Company Overview
Snapshot
Founded in March 2011 by Jacob Pollak, Pollight operates with 1-10 employees. The company has completed 2 funding rounds, with its last funding event occurring in September 2019.
Business overview
Pollight develops a wireless building automation system leveraging a secure IoT network and artificial intelligence to optimize energy consumption. Its core technology learns occupant usage patterns to dynamically manage lighting, heating, ventilation, and air conditioning operations. The company's scalable system provides continuous monitoring, control, and environmental adjustments, complemented by a web application for scheduling, device grouping, alarms, and adaptive climate control. Pollight primarily serves the real estate and construction sectors, focusing on property management and consumers, and operates within the Energy Tech sector, specifically addressing energy consumption and efficiency.
Log in to access full profile ›Company Intelligence Q&A
- What is Pollight's primary focus?
- Pollight focuses on developing a wireless building automation system designed to enhance energy efficiency and reduce CO2 emissions in buildings through smart management of lighting, HVAC, and other environmental controls.
- When was Pollight founded and by whom?
- Pollight was founded in March 2011 by Jacob Pollak.
- What technology underpins Pollight's building automation system?
- Pollight's system is built on a secure IoT network and utilizes artificial intelligence to learn occupant usage patterns, enabling dynamic and efficient adjustment of building atmospheres.
- What are the key components of Pollight's product offering?
- Pollight offers products such as Pollight-HVAC, Pollight-Emergency Lighting, Pollight-Central Control, and Pollight-Lighting, along with a comprehensive web application for managing building environments.
- How does Pollight contribute to climate tech and energy efficiency?
- Pollight's Building Automation System (BAS) aims to reduce energy consumption by 30-50% and consequently decrease CO2 emissions by turning conventional buildings into smart buildings that intelligently manage lighting, heating, ventilation, and air conditioning based on occupancy and usage patterns.