Bright Haven Electric LLC

Bright Haven Electric LLC
Grounded in Reliability, Powered by Expertise

Enterprise Network & Infrastructure Services | Bright Haven Electric

Enterprise Routing
& Switching

Bright Haven Electric engineers high-performance Layer 3 routing environments designed for zero-trust security and maximum throughput.

Performance Meets Security

Utilizing enterprise-grade hardware, we implement architectures that handle complex traffic flows, dynamic route learning, and strict broadcast domain isolation cleanly at the core layer.

Core Network Architecture

Engineering resilient datapath environments for scale and visibility.

Enterprise Hardware Deployment

Deployments leverage robust enterprise switching platforms (e.g., Juniper EX-Series) to handle line-rate, wire-speed routing across multiple physical interfaces and uplink topologies.

  • Integrated Routing and Bridging (IRB): Configuration of hardware-accelerated L3 gateways for all internal networks, ensuring optimal inter-VLAN routing performance without bottlenecking at the edge firewall.
  • Layer 2 Resiliency: Implementation of Rapid Spanning Tree Protocol (RSTP) for loop prevention and high availability, alongside Link Aggregation Control Protocol (LACP) for bonded uplink throughput.
  • Endpoint Discovery & QoS: Deployment of LLDP/LLDP-MED for automated endpoint provisioning, coupled with hardware-level Class of Service (CoS) queues to prioritize critical VoIP and IP cameras over standard data.

Dynamic Routing (BGP) Architecture

For environments requiring dynamic scalability and multi-path redundancy, we architect complex multi-Autonomous System (AS) topologies using Border Gateway Protocol (eBGP).

  • Multi-Tier Peering: Establishment of BGP peering sessions between edge firewalls, core switches, and downstream compute nodes (e.g., Kubernetes clusters utilizing Cilium BGP).
  • Granular Route Policies: Configuration of strict prefix-lists and policy-statements to precisely control route advertisements, preventing route leaking and ensuring optimal path selection.
  • Load Balancing: Utilization of Equal-Cost Multi-Path (ECMP) forwarding to distribute traffic flows across available routes, increasing total bandwidth and providing seamless failover.

Inter-VLAN Segmentation & Isolation

Security begins at the core. We design heavily segmented environments that isolate traffic at the switch level before it evaluates stateful firewall policies.

  • Zero-Trust Topology: Creation of dedicated, purpose-built VLANs (Management, Servers, Storage, IoT, Cameras, Transit) to enforce strict broadcast domain separation.
  • Stateless Firewall Filters: Implementation of line-rate ACLs directly on the core hardware. Filters are applied upon ingress, discarding unauthorized traffic instantly without consuming edge firewall CPU cycles.
  • Dual-Stack IPv4 & IPv6: Full parity and deployment of dual-stack environments, including independent IPv6 neighbor discovery policies, prefix delegation, and ICMPv6 filtering.

Initiate an Infrastructure Project

Submit your technical requirements or RFP document for a comprehensive engineering review and proposal.

Request Engineering Proposal

Network Case Studies & Logs

Browse our recent technical updates regarding routing, switching, and BGP topology deployments.