Understanding the Butlr Ecosystem

Overview

The Butlr ecosystem combines privacy-first thermal sensing, cloud intelligence services, connected operational systems, and intelligent applications into a unified platform for understanding how people, equipment, and environments interact with physical spaces.

While different Butlr applications serve different industries and operational needs, they share the same foundational sensing and infrastructure platform.

The ecosystem is organized into four primary layers:

• Applications
• Intelligence Engine
• Sensing Platform
• Infrastructure & Services

1. Applications Layer

The Applications layer provides operational workflows and user experiences tailored to different environments and industries.

Butlr Workplace+

Occupancy intelligence for commercial workplaces and real estate environments.

Common workflows include:

• Space utilization analytics
• Occupancy monitoring
• Workplace planning
• Traffic analysis
• Operational reporting

Butlr Care

Human safety intelligence for care environments.

Common workflows include:

• Fall awareness
• Resident activity monitoring
• Risk awareness
• Care operations

Butlr Data Center

Thermal intelligence for data centers and AI factories.

Common workflows include:

• Power path monitoring
• Thermal digital twin views
• Server telemetry alongside thermal data
• Commissioning validation

Some workflows may require newer hardware generations and specialized deployment configurations.

2. Intelligence Engine

The Intelligence Engine transforms anonymous thermal signals into structured operational insights.

Core capabilities include:

• Occupancy modeling
• Transition detection
• Traffic analysis
• Thermal mapping
• Hotspot and anomaly detection
• Event processing
• Risk modeling
• AI-driven insights

This shared intelligence layer powers multiple Butlr applications, integrations, and connected operational workflows while maintaining consistent sensing and infrastructure services.

Connected Systems & External Inputs

In addition to Heatic™ sensors, the Butlr ecosystem can incorporate signals and integrations from select third-party systems and connected operational technologies.

Examples may include:

• Select third-party sensing systems
• Building management systems (BMS)
• HVAC systems
• Server telemetry from the BMC, in data centers
• Workplace technologies
• Operational automation platforms

These connected inputs can provide additional environmental and operational context alongside occupancy and activity intelligence generated by the Butlr platform.

3. Sensing Platform

The native Butlr Sensing Platform consists of Heatic™ thermal sensors and Hive gateway infrastructure. For data centers, the Heatic™ family also includes Heatic Spine, a rack-level sensor that daisy-chains over USB-C to a small in-rack PoE device or a Hive gateway.

Heatic sensors:

• Detect anonymous thermal signatures
• Preserve privacy by avoiding visual imagery
• Support occupancy and activity modeling
• Measure equipment surface temperature, in data centers
• Operate in multiple sensing modes depending on deployment needs

Depending on the deployment, systems may include:

• Presence sensing
• Traffic sensing
• Motion-assisted sensing
• Equipment thermal monitoring
• Contextual sensing, where supported

4. Infrastructure & Services

The Infrastructure & Services layer supports device management, connectivity, and platform operations.

Core services include:

• Device provisioning
• Firmware management
• Authentication & permissions
• Cloud processing
• API services
• Audit & compliance
• Data pipelines

This shared infrastructure layer enables consistent deployment and operational management across multiple applications.

Shared Platform, Different Workflows

Although Butlr applications may serve different industries, they share:

• Common sensing hardware
• Shared infrastructure services
• Unified deployment tooling
• Shared cloud intelligence services
• API services, operational integrations, and connected system workflows

This architecture allows Butlr to support multiple operational workflows while maintaining a consistent sensing foundation.