CrowdStrike Falcon and Kaspersky Anti-Targeted Attack Platform compete in the cybersecurity solutions category. CrowdStrike Falcon seems to have the upper hand in ease of deployment and customer service.
Features: CrowdStrike Falcon offers real-time threat intelligence, a cloud-based architecture, and efficient deployment features. Kaspersky Anti-Targeted Attack Platform provides robust detection mechanisms, detailed threat analysis, and advanced threat protection capabilities.
Room for Improvement: CrowdStrike Falcon users suggest enhancements in automated responses, reducing false positives, and improving integration options. Kaspersky Anti-Targeted Attack Platform requires a simpler deployment process, better integration options, and a more user-friendly interface.
Ease of Deployment and Customer Service: CrowdStrike Falcon is known for its straightforward and swift deployment process, with responsive customer service. Kaspersky Anti-Targeted Attack Platform, despite providing strong support, has a more complex deployment process.
Pricing and ROI: CrowdStrike Falcon is considered cost-effective with a strong ROI due to its efficiency and performance. Kaspersky Anti-Targeted Attack Platform, perceived as more expensive, is justified by users for its comprehensive capabilities and thorough threat protection.
Product | Market Share (%) |
---|---|
CrowdStrike Falcon | 10.3% |
Kaspersky Anti-Targeted Attack Platform | 0.3% |
Other | 89.4% |
Company Size | Count |
---|---|
Small Business | 46 |
Midsize Enterprise | 34 |
Large Enterprise | 61 |
CrowdStrike Falcon offers comprehensive endpoint protection with real-time threat detection, AI-driven capabilities, and seamless integration with other platforms. Its cloud-native design provides robust security across diverse environments, making it a reliable choice for modern cybersecurity needs.
CrowdStrike Falcon is heralded for features like robust endpoint visibility, threat detection, and AI-driven capabilities. Users value its efficient real-time monitoring, which maintains low impact on performance while offering seamless integration with platforms. The lightweight design, coupled with comprehensive dashboards and automated threat responses, enhances security operations while reducing resource strain. CrowdStrike's cloud-native architecture ensures flexible, always-on protection, making it adaptable to a wide range of environments. However, improvements can be made in log management, compatibility with diverse operating systems, and integration with third-party technologies. Users also seek more robust reporting features, fewer false positives, and better support for legacy systems. Enhanced policy application, AI capabilities, and extended on-demand scanning are desired, while pricing and technical support responsiveness are concerns.
What are CrowdStrike Falcon's key features?CrowdStrike Falcon is implemented widely in industries relying on robust endpoint protection for monitoring, securing endpoints, forensic analysis, and malware detection. Its cloud-based AI capabilities ensure comprehensive security across devices, making it a preferred choice for networks, servers, and workstations globally. The efficient management of security threats and compliance with regulations is achieved with minimal resource consumption.
Today’s cybercriminals constantly design unique and innovative methods of penetration and compromise. To avoid perimeter prevention technologies they use social engineering, non-malware and supply chain attacks to operate under the radar of security designed to catch ‘bad’ traces. It’s not enough to just ‘know’ what’s bad or dangerous – enterprises need to understand what’s normal, and use AI-driven techniques that simplify and automate this process. Targeted Attack Analyzer is a machine learning engine that involves self-learning to establish the baseline of normal, legitimate activities of an entire network. Through continuous network telemetry collection it finds deviations, detects suspicious activities and predicts further malicious actions at the initial stages of multilayered attacks.
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