How critical are BAS platforms to facility management success?

Facility management continues to evolve. Building owners and operators face new challenges, requirements and expectations while engaging new innovations and technologies to elevate building performance. This leaves many wondering how they can manage properties efficiently and effectively, now and in the future.

While there are many factors at play, some have more influence than others. Here are some breakthroughs that are shaping the future of building management:

1. Smart building innovation

As the adoption of smart integrated building systems grows and the technology itself advances, occupants, tenants and facility teams have new expectations about what buildings should deliver. They expect cyber-secure smart buildings with more intelligence and cross-domain integrations.

Data is the foundation for optimized dynamic building environments. However, many facilities lack complete digital integration and leave facility managers without access to the insights needed to effectively and efficiently manage properties. 

The future of building technologies lies in intelligent integration and centralized control that can optimize energy consumption, improve occupant comfort and dynamically adapt to changing environmental conditions.

For instance, next-generation building automation systems (BAS) can integrate multigenerational subsystems that contain multiple vendor solutions. This centralizes real-time data visibility from sensors, equipment and controls and ultimately unifies overall facility performance.

2. Energy management and sustainability

Utility costs are continuing to increase, with wholesale prices expected to rise by 19% on average between 2025 and 2028 and distribution expenses are also projected to increase.

About 30% of the energy the average commercial building consumes goes to waste, offering a great opportunity for cost savings, as well as lower emissions. Building owners and facility managers who can track real-time usage and identify inefficiencies are positioned to optimize energy use, reduce operating expenses and meet sustainability targets.

Using a BAS to integrate and unify consumption data from building systems – including HVAC equipment, lighting and security platforms – can give facility teams a clear understanding of energy consumption and costs.

These BAS have energy dashboards that provide a clear breakdown of energy consumption, including the type and location of use. Facility operators can use the data to identify trends and peak usage to develop energy management strategies and goals. In this way, they can reduce utility costs while enhancing energy efficiency.

In addition to monitoring, a BAS platform can automate functions to maximize efficiency. Systems equipped with preset applications, such as ASHRAE Guideline 36 (G36), help deploy built-in HVAC control sequences, ensuring a balanced approach to indoor air quality (IAQ) and comfort. Implementing G36 can significantly reduce HVAC energy consumption while maintaining optimal environmental conditions.

3. User-centric experiences for occupant health & comfort

The way building environments affect occupant health and wellness is now influencing new building system design. Specifications must meet evolving requirements for comfort and IAQ. As a result, buildings are becoming more intelligent and responsive with adaptive, sensor-driven environments.

Combining intelligent BAS and sensorification – the use of smart sensors throughout a building – enables real-time, dynamic environmental data measurement in individual and community spaces. Environmental data can include temperature, humidity, pollutants and allergens, CO2 levels, occupant levels, light, and noise, depending on the type of sensors deployed. By integrating real-time monitoring with automated control sequences, intelligent BAS platforms can:

• Use occupant data to analyze environmental data and automatically adjust conditions to maintain optimum bands of performance
• Fine-tune building system performance and parameters to maintain occupant comfort and well-being, such as in schools and office buildings
• Ensure occupants have just the right temperature and air quality to support both health and productivity
• Maintain optimal conditions in mission-critical environments, such as data centers and operating rooms

These smart buildings allow for a personalized experience on a large scale. Over time, building owners can gain valuable behavioral insights to inform better design, improving occupant satisfaction and overall efficiency, which is especially important to buildings with distinct outcomes.

4. Shifting workforce demographics

There are about 31,400 job openings for facility managers and administrative services projected annually through 2032. While job opportunities grow, smart technologies continue to advance. Most of those entering new roles are digital natives used to intuitive interfaces. For them to thrive in connected, fast-paced, intelligent environments, building system capabilities must be easy to operate. 

Building owners can empower a future-ready workforce and fill skilled labor gaps using smart automation. Intelligent BAS can provide seamless connectivity, intuitive graphical user interfaces and real-time insights to help building operators easily navigate and manage complex building environments.

System interfaces offer centralized control, remote access and interactive dashboards that are both accessible and familiar to the daily digital experiences of modern workers. Automated workflows and predictive analytics further streamline daily tasks and power predictive maintenance, helping new professionals excel while driving efficiency and innovation forward.

5. Building maturation

About half of U.S. commercial buildings were built before 1980 – well before modern efficiency standards and contemporary building practices. Aging infrastructure may not align with occupant expectations and climate imperatives, accelerating the demand for building retrofits.

Smart retrofitting starts with lifecycle planning. This foundational pillar ensures the upgrades are resilient, sustainable and technologically adaptable over time. This means new technology – including BAS – must easily integrate into existing environments and adapt over its life, as well as the life of the building.

With lifecycle awareness and a comprehensive approach, building owners can:

• Design for whole-of-life sustainability
• Unlock long-term financial efficiency
• Avoid the pitfalls of patchwork upgrades
• Balance heritage preservation with smart health
• Future-proof for regulatory and technological change

Open-protocol BAS with cloud-based analytics, modular sensor networks and regular upgrades deliver optimal outcomes at each stage of a building’s life and allow it to more easily integrate new technology and adapt to future demands.

Got questions? We’ve got answers.

Explore our FAQ section to find quick, helpful information.

How top of mind is cybersecurity for building owners?
69% of CIOs say their focus areas over the coming year is cybersecurity and technology risk management, according to Gartner. Today’s building management teams expect cyber-secure smart buildings with more intelligence and cross-domain integration than ever before.

What role is AI playing in smart buildings?
An estimated 15% of daily smart buildings related decisions will be made by AI agents by 2028, according to Gartner.

Did you know? AI solutions from Johnson Controls are helping clients reduce 4,000 labor hours each year while cutting energy costs and consumption by 32%.

How are smart buildings impacting occupant health and comfort?
Today’s new building system designs are a reflection on how building environments affect occupant health and wellness. Specifications must meet evolving requirements for comfort and indoor air quality – which also affects a business’s bottom line. According to Lawrence Berkeley National Laboratory, productivity increases by approximately 1% for every 10% increase in air quality.

Combining intelligent BAS with smart sensors throughout a building allows real-time data measurement, which can include temperature, humidity, pollutants, allergens, carbon dioxide levels and more.