The ILIFE A12 Pro and iRobot Roomba 104 Combo both present compelling automated cleaning solutions, but they cater to slightly different priorities through their feature sets. Both units leverage LiDAR navigation for efficient home mapping and precise cleaning paths, ensuring comprehensive coverage and support for no-go zones via their respective apps. This commonality means users can expect reliable navigation and smart planning from either robot.

However, a primary distinction emerges in their suction capabilities and floor-type intelligence. The ILIFE A12 Pro offers a transparent 3000Pa suction power, providing a strong and measurable benchmark for effective debris pickup, particularly on hard floors. In contrast, the Roomba 104 Combo touts “70X power-lifting suction” without a specific Pascal rating, suggesting a focus on deep cleaning and robust performance against embedded dirt, often beneficial for pet hair. Critically, the Roomba elevates its mopping functionality with carpet detection, a feature absent in the ILIFE A12 Pro's specifications, preventing accidental wetting of rugs and carpets during a mop cycle. This makes the Roomba significantly more versatile for homes with mixed flooring, reducing user intervention to manage floor types.

Another key area of divergence is the self-emptying mechanism. While both offer this convenience, the Roomba 104 Combo extends the hands-off period to 75 days, surpassing the ILIFE A12 Pro's 60 days. This longer interval means fewer trips to the dustbin for Roomba users. However, the Roomba's self-emptying dock requires proprietary bags, introducing a recurring cost and an additional maintenance step. The ILIFE A12 Pro typically uses a bagless system for its self-empty station, offering a potentially lower ongoing operational cost, despite its smaller internal 200ml dustbin and water tank capacities compared to Roomba's unspecified internal capacities. Lastly, the Roomba's notable weight of 14.92 lbs might make it less convenient to relocate manually compared to the ILIFE, whose weight is not specified but is likely lighter.