Bluebird Fiber: High-Speed Fiber Optic & Data Center Solutions

Welcome to the Enterprise Buying Guide for Bluebird Fiber (formerly Bluebird Network). Selecting a telecommunications and data center partner is a foundational decision that impacts your organization’s digital transformation, resiliency, and scalability. This guide is designed to help IT leaders and procurement professionals evaluate Bluebird Fiber’s unique position as a dominant regional fiber provider in the Midwest United States.

In the following sections, you will learn about Bluebird’s high-bandwidth fiber capabilities, their specialized underground data center facilities, and the specific use cases where they outperform national "Tier 1" carriers. Whether you are looking to connect a single office, build a complex multi-site MPLS network, or secure colocation space, this guide provides the technical and operational insights necessary to determine if Bluebird Fiber is the right fit for your infrastructure requirements.

Bluebird Fiber offers a robust suite of infrastructure services centered on reliability and performance:

• High-Speed Fiber Internet: Symmetrical upload and download speeds ranging from 10 Mbps to 100 Gbps, delivered over a state-of-the-art 11,000+ mile fiber optic network.
• Ethernet & Private Line: MEF-compliant Layer 2 solutions including E-Line, E-LAN, and E-Tree for secure, private data transfer between office locations.
• Bluebird Underground Data Center: A unique Tier 3 equivalent colocation facility located 85 feet underground in a limestone mine, providing natural protection from extreme weather and electromagnetic interference.
• Wavelength Services: Dedicated, unlit, or managed high-capacity "lit" waves for organizations requiring massive data throughput with zero congestion.
• Cloud Connect: Direct, private access to major cloud providers, reducing latency and increasing security compared to standard VPNs over the public internet.
• Dark Fiber: For organizations wanting complete control over their network equipment and lighting, Bluebird offers dark fiber leases on their dense regional routes.

• Financial Institution Disaster Recovery: A regional bank uses Bluebird’s Underground Data Center to mirror their primary data. The limestone-protected environment ensures their records survive even catastrophic surface events (tornadoes, etc.), while Bluebird’s low-latency fiber handles real-time synchronization.
• Multi-Campus Healthcare System: A healthcare provider in Missouri utilizes Bluebird’s E-LAN service to connect five rural clinics to their main hospital. This allows for high-resolution medical imaging (PACS) to be shared instantly across the network, improving patient outcomes.
• Manufacturing Real-Time Operations: A large manufacturing plant in Illinois uses Bluebird Dedicated Internet Access (DIA) to power their IIoT (Industrial Internet of Things) sensors, ensuring their cloud-based ERP system has the constant, low-latency connection required for "just-in-time" production.
• Public Sector Connectivity: A county government leverages Bluebird’s dark fiber to create a private network between the courthouse, sheriff's office, and public works, ensuring secure communications independent of the public internet.

Bluebird Fiber utilizes a traditional enterprise telecom pricing structure:

• Monthly Recurring Charges (MRC): The primary cost driver, based on bandwidth (e.g., 1Gbps vs 10Gbps), service type (Dedicated Internet vs. Private Line), and contract term (typically 36, 60, or 84 months).
• Non-Recurring Charges (NRC): One-time installation fees. These may be waived or reduced in exchange for longer contract commitments.
• Construction Costs/Special Construction: If your facility requires a significant fiber build-out, there may be upfront costs, though Bluebird often amortizes these into the MRC for enterprise clients.
• Data Center Pricing: Colocation is priced by the rack (U-space), power consumption (kW), and cross-connect requirements.
• Custom Quotes: Due to the geographic nature of fiber, pricing is highly site-specific. Multi-site discounts are common for regional deployments.

To utilize Bluebird Fiber services, the following technical environment is typically required:

• Demarcation Point (Demarc): A climate-controlled, secure space (IDF or MDF) with adequate rack space for Bluebird’s Network Interface Device (NID).
• Power Requirements: Standard 110v or 220v AC power (with UPS backup highly recommended) to power the fiber termination equipment.
• Cabling: Internal Cat6 or Fiber (Single-mode/Multi-mode) cabling from the Bluebird demarc to your internal router or switch.
• Hardware Compatibility: A router or firewall capable of handling the contracted throughput (e.g., a 10Gbps circuit requires a router with 10GbE SFP+ ports).
• IP Space: Requirements for static IPv4 or IPv6 blocks must be defined during the ordering process. Bluebird can provide provider-assigned (PA) space or announce your provider-independent (PI) space via BGP.

To successfully implement Bluebird Fiber services, organizations should meet the following prerequisites:

• Stakeholder Buy-in: Alignment between IT and Facilities is critical, as physical fiber installation often requires site surveys, conduit access, and potential construction permits.
• Network Engineering Expertise: While Bluebird manages the transport, your internal team should have the skills to configure edge routers, firewalls, and internal VLANs to utilize the high-speed handoff effectively.
• Process Readiness: For projects involving construction, organizations must have a clear internal process for approving right-of-way or building access agreements.
• Change Management: If migrating from a legacy copper or lower-speed provider, teams should be prepared for the increased capacity, potentially requiring upgrades to internal hardware (switches/WAPs) to prevent bottlenecks.

A typical Bluebird Fiber implementation follows these phases:

1. Discovery & Site Survey (1-2 weeks): Engineers assess the physical location to determine if the building is "on-net" (already connected) or "near-net" (requiring a lateral build).
2. Design & Contracting (1-2 weeks): Finalizing circuit specifications, diversity requirements, and service level agreements (SLAs).
3. Permitting & Construction (4-12 weeks): If a new fiber build is required, this phase involves local government permits and physical trenching/boring. Note: "On-net" buildings bypass this phase.
4. Equipment Installation & Splicing (1-2 week): Installing the Network Interface Device (NID) and completing the fiber fusion splicing.
5. Testing & Turn-up (3-5 days): End-to-end testing to ensure the circuit meets the committed bandwidth and latency parameters before formal handoff. Total timeline ranges from 30 days for existing fiber to 90+ days for complex new builds.

Bluebird provides localized, high-touch support designed for enterprise uptime:

• 24/7/365 Network Operations Center (NOC): Based in the Midwest, providing direct access to technicians who understand the regional geography and infrastructure.
• Service Level Agreements (SLAs): Comprehensive guarantees covering network availability (typically 99.9% to 99.999%), latency, jitter, and Mean Time to Repair (MTTR).
• Dedicated Account Management: Enterprise clients are assigned a specific account team for lifecycle management, from initial design to future upgrades.
• Online Portal: Access to bandwidth usage reports, ticketing systems, and billing information.
• Professional Services: Engineering consultation for complex network architecture and data center migration planning.

Bluebird Fiber provides infrastructure-level connectivity, meaning integration focuses on physical and link-layer handoffs:

• Physical Interface: Support for various handoffs including RJ45 (Copper) for lower speeds or LC/SC Fiber connectors for 1Gbps, 10Gbps, and 100Gbps circuits.
• Protocol Support: Standard Ethernet (Layer 2) or IP (Layer 3) handoffs. For MPLS or SD-WAN overlays, Bluebird integrates seamlessly with existing hardware from vendors like Cisco, Juniper, and Fortinet.
• Data Center On-Ramps: Pre-built integration with major Cloud Service Providers (CSPs) via private cross-connects, bypassing the public internet for AWS, Azure, and Google Cloud traffic.
• Monitoring Integration: Support for SNMP polling to allow your internal Network Management Systems (NMS) to monitor circuit health and performance in real-time.

Bluebird Fiber maintains rigorous standards to support regulated industries:

• Physical Security: The Bluebird Underground Data Center features 24/7/365 on-site guards, biometric access controls, and video surveillance.
• Compliance Certifications: Bluebird maintains SOC 1 Type 2 and SOC 2 Type 2 certifications, ensuring high standards for financial reporting and data security controls.
• HIPAA & PCI Ready: The infrastructure and data center environments are designed to support clients who must meet HIPAA (Healthcare) and PCI-DSS (Payment Card) compliance requirements.
• Network Resiliency: The fiber backbone is designed with multiple redundant rings to ensure "self-healing" capabilities in the event of a physical fiber cut.
• DDoS Protection: Optional managed security services are available to mitigate volumetric attacks at the network edge.