Company Overview
Snapshot
Founded in December 2019 by Esther Altura and Ariel Altura, DrizzleX operates with 11–50 employees. The company has raised $8 million across four funding rounds. In October 2025, DrizzleX secured an A Round extension from Israel Investment Fund Group.
Business overview
DrizzleX is an IoT-enabled SaaS company focused on smart water conservation for multi-unit buildings, including multifamily, student housing, senior living, and hotels. The company utilizes proprietary wireless sensors and cloud-based analytics to provide fixture-level water-usage data, helping building operators reduce water-related operating costs and detect leaks early. Its technology also contributes to a reduced carbon footprint by decreasing energy demand for water pumping, treatment, and heating, operating within the Industrial Technologies sector.
Strategic signal
In May 2024, DrizzleX's CEO and Co-founder, Esther Altura, was interviewed on the RealTechTalk podcast, highlighting the company's leadership and innovative approach to water conservation. This media engagement signals DrizzleX's growing visibility and influence in the proptech and climate tech sectors, reinforcing its commitment to addressing critical water waste challenges in commercial and residential properties.
Company Intelligence Q&A
- When was DrizzleX founded and by whom?
- DrizzleX was founded in December 2019 by co-founders Esther Altura and Ariel Altura.
- What is DrizzleX's primary focus?
- DrizzleX focuses on smart water conservation for multi-unit buildings, leveraging IoT-enabled SaaS to provide fixture-level water-usage data and detect leaks early.
- How much capital has DrizzleX raised to date?
- DrizzleX has raised a total of $8 million across four funding rounds.
- What was DrizzleX's most recent funding event?
- In October 2025, DrizzleX secured an A Round extension, with Israel Investment Fund Group participating as a lead investor.
- What is DrizzleX's contribution to climate tech?
- DrizzleX saves hundreds of millions of gallons of water annually, which in turn decreases the energy demand for pumping, treating, and heating, thereby reducing the carbon footprint.