Commercial real estate
Energy, occupancy, and comfort across office portfolios.
Smart Building IoT Platform
Smart Building IoT Platform for Facilities
Make buildings intelligent, connected sensors, HVAC and lighting automation, occupancy and energy optimization, and predictive maintenance, integrated with BMS, BAS, and ERP.
IoT & BMS/BASEnergy OptimizationOccupancyPredictive Maintenance
Trusted by global innovators
What is a smart building IoT platform?
A smart building IoT platform connects HVAC, lighting, meters, occupancy sensors and access control into one data layer, then automates comfort and energy use and flags equipment faults early. Agnotic Technologies builds smart building IoT platforms for owners, operators and facilities teams, integrated with existing BMS and BAS over BACnet and MQTT.
The IoT development work sits in the gateways and data model: mixed sensor estates are normalized so a reading means the same thing in every building, with BMS, BAS and facility systems integrated.
What it is
One intelligent layer over building systems
A smart building platform ingests data from IoT sensors and building systems (BMS/BAS), automates HVAC and lighting, optimizes energy and occupancy, and drives predictive maintenance.
It unifies siloed building systems into one real-time, analytics-driven operating layer for the built environment.
What do we build into a smart building platform?
Each capability turns building data into automation, efficiency, and longer asset life.
IoT-Enabled Building Management
Connect sensors and building systems into one real-time management layer.
Smart Sensors & Connected Devices
Ingest and normalize data from a mixed estate of sensors and devices.
HVAC & Lighting Automation
Automate comfort and lighting against schedules, occupancy, and conditions.
Occupancy & Space Utilization
Measure occupancy and utilization to optimize space and services.
Energy Monitoring & Optimization
Monitor and optimize energy use across the building and portfolio.
Predictive Maintenance
Predict equipment failures from sensor data to prevent downtime.
Security & Access Control Integration
Integrate security and access control into the building picture.
BMS, BAS, ERP & FM Integration
Integrate building and facility-management systems into one platform.
Where it runs
Who uses a smart building IoT platform?
Owners and operators making the built environment intelligent and efficient.
Facilities & FM teams
One real-time view of building systems and assets.
Corporate & campus estates
Smart-campus energy and space optimization.
Retail & hospitality
Comfort and energy across many sites.
Sustainability teams
Energy optimization and reporting.
Building operators
Predictive maintenance and fewer failures.
Why it matters
Lower cost, better experience, longer asset life
- Cut energy cost with occupancy-aware optimization
- Improve occupant comfort with automation
- Prevent downtime with predictive maintenance
- Optimize space with real occupancy data
- Unify siloed building systems into one layer
- Report on energy and sustainability
Why connect siloed building systems?
Siloed building systems waste energy and hide failures. A connected layer optimizes both.
Energy
Optimized against real occupancy
Predictive
Failures caught before downtime
Unified
One layer over building systems
Systems & connectivity
Built for the connected building
IoTBMS/BASBACnetEnergyDigital TwinERP/FM
Facts and sources
Which standards does a smart building IoT platform use?
Building automation, messaging and device security standards behind the platform, each linked to its primary source.
BACnet, defined in ASHRAE Standard 135, is a data communication protocol for building automation and control networks that carries values such as analog and binary inputs and outputs and schedules between devices.
Source: ASHRAE Standard 135 (BACnet)MQTT Version 5.0, an OASIS Standard approved on 7 March 2019, is a lightweight client server publish/subscribe messaging transport designed for machine to machine and Internet of Things use.
Source: OASIS MQTT Version 5.0NIST IR 8259A defines an IoT device cybersecurity capability core baseline: the device capabilities generally needed to support common cybersecurity controls.
Source: NIST IR 8259A
Frequently Asked Questions
A BMS controls individual building systems. A smart building IoT platform sits above BMS/BAS and other sensors, unifying them into one data and analytics layer, adding occupancy, energy optimization, predictive maintenance, and cross-system automation the BMS alone doesn't provide.
Yes. We integrate existing BMS/BAS and sensors via protocols like BACnet and IoT gateways, so you don't rip out what's already installed.
Yes. It monitors and optimizes energy against occupancy and conditions and provides the data for energy and sustainability reporting.
Yes. Sensor data feeds predictive-maintenance models that flag equipment degradation before it causes downtime.
Occupancy sensors feed both automation and analytics: HVAC and lighting adjust to how spaces are actually used, and utilization data shows which areas are over- or under-used across the building. That lets facilities teams right-size services and conditioning rather than heating and cooling empty floors.
Yes. The platform runs a single building or an entire portfolio, with per-building control and rolled-up energy, occupancy, and maintenance views across every site. Owners can benchmark buildings against each other and standardize automation as they add properties.
It depends on how many buildings and device types are involved, whether the BMS and BAS speak BACnet or need custom gateways, how much sensor data must be normalized, and which facility-management and ERP systems the platform feeds. We set the plan after a scoping call and a survey of your installed systems.
Yes. We scope a first release around one building and one workflow, such as occupancy-based HVAC scheduling or fault alerts on critical plant, and agree that scope before build starts. More buildings and use cases follow once it runs in production.
AI tools help our engineers draft code and tests, but a person reviews every change, and it passes the same automated tests and security checks as any other code. Which tools may see your code or building data is agreed with you at the start.
Ready to make your buildings intelligent?
Tell us about your buildings, systems, and goals. We'll return a plan for a smart building IoT platform with automation, energy optimization, and predictive maintenance.
contact@agnotic.com
Partnerships
contact@agnotic.com