IT trainer Bodo Felusch has released BF-C.O.R.E., an open, vendor-neutral framework designed to standardize VLAN IDs and IP addressing schemes for live event production networks. The initiative aims to reduce setup complexity and improve interoperability for technicians working across different production environments.
Standardizing the network layer addresses a critical bottleneck in live production where disparate IP schemes often lead to configuration errors and extended setup times. By establishing a common language for VLAN and IP allocation, BF-C.O.R.E. allows technicians to move between different production environments without relearning basic infrastructure layouts. This move toward interoperability mirrors broader industry shifts toward converged IP networks, where protocols like Dante, NDI, and SMPTE ST 2110 must coexist. As the framework is open-source, the industry should watch for adoption rates among major dry-hire providers and the potential for hardware manufacturers to integrate these defaults into factory presets.
The Nevion Providius NVRT integration highlights the growing need for real-time telemetry in complex IP fabrics, a challenge that BF-C.O.R.E. aims to simplify by reducing the manual configuration overhead.
IT trainer Bodo Felusch has introduced BF-C.O.R.E., an open-source networking standard for live event production. By providing a vendor-neutral framework for VLAN IDs and IP addressing, the system eliminates manual configuration hurdles. This standardization allows technicians to maintain predictable infrastructure layouts, significantly reducing setup times across diverse production environments and hardware setups.
BF-C.O.R.E. is an open, vendor-neutral framework developed by Bodo Felusch to unify VLAN IDs and IP addressing for mobile live event production.
It provides a predictable mental model for technicians, allowing them to move between different production environments without relearning infrastructure layouts, which reduces setup time.
The system is designed to scale from three to 100 switches per production while keeping up to 9,999 switches collision-free.
No, the standard intentionally excludes vendor-specific configurations like QoS and routing protocols to maintain a common denominator for all users.
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