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AI Powered Endpoint Security for Linux OS

AI-driven detection and protection designed for Linux environments. Block threats before they infiltrate.

Linux Security

Features Designed for Linux Endpoint Security

Linux devices are increasingly targeted by cybercriminals due to their role in servers and critical IT infrastructure. A single breach can disrupt operations and compromise sensitive data. Kitecyber’s Linux Endpoint Security provides AI-powered, proactive defense to detect and neutralize threats before they cause harm.

Secure Service Edge (SSE)

Provide secure access to the web, SaaS, & private applications.

Linux DLP

Comprehensive Data Loss Prevention tailored for Linux systems.

Anti-phishing Prevention

Protect Linux endpoints against phishing attacks in real-time.

Device Management

Protect linux OS devices by enforcing better access controls.

Global Security Compliance

Supports global security standards like GDPR, SOC 2, and PCI DSS.

Zero Trust VPN

#1 passwordless VPN alternative & replacement for windows. 

Linux Vulnerabilities

Relying on outdated or generic security solutions leaves Linux systems vulnerable to breaches.

75%

malware targeting Linux endpoints in 2023 exploited outdated software. – Linux Threat Report, 2023

15%

ransomware campaigns in 2023 aimed at Linux servers. – Cybersecurity Landscape Report

1000s

of machines running Linux have been infected by a malware strain that’s notable for its stealth. – Wired

AI-Driven Linux Security

Kitecyber: Smart AI-Powered Endpoint Security for Linux

Kitecyber offers an AI-powered linux endpoint security solution designed to protect users, devices, and data from cyber threats. 

Real time AI based Phishing Prevention

Prevent internet threats targeting user identity theft using multi-model AI inference. This is ground breaking change from poor efficacy approaches of static policies and reputation based detection.

Detect at time of use and not time of link sharing

Our AI models run when a user clicks on the link and directly on the endpoints. Attackers can’t delay the link poisoning to avoid BEC based detections.

Omni Channel identity theft protection

Existing BEC tools have to scan all emails to look for any bad link. This is inefficient and can be easily bypassed using delayed link poisoning. They also don’t cover other channels from where a link can come like desktop apps, conferencing tools, instant messaging apps and social media.
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