As online retail volumes continue to surge and delivery timelines tighten, traditional warehouse and logistics workflows are struggling to keep pace. Seasonal peaks such as Black Friday and major shopping festivals place immense pressure on fulfilment centres, making dependable automation essential for managing fluctuations while reducing strain on human teams. Responding to this growing need, Hikrobot has introduced a suite of intelligent solutions designed to help e-commerce businesses accelerate fulfilment, manage inventory with greater precision, and scale operations rapidly.
At the core of these solutions are Hikrobot’s Autonomous Mobile Robots, engineered to speed up order processing, enhance accuracy, and address ongoing labour shortages by taking over routine, manual tasks. The company’s technology supports faster fulfilment cycles, real-time visibility into stock levels, and seamless adaptability during demand spikes. Modular system design enables warehouses to expand or contract capacity effortlessly, ensuring operational continuity throughout the year.
Hikrobot offers a range of automation technologies tailored for online retail environments, including systems that bring items directly to operators, automated order consolidation processes, and intelligent rack positioning that places fast-moving products in optimal zones for rapid dispatch. These capabilities address common challenges faced by fulfilment centres, from handling large volumes of time-sensitive orders to balancing high-density storage with quick picking speeds, all while maintaining high accuracy and minimal error tolerance.
The company’s integrated approach combines robotics, AI-driven software, and IoT connectivity to streamline inbound processing, sorting, storage, and picking. With RCS and IWMS platforms coordinating each layer of automation, warehouses can transition toward unmanned material movement, smarter stock management, and significantly faster picking operations.
Among Hikrobot’s key technologies is the Latent Mobile Robot (LMR), built for tight spaces and designed to lift and transport shelving units or palletised goods by sliding underneath them. This platform supports heavy loads, offers multiple navigation options, and includes comprehensive safety mechanisms that enhance reliability on busy warehouse floors. The Forklift Mobile Robot (FMR) expands these capabilities with models built to move bins and pallets, using advanced laser and vision navigation for precise positioning. Available in payload ranges from light-duty to three-ton handling, the FMR lineup improves productivity while upholding strict safety standards.
Another major offering is the Carton Transfer Unit (CTU), built for high-volume picking environments. Its ability to handle multiple items in a single movement increases throughput and optimises storage utilisation. Strong adaptability, high storage density, and built-in inspection functions make it suitable for complex warehouse networks handling varied product assortments.
These robots all connect to Hikrobot’s iWMS1000, an intelligent warehouse management platform that coordinates inventory tracking, robot routing, and data analysis. The system provides real-time visibility across the warehouse and optimises robot paths to reduce travel time while enhancing operational flow. Together, the hardware and software ecosystem creates a fully synchronised, high-performance logistics environment.
The benefits of this integrated system include higher picking accuracy, faster sorting, dynamic SKU placement based on demand, and the ability to shift strategies instantly as order patterns evolve. This flexibility allows warehouses to maintain consistent service levels even during unpredictable surges.
One of the notable deployments of Hikrobot’s technology is with Superdry, the global fashion retailer operating across 65 countries. To strengthen accuracy, speed up order preparation, and improve returns processing, Superdry implemented Hikrobot’s robotic systems at its Burton-upon-Trent distribution centre as well as its European facility.
A fleet of 46 robots in the UK and 20 in Europe now manages picking and returns, supported by light-based systems that guide operators. Following implementation, returns processing tripled to more than 300 units per hour, picking output doubled, and inventory turnaround improved significantly. The retailer now processes nearly all returned items within a single day, achieving operational accuracy rates close to 100 percent.
