Co-founder and CEO
Profile summary: BBA in Business Administration at Georgetown University

Butlr develops a thermal wireless occupancy sensor that anonymously detects human presence and activity without using cameras, ensuring privacy and compliance with data protection standards. Their technology enables organizations to optimize space utilization, improve energy efficiency, and enhance safety in various environments, including workplaces, retail, and senior living facilities.
Raised to date
$709MRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
across 2 rounds





+6$200M · Series E
Announced Jun 2025
Disclosed cumulative: $709M
Co-founder and CEO
Profile summary: BBA in Business Administration at Georgetown University
CEO
Co-founder and CTO
Profile summary: BS in Computer Science at Harvard University
Co-founder and COO
Many organizations lack comprehensive insights into how their physical spaces are actually used, leading to inefficient space allocation, wasted energy, and suboptimal environmental designs. Traditional methods of occupancy monitoring often rely on invasive technologies like cameras, raising privacy concerns and hindering adoption.
Butlr provides a privacy-first ambient sensing platform that anonymously detects human presence and activity using thermal wireless sensors. The sensors do not capture personally identifiable information, ensuring compliance with data protection standards. Butlr's technology enables organizations to optimize space utilization by providing detailed insights into occupancy patterns, improve energy efficiency by automating building operating schedules based on real-time usage, and enhance safety through AI-enabled fall detection and real-time alerts. The platform's API-first design allows seamless integration with existing building management systems and software.
Butlr's primary customers include enterprises across various sectors, such as workplaces seeking to optimize office design, smart buildings aiming to reduce carbon emissions, senior living facilities focused on improving resident care, and retail businesses looking to enhance sales through optimized layouts.