence platforms.
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Regularly update detection rules, policies, and threat intelligence.
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Train IT and security teams to properly analyze alerts and respond to threats.
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Email security is the practice of protecting email communications from threats such as phishing, malware, spam, and unauthorized access. Since email is a primary attack vector, email security ensures the confidentiality, integrity, and authenticity of messages.
SIX KEY ASPECTS
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Blocks unwanted or suspicious emails before they reach the inbox.
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Detects and removes viruses, ransomware, or malicious attachments.
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Identifies fake emails designed to steal credentials or sensitive information.
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Ensures messages are secure in transit and cannot be intercepted or read by unauthorized parties.
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Implements DMARC, DKIM, and SPF to verify sender identity and prevent email spoofing.
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Tracks email threats and suspicious activity for security teams to review.
HOW IT WORKS
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Incoming emails pass through spam and malware filters to remove suspicious messages.
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Advanced systems analyze links, attachments, and email content for phishing, malware, or other malicious activity.
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The sender domain is verified using SPF, DKIM, and DMARC to prevent spoofing.
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Sensitive emails are encrypted in transit so only intended recipients can read them.
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Suspicious emails are flagged or quarantined, and users may receive warnings.
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Security teams investigate threats and update policies or rules to prevent future attacks.
MESSAGE SCREENED
Every message is filtered, verified, and logged before it lands.
Spam and malware filtering, sender authentication, encryption, and reporting.
TOP FIVE BEST PRACTICES
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Block spam, malware, and phishing before reaching inboxes.
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Protect sensitive messages from unauthorized access.
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Verify sender domains to prevent spoofing.
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Train employees to spot phishing and suspicious attachments.
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Continuously track email activity and act on threats quickly.
WHY IT IS IMPORTANT
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Most cyberattacks like phishing, ransomware, and malware start through email. Without protection, attackers can easily trick users into surrendering credentials or opening malicious files.
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Businesses send confidential information through email, such as contracts, financials, and personal data. Email security prevents unauthorized access or leaks.
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Phishing and ransomware can cause fraud, stolen funds, or systems being locked. Proper email security helps avoid these costs and disruptions.
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Protecting emails ensures customer and partner trust and helps meet regulatory requirements like GDPR, HIPAA, or PCI DSS.
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Email security blocks malicious attachments and links before they reach users, preventing infections from spreading across the network.
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Unified Endpoint Management, or UEM, is a centralized system that manages and secures all endpoints in an organization, including desktops, laptops, mobile devices, tablets, IoT devices, and sometimes servers, from a single console.
Three disciplines, one console. UEM combines traditional mobile device management, endpoint management, and security controls to streamline administration and improve security.
SIX KEY ASPECTS
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Provides a single platform to monitor and manage all devices across the organization.
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Simplifies onboarding of new devices and ensures consistent configurations.
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Applies policies like encryption, antivirus, firewall settings, and compliance rules across endpoints.
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Distributes, updates, and monitors applications on devices.
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Tracks device health, usage, and security compliance.
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Manages desktops, laptops, smartphones, tablets, and IoT devices under one platform.
HOW UEM WORKS
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Device Enrollment
Devices are registered in the UEM system, either manually or automatically.
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Policy Application
Security and usage policies are applied based on user roles, device type, or location.
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Monitoring and Compliance
Devices are continuously monitored for compliance, updates, and security posture.
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Application Deployment
Software and updates are installed remotely across all managed devices.
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Incident Response and Support
Administrators can remotely lock, wipe, or troubleshoot devices if lost, stolen, or compromised.
BENEFITS
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Centralizes all endpoint management tasks, reducing IT workload.
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Consistent enforcement of policies and compliance across all devices.
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Ensures secure access and management of endpoints outside the office.
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Automates software and security updates across endpoints.
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Provides detailed insight into all devices, applications, and compliance status.
WHY IT MATTERS
Detection and response, email security, and unified management cover the same ground from three directions. Together they keep endpoints visible, compliant, and quick to recover, whether they sit in the office or on a kitchen table.