CIO&Leader in a brief conversation with Nikhil Maheshwari, Vice President Research And Development at Hindware Home Innovation Limited, talks about how AI and IoT are transforming everyday appliances into autonomous.
Artificial intelligence is steadily moving beyond enterprise software and digital platforms into the most intimate spaces of daily life: the home. In kitchens and bathrooms, where appliances have traditionally been mechanical and reactive, AI is beginning to redefine how products function, interact with users, and respond to environmental conditions.
For manufacturers of home solutions, the transition toward intelligent products is no longer experimental. It is a strategic shift toward building systems that can sense, learn, and adapt to user behavior in real time.
At Hindware, this transformation is already underway. The company has been investing in smart product development for several years, combining Internet of Things (IoT) connectivity with artificial intelligence to create appliances that operate autonomously. As Nikhil Maheshwari, who leads research and development at the company, explains, AI is becoming a central technology in the evolution of smart kitchens and bathrooms.
The Rise of Autonomous Appliances
One of the clearest examples of this shift is the introduction of autonomous appliances designed to function without manual intervention.
Hindware recently introduced what it describes as an autonomous kitchen chimney. Unlike conventional chimneys that require users to switch them on and adjust suction manually, the AI-enabled system senses the environment and operates automatically.
The appliance detects smoke levels, identifies cooking activity, adjusts its speed accordingly, and turns itself off once the air is cleared. The entire process is designed to run without user input, creating a fully hands-free experience for consumers.
This type of automation mirrors the broader concept of autonomy seen in other industries, where machines respond dynamically to real-world conditions rather than relying on static commands.
In the home environment, the goal is not to replace human involvement entirely but to remove friction from routine interactions with everyday appliances.
IoT: The Data Engine Behind AI Innovation
While artificial intelligence powers the intelligence layer of modern appliances, the foundation of this transformation lies in IoT connectivity.
Hindware began its IoT journey nearly five years ago, introducing connected versions of products such as kitchen chimneys, water purifiers, water heaters, and air purifiers. These devices generate continuous streams of operational data from real-world usage environments.
That data now feeds the development of AI models that allow appliances to respond more intelligently to user behavior and environmental signals.
In practical terms, IoT provides the sensory input while AI provides the decision-making capability.
The combination allows manufacturers to build products that not only function but also learn from patterns of usage over time.
Solving Everyday Problems Through Automation
Despite the technological sophistication behind AI-powered appliances, the underlying objective remains simple: solving everyday consumer problems.
Take the example of cooking in a kitchen. A user may not immediately realize when smoke begins spreading through the home. Autonomous appliances can detect these conditions and respond instantly, activating ventilation without requiring manual intervention.
The technology therefore acts as an assistant rather than a replacement for the user.
By addressing such practical gaps in awareness and responsiveness, AI-enabled appliances aim to improve comfort, convenience, and indoor air quality.
In Maheshwari’s view, the value of AI in this domain lies not in complexity but in its ability to quietly enhance daily life by anticipating needs and acting automatically.
The Future of Smart Kitchens and Bathrooms
Looking ahead, the convergence of AI and IoT is expected to reshape the broader ecosystem of home appliances.
As more devices become connected, the volume of real-world operational data will grow significantly. This will enable manufacturers to refine algorithms, improve product intelligence, and develop new categories of autonomous systems.
For companies operating in the home solutions market, the next phase of innovation is likely to focus on creating integrated environments where multiple devices interact intelligently across the kitchen and bathroom.
While specific product roadmaps often remain confidential, the direction is clear: appliances will increasingly move from reactive tools to proactive systems capable of sensing context, understanding usage patterns, and responding automatically.
In the process, the traditional concept of a household appliance may evolve into something closer to a digital companion embedded within the home infrastructure.