The same information model and expert-system diagnostics that make Clockworks the most trusted Fault Detection and Diagnostics (FDD) platform in the industry are what make real AI-powered automation possible — not a chatbot bolted onto basic data.
Clockworks’ Fault Detection and Diagnostics platform plugs into existing building systems, analyzes thousands of data points, and pinpoints the highest impact performance issues, complete with diagnostics.
Reduce consumption, cut carbon, meet sustainability targets.
Deliver consistent comfort and healthy air across every space.
Catch faults before they become critical failures.
We’ve taken the largest, connected asset portfolio in the world and normalized it against a physics-based global information model. The result is the most accurate root-cause diagnostics on the market today.
01 — The Global Model
99% of the built environment contains completely unstructured data, with no standard applied. The same sensor can be described twenty ways. Clockworks normalizes it all into one machine-readable model, and it gets smarter with every building onboarded.
02 — Expert Systems AI
Expert systems encode real engineering knowledge—thermodynamics, heat transfer, control logic—instead of statistically guessing. Clockworks has 50+ expert systems that have been growing more intelligent over the past fifteen years with every new building or piece of equipment onboarded.
Foundational Data
Built on tags and trends alone
Inconsistent point names, duplicate assets, spreadsheets and paper as-builts. Put agentic AI on top and it just turns basic data into more noise.
Built on trusted building data
Every layer is validated, from connectivity and tags to a structured information model and expert diagnostics. The result is engineering-grade insight on transparent, validated data.
Clockworks creates a trusted historical record of health for all your assets that powers informed decision-making across all facilities functions.
Balance and implement reactive, preventive, condition-based and predictive strategies
Better decisions on replacement timing, system sizing, deferring or escalating work, and capital plans
Systematically find and fix BAS issues, at any level of in-house controls expertise
Targeted, measurable and defensible savings through a data-driven workflow
Assess and adapt to risk—from production, to compliance, to business, to services
Proactively manage deviations and record compliance conditions for regulators
Correlate asset health with business outcomes such as patient satisfaction, manufacturing reliability, student outcomes, utilization, and profitability
A validated foundation providing asset intelligence to every stakeholder.
Four real examples of what runs on top of the foundation above.
The ask
“Review all my ASHRAE 180 tasks this year and show me which can run continuously, shift to condition-based, be deferred safely, or must stay manual.”
16.5%
Automated outright
3,919 task instances a year now performed continuously by the analytics
25.3%
Converted to condition-based dispatch
6,019 instances, sent to named equipment instead of a route
27.2%
Deferred when healthy, under §4.5.4
6,471 instances, longer intervals backed by a documented record
31.0%
Irreducibly manual
7,373 instances of safety, chemistry, combustion and physical work
Of that load can be automated, made condition-based, or deferred — while the equipment stays healthy.
“What should my team focus on today?”
Sprocket
Worst offenders — avoidable cost, trailing 30 days
“Run an energy audit summary for our campus and flag the top control-sequence issues.”
Sprocket
Analyzed 40 buildings, 1.88M sq ft, using 12 months of operational data. Found $340,867 in avoidable cost — 91% is a control-sequence fix, not a capital project. Top 3: AHU unoccupied-period shutdown, eliminating simultaneous heating/cooling, heat-pump loop shutdown optimization.
“Show me the history on AHU 3, open tasks, and current issue diagnostic.”
Portfolio-wide results, ranked by avoidable cost — click Bldg2_AHU-3 to drill into its report below.
592
Equipment with Faults
$188,464
Energy Waste
192
Equipment with High Priorities
23
Active Tasks
✓
31
Critical Equipment with Faults
⚠
| Equipment – Building | Diagnostic results | Cost | E / C / M | Active tasks | Completed |
|---|---|---|---|---|---|
| Bldg2_AHU-3 South Office | AHU simultaneous heating and cooling. … | $33,657 |
10
10
6
|
Open (8) | 0 |
| AHU-3 Hospital | Fan speed constant at high speed. Pre-h… | $20,586 |
10
9.8
6
|
On Hold | 0 |
| AHU-7 Fareham | Fan speed constant at high speed. Supp… | $17,718 |
10
9.8
6
|
In Process (2) | 1 |
| Bldg2_AHU-3 Sydney | Out of range sensor error. Supply air stat… | $15,212 |
10
9.8
6
|
1 | |
| AHU-8 Sydney | Over-aggressive AHU freeze prevention. … | $12,641 |
10
4.2
6
|
In Process | 0 |
| AHU-8 Fareham | Missing sensor(s). Missing sequence(s). … | $10,280 |
10
1.3
6
|
OpenIn Process | 2 |
592 more results — viewing top 6 by avoidable cost
Bldg2_AHU-3 has multiple related control and airside faults that are likely interacting: the unit shows a stuck/static minimum outdoor air damper condition, economizer logic problems (running when it should be off, low lockout, missing high-limit enthalpy sequence), inconsistent static pressure control, and major heating/cooling overlap including a very large likely preheat valve leak or control issue plus possible cooling valve leakage.
These issues are driving the biggest energy waste, with comfort impacts from poor static pressure control, elevated return air humidity, and low outside air at times. The best corrective path is to first fix the core control/valve sequencing problems, then verify fan/static pressure control, and only then confirm sensor calibration and any remaining mechanical damper faults.
BUILDINGS MONITORED
TONNES OF CARBON SAVED
COMPLETED TASKS
DOLLARS SAVED
Clockworks Analytics serves healthcare, universities, real estate, and facility management providers in over 30 countries worldwide.