The order fulfillment and warehouse management industries have seen significant development during the last few decades.
Order fulfillment operations face several additional obstacles in the modern world, including growing labor costs, a depleting talent pool, and the increased demand for next, same-day, and two-hour delivery.
In terms of automation technology that can be applied to boost production and efficiency, the field of warehouse robots in particular has a lot to offer. AMRs, also known as autonomous mobile robots, have recently entered the market.
While certain types of warehouse robots, such as AGVs, AS/RS, and others, have previously existed for some time, many warehouse managers are now becoming interested in this new competitor.
A robot that can perceive and navigate its environment without direct human supervision or in accordance with a predetermined, predetermined path is referred to as an autonomous mobile robot (AMR).
Thanks to a range of cutting-edge sensors that enable them to detect and comprehend their environment, AMRs can navigate past both fixed barriers (such as structures, racks, workstations, etc.) and movable obstructions (such as people, lift trucks, and debris).
Distribution operations have always needed to continuously upgrade and adapt if they want to be competitive and profitable in this new environment.
This means embracing new technology, processes, and procedures. It might be challenging to determine precisely which automation solutions are the best fit for your needs, though, given how quickly the technologies that are now accessible are developing.
Leading startup Unbox Robotics makes use of autonomous mobile robots in supply chain sectors and other cutting-edge technology. This post will take a deep look at Unbox Robotics, including its tech stack, key features, and other information.
Introduction to Unbox Robotics
Leading provider of supply chain robots technology, Unbox Robotics specializes in robotic-based fulfillment and distribution solutions for medium-sized to big e-commerce, retail, and logistics businesses.
By accelerating order fulfillment and package sortation, Unbox Robotics’ cutting-edge technological solutions enable effective express logistics operations that provide seamless end-user experiences.
Unbox Robotics intends to assist online merchants to scale up their logistics by utilizing UnboxSort to handle the increased package volume brought on by the shift in online consumer behavior after the pandemic.
A fleet of autonomous mobile robots (AMRs) driven by swarm intelligence is used by Unbox Robotics’ proprietary method to sort parcels vertically onto smart racks in the fast-paced world of today’s commerce.
These AMRs operate in small warehouses and fulfillment centers. The organization of returned items according to suppliers, locations, product categories, etc. can also be automated.
The only such robotics system in the world, Unbox Robotics’ innovative method of sortation uses vertical space to arrange the packages.
With this special capacity, UnboxSort enables warehouses of any size to automate themselves and make the switch to Industry 4.0.
The system can scan, sort, and dispatch packages in a way that is space-, time-, and cost-efficient by utilizing the underused vertical space in warehouses, sortation centers, and hubs.
Retailers can either acquire the UnboxSort with yearly maintenance and software costs or use the RaaS (Robotics-as-a-Service) model to scale up their automation as their business expands.
Additionally, the solutions from Unbox Robotics increase productivity and save operating expenses. All solutions are adaptable, scalable, and customizable to meet the demands of organizations, enabling them to gain the most advantage possible.
How do robots function internally?
Four primary sections make up the UnboxSort package sorting system by Unbox Robotics:
- Primary system
- A platform for communication (Network & Storage)
- Analytics and system control software
- Connections for clients
Python and C/C++ are used for system control and the core system. Their client connections and analytics are powered by the MERN stack.
They now use a hybrid architecture. There are two programs operating on the robots. One is for the main control of the robot, while the other is for the peripherals.
Additionally, each of these components must eventually speak to and make sense to other components.
Tank and business logic stacks are the two different sorts of stacks found in servers. Business logic is involved with looking through and making sense of the customer data, whereas Tank is all about robot control and equipment control.
During the sorting process, it provides answers to issues like how many packages were sorted and which robots were sorting – which are some of the metrics they need to present to their clients.
Business logic is highly model-based, non-standardized, and unique to each customer.
Varied customers have different demands, thus one may want the sorting to be done a certain manner; each has data that differs and APIs that seem extremely different for each client; they also want different features for their dashboards.
- Sorting of parcels: Your parcel sortation will go faster with this space-saving, lightweight parcel sortation system.
- Combining orders: Consolidation of numerous goods, cartons, and packages with the same order or destination in an efficient and error-free manner.
- A system that includes deployment, instruction, upkeep, and round-the-clock assistance
- To guarantee that your firm is always operational, robots require little maintenance and charge time.
- Using the Robot As A Service (RAAS) model, a special pay-per-use approach that ensures you always improve your productivity objectives, you can scale up or down depending on company needs.
Unbox Robotics is attempting to create an online platform where a user, either from the team or a client, can log in and choose which model would be the most beneficial for them while also attempting to learn how the model functions through lessons and videos.
Additionally, having a platform for customer involvement is crucial for both clients and the sales staff. Clients can continue to utilize the tool and create the model they require after they are familiar with it.
Finally, Unbox Robotics is doing incredible work in identifying and addressing these high-value challenges, and the team led by Pramod, Shahid, and Rohit brings significant domain experience to the table to solve this problem at scale.