Welcome back to Monday Live! After our summer break, our community reconvened to kick off a month dedicated to a powerful theme: Innovation. But not just any innovation—the kind that solves real-world problems and unlocks the immense, hidden potential within our built environment.
The conversation was sparked by a startling statistic presented by Kimon Onuma FAIA:
96% of data created during design and construction goes unused.
It’s like a beautifully bound book on a shelf that, when opened, reveals blank pages. This “Hollywood BIM” problem—where models look impressive but contain no actionable data for operations—is a silent crisis wasting billions and hindering our progress toward smarter, more efficient buildings.
So, what’s the path forward? The MondayLive team discusses the exciting innovations that are finally bringing those blank pages to life and turning them into a compelling story.
1. Innovation in Data Accessibility: From “Hollywood BIM” to Operational Reality
The Problem: Complex BIM models are often inaccessible. If a facilities manager can’t easily open a Revit file to find a specific sensor attribute, the data might as well not exist. This creates a massive barrier between the design/construction and operational phases.
The Innovation: The solution isn’t more data; it’s open connectivity. The push for open standards and semantics (like the work being done by C4SB – Coalition for Smart Buildings) aims to create a common language. This allows us to query a model during construction, not after, ensuring the critical data operators need is actually there and accessible in a format they can use, without needing to be an expert in a specific proprietary software.
2. Innovation in Connectivity: T1L and the Network Revolution
The Problem: Our buildings often run on legacy, low-speed networks (like RS-485) that limit data throughput, distance, and the ability to run multiple modern protocols simultaneously.
The Innovation: Enter Single-Pair Ethernet (SPE), specifically 10BASE-T1L. This technology is a game-changer. It allows high-speed (10 Mb/s) data transmission over a single twisted pair of wires for up to 1 kilometer, ten times the distance of standard Ethernet. Even better, it can often reuse existing cable and supports multiple protocols (like BACnet IP, MQTT, Modbus TCP) on the same wire. This fundamentally future-proofs buildings for the data-rich, integrated systems of tomorrow.
3. Innovation in Intelligence: The Multi-Pronged AI Future
The Problem: AI is often discussed as a monolithic solution. But its real power lies in its specificity.
The Innovation: The future is not one AI, but many. The innovation lies in the architecture, which makes it easy to connect building data streams to a suite of specialized AI models. Imagine one model optimizing RTU performance, another predicting maintenance, and a third enhancing occupant experience—all simultaneously drawing from the same data lake. Cloud-native platforms are making this multi-pronged AI approach not just possible, but increasingly easy to implement.
4. Innovation in Process: Data-Driven Development from the Ground Up
The Problem: The traditional design-bid-build process is marred by risk, guesswork, and padding, resulting in inflated costs and inaccurate estimates.
The Innovation: A radical shift to data-driven, quantity surveying cost management. By using the BIM model from the project’s inception to perform a bottom-up calculation of materials, labor, and equipment, developers can derisk projects for all stakeholders—owners, insurers, and lenders. This granular data enables real-time cost adjustments as material prices fluctuate, ensuring that every stakeholder works from the same, accurate information. This process naturally creates the rich, structured data that seamlessly flows into operations.
The Common Thread: It’s All About Connection
The resounding theme from our discussion was that innovation is no longer just about creating new gadgets. It’s about connection:
- Connecting data from design to operation.
- Connecting systems through open, high-speed networks.
- Connecting data to an ecosystem of AI tools.
- Connecting project stakeholders through transparent, data-driven processes.
Our role is to create a “map to the weeds”—to make these complex innovations understandable and accessible so the entire industry can move forward, together.
The future of smarter buildings isn’t about a single magic bullet. It’s about finally connecting the dots we already have. The innovation is happening now. The question is, are you ready to turn your blank pages into your greatest asset?
Join the conversation every Monday at 3 p.m. Eastern on MondayLive.org.
