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4CGuardNetwork Security
High-Throughput Core // TAILORED ARCHITECTURE

Hybrid Data Center Defense

4CGuard Data Center Defense provides ultra-low latency, high-throughput Layer 7 protection and north-south/east-west microsegmentation for physical data centers, private clouds, and hybrid infrastructure.

Target Audience:Data Center Engineers, Cloud Architects, and Enterprise Infrastructure Leaders.
TOPOLOGY CHALLENGES & RISKS

Workload Density & High-Throughput East-West Threats

Modern data centers process enormous volumes of inter-server east-west traffic. Traditional firewalls create performance bottlenecks or fail to inspect virtualized workload boundaries.

01 // Operational Risk

High packet latency and throughput bottlenecks choking database and application clusters.

02 // Operational Risk

Lateral attack propagation across unsegmented virtual machine hypervisors.

03 // Operational Risk

Difficulty synchronizing security policies between on-premise hardware and public cloud VPCs.

REFERENCE TOPOLOGY

Data Center Core & Microsegmentation Topology

Deployed at the top-of-rack or core aggregation layer, 4CGuard filters inbound north-south client traffic and inspects inter-tier east-west server communications.

Node ComponentRole & ProtocolTechnical Details
Core Firewall ClusterNorth-South InspectionHigh-capacity redundant appliances inspecting all external ingress and egress traffic.
Inter-Tier Segmentation GatewayEast-West FilteringEnforces strict isolation between Web Tiers, Application Servers, and Database Clusters.
Virtual Cloud GatewaysHybrid Cloud SyncVirtual 4CGuard instances in AWS/Azure/GCP synchronized with on-premise policies.
High-Speed Threat LoggingSOC PipelineStreaming security telemetry to centralized data lakes and compliance archives.
BUSINESS OUTCOMES

Wire-Speed Workload Protection & Continuous Availability

Shield sensitive customer data and critical enterprise databases with uncompromising speed and precision.

  • Maintain ultra-low sub-millisecond latency for real-time database transactions.
  • Prevent compromised web servers from accessing backend database clusters.
  • Unify security policies across physical hardware and public cloud environments.
  • Meet strict data residency and regulatory compliance requirements.
IMPLEMENTATION CHECKLIST

Deployment & Planning Considerations

Calculate aggregate north-south and east-west throughput requirements for interface sizing.

Implement redundant power supplies and bonded LACP network links for zero-downtime reliability.

Establish automated configuration backup repositories and disaster recovery synchronization.

TECHNICAL FAQ

Hybrid Data Center Defense FAQs

Technical specifications and implementation questions regarding Hybrid Data Center Defense.

4CGuard multi-core hardware architectures achieve multi-gigabit stateful throughput with sub-millisecond latency, suitable for demanding database clusters.

TECHNICAL EVALUATION

Evaluate 4CGuard on your network topology

Schedule an architectural walkthrough with a network security engineer. Review Layer 7 inspection rules, encrypted payload decapsulation, and Active Directory policy integration.

Topology & throughput sizing review
Virtual & hardware appliance evaluation
Active Directory & Okta integration