Intelligent by Design plans greenfield hospitals as AI-native, cyber-resilient operating systems first — workflows, staffing, technology, and governance are fully defined before the building is designed, not retrofitted after.
Planning hypotheses used to model current engagements — not guaranteed outcomes. Results vary by scope, region, and regulatory context.
On most greenfield hospital projects, architecture leads and operations follows. Staffing models, digital systems, governance structures, and workflows are worked out after the building is already committed to paper — sometimes after it's under construction. The result is rework, stranded capital, and a hospital that has to bend its operating model around a floor plan it had no say in.
Intelligent by Design (IBD) defines a hospital's full operating system before a design brief is written: its nomenclature and master data, its process workflows, how work is allocated across people, AI, and automation, its digital architecture, its governance and SOPs, and its staffing blueprint. That operating system is then translated into the physical design brief — so the building is sized, shaped, and organized around how the hospital will actually run.
IBD is applied at the planning stage of new hospitals and health-network developments — before ground is broken — where decisions about systems can still shape the physical design, rather than the other way around.
Human, AI, and automation task allocation is planned block by block, so the hospital runs on AI and automation from opening day — not as a bolt-on system added after go-live.
Digital, cyber, and AI governance is a cross-cutting layer across every planning block, so security and resilience are built into the architecture, not audited in afterward.
Every planning block is cross-checked against a regulatory and accreditation crosswalk, so the operating system is designed to pass inspection, not just to look good on paper.
Developed from decades of running hospital operations across multiple health systems and countries — not a theoretical framework applied from the outside.
Every planning block and cross-cutting layer is designed to produce measurable benefits across four areas — not just a better-organized building.
*Planning hypotheses used to model current engagements, not guaranteed outcomes. Results vary by scope, region, and regulatory context.
Fifteen compliance domains, mapped and cross-walked against JCI, Magnet, CAP, HIMSS, ISO, NIST, and more — designed into the operating system from Block 0, not bolted on after opening.
See how the 8 planning blocks and 5 cross-cutting layers fit together — and where architectural translation comes in.
View the methodology