100%
Every test, approval, and deviation recorded
0 drift
Between design intent, what was installed, and what operates today
5+ stages
Structured workflow from pre-installation through validated handover
Day 1
Performance validated and operations-ready, not discovered months later
– WHY THIS MATTERS
The status quo is
manual,
sampling-based only
and fragmented, giving rise to possible
faults or mis-connections going undetected and no validation that systems can actually
work together as designed. The consequences can compound long after handover.
Manual, fragmented etc.
Commissioning relies on paper trails,
spreadsheets, and site visits. No single source of truth;
records are inconsistent, version control absent, accountability diffuse.
No timely (real-time or otherwise)
visibility
Issues are frequently discovered late, after
installation, handover or even during operations.
Early detection is frequently impossible given practice of sampling-only and sequential
testing of individual systems.
Handover as a leap into the unknown
Operational systems rarely come with any
commissioning records and so, when a building is
handed over, any prior systems knowledge is lost. As a result, the FM team starts from
scratch, as do the additional cost and time required to become familiar with the
systems.
– THE DIGITAL
COMMISSIONING MANAGEMENT SYSTEM
The DCMS integrates passive
commissioning, active functional testing, and real-time system validation into a single
platform. The records it creates does
not stop at handover, it persists into continuous commissioning, Smart FM, and
sustainability management throughout the building’s operational life.
Real-Time Validation, not Periodic Checks
Live data from
Building Management Systems (BMS) is
continuously validated against connectivity thresholds, data
quality benchmarks, and design-intent models. Communication
failures, anomalies, and offline devices are flagged immediately,
not at the next site visit
Automated Functional Testing
Pre-built logic
models drive automated start/stop verification,
control logic validation, and alarm and interlock testing. Pass/fail
is determined automatically, logged with timestamps and digital
sign-off. 100% point-to-point testing becomes feasible at scale.
No-Code Workflow Configuration
Commissioning
workflows are configured using a no-code
engine; adaptable to any global or regional standard (ASHRAE,
NEBB, BSRIA, BCA) without software development. Consistent
across projects, customisable per client or site requirements.
Snag Management with SLA Tracking
Issues are
generated automatically when tests fail or deviations
are detected. Each is assigned to a responsible party, tracked
through lifecycle stages with SLA-based escalation, and re-verified
after resolution; maintaining a full audit trail to resolution.
– COMMISSIONING WORKFLOW
The DCMS enforces a structured commissioning lifecycle with clear
entry and exit criteria at every stage.
No system advances until it meets the threshold for the next.
Pre-Installation
Verification
Submittal validation,
equipment data sheets, and drawing review before installation begins. Design intent
anchored before a single component is mounted.
Preliminary
Commissioning
Automated test sequences
verify equipment behaviour against pre-built logic models. Integrated system
testing validates cross-system dependencies.
Real-Time
Verification
Building Management
Systems go live. Connectivity,
data quality, and threshold
compliance validated
continuously, no manual spot-checks
Functional Testing
Automated test sequences
verify equipment behaviour against pre-built logic
models. Integrated system testing validates cross-system dependencies.
Document Verification
& Handover
All records, test results, and
performance baselines compiled into a structured, audit-ready handover
package. The digital thread continues into operations.
– STRATEGIC DIFFERENTIATION
Structural differences in what the DCMS platform is,
and what it enables across the building lifecycle.
Digital Twin – Model-Driven Commissioning
Commissioning is anchored on a physics-informed
Digital Twin of the MEP and infrastructure,
enabling precise, real-time validation of
equipment and system performance against
design intent. This system of records continues
throughout the process when other systems are
commissioned, and then beyond handover to live
operations, enabling early detection of drift,
degradation, gaps or conflicts between different
systems aa well as inefficiencies before they
become more costly to repair or replace later on.
System of Record;
Continuous Beyond Handover
The DCMS creates a single, authoritative record
of all commissioning activities — installation
data, test results, performance baselines, issues,
and approvals. This system of record does not
stop at handover. It enables behavior-based,
rather than static rule-based, analyses.
AI-Enabled Intelligence –
Automation, Not Manual Review
AI-enabled intelligence: automation vs. manual
review. Advanced analytics coupled with AI-driven functional testing, deviation analyses
and
performance optimisation reduce reliance on
manual intervention whilst improving speed,
accuracy and consistency. Automation enables
automatic issue creation when deviations are
detected, and auto-assignment of tasks and
notifications. AI-driven test validation removes
the human bottleneck from the commissioning
critical path.
Integrated CMMS – Asset Lifecycle from Day One
All commissioning data is natively linked to asset
records, creating a continuous digital thread
from installation through maintenance and longterm operations. The operational team does
not start from scratch at handover. They inherit
verified test results, performance benchmarks,
defect history, and sign-off records linked directly
to every asset. Knowledge is retained. Lifecycle is
optimised.
– COMMISSION TO OPERATE
The system of records created
during commissioning does not close at handover. It becomes the
foundation for Smart FM and sustainability management throughout the building’s operational
life. This is the Commission to Operate model.
Commissioning –
Digital Baseline
The commissioning baseline is established
during commissioning and refined using
operational data. Day 1 performance is
validated, not assumed.
Smart Facilities
Management –
Intelligence in Use
The commissioning baseline is
continuously
validated against live performance. AI /
Machine Learning, fault detection and
predictive maintenance operate against the
verified foundation
Sustainability –
Continuous Compliance
Energy and emissions data flows from the
same verified asset foundation. Green Mark, WELL, and LEED compliance tracked live
against the design intent the building was commissioned to meet.
– WHO THIS IS BUILT FOR
iviva DCMS is a
principal-to-principal platform. Developers and owners get direct,
unmediated visibility of what was built, how it was commissioned, and how it
performs, not a filtered view from whoever supplied, installed, commissioned or
operates the relevant systems.
Owners tend to receive reports about
systems or performance from those
tasked to implement. iviva provides independent commissioning records
and live operational intelligence, not filtered through others whose
incentive might not be aligned with ownership objectives.
A building that performs to design
specifications is not just a quality
obligation; it is a commercial differentiator. iviva gives developers a
verifiable, contractually defensible record that design intent was delivered
from first fix through handover.
iviva DCMS is also built for the teams who
operate and connect the platform.
FM teams receive a structured
operational handover – verified test results,
asset records, and performance baselines – instead of starting from
scratch. Predictive maintenance, automated fault detection, and space
comfort monitoring reduce reactive overhead throughout operations.
A library of pre-built equipment
models covers HVAC, electrical, life safety, and utilities. Integrators select,
configure, and deploy, with no custom logic required. Supports BACnet, Modbus, OPC, and
open APIs. Scalable to unlimited points.
iviva Integration Platform enables those tasked to deliver
installation and integration of all building systems faster and with
precision, reducing project timeliness, lowering costs and ensuring
that such systems work together seamlessly from Day One.