Thiruvananthapuram Municipal Corporation has deployed Genrobotic Innovations' G-Spider robot, an AI-powered canal-cleaning system, to enable safe, human-free sanitation operations in high-risk canal environments under Swachh Bharat Mission–Urban 2.0.

The G-Spider features a five-degrees-of-freedom mechanism and a biomimetic claw-type grabber that securely handles irregular debris, directing waste directly into collection vehicles.

Safety and efficiency gains include reduced worker exposure to toxic gases and contaminated water, operation under high water levels and continuous flow, and improved drainage to prevent blockages and urban flooding.

For full context, readers are directed to PIB’s press release on the Bandicoot initiative and related guidelines and submission pages.

Policymakers are urged to define success parameters for Robotic Literacy among sanitation workers to enable nationwide Bandicoot deployment.

Bandicoot incorporates spider-like robotic limbs with cameras for deep-manhole cleaning, AI-driven blockage detection, and real-time IoT sensor analytics to monitor dangerous sewer gases and prevent explosions.

Policy relevance emphasizes advancing India’s smart sanitation strategy, enhancing occupational safety, addressing maintenance bottlenecks to curb urban flooding, and promoting indigenous Deep-Tech through Startup India collaboration with Genrobotics.

The installation targets long-standing cleaning challenges in a high-risk, confined canal stretch with restricted vertical clearance and no safe human entry points.

G-SPIDER was unveiled at the Amayizhanchan canal near Thampanoor railway station, a site chosen for its limited access due to vertical clearance, water flow, and safety concerns.

Real-time data analytics and gas monitoring are central to hazard prevention, with mechanical limbs enabling shoveling, grabbing, and bucket-emptying tasks more efficiently than manual labor.

Bandicoot, developed by Genrobotics, uses AI and computer vision to navigate sewers, detect blockages, and perform cleaning with high precision, enabling a Manhole-to-Machine transition.

The project aligns with urban sustainability and GIS-based scheduling to prevent sewer overflows, especially during monsoons, supporting NAMASTE’s goal of 100% mechanization in Tier-1 cities.