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Built for what’s next
Behind every classroom, lab and residence hall is a team of people working to keep the campus running – so students can focus on learning, researchers can focus on discovery and faculty can focus on what they do best.
Connected intelligence for modern campuses
Higher education facilities are among the most complex environments to manage. Facility and operations teams are responsible for an expansive portfolio of buildings, systems and assets, each with its own demands for energy, maintenance, compliance and space. At the same time, institutions face tightening budgets, rising utility costs, growing sustainability commitments and increasing expectations from students, faculty and accrediting bodies alike.
A smarter, more resilient campus starts with connected data
OpenBlue gives facility and operations leaders the connected intelligence to meet these challenges head-on. From digitizing space surveys for defensible indirect cost recovery reporting, to predictive maintenance that prevents costly downtime, to AI-powered scenario planning that aligns your campus with long-term institutional priorities – OpenBlue brings your data, systems and teams together in one unified platform.
The result: A campus that operates more efficiently, supports the people within it, and is built to adapt as needs evolve.
Whether you're managing a single building or an entire campus portfolio, OpenBlue helps you move from reactive to proactive, from fragmented to connected, and from uncertain to confident in every operational decision.
See how connected campuses improve operational decision-making
Protect indirect cost recovery and ensure audit-ready space data
- Digitized, standardized space surveys
- Single system of record
- Traceable, auditable change tracking
- Reduced clawback and audit risk
- Faster, more reliable ICR reporting
- Clear research vs. non-research attribution
Research institutions face increasing pressure to justify and maximize indirect cost recovery (ICR) while ensuring space data stands up to audit scrutiny. OpenBlue Workplace replaces fragmented, manual processes with standardized digital workflows and a single trusted system of record.
Built for defensible reporting and audit confidence
With built-in change tracking, historical context and clear attribution of research versus non-research activities, OpenBlue maintains traceable, defensible space records that auditors expect. The result is shorter reporting cycles, improved data accuracy, and greater confidence across research administration, facilities and finance teams.
Elevate student experiences and support healthier campuses
- Real-time space availability visibility
- Easy shared space reservations
- Reduced scheduling friction and conflicts
- Continuous indoor air quality monitoring
- Data-validated space design decisions
- Supports retention and academic performance
Support wellbeing and performance with real-time insight
Paired with environmental sensors, OpenBlue continuously monitors indoor air quality in learning and communal spaces. This enables faster issue identification, improves comfort, and supports better academic outcomes—reinforcing your institution’s commitment to health and safety.
Boost outcomes with smarter space data insights
Control energy costs and meet emissions goals
- AI-powered setpoint optimization based on occupancy
- Central utility plant optimization
- Consolidated utility bills and meter data
- Faster anomaly detection and forecasting
- Automated Scope 1 and Scope 2 tracking
- Credible, auditable emissions reporting
Energy is one of the largest controllable costs on campus—and one of the hardest to manage without visibility.
Optimize energy performance without compromising comfort
OpenBlue Energy & Comfort Intelligence uses AI and real-time data to continuously optimize HVAC performance. OpenBlue Central Utility Plant Optimization improves plant efficiency, while OpenBlue Net Zero provides a unified view of energy and emissions data to support better forecasting, budgeting and reporting.
Shift to predictive facility maintenance and asset performance
- Centralized asset data across campus
- Condition-based, predictive maintenance
- Automated work orders and coordination
- Reduced unplanned downtime
- Data-driven deferred maintenance planning
Unexpected equipment failures can disrupt academic and research activities across campus. OpenBlue centralizes asset and maintenance data while enabling continuous performance monitoring.
Prevent disruption with predictive, data-driven maintenance
OpenBlue Equipment Performance tracks asset condition over time to identify risks early. AI-powered diagnostics and automated workflows help teams intervene before failures occur—improving uptime, reducing costs and extending asset life.
Reduce downtime with predictive maintenance intelligence
Optimize campus space planning with data-driven insights
- Real-time and historical utilization analytics
- Identification of underused or misaligned spaces
- Visual floor plan-based management
- AI-powered scenario planning
- Improved governance and allocation
Space is one of a university’s most valuable—and often underutilized—assets.
Plan with confidence using real utilization data
OpenBlue connects utilization analytics with visual space management and AI-powered scenario planning. This enables institutions to align space decisions with enrollment, growth and capital priorities—reducing risk and improving long-term financial sustainability.
Built on Trust, Security, and Scale
OpenBlue is built on a zero‑trust cloud architecture with enterprise‑grade cybersecurity, open APIs, and interoperability—allowing higher education institutions to connect existing systems while protecting sensitive data.
Built on experience. Designed for what’s next
OpenBlue connects every system into a single decision layer that balances energy, comfort, safety and cost in real time. Because it integrates with existing infrastructure, you can modernize operations without starting over.
When you partner with Johnson Controls, you gain a long-term partner focused on resilience, sustainability and continuous improvement.
Higher Education FAQ’s
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How does OpenBlue help universities with indirect cost recovery (ICR) audits?
OpenBlue Workplace digitizes space surveys and standardizes data collection, creating a single, trusted system of record. It maintains traceable, historically defensible space records with built-in change tracking, ensuring your data withstands federal and state audit scrutiny and reduces the risk of funding clawbacks.
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Can OpenBlue integrate with our existing Building Management System (BMS)?
Yes, OpenBlue is designed to integrate with any available industry BMS. This allows you to leverage your existing infrastructure while gaining early visibility into asset risks and inefficiencies, improving uptime and extending asset life without added system complexity.
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What is the process for implementing digital space surveys on our campus?
OpenBlue replaces manual, spreadsheet-based surveys with standardized, repeatable digital space audits. The platform centralizes room attributes, usage and funding classifications, ensuring consistency across departments and survey cycles while reducing human error.
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How does OpenBlue's IAQ monitoring improve the student experience?
Using Airthings sensors, OpenBlue continuously monitors indoor air quality in learning and communal spaces. This data helps create healthier environments that support wellbeing, satisfaction and academic performance, reinforcing your institution's commitment to health and safety.
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What kind of data does OpenBlue provide for energy and emissions reporting?
OpenBlue Net Zero consolidates utility bills and meter data to provide a transparent view of energy consumption across campus. It also automates Scope 1 and Scope 2 emissions tracking, delivering credible, auditable data to support sustainability commitments, regulatory compliance and leadership reporting.
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How does AI-powered scenario planning help with long-term campus master planning?
OpenBlue Workplace uses AI to model multiple campus scenarios, including enrollment changes, program growth, renovations and new construction. By using real space utilization, asset condition and cost data, it helps institutions make confident, data-driven decisions that reduce planning risk and optimize long-term costs.
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How does OpenBlue support deferred maintenance planning?
OpenBlue Workplace provides a centralized, data-driven view of deferred maintenance needs by combining asset condition, space usage and maintenance history. This enables institutions to prioritize projects based on risk, impact and alignment with academic and research priorities – rather than reacting to failures or isolated requests – improving budget predictability and supporting defensible capital investment decisions.
Trusted, award winning technology
Recognized for innovation, customer impact, and our industry leading smart building platform
Verdantix Green Quadrant
Named an IoT digital platform leader in building operations by independent industry analyst, Verdantix in its Green Quadrant: IoT Digital Platforms for Building Operations 2024 report.
ABI Research
Named the overall leader for smart building management platform in the Smart Building Management Platforms competitive assessment conducted by ABI Research.
BIG Artificial Intelligence Awards
Named winner in the Business Intelligence Group's (BIG) Artificial Intelligence Excellence Awards program. The Awards recognize the trailblazing organizations and solutions leading the way in AI.