The way industries manage assets changes constantly, but this year is shaping up to be the most significant yet. Manual scheduling and sending a technician when there’s a problem isn’t good enough anymore – not with so many innovative new solutions for asset management available.
Over 2026, asset management will require performance optimisation, environmentally conscious planning, and the ability to make decisions in real-time.
Embedded Sensors and Edge Connectivity as Standard
Connectivity is no longer a premium feature – it’s expected as a default. This is only going to become more prevalent this year, giving those who are purchasing new equipment an added advantage. Already, equipment like refrigerators and HVAC systems come embedded with telemetry to capture details like:
- Temperatures
- Pressures
- Run hours
- Power draw
These numbers feed into asset and facility management software via wireless networks, meaning that rather than reporting whether an asset is working or not, you can generate risk scores based on asset health. Put simply, connectivity shifts managers from reactive maintenance to proactive, identifying risk long before equipment failure occurs.
AI-Enhanced Control Within Assets
Automation used to mean alerting you when there’s an issue. Now, it means autonomy. For example, HVAC systems can automatically set fan-speed based on weather and air quality, and refrigeration systems can optimise compressor cycles to lower energy use.
We are already seeing a shift from managers overseeing operations and break-fix jobs to analysts working with data, dashboards and AI outputs. Utilising centralised “operation centres”, managers can monitor multi-site portfolios in real-time – leading to more efficient operations, fewer equipment failures, and happier customers.
Condition-Based Predictive Maintenance
Whereas traditional maintenance schedules may recommend a service every 6 months and an inspection once a year, these quick check-ins don’t provide the full picture. We expect to see a shift to condition-based predictive maintenance in 2026, where work orders can be triggered by data like:
- Total hours run since last service
- Cycle duration and starts
- Vibration trends
- Temperature drift
- Historical failures
Failure and anomaly prediction models are being increasingly used in conjunction with facility and asset management platforms, allowing for this type of predictive maintenance to take place. By servicing the equipment when the data says it’s necessary, you can cut down on unnecessary services, costly downtime, parts waste and emergency call-outs.
Managing ESG & Compliance With Smart Assets
More and more we’re seeing ESG (environmental, social and governance) and compliance be managed with smart assets and systems. While smart asset management systems can estimate energy and emissions and allow for digital logging of compliance data, smart assets can capture real time data. Together these allow you to track and report on:
- Emissions
- Energy consumption
- Leak detection
- Food safety compliance e.g. a constant log of fridge temperatures
This type of information gives organisations the ability to measure energy use and environmental impact of each asset, each site, and the organisation as a whole. It means stronger ESG reporting accuracy, risk mitigation for compliance issues, and will likely influence investment decisions. It also lets you track whole-of-life asset costs more comprehensively by factoring in all running costs into buy or fix decisions.
Converging Platforms
Prior to this year, IoT platforms and asset management systems ran separately. However, we’re now seeing asset and facility management platforms become the primary way for companies to ingest IoT data and automate their workflows. Not only this, but asset management platforms are becoming the primary hub for things like compliance management, financial reporting and tracking, and ESG reporting.
It means that multi-site facilities only need to deal with a single operational system – rather than a handful of different systems that either don’t talk to each other, or require costly integration to do so.
Circular Facility Management
In the next two years, we expect to see more asset strategies that explicitly target life extension over replacement. These circular strategies will prioritise:
- Repairing over replacing
- Refurbishment and retrofit upgrades
- Energy optimisation
With a comprehensive facility and asset management system, companies get full lifecycle cost visibility. You can compare continued maintenance costs, energy inefficiencies, carbon emissions, and replacement costs with data and tap into AI-enhanced platform decision tools to back up your strategic decisions.
To Wrap Up
Above all, the next two years in asset and facility management will be shaped by intelligence, integration and visibility. Asset management systems will move from reactive to predictive and automated – keeping equipment running at peak performance for longer and saving your company’s bottom line.
Because in 2026, the companies that will succeed aren’t going to be the ones who fix things faster – it’s the ones who know what to check for before something breaks.