The Briiv Pro 2.0 is an advanced air purifier designed to create a healthier living environment by leveraging the power of plants. It is equipped with AI-powered sensors for effective air quality monitoring and can clean a four-square-meter space in just 21 minutes. The system is expandable, allowing multiple units to link together to cover larger areas. The Briiv Pro 2.0 emphasizes sustainability, using renewable and natural materials for its filters, which are biodegradable and last up to a year. The device also features a low-maintenance design, with a main filter that requires replacement every three months.
The Briiv Pro 2.0 is available for pre-order through Indiegogo, where it raised $282,572 USD from 393 backers. As of January 8, 2024, it had also raised funds on Kickstarter, totaling $258,049 USD from 365 backers. For those interested in the operational costs, the Briiv Pro 1.0 is estimated to cost approximately £3.64 to run per year. However, the Briiv Pro 2.0, the enhanced version, may be more energy efficient.
AI-Powered Air Purifiers
Briiv Launched a Crowdfunding Campaign for its 'Pro 2.0' Air Purifier
Trend Themes
1. AI-integrated Air Purifiers - AI-powered sensors enhance air quality monitoring, offering precise and automated adjustments for optimized purification.
2. Sustainable Home Appliances - Utilization of renewable and biodegradable materials in filter design aligns with growing environmental consciousness among consumers.
3. Crowdfunded Tech Innovations - The successful crowdfunding campaigns on platforms like Indiegogo and Kickstarter indicate strong market validation for pre-market tech products.
Industry Implications
1. Smart Home Technology - Integration of AI in household devices transforms them into intelligent systems that contribute to a connected lifestyle.
2. Consumer Electronics - Development of energy-efficient, low-maintenance devices caters to rising demand for sustainable and user-friendly home products.
3. Sustainable Products - Innovations prioritizing eco-friendly materials and energy-efficient designs meet the increasing consumer demand for green solutions.