Green Quadrant: Unified Building Orchestration Platforms (2026)
28 Sep, 2026
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Executive Summary
In the previous iteration of this Green Quadrant assessment, in 2024, the platforms evaluated were largely Internet of Things (IoT)-led integration and visualization solutions, providing a centralized view of building data to generate insights, support recommendations and inform operational and strategic decisions. Since then, the unified digital building platform market has expanded considerably, establishing a new baseline that is moving beyond insights and recommendations, towards action. This 2026 Green Quadrant assesses platforms that unify IT, operational technology (OT), IoT and power infrastructure data to not only inform decisions, but also to orchestrate and control building operations. Although adoption remains nascent among buyers, vendors are increasingly investing in AI-driven analytics, agentic workflows and autonomous capabilities in anticipation of more intelligent and automated building operations. This market evolution necessitates a new assessment of unified digital building platforms, to capture both the continued advancement of core capabilities since 2024 and the emergence of new differentiators driven by evolving buyer expectations. The report provides an independent, fact-based benchmark of 12 prominent unified building orchestration platforms, based on the proprietary Verdantix Green Quadrant methodology.Summary for decision-makers
How to use the Green Quadrant for unified building orchestration platforms
Buyers are turning to unified building orchestration platforms to resolve fragmentation, optimize operations and offset labour shortages
Unified building orchestration platform requirements differ by estate composition, controls infrastructure and internal capability
Green Quadrant for unified building orchestration platforms
Green Quadrant methodology
Evaluated firms and inclusion criteria
Evaluation criteria for unified building orchestration platform vendors
ABB overview
ABB combines a flexible software strategy with deep domain capability
aedifion overview
The aedifion cloud platform is an optimization-first solution that closes the loop from analytics to autonomous action in HVAC and energy systems
Carrier overview
The Abound platform builds cloud intelligence on a foundation in controls and equipment
digital blanket overview
digital blanket extends building optimization to the people and processes behind daily operations
e-Magic overview
TwinWorX brings fragmented building systems into a single digital twin to drive asset performance and operational decision-making
Facilio overview
Facilio applies a maintenance-led operating model designed for multi-stakeholder portfolios
Honeywell Technologies overview
Honeywell Technologies’ Forge unifies data and visibility across building, fire and security domains
Johnson Controls overview
OpenBlue standardizes operations across evolving building portfolios
KODE Labs overview
KODE OS turns disconnected building systems into coordinated workflows
Schneider Electric overview
EcoStruxure manages the electrical estate as an operational domain alongside building systems
Siemens overview
Building X preserves building knowledge from design through to operations
Willow overview
Willow's operational model is built automatically from relationships between assets, systems and spaces, informing analytics and control
Figure 1. Vendors and solutions assessed
Figure 2. Unified building orchestration platforms: extended market
Figure 3. Capabilities criteria for unified building orchestration platforms
Figure 4. Momentum criteria for unified building orchestration platforms
Figure 5. Vendor category scores: capabilities
Figure 6. Vendor category scores: momentum
Figure 7. Green Quadrant for unified building orchestration platforms 2026
75F, ABB, Accruent, Acuity Brands, aedifion, AEW, Akila, Arup Neuron, Autodesk, Automated Logic, BNP Paribas REIM, Brick, British Land, Brookfield Place
(formerly World Financial Center), Bueno, BUILD4WARD, Canton of Zurich, CapitaLand, Carrier, CIM, Cloudline Solutions, Cohesion, Corner Brook Acute Care
Hospital, Dallas Fort Worth
International Airport, DataBank, Databricks, Della, Delta Controls, Derwent, digital blanket, Eliona, e-Magic, Enertiv, Fabriq, Facilio, FogHorn, Four Seasons, Georgia Southern
University, Haltian, Haystack, Honeywell Technologies, IBM, Iconics, Inductive Automation, Infogrid, iot.nxt, Johnson Controls, JPMorgan Chase, Kinderspital Zürich, KMC Controls, Knowledge Realty Trust, KODE Labs, M-Bus, Metrikus, MOMENI, Morguard, Nantum AI, Nhance, Nordomatic, Northern Arizona
University, NVIDIA, OPC Foundation, Palantir, PassiveLogic, PointGuard, PRODEA, ProptechOS, QuadReal, RealEstateCore, ROOMZ, RWTH Aachen University, Schneider Electric, Siemens, Slack, Smart Core, South Australian Health
and Medical Research Institute (SAHMRI), Spica Technologies,, SpinalCom, Stanford University, Start Campus, SunSpec Alliance, Switch Automation, Symphony Building OS, Tempered Networks, Temple University, Thing Technologies, ThoughtWire, TJX, T-Mobile, Trane Technologies, Tridium, Trigrr, Univers, University of Rochester, US General Services
Administration (GSA), Utopi, Vanderbilt University, Verizon, WeWork, Willow, Wonik Holdings, Xempla
About the Authors

Cara Haring
Senior Analyst
Cara is a Senior Analyst at Verdantix, specializing in digital platforms and operational technology for the built environment. Her research helps real estate owners, occupiers...
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Claire Stephens
Research Director
Claire Stephens is a Research Director at Verdantix, leading research into technologies and services shaping the real estate and the built environment, encompassing ...
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