Security Products

Industry-leading hyper-scale network solution delivering up to 1.5 Tbps of threat prevention throughput


Check Point Quantum Maestro

Check Point Quantum Maestro is an easy-to-manage, hyper-scale network security solution. With a fundamentally different approach from conventional industry offerings, it maximizes the performance of your existing appliances without wasting prior hardware investments.

Key features of Check Point Quantum Maestro

  1. Throughput increases as you add gateways
    In a standard high-availability configuration, the gateways themselves handle connection synchronization and clustering, which makes it difficult to fully utilize appliance resources. Check Point Quantum Maestro instead calculates a hash value from the traffic and uses it to distribute packets across member gateways on their behalf. This allows the attached gateways to focus solely on traffic inspection, enabling you to draw out their maximum throughput.
    Maestroパフォーマンス
  2. Exceptional scalability—add gateways in just a few minutes
    Check Point Quantum Maestro recognizes multiple gateways as a single logical system called a “Security Group.” When you add a gateway to a Security Group, all its settings, policies, and software versions are automatically aligned with the existing gateways. As a result, the new gateway is ready for production in about six minutes. This enables cloud-like scale-out capabilities in on-premises environments.
    *Supported on models 6200 and above. A 10 Gbps expansion NIC is required 最大52台追加可能
  3. Cost-efficient, highly resilient N+1 clustering
    Check Point Quantum Maestro uses a patented clustering technology called “HyperSync” to deliver carrier-grade fault tolerance.
    HyperSync continuously tracks the status of member gateways and synchronizes traffic only with gateways that are handling active or standby connections. This reduces synchronization overhead and enables efficient N+1 clustering. If a gateway belongs to multiple Security Groups, resources can be dynamically reallocated; for example, shifting capacity from a lightly loaded group to another group experiencing high load—so that all hardware resources are used efficiently.
    N+1クラスタリング
  4. Deployment overview
    マエストロ導入イメージ