From Concept to Scale: Optimizing Your Warehouse Automation Strategy

BY ONWARD ROBOTICS | August 15, 2024

With the right automation partner secured, the true work begins—bringing your warehouse automation strategy to life. Thoughtful design, seamless implementation, and rigorous validation are pivotal to your success. Expert guidance ensures effective workflows, optimization opportunities, and mitigated risks. Through thorough validation, your new mobile robotic solution integrates flawlessly with your operations

This stage is where warehouse operations, material handling workflows, warehouse management systems (WMS), and inventory management come together to create an integrated warehouse automation system.

Modern automated warehouses require alignment among robotics, automated storage processes, digital automation tools, and physical automation infrastructure to ensure that both humans and robots operate efficiently.

Warehouse automation robotics, including AI-powered robots and collaborative robots, streamline warehouse operations by handling repetitive tasks and coordinating with human workers. Integrating warehouse robots with inventory management and warehouse management software ensures real-time tracking of items, bins, and shelves, improving operational efficiency and reducing errors. This combination of robotics, software, and process optimization enhances adaptability, throughput, and overall order fulfillment performance across the warehousing industry.

Step 4: Design and Implementation of Your Warehouse Automation System

Automating manual operations starts with aligning the automation planning process to your desired results. Identifying the right processes to automate for maximum impact, simulating and finalizing the design, and integrating with your systems are key milestones in preparing your warehouse for implementing an automation solution.

Data Analytics, Operations Modeling, and Warehouse Process Optimization

When selecting an automation partner, look for one that is focused on the following:

Designing automation around your plan: Your plan is the foundation of the automation design. When defining the future state of your warehouse operations, including picking automation, order processing workflows, and material handling, start by focusing on the goals of your plan. Are you looking to increase picker productivity, decrease order cycle time, or improve your overall impact on throughput? Defining and finalizing your design will depend on your desired outcomes. Reviewing and analyzing your benchmark data to align with your strategy and KPIs are the foundation of automation workflow design.
Building operational efficiencies: With your operational targets identified, your vendor should evaluate current warehouse processes, inventory accuracy issues, inventory-tracking gaps, and warehouse efficiency benchmarks. From workstation design to robot routes, a well-designed system ensures every second of material movement counts. A detailed analysis of your existing operational data, including workflow, resources, outcomes, and benchmarks, will help to craft the automation design to target specific processes that will have the most impact. From workstation design to robot routes, a well-designed, efficient workflow ensures that each second of material movement counts.
Simulating and analyzing scenarios: Digitally replicating your warehouse reduces risk by revealing constraints tied to warehouse layout, conveyor systems, automated guided vehicles (AGVs), and robotic navigation paths. Testing various scenarios, such as the ratio of robots to pickers, order volume, and operational hours, helps determine the right balance for optimal results. Simulating the impact of robots on operational processes and in the warehouse saves time and costs without experimentation on the floor during valuable peak hours.

Design Recommendation and System Integration With WMS, WES, and WCS

The final stages of partnering with an automation provider involve customization and integration. The right automation partner will recommend a design tailored to your process and criteria. After completing scenario testing, they’ll provide a final design and fleet size recommendation. They’ll demonstrate anticipated ROI and output targets, identifying targets for both typical and peak volume scenarios. Together, you’ll review and align on a detailed outline of the proposed process, including requirements for robots and people.

A strong partner will deliver a design that considers:

Automated storage and retrieval workflows
Warehouse execution system (WES) coordination
Warehouse control system (WCS) for real-time robotic orchestration
Material handling and order processing requirements

Integrating with your existing warehouse systems is the next crucial step. Between design and implementation, your partner will define system workflows and requirements to support integration with your WMS. A tightly integrated system supports digital automation, allowing warehouse managers and warehouse workers to make data-driven decisions. They’ll work with your on-site IT support to ensure proper integration. Once WMS integration is defined, developed, and tested, onsite implementation can begin.

The Roadmap for Implementing Warehouse Automation Technology

When planning is complete, implementation begins with deploying autonomous mobile robots, automated systems, and supporting automation technologies. This stage involves deploying and integrating autonomous mobile robots in your warehouse. It ensures seamless communication and coordination across the robotic fleet, existing infrastructure, and human workers. Testing validates the effectiveness of the automation solution in real-world scenarios and confirms readiness for go-live across critical warehouse tasks. Throughout the implementation, close monitoring and adjustments are made to ensure a smooth transition and promptly address any unforeseen challenges.

Components of a Successful Implementation

Understanding the environment: Mapping your warehouse reveals opportunities for material handling improvements, automated storage zones, and safe robot-to-worker interactions. Capturing detailed information about the dynamic warehouse environment allows both robots and humans to navigate efficiently.

Onboarding to enable buy-in and success: Warehouse workers must understand new digital automation tools, robotic workflows, and inventory tracking systems. Employee knowledge and adoption of automation are crucial to achieving your automation goals. Effective training, follow-up, and support from your staff ensure they are prepared and comfortable working alongside robots and with the new workflow. Encouraging active participation increases acceptance and promotes ongoing use.
Ensuring digital and physical integration with operational systems: Your solution must synchronize with WMS, WES, WCS, and existing automation technologies to ensure operational efficiency and accuracy. Confirming proper function and communication with both physical and digital assets confirms operational readiness for warehouse deployment.

Implementation of mobile robotic automation in your warehouse is contingent on meeting the success criteria agreed upon with your automation partner. Successful automation implementation should meet your acceptance criteria and demonstrate outcomes before going live. However, vendor support should not end there.

Ongoing support and a proactive approach from the customer success team are essential. They should monitor and analyze user, robot, and process data to identify opportunities for improvement and expansion, making course corrections as needed. Your support team should possess an in-depth understanding of your warehouse and processes as well as you do. This alignment is crucial for maximizing utilization, helping you reach your targets, and providing the information needed to enable enhanced decision-making.

Step 5: Components of a Successful Warehouse Automation Implementation

Successful design and implementation demonstrate not only the functionality but also the operational impact of automation, enhancing operational efficiency, productivity, and throughput. After implementation, tracking key performance indicators helps continuously improve processes, demonstrate ROI, and adapt to evolving demands. Automation should support and enable your business as it continues to grow and evolve–providing the flexibility to scale your fleet and expand to other processes and facilities.

Measuring, Optimizing, and Scaling Your Automation System

The definition of success–as agreed upon in design and achieved in implementation–should be monitored and updated as needed to keep pace with changes in demand or in your processes. Measuring progress provides data-driven insights that empower decision-makers to make informed choices about adjustments, improvements, or investments in additional automation.

When measuring success, it’s common to track things like:

Throughput
Availability of robots and pickers
SLA delivery criteria

Cycle times
Error rates

Proactive Monitoring With Inventory Tracking and Operational Analytics

Ongoing measurements and data analysis will ensure your investment delivers on your commitment to the business. Enterprise software should support your daily management with real-time performance and progress insights, offering up-to-date views on your team’s productivity. This data should provide a day-to-day snapshot of what’s been completed, what’s in progress, and what needs your attention, including throughput, work orders in queue, work orders waiting to be finished, what is in the “hospital,” and how many orders are short.

For example, by actively monitoring your robot utilization rate, your partner can recommend adding to the fleet to ensure business continuity. With automation powered by technology such as Onward Robotics’ Pyxis orchestration platform, your partner can provide not only robot data but also picker data analysis, suggesting opportunities to improve efficiency, reduce travel time, and share picker best practices. This unique feedback, part of Onward’s Meet Me® model, optimizes your human and robotic teams with measurable outcomes, making your most valuable resources work better together.

Site visits and follow-up are also essential—even when operations are running as expected—ensuring that your automation partner is updated on not only performance but also changes that could impact outcomes, such as warehouse layout, process updates, or reallocation of resources. This ongoing data reporting, analysis, and communication is key to ongoing automation success and growth.

Scaling Automation Across Modern Warehouses and Supply Chain Operations

From learning, adoption, and success to scaling automation in your warehouse and beyond, your automation partner should also be your advocate: identifying additional workflows or sites within your network where your fleet and business can grow. Demonstrating success will help to build your confidence and the business case for expansion. With initial process implementation and ongoing success, you can add to your fleet or leverage your existing robots, reassigning them to other processes or facilities by repeating the design and implementation process as needed.

A strong partner identifies new workflows where automation can expand, such as:

Automated sortation systems
Picking automation for new SKUs
Conveyor system integrations
Additional warehouse facilities in the network

Scaling may include expanding fleets, reallocating robots, or incorporating new automated systems as your supply chain grows.

Whether expanding your fleet further into your network or scaling for peak season, your vendor should provide purchase options that align to your business needs—capital purchase or RaaS options can provide the ability to scale up or down as demand fluctuates. Integrating automation across your operations positions your business as technologically advanced and efficient, giving you a competitive edge in a rapidly evolving market.

Warehouse Automation: An Ongoing Journey

Each step of the automation journey is essential to realizing operational outcomes that move your business forward. Achieving your initial automation plan goals is just the beginning. Warehouse robotics, AI-powered decision making, digital automation tools, and integrated warehouse systems contribute to ongoing optimization. Warehouse mobile robotic automation offers opportunities to optimize resources, reduce costs, increase productivity, and provide the flexibility needed to adapt when talent is scarce, resources are tight, and customer expectations are high.

Warehouse automation supports:

Reduced costs
Increased productivity
Improved accuracy
Enhanced adaptability in modern fulfillment environments

Automated workflows not only boost efficiency but also reduce costs, reduce errors, and improve adaptability to dynamic market demands, positioning the warehouse for greater competitiveness in the modern business landscape. Following these key steps at each stage of your automation journey will grow your business and increase customer satisfaction—improving accuracy, efficiency, and adaptability.

Your Warehouse Automation Questions, Answered: From Systems to Strategy

1. What is a warehouse management system (WMS) and how does it support automation?

A warehouse management system is the digital backbone of an automated warehouse, connecting inventory, workflows, and systems across the broader supply chain. It enables real-time visibility into inventory management, supports inventory tracking, and integrates with warehouse automation software and robotics to improve coordination, reduce delays, and streamline overall warehouse management.

2. What are the key components of an automated warehouse system?

A modern warehouse automation system combines multiple technologies, including warehouse robotics, automated guided vehicles, and conveyor systems. It may also include an automated storage and retrieval system, vertical solutions like a lift module, and advanced automation software. Together, these automated systems create a cohesive automation solution that improves material flow, accuracy, and speed.

3. How does warehouse automation improve efficiency and reduce labor costs?

By reducing reliance on manual labor and automating repetitive tasks, warehouse automation solutions significantly improve warehouse efficiency while lowering labor cost. Automation also minimizes human error, enhances inventory accuracy, and allows each warehouse worker to focus on higher-value activities, ultimately creating a more productive and scalable warehouse operation.

4. What are best practices for implementing warehouse automation?

Successful implementing warehouse automation starts with a clear strategy and defined goals. A strong best practice is to align your warehouse automation strategies with operational KPIs, available warehouse space, and long-term growth plans. Collaboration between operations, IT, and software development teams ensures that your chosen warehouse automation solution integrates seamlessly with existing systems and processes.

5. How do automation systems impact order fulfillment and customer satisfaction?

Advanced automation systems powered by machine learning and real-time data improve order fulfillment by increasing speed, accuracy, and consistency. Technologies like retrieval systems and intelligent routing within a warehouse automation technology stack help businesses meet demand efficiently, ultimately boosting customer satisfaction and enabling more responsive, resilient supply chain operations.

Automating With Onward

Fulfillment warehouses face growing pressure to boost capacity and flexibility while optimizing resources. Meet Me automation provides the efficiency boost needed to stay competitive. As a true automation partner, we propel your business forward with our powerful person-to-goods solution. By reimagining how robots and humans work better individually and as a team, Pyxis technology empowers and augments the human workforce and streamlines end-to-end operations. Contact us today.