When two steel columns buckled on the 21st floor of the former Pfizer headquarters in Manhattan in July 2026, the building safety industry watched a familiar sequence unfold—and commercial property insurers should have been watching just as closely. The 37‑storey tower, then mid‑conversion into more than 1,600 apartments, suddenly showed signs of deeper structural distress, leaving investigators scrambling to piece together what had actually happened.
Early reporting noted that engineers were cautioned against assuming the visible damage represented the full extent of the issue. Structural systems are interconnected, and a failure in one area often signals stress elsewhere. Accounts pointed to a missing steel reinforcement plate—a detail that should have appeared in the project’s engineering plans but never reached the columns themselves, according to engineers cited by The Real Deal.
For a carrier underwriting that asset, or an adjuster assigned to the claim, it would be easy to call this a documentation failure. But that framing undersells the problem. The tower didn’t lose its documentation. It lost records continuity—the hidden weak link in asset records. Every renovation, code cycle, and material change was tied to whichever system or individual happened to be tracking it at the time. When that link broke, so did the file’s ability to describe the true risk on the books.
The missing layer isn’t another document repository; it is a “persistent identity” connecting every record, inspection, permit, renovation, owner, engineer, and platform to the same physical asset across its lifecycle and every policy period it will ever carry. Documentation, even when thorough, answers the wrong question. It can tell insurers what records exist, but not what actually happened to a building over decades of operation.
A recent analysis of facility continuity found that as veteran facility managers retire, decades of undocumented building knowledge often leave with them. Adding to the urgency, the International Facility Management Association (IFMA) projects that more than 45 per cent of facility management professionals worldwide will retire within a decade. Whether described as a retiring manager carrying knowledge out the door or a file unable to explain what a structure can support after decades of alterations, the failure is the same: the record lives with the software, the vendor, or the employee—never with the infrastructure itself.
This weak link becomes most visible after a failure. Structural engineers, investigators, and claims teams are not simply looking for a folder of drawings. They need a continuous chain of custody for every material change—traceable to who made it, when, and under what code cycle. A binder handed off at turnover cannot provide it. Fire departments, emergency agencies, adjusters, building officials, and search‑and‑rescue teams all depend on the same uninterrupted history of what a building is, what it can support, and what has changed. So does every actuary modelling portfolio exposure, and every reinsurer pricing a treaty against it.
What claims and underwriting actually require is closer to a VIN for physical infrastructure—a persistent identifier every contractor, engineer, permitting office, carrier, and platform can reference over decades, regardless of who owns the data or which system created it. Aviation would never accept maintenance records that change numbering systems every time ownership changes. Buildings still do.
Recent survey findings from ARC Facilities on facility‑leader confidence are not really measuring documentation quality. They are measuring identity fragmentation, the same fragmentation that produces inconsistent exposure data across a book of business. Many facility leaders report only partial confidence in accessing critical building information when it matters most, with one noting their organization lacks a reliable system. Low confidence is exactly what risk engineers should expect in a sector where every renovation, ownership change, and software migration creates another chance for the thread between an asset and its history to snap—often just before a claim tests it.
The built environment has standardized layer after layer of how infrastructure gets built and managed. CAD standardized design. BIM standardized information. GIS standardized location. IFC standardized interoperability. Digital twins standardized representation. But none of these layers standardized identity—a persistent, portable reference that follows infrastructure across every system, every underwriting cycle, and every claim. Each platform generation has improved how information about an asset is captured, but none has solved for what happens once the platform, vendor, or risk manager who understood it moves on.
A digital twin cannot remain continuous if the identity of the asset it represents is not continuous. Neither can a book of business. Interoperability tells systems how to exchange information. Identity tells systems what they are exchanging information about. The industry has spent fifty years perfecting the first problem while leaving the second unaddressed—and insurers have been pricing risk on top of that gap.
The Pfizer conversion is useful not because documentation failed at a single point, but because continuity failed across an entire history of changes—and continuity depends on identity. That is a claims story and an underwriting story at once. The more productive question for the insurance and risk industry isn’t how thoroughly infrastructure gets documented. It’s why so little of it carries a persistent identity across ownership changes, renovations, and software migrations, including changes in carrier, broker, and policy. Every industry exchanges data about buildings without a shared way to identify what it describes.
The built world has standardized nearly every way information is created, exchanged, and analyzed. The next standard will not be another data format. It will be persistent identity, and the carriers who adopt it first will be the ones who can actually price the risk they are holding.
Trevor Vick is the CEO of UMIP, Inc. and the founder of the Global Infrastructure Identity Standard (GIIS). For more information visit www.umipinc.com.
