Customer Transformation Journeys Global Next-Generation Firewall: Check Point Software Technologies

Driving Resilience and Performance by Leveraging Check Point Quantum to Realize Measurable Outcomes

This Frost & Sullivan Customer Transformation Journey examines how Check Point's Quantum next-generation firewall (NGFW), as part of the Infinity Platform architecture, enables organizations to strengthen resilience, expand digital capacity, and modernize hybrid security infrastructures. The analysis highlights 2 enterprise case studies-a leading Philippine commercial bank and a national telecommunications provider in Angola-to illustrate how prevention-first, AI-powered network security supports digital transformation objectives beyond traditional perimeter defense.

The study outlines the strategic imperatives driving NGFW modernization, including accelerated digitalization, hybrid cloud adoption, zero-trust alignment, and the rising sophistication of application-layer and identity-based threats. It examines how legacy, perimeter-centric architectures constrained scalability, visibility, and policy consistency, creating operational bottlenecks and reactive security postures. By deploying Quantum NGFW with integrated ThreatCloud AI, unified management, and cloud-native enforcement capabilities, both organizations achieved measurable outcomes in throughput scalability, application-layer visibility, automated threat prevention, and architectural resilience.

The analysis further explores transformation outcomes across 3 dimensions: enhanced security visibility and threat prevention, improved operational efficiency through centralized policy automation, and scalable, compliant architectures capable of supporting national-scale and financial services environments. Rather than emphasizing narrow financial KPIs, the study demonstrates how NGFW modernization functions as a strategic infrastructure investment that enables long-term digital growth, regulatory alignment, and secure cloud expansion.

The base year for this study is 2025, and the analysis reflects conditions and deployments observed through early 2026.