Facilities teams are responsible for an enormous range of physical assets, from boilers, chillers and air-conditioning systems to lifts, fire equipment, lighting, generators and building fabric. The challenge is not simply knowing that those assets exist. That is where facilities asset management software and specialist asset-management services can provide significant value.
FM teams need to understand:
- Where they are
- What condition they are in
- When they require maintenance
- Which compliance obligations apply
- How much they cost to operate
- When they may need replacing
Modern platforms combine asset registers, maintenance scheduling, work orders, compliance information, condition data and lifecycle planning to create a more complete picture of the estate.
For buyers, however, success depends heavily on the quality of the underlying asset data and how effectively the system connects with maintenance teams and wider FM technology.
This guide examines what facilities managers should compare when evaluating asset management platforms, services and technology partners.
At a Glance: What FM Asset Management Buyers Should Compare
| Capability | What Buyers Should Consider |
|---|---|
| Asset register | Accuracy, hierarchy and data structure |
| Maintenance | PPM, reactive maintenance and work orders |
| Compliance | Statutory tasks, inspections and audit evidence |
| Condition | Asset health and deterioration |
| Lifecycle | Expected remaining life and replacement planning |
| Cost | Maintenance, energy and whole-life expenditure |
| Criticality | Operational impact of asset failure |
| Mobile | Engineer access, updates and inspections |
| Integrations | CAFM, CMMS, BMS, finance and IoT |
| Reporting | Performance, compliance and capital planning |
What Is Facilities Asset Management?
Facilities asset management is the process of managing physical building assets throughout their operational life. That can include:
Acquisition → installation → operation → maintenance → repair → replacement → disposal
For FM teams, the objective is to maintain safe, reliable and cost-effective buildings while understanding which assets require attention and investment.
Typical assets might include:
- HVAC
- Boilers
- Pumps
- Electrical systems
- Generators
- Fire systems
- Lifts
- Lighting
- Water systems
- Building controls
- Doors and access systems
- Building fabric
The more complex the estate, the harder this becomes to manage through spreadsheets and disconnected contractor records.
Asset-management technology creates a structured record that can support both daily maintenance and longer-term investment decisions.
Facilities Asset Management Software
Facilities asset management software may operate as part of a:
- CAFM platform
- CMMS
- IWMS
- Enterprise Asset Management system
- Specialist property-management platform
The terminology varies, but buyers should focus on the operational capabilities rather than the label.
For example, JLL’s Corrigo platform combines work orders, asset management, preventive maintenance, vendor coordination, automation and business intelligence within a cloud-based FM environment.
JLL Corrigo – https://www.jll.com/en-uk/products/corrigo
Likewise, SINGU combines work orders, preventive maintenance, inspections, equipment management and portfolio reporting within its CAFM/CMMS platform.
SINGU – https://singu.com/
The central question is whether the system provides enough visibility to help the FM team make better decisions.
Start with the Asset Register
Everything depends on the asset register.
A typical register might include:
- Asset ID
- Description
- Manufacturer
- Model
- Serial number
- Location
- Installation date
- Warranty
- Maintenance requirements
- Compliance obligations
- Condition
- Replacement date
If this information is incomplete or inaccurate, even excellent software will struggle to deliver value.
Asset Management Principle
Good software cannot compensate for poor asset data. Before implementation, organisations should determine:
- Which assets need to be recorded
- Which information is mandatory
- How assets are categorised
- Who owns the data
- How changes are captured
For larger estates, an initial asset-verification exercise may be required.
Create a Useful Asset Hierarchy
An effective asset register should reflect how buildings are actually managed. For example:
Estate → site → building → floor → plant room → system → asset
This helps users understand relationships between equipment.
A chiller is not simply an isolated item.
It may serve:
- A particular building
- Specific floors
- Several air-handling units
- Critical spaces
Understanding those relationships can help FM teams assess the impact of failure.
Buyers should investigate how easily the platform supports:
- Asset hierarchies
- Parent/child relationships
- Location structures
- System dependencies
The structure should remain usable as the estate grows.
Asset Management and Maintenance
Asset management and maintenance should be closely connected. Once an asset exists within the system, teams may need to schedule:
- Planned preventive maintenance
- Statutory inspections
- Condition assessments
- Servicing
- Repairs
- Reactive work
SFG20 provides structured maintenance schedules defining tasks, frequencies, priorities and required skills for a wide range of building assets.
SFG20 – https://www.sfg20.co.uk/
Its guidance is commonly integrated into CAFM and CMMS platforms so that maintenance requirements can flow into operational workflows.
A useful asset-management system should therefore answer:
What needs doing?
When?
Who should do it?
Was it completed?
What evidence exists?
Statutory Compliance
Compliance is one of the most important reasons to maintain accurate asset information.
Different equipment may require:
- Statutory inspection
- Testing
- Certification
- Maintenance
- Record keeping
A good system should make compliance status visible.
Useful capabilities might include:
- Required task schedules
- Due dates
- Alerts
- Escalation
- Certification storage
- Audit records
- Exception reporting
Aether Compliance, for example, combines asset-management services with technology-led building compliance across areas such as fire, ventilation and water safety.
Aether Compliance – https://aethercompliance.co.uk/
Compliance Insight
The question shouldn’t simply be:
“Was the maintenance task scheduled?”
It should be:
“Can we prove the correct task was completed, by the right person, at the right time?”
That distinction matters during audits and investigations.
Asset Condition
Asset age alone does not tell an FM team whether something needs replacing. Two identical assets installed at the same time may deteriorate differently depending on:
- Usage
- Environment
- Maintenance history
- Load
- Operating conditions
Condition information can help buyers decide whether to:
- Continue maintaining
- Repair
- Refurbish
- Replace
Condition assessments may use:
- Engineer inspections
- Asset surveys
- Sensor data
- Fault history
- Maintenance records
The strongest asset-management approach combines several signals rather than making decisions solely from installation dates.
Asset Criticality
Not every asset failure has the same impact.
A broken fan serving a storage cupboard is very different from a failed chiller serving:
- A hospital department
- A data centre
- A laboratory
- A production facility
Asset criticality can help FM teams prioritise both maintenance and investment.
Possible classifications might include:
Critical → high → medium → low
Factors might include:
- Safety
- Compliance
- Business continuity
- Occupant impact
- Replacement lead time
- Cost
Criticality becomes particularly powerful when combined with condition.
Poor condition + high criticality = priority
This creates a much more rational basis for investment.
Asset Lifecycle Planning
Good asset management should help organisations look beyond this month’s maintenance workload.
Lifecycle planning estimates when assets are likely to require significant refurbishment or replacement.
This can support:
- Capital budgets
- Five-year plans
- Ten-year estate strategies
- Risk forecasting
- Procurement planning
Rather than waiting for equipment to fail unexpectedly, FM teams can build replacement requirements into planned capital expenditure.
For each asset, useful information might include:
- Age
- Expected life
- Condition
- Criticality
- Maintenance cost
- Replacement cost
The objective is not necessarily to replace assets at a fixed age.
It is to understand where future financial and operational risks are emerging.
Whole-Life Cost
Purchase price is only one component of asset cost.
Whole-life expenditure can include:
- Acquisition
- Installation
- Energy
- Maintenance
- Repairs
- Consumables
- Downtime
- Replacement
Asset-management systems can help organisations identify equipment that appears inexpensive to retain but has become expensive to operate.
For example:
Asset A
Low maintenance cost
High energy cost
Asset B
High maintenance cost
Frequent breakdowns
Asset C
Stable maintenance
Good energy performance
Combining information creates a stronger investment case than simply looking at individual repair invoices.
Predictive Asset Management
Building analytics increasingly add another layer to asset management.
Instead of waiting for a scheduled service or failure, analytics platforms can use operational data to identify signs of developing equipment problems.
Clockworks Analytics, for example, uses building-system data to identify faults, energy waste and developing equipment issues and prioritise them according to factors including cost and criticality.
Clockworks Analytics – https://clockworksanalytics.com/
This can support the move from:
Reactive → preventive → predictive
maintenance.
However, predictive analytics depends on access to reliable building data and suitable connected systems.
Technology Insight
The value of predictive maintenance is not simply generating more alarms.
It is identifying which developing problems are worth acting on before they become failures.
Integrating Asset Management and the BMS
Many assets already generate valuable operating data through a Building Management System.
Potential information includes:
- Temperatures
- Pressure
- Runtime
- Energy consumption
- Alarms
- Setpoints
Integrating asset and BMS information can help FM teams understand both:
What the asset is
and
How the asset is actually performing
This is particularly valuable for large mechanical and electrical assets.
But buyers should consider how easily data from different manufacturers and building systems can be normalised.
Mobile Asset Management
Engineers are often the people creating and updating asset information.
Mobile capabilities may allow them to:
- Scan QR codes
- View asset records
- Complete maintenance
- Upload photographs
- Update condition
- Add notes
- Record parts
- Close work orders
This reduces reliance on paper worksheets and later data entry.
Buyers should test mobile functionality in realistic operational environments.
Questions include:
- Does it work offline?
- How quickly can an engineer find an asset?
- Are forms easy to complete?
- Can photographs be uploaded?
- Is barcode or QR scanning available?
If field teams find the system difficult to use, asset data can quickly become outdated.
Data Integration
Asset information often needs to connect with multiple systems.
Potential integrations include:
- CAFM
- CMMS
- BMS
- BIM
- IoT
- Finance
- Procurement
- Energy management
- Helpdesk platforms
SINGU, for example, supports integrations across areas including ERP, building management, BIM and analytics.
SINGU Integrations – https://singu.com/integrations/
The objective should be to reduce duplicate data rather than maintaining different versions of the same asset across multiple systems.
Using Asset Data for Capital Planning
Asset-management information can support conversations beyond the FM department.
Finance teams may want to know:
- What needs replacing?
- When?
- Why?
- At what cost?
Senior leaders may want to understand:
- Operational risk
- Compliance
- Capital liabilities
- Portfolio trends
Good reporting can help translate technical asset information into business decisions.
Useful dashboards might show:
- Assets by condition
- Assets reaching end of life
- Maintenance cost
- Compliance status
- Critical failures
- Replacement forecasts
This makes asset management a strategic planning tool rather than simply an engineering database.
Multi-Site Asset Management
Multi-site organisations face additional complexity.
They may manage:
- Hundreds of buildings
- Different contractors
- Different systems
- Different asset standards
A central platform can help standardise:
- Naming conventions
- Maintenance schedules
- Data requirements
- Reporting
- Contractor performance
CBRE’s FM technology approach, for example, combines data, automation, IoT and predictive maintenance across property portfolios.
CBRE FM Technology – https://www.cbre.com/services/manage-properties-and-portfolios/facilities-management/fm-technology
Buyers should consider whether the platform can provide both:
Portfolio-level visibility
and
Detailed site-level information
without overwhelming users.
Data Quality and Governance
Asset data deteriorates if nobody owns it.
Buildings change constantly.
Equipment is:
- Replaced
- Moved
- Removed
- Upgraded
Without governance, the system gradually becomes unreliable.
Organisations should establish:
- Who can create assets
- Who can modify records
- Which fields are mandatory
- How changes are verified
- How duplicates are handled
- When data is audited
A periodic asset-verification exercise may also be appropriate for high-risk portfolios.
Data Principle
An asset register is not a project that gets completed.
It is a living operational dataset that needs continuous maintenance.
What Should Buyers Compare?
Asset register
Can the platform create a detailed and usable asset hierarchy?
Maintenance
Can PPM and reactive work be linked directly to assets?
Compliance
Can statutory requirements and evidence be tracked?
Condition
Can asset health and inspections be recorded?
Lifecycle
Can replacement requirements be forecast?
Criticality
Can high-impact assets be prioritised?
Mobile
Can engineers update information easily onsite?
Integration
Can the platform exchange data with existing FM systems?
Reporting
Can data support both technical and executive decision-making?
Scalability
Can it work across a complex multi-site estate?
Questions to Ask Asset Management Suppliers
- How do you structure an asset register?
- Can existing asset data be imported?
- Can you support an initial asset-verification survey?
- How are asset hierarchies configured?
- Can maintenance schedules be linked directly to equipment?
- Can compliance requirements be recorded?
- Does the platform support SFG20 integration?
- How are asset condition and criticality recorded?
- Can lifecycle replacement dates be forecast?
- Can engineers use the system on mobile devices?
- Does the mobile application work offline?
- Can QR codes or barcodes be used?
- Which CAFM, CMMS and BMS platforms do you integrate with?
- Can sensor and IoT data be connected?
- How are asset-data changes audited?
- What portfolio reporting is included?
- Can capital expenditure requirements be forecast?
- How much implementation support is provided?
- How do you maintain asset-data quality?
- What ongoing account management and training are available?
Frequently Asked Questions
What is facilities asset management?
Facilities asset management involves managing building equipment and infrastructure throughout its operational lifecycle, from installation through maintenance and eventual replacement.
What is an asset register?
An asset register is a structured record of building assets containing information such as location, manufacturer, age, maintenance requirements, condition and replacement expectations.
What is the difference between CAFM and asset management software?
Many CAFM systems include asset-management capabilities alongside work orders, helpdesk and wider FM functions. Specialist asset systems may provide deeper functionality around asset lifecycle, condition and capital planning.
Why is asset criticality important?
Criticality helps FM teams understand the operational consequences of failure and prioritise maintenance and investment accordingly.
Can asset management software support compliance?
Yes. Platforms can link assets to maintenance schedules, inspections, certifications and audit records, although organisations remain responsible for ensuring appropriate tasks are identified and completed.
What is predictive asset management?
Predictive asset management uses operating data and analytics to identify potential equipment problems before they result in failure.
Product Guide
Asset management spans compliance, maintenance, analytics, CAFM technology, technical FM services and lifecycle planning. The following providers operate across different elements of that environment, and are all attending the Facilities Management Forum.
Featured Suppliers
Aether Compliance Ltd
Building-compliance specialist providing technology-supported services across asset management, fire protection, ventilation and water safety. Its approach combines asset information, work orders, risk assessments and compliance reporting to improve visibility across building estates.
Website: https://aethercompliance.co.uk/
BAM UK & Ireland
Construction and facilities-management provider supporting organisations across the lifecycle of buildings and infrastructure. BAM’s FM capabilities encompass technical maintenance, asset management, compliance and operational support across complex estates.
Website: https://www.bam.co.uk/
CBRE
Global commercial real-estate and facilities-management provider combining integrated FM services with technology, data, IoT and predictive maintenance. Its FM technology capabilities support maintenance, operational insight, sustainability and portfolio management.
Website: https://www.cbre.com/
Clockworks Analytics
Building analytics provider specialising in Fault Detection and Diagnostics. Its platform continuously analyses building-system data to identify equipment problems, energy waste and developing failures, helping FM teams prioritise maintenance according to cost and asset criticality.
Website: https://clockworksanalytics.com/
COAT Facilities Group
Integrated facilities-management provider supporting organisations with technical, compliance and wider FM services across commercial estates.
Website: https://coatfacilitiesgroup.com/
CoSourced
Specialist technical-engineering contractor supporting facilities-management teams across HVAC, mechanical systems, boilers, pumps, ventilation and fire and smoke control. Its services include planned and reactive maintenance across multi-site portfolios.
Website: https://www.cosourced.co.uk/
JLL Corrigo
Cloud-based CAFM and asset-management platform combining work orders, preventive maintenance, asset tracking, vendor management, mobile workflows, automation and business intelligence.
Website: https://www.jll.com/en-us/products/corrigo
Linaker Ltd
UK technical facilities-management provider supporting commercial estates with planned and reactive maintenance, building-services engineering and lifecycle support.
Website: https://linaker.com/
SFG20
UK building-maintenance standard and software provider offering structured maintenance schedules that define what building assets require, how frequently maintenance should take place and which skills are needed. Its content can integrate with CAFM, CMMS and IWMS platforms.
Website: https://www.sfg20.co.uk/
Shenton Group
Critical-power specialist providing generators, UPS systems and associated maintenance and service support, helping organisations manage the reliability and lifecycle of essential power assets.
Website: https://www.shentongroup.co.uk/
SINGU
CAFM and CMMS platform supporting asset management, work orders, preventive maintenance, inspections, portfolio reporting and property intelligence. The platform can integrate with ERP, BMS, BIM and wider facilities technology.
Website: https://singu.com/
Thermatic Technical FM
Nationwide technical facilities-management provider delivering maintenance, retrofit, energy and data services across mechanical and electrical building systems.
Website: https://thermatictechnical.co.uk/
True Group
Technology and digital-solutions provider supporting organisations with connected systems, data and operational technology designed to improve estate and asset visibility.
Website: https://www.true.tech/
Your Asset
Asset-management specialist supporting organisations with asset information, surveys and associated services designed to improve understanding and management of the physical estate.
Website: https://www.your-asset.co.uk/
Explore Facilities Asset Management Solutions
Good facilities asset management is ultimately about turning information into better decisions.
An accurate asset register should tell an FM team far more than what equipment exists. Combined with maintenance, compliance, condition, criticality and cost data, it can help answer:
What needs attention now?
What is likely to fail next?
Where should we invest?
What can safely remain in service?
That makes asset management an important bridge between day-to-day facilities operations and long-term estate strategy.
The Facilities Management Forum connects senior FM and estates professionals with carefully selected providers of asset-management technology, technical maintenance, compliance and facilities services through a programme of pre-arranged one-to-one meetings.
Explore facilities asset management solutions, compare specialist providers and discover technologies and services that can help turn asset data into more proactive, cost-effective estate management.
Sources
- SFG20 – https://www.sfg20.co.uk/
- JLL Corrigo – https://www.jll.com/en-uk/products/corrigo
- CBRE – FM Technology – https://www.cbre.com/services/manage-properties-and-portfolios/facilities-management/fm-technology
- Clockworks Analytics – https://clockworksanalytics.com/
- SINGU – https://singu.com/
- Aether Compliance – https://aethercompliance.co.uk/
Image credit: https://unsplash.com/photos/worker-in-a-lift-maintains-a-large-white-modern-building-UK1GJVwcn_Q