Unified BMS Integration Feasibility
Budget: $250 – $750 USD
I manage nine separate buildings, each already running its own Building Management System from a dedicated control room. I now need a clear, objective study that tells me two things:
1. Whether we can fold all additional HVAC, security, and lighting equipment into the existing BMS in every building; and
2. How we can migrate those nine standalone systems into one central control room without losing any critical functionality.
The scope is broad but specific. For HVAC you’ll examine temperature control, air-quality monitoring, and energy-efficiency management. On the security side the study must cover CCTV monitoring, access control, and intrusion detection. Lighting should be treated with the same level of detail, particularly around scheduling and energy use.
What I expect as deliverables
• A gap analysis of current hardware, software, protocols, and network architecture in all nine buildings
• A proposed integration architecture (block diagram plus narrative) that shows how HVAC, security, and lighting can sit on a single platform
• Step-by-step migration plan to move from nine control rooms to one, including risk mitigation and fallback options
• High-level cost estimate and project timeline, broken into logical phases
• Recommendations on vendor-neutral tools, standards (BACnet, Modbus, KNX, etc.), and cybersecurity safeguards
If you have solid experience with multi-building BMS, protocol gateways, and large-scale systems integration, I’ll be happy to review your approach and previous work.
1. Whether we can fold all additional HVAC, security, and lighting equipment into the existing BMS in every building; and
2. How we can migrate those nine standalone systems into one central control room without losing any critical functionality.
The scope is broad but specific. For HVAC you’ll examine temperature control, air-quality monitoring, and energy-efficiency management. On the security side the study must cover CCTV monitoring, access control, and intrusion detection. Lighting should be treated with the same level of detail, particularly around scheduling and energy use.
What I expect as deliverables
• A gap analysis of current hardware, software, protocols, and network architecture in all nine buildings
• A proposed integration architecture (block diagram plus narrative) that shows how HVAC, security, and lighting can sit on a single platform
• Step-by-step migration plan to move from nine control rooms to one, including risk mitigation and fallback options
• High-level cost estimate and project timeline, broken into logical phases
• Recommendations on vendor-neutral tools, standards (BACnet, Modbus, KNX, etc.), and cybersecurity safeguards
If you have solid experience with multi-building BMS, protocol gateways, and large-scale systems integration, I’ll be happy to review your approach and previous work.