With patented security features, GitNetSec endpoint systems surround the kernel of the OS to provide real Zero Trust endpoint security as well as detailed visibility and control of all types of endpoint systems.
Happily active client’s
GitNetSec is a comprehensive endpoint security system that is built from the ground up to protect everything, from workstations and servers to point of sale and manufacturing controllers. Integrated into the GitNetSec Security Fabric, GitNetSec boasts advanced detection, real-time event notifications, and shortened response and remediation times per incident. It is built with a native cloud infrastructure and supports deployment in the cloud, on-premise, and within hybrid environments.
Both of these solutions provide a proactive approach to endpoint security, using real-time threat detection, automated response, and advanced remediation techniques. A lot of industry effort is focused on the firewall when it comes to cyberattack defense, but endpoints are actually the most frequently targeted. With GitNetSec, endpoints are constantly screened for malicious activity using behavioral analysis to detect and block threats before they can be executed. GitNetSec offers the opportunity to identify any undetected attack vectors, endpoints may generate alerts based on location, impossible travel, and anomalies that would not have been detected otherwise. GitNetSec provides complimentary protection by using AI-driven network detection and response, monitoring all network systems on the endpoint, and preventing any anomalies from causing harm. These solutions create a layered security approach, utilizing real-time containment and forensic analysis to strengthen endpoint protection.
A distinct advantage that AI and automation bring is a modern approach to endpoint security enabling faster detection, analysis, and response to threats. Fortinet’s AI-powered solutions learn from global threat intelligence, inspiring a more robust design for identifying emerging attack patterns and responding proactively. Automation ultimately reduces the workload for IT staff by eliminating outdated, manual threat-hunting techniques, reducing false positives, and facilitating predefined responses to threats. Utilizing AI and Automation is paramount for optimizing and creating more efficiency in modern endpoint detection systems.
IT professionals are changing endpoint security vendors and moving away from traditional prevention-focused anti-malware for a number of reasons, including increasingly sophisticated ransomware and other attacks, alert fatigue, analyst burnout and a lack of visibility and control. We show organizations a new way.
Real-Time Proactive Risk Mitigation & IoT Security: Minimizes attack surface vulnerabilities through assessments and policies, like virtual patching and application control.
Pre-Infection Protection: Provides impenetrable, kernel-level defense via next-generation, machine learning antivirus engine.
Post-Infection Protection: Detects and stops advanced attacks in real-time, even after endpoint compromisation.
Know Your Playbook: Using advanced automated playbooks, the product can take action to remediate endpoint threats as they happen, eliminating dwell time and protecting the infrastructure without human intervention.
Solving A Kernel Problem: Effectively protecting endpoints cannot be done without machine learning and artificial intelligence. Operating at the kernel level is the only way to detect, remediate and respond to real-time threats at the endpoint. Our endpoint solutions, co-managed by us allow for complete visibility and control of operating systems at the kernel level, giving endpoints the ability to fight threats on and off the corporate network.
We Analyze URLs Per Days
We Sandbox Attachments Per Days
We MonitorCloud Accounts
We Analyze Email Messages Per Days
