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Complete guide to Check Point Network Address Translation
A comprehensive guide to Check Point Network Address Translation (NAT), covering concepts, configuration, automatic and manual NAT, static and hide NAT, ARP, NAT tables, and best practices. Designed as a definitive learning resource with practical examples, troubleshooting tips, and advanced scenarios for real-world deployments.
When AI is the Attack Surface: Check Point's AI Defense Plane Tackles Risks
AI's rapid adoption in enterprises creates new security challenges, with 29% of organizations facing attacks on generative AI by 2025. Check Point's AI Defense Plane offers a unified security architecture to address workforce AI, agentic AI and AI application vulnerabilities, ensuring visibility, policy enforcement and protection against adversarial threats.
What's New in R82.20, Part 1: AI Security Lands Directly on the Check Point Firewall
R82.20 revolutionizes Check Point Firewalls with AI Security, enhancing visibility and protection against AI threats. It introduces Workforce AI Security and AI Agent Security, offering granular control without new infrastructure. This release also supports SNORT 3.x, IPv6 DNS Trap, and provides a transparent TLS Inspection Block page, ensuring robust, native security.
Getting Started with Check Point AI Red Teaming
Check Point's AI Red Teaming revolutionizes AI security by continuously testing models for adversarial weaknesses, replacing traditional, infrequent assessments. It offers dynamic risk evaluation across multiple languages and objectives, providing real-time protection and visibility. This automated platform empowers security teams to focus on genuine threats, enhancing AI application resilience.
Check Point and the Post-Quantum Transition
Quantum computing's rise threatens classical cryptography, prompting urgent shifts to post-quantum cryptography (PQC). Check Point leads this transition with quantum-ready solutions, ensuring secure communications through hybrid key exchanges and cryptographic agility. As PQC standards evolve, Check Point's architecture promises seamless adaptation, safeguarding digital infrastructures against future quantum threats.
The State of Data Loss Prevention
Data Loss Prevention has regained prominence in recent years due to large scale breaches and increasingly stringent regulatory requirements. Vendors with varying tech heritages have been lining up to employ new technologies and techniques against this seemingly never-ending problem.
Check Point SASE: A Practical Hybrid Model for Secure Access
In a post-2020 world, traditional security perimeters are obsolete. Check Point's hybrid SASE model adapts by integrating endpoint enforcement, cloud inspection and secure SD-WAN, offering flexible, identity-aware access. This approach reduces tool sprawl, enhances security, and aligns with the hybrid nature of modern enterprises, users, and applications.
Securing the AI Surge with Check Point's GenAI Protect
This blog explores how GenAI has surged into daily workflows, often without visibility or guardrails, and why organizations must secure this adoption without slowing productivity. It explains the risks of shadow AI, the value of Check Point's GenAI Protect and how WWT's AI Proving Ground accelerates safe, multivendor GenAI deployment across modern enterprise environments.
Veriti and Check Point: Redefining Threat Exposure Management
An overview of Veriti, recently acquired by Check Point, which brings continuous threat exposure management into the security stack. Veriti provides real-time visibility across security tools, identifies misconfigurations and unmitigated threats, and recommends actionable steps to reduce attack surface risk without disrupting operations. This will cover how Veriti aligns with Check Point's prevention-first approach and how it can enhance an organization's overall security posture.
Bridging AI and Cybersecurity: What Check Point MCP Servers Mean for Enterprise Security
Check Point's new MCP Server enables secure, structured integration between AI tools and Check Point's security infrastructure by exposing firewall policies, objects, and logs through a standardized Model Context Protocol interface. This allows large language models like Claude or GPT to query security environments using natural language, dramatically accelerating tasks such as policy analysis, compliance checks, and incident enrichment without requiring scripts or direct API calls. Deployed on-premises for full control and visibility, the MCP Server empowers security teams to automate workflows while maintaining strong governance and auditability.
Stop Stacking Boxes. Start Designing Security.
Back-to-back firewalls were effective 15-20 years ago, but in today's encrypted, identity-driven and rapidly evolving threat landscape, they add cost and complexity without meaningful protection. Modern security replaces duplicated perimeters with platform-integrated NGFW enforcement, segmentation and coordinated prevention—delivering stronger, measurable defense through intelligent design rather than stacked legacy controls.
Understanding Check Point's Management Hierarchy: From MDS to SMS to Gateway
Understanding Check Point's architecture—Gaia OS, Security Gateway, and Security Management Server—is crucial for effective deployment and troubleshooting. This article demystifies these foundational concepts, highlighting the separation of policy enforcement and management, and the scalability offered by Multi-Domain Management, essential for large organizations and service providers.