Product News
5
min read
Property management is entering a new phase. What used to be operational best practice is increasingly becoming a regulatory requirement — and part of a broader shift toward higher digital maturity in building operations.
One of the clearest examples today is Vienna’s Bauordnung (§128a), which introduces the concept of a Bauwerksbuch — a continuously maintained digital building record that must be created, maintained, and updated over time. And this is not just documentation. It defines how buildings must be operated.
What the Law Actually Requires
The Bauwerksbuch is not a free-form document. It must include:
structured asset and component registers
inspection schedules and intervals
qualification requirements for inspectors
documented inspection results
a live defect register (Baugebrechen)
a plan for resolving defects and tracking their status
For existing buildings, strict deadlines are already in place:
by 2027 for older building stock
by 2030 for the next segment of buildings
This is already mandatory for new buildings and is now being gradually introduced for existing building stock.
Most importantly for the industry: if a building has a management company, the obligation to maintain this record shifts directly to them — and must be handled in electronic form.
What This Means for Property Managers
From a practical standpoint, the law translates into four operational requirements:
maintain a structured digital record of the building
ensure inspections happen on time
track defects and their resolution
provide data on request to authorities
This is no longer optional. And it becomes difficult to manage manually as building operations grow more complex.
At the same time, inspections themselves must still be performed by certified experts, while management companies are responsible for organizing, maintaining, and updating the system.
As a result, critical building data and workflows become scattered across documents, contractors, inspections, and management teams — creating a need for a single structured environment.
A Global Shift in Digital Maturity
Austria — and Vienna in particular — is currently leading one of the most advanced transitions toward mandatory digital building records. But this is part of a broader global shift toward higher digital maturity in building operations.
In many countries, the same logic already exists, though it is still fragmented across:
BIM
energy efficiency regulations
technical supervision
public registries
digital government services
Buildings are moving toward structured, continuously updated digital profiles — often referred to as building passports or digital logbooks.
This shift is not about document storage. It is about maintaining a living digital building record:
asset history
inspections
defect tracking
timelines
responsibilities
From Regulation to System Design
If you break this down, the “minimum compliant system” looks like:
equipment register
inspection calendar
defect tracking
documentation layer
Everything else is operational overhead.
This operational data layer is already part of Unitify.
AI Engineer: Turning Documentation into Operations
With the new equipment registers in Unitify:
project documentation and equipment lists can be uploaded directly into the system
the platform automatically structures the data
Then the AI Engineer:
extracts specifications from equipment manuals
accounts for local regulations and compliance requirements
incorporates contractor agreements
generates maintenance plans with correct service intervals
Once approved by a human, recurring tasks are automatically scheduled — so equipment is serviced on time, failures are reduced, and operations become more predictable.
This aligns day-to-day building operations with emerging regulatory requirements.
Watch the video: Unitify founder Ilia Sotonin demonstrates how the AI Engineer works in practice.
Engineering Navigation: The Physical Layer
Digital systems create structure, but execution still happens on-site. Technicians need to move quickly — especially in emergency situations. To support this, we introduced an engineering navigation tool:
define zones
generate signage
add QR codes
print and install
This allows technicians to quickly locate the correct equipment and systems inside a building.
A simple addition — but one that significantly improves response time and reduces operational friction.
What Comes Next
Vienna is not an isolated case. Across Europe and beyond, the market is moving toward:
mandatory building documentation
digital logbooks
structured maintenance processes
higher operational transparency
traceability and compliance workflows
Over time, this will become the baseline for building operations.
The shift is already happening:
from fragmented tools → to structured systems
from reactive maintenance → to planned operations
from internal processes → to regulated standards
Buildings are becoming data-driven operational systems, and managing them requires a corresponding level of digital maturity. Equipment registers and AI-driven maintenance are not just features. They are part of the foundation for operating buildings in a way that is scalable, transparent, and compliant by design.
Book a demo and we’ll show you how to manage equipment, resident communication, and operations — all in one system.
