How modernized infrastructure powers resilience

Most buildings weren't designed for the demands of today. They weren't built to charge a fleet of electric vehicles overnight, generate their own power during a grid outage, or run on AI-driven systems that optimize every kilowatt in real time. But that's exactly where facilities are headed.

EV charging, on-site energy generation, and AI-driven operations are only as good as the infrastructure beneath them. That's what makes modernization more than a building project — it's a business decision, one that creates real returns in energy efficiency, operational performance, and long-term resilience. The facilities that invest in their foundation now are the ones best positioned to take advantage of what's coming next.

In part one of this series, we looked at the risks of deferred maintenance and the mounting costs of outdated infrastructure. Here, we turn to the other side of that investment: what modernized infrastructure actually enables.

Addressing the infrastructure gap translates into electrification and grid resilience: the ability to charge fleets, manage energy loads, and keep the lights on when the grid can't keep up. We'll explore what operational continuity really requires in a world of increasing grid stress and climate volatility. And, we'll examine why smart building technology — AI, IoT, predictive analytics — only delivers its full value on a foundation built to support it.

The decisions facilities leaders make about infrastructure today will determine what their buildings can do over the next decade. Here's what getting it right looks like.

Electrification and energy efficiency

EV fleet adoption, grid optimization, energy storage and microgrids are investments that are already well underway for many facility owners. These upgrades aren’t just to satisfy compliance requirements. They also come with significant cost savings and long-term operational advantages. According to the Building Owners and Managers Association (BOMA), electrification renovations and retrofits can reduce operating costs by 11.5% and 17%, respectively.  

But capturing that value depends entirely on modernizing the underlying infrastructure to support it.

Most facilities weren't built to handle the demand this technology creates. Charging a fleet of electric vehicles overnight requires upgraded electrical capacity. Managing that load intelligently requires smarter controls that provide 24/7 remote monitoring into the uptime and performance of power and EV systems. Keeping energy costs from spiking requires flexible load management that older systems simply can't provide.

You can’t bolt electrification onto infrastructure that isn’t ready for it. EV fleet infrastructure involves power capacity, utility coordination, charging system design, and ongoing operational planning. Organizations that skip the foundation and go straight to the technology find themselves retrofitting under pressure, at higher cost, or with less control than if they'd planned ahead. That means addressing aging electrical systems, assessing capacity gaps, and building a roadmap that sequences modernization with electrification readiness together, not as separate workstreams.

Resilience and operational continuity

Modernized facilities can achieve two objectives simultaneously: energy efficiency that reduces costs and operational resilience that keeps the business running. Those goals are two sides of the same infrastructure investment.

Extreme weather events, utility constraints, and seasonal demand spikes are now part of annual planning processes for most organizations. Grid instability and volatile energy costs challenge long-standing assumptions about how operations are powered. The facilities most exposed aren't just those with aging equipment; they're those without a plan for when the grid can't deliver.

On-site power generation, battery storage, and microgrid-capable systems give organizations real options when the grid doesn't deliver. However, these are more than just individual upgrades. True continuity readiness requires microgrids, battery storage, EV charging, and on-site power generation functioning as a connected ecosystem. Resiliency can only be achieved with a whole-portfolio approach, rather than piecemeal upgrades.

There's a financial dimension here, too. Modernized infrastructure doesn't just absorb risk; it generates returns. Facilities with on-site generation and smart load management can participate in demand response programs, offsetting energy costs and stabilizing operating budgets in the process. Upgrading aging facility systems reduces energy spend: ABM clients see roughly 30% in HVAC savings alone. It also lowers lifecycle costs, improves asset performance, and mitigates regulatory and compliance risk.

Smart buildings need smart infrastructure

Building analytics, IoT controls, and AI-driven optimization are genuinely powerful tools. But they're only as powerful as the infrastructure beneath them. That's where many organizations are hitting a wall.

Within a facility, aging controls, disconnected equipment, and legacy systems create data blind spots that limit what technology can actually do. Instead of reacting to breakdowns or relying on rigid maintenance schedules, AI models can forecast when equipment is likely to fail. IoT sensors capture performance data in real time; anomaly detection flags unusual behavior; and predictive analytics recommend proactive interventions. None of that functions if the underlying systems are not connected or capable of communicating in the first place.

This is a gap that catches a lot of organizations off guard. Manas Malik, Senior Product Manager at ABM, sees it consistently. If a building isn't modern enough to connect to a building management system, there's a hard limit on what predictive technology like ABM Connect^TM's Predictive Maintenance can do. The data simply isn't there to work with.

Malik sees a big difference between sites where predictive maintenance works and those where it doesn't. Where it works, maintenance moves from reactive to predictive. Rather than responding to alarms or complaints, facilities teams can identify what patterns indicate something is about to go wrong and act before a failure occurs. Energy management evolves from basic metering to real-time optimization. Capital planning becomes proactive rather than crisis-driven.

By linking IoT data to specific assets and buildings, facility leaders can see which systems are under the most strain. They’re able to move capital planning away from age-based assumptions toward condition- and usage-based prioritization.

“LaGuardia, for example, operates on a fifteen-year budget. They can't easily bring in replacement dollars within a three-year window,” said Malik. “You need to plan far in advance, and that's a level of detail their typical CMMS software can’t provide. We're trying to bring all these data sources together to give clients a much higher-level view and help operators have real partnership conversations, not just service conversations.”

What a modernization partnership actually looks like

Most facilities leaders know modernization is necessary. But few are confident about how to get there.

As outlined in the first part of the series [LINK], modernization starts with an honest assessment of where a facility actually stands. Ashley Bradarich, ABM’s Director of Business Development, says ABM Performance Solutions, ABM’s integrated facility services offering, assesses an operational system’s current condition, current cost, and a realistic path forward.

From there, the work is about building a roadmap that connects infrastructure condition to budget, prioritizes by risk and impact, and gives everyone from the facilities team to the CFO a shared view of what's coming and when.

Linking ABM’s solutions together closes the gap between deferred maintenance and competitive modernization. With ABM Connect, facilities teams can begin the shift from reactive troubleshooting to predictive maintenance, gathering real-time data points and tracking patterns to forecast failures before they hit your margins.

With ABM Performance Solutions, that data informs a bigger picture, what Bradarich calls the “gut-brain connection.” Clients operating across multiple spaces can see how one thing influences everything else. ABM Performance Solutions provides a clear picture of how a facility lives and breathes so you can time modernization upgrades appropriately, especially when it comes to energy and cost.

Finally, ABM’s Infrastructure-as-a-Service (IaaS) recommends the upgrades that can save energy and operational spend, allowing buildings to shift from emergency spending to revenue generation. IaaS is one way to fund modernization through the operational savings an upgrade generates, turning what feels like a capital expenditure into a self-funding investment.

This is the pathway to modernization, and it requires a partner that stays for the long term. From assessment to roadmap, implementation to ongoing performance management, the value compounds when the same partner who identified the gaps is also responsible for closing them and measuring what changed. One team that connects energy, infrastructure, operations, and technology into a coherent strategy rather than a collection of disconnected projects.

Conclusion

The technology shaping the next decade of facility performance — electrification, AI-driven operations, grid resilience, smart building systems — is already here. Whether your facility benefits from this technology depends on if the underlying infrastructure is ready to support it.

The organizations leading efficiency, sustainability, and performance over the next ten years aren't waiting to see how things develop. They're making infrastructure decisions right now, building a foundation that gives every future investment a solid place to land.

The path forward looks different for every organization. Some are starting with a condition assessment and a capital roadmap. Some are tackling an energy-transition strategy or an EV-infrastructure program. Some are working to close the gap between their aging systems and the smart building technology they've already invested in.

The starting point matters less than the decision to start, rather bringing on the right partner who can see the full picture. A partner needs to connect the dots across energy, infrastructure, operations, and technology, staying present and accountable for long-term outcomes.

The buildings that perform best in 10 years are being shaped right now. Explore how ABM can help.