Current economic forecasts put the economy on a recovery path in 2021 but it is likely to be 2022 before GDP grows beyond 2019 levels. Likewise, manufacturing and retail sectors are expected to continue to shed jobs. At the same time, global business consultancy McKinsey is observing that COVID-19 is driving the adoption of Digital Transformation strategies at unprecedented rates.
Given this scenario, manufacturers must put agility at the top of their survival plans. The question now facing manufacturing leaders is how to accomplish this objective as part of existing digitally transformation programs in such a way that maximizes the agility of their operations. Their top question is often “Who should I work with and what software will allow me to accomplish these objectives?”
The answer isn’t as simple as just identifying the right application such as a Manufacturing Execution System (MES) or Quality Management System (QMS) but must also factor in what platform for these solutions makes the most sense. The answer that will give the best results? Start by selecting a solution built upon a microservices architecture to ensure sufficient flexibility is embedded in your IT/OT infrastructure.
Read this article for other insights in selecting an MES solution, 3 Critical Factors Often Overlooked During an MES Evaluation Process
Here are 5 Reasons Why Microservices Make Sense for Manufacturing Applications
1. Manufacturing operates as a system. As one examines the evolution of software applications in general, and in manufacturing specifically, an overriding trend is the blurring of functional boundaries between application providers. Virtually every major Enterprise Resource Planning (ERP) provider has added MES functionality to their suites. The same is true for QMS providers who now offer sustainability and EH&S functionality. Likewise, MES providers have greatly expanded their footprint into quality and reliability/maintenance.
The reason is straightforward: Manufacturing operates as a system; all the parts are interconnected. Therefore, the applications that support such an interconnected system need to themselves be interconnected. This leads to the first reason microservices are the right choice for manufacturing applications going forward: Microservices provide a scalable platform.
2. Microservices’ scalability eases interconnectivity. Despite the efforts of some enterprise application suite providers to provide every functionality, the truth is that innovation continues to emerge from smaller providers. Therefore, companies looking to stay on (or closer to) the leading edge of technology and functionality will likely always be integrating new applications to well-established transaction-based back-ends.
3. Microservices make the most of Cloud infrastructure. They provide the ability to spread load across multiple servers and data centers. This can ease compliance with local data security issues when properly managed, reduce response times by putting user-facing services closer to endpoints, and simplify platform support.
4. Microservices allow developers to be more responsive. As a rapidly changing economy necessitates frequent operating changes, applications built on microservices can be very quickly adapted to new business models and demands. Large teams building, testing, and deploying massive product releases will become a thing of the past. Solutions built on a microservices architecture can quickly evolve with your business, and typically at a much lower cost.
5. Microservices provide for futureproofing. Manufacturers cannot accurately project what their operating requirements will be in the future. Nor can they afford to rip and replace applications every 5-10 years as they have done in the past. With microservices, manufacturers have a platform to evolve their software footprint as they move their business going forward. With the advantages of Cloud, interconnectivity, and a platform approach, microservices extends the life of end-users’ software investments.
Manufacturers can learn from other industries that faced similar scalability and responsiveness challenges in the past. Prior to 2020, the need for manufacturers to have a great deal of operational agility certainly existed but the pain was not as acute. The last six months have transformed many parts of our lives. For manufacturers, the need to respond quickly has never been so elevated as a requirement for not only profitability but survival. Fortunately, microservices-based applications are now available, coming at a point that coincides well with the industry’s need for a better approach to this persistent challenge.
- Use Emerging Industry 4.0 Metrics To Measure Digital Transformation Success - March 17, 2021
- Avoid Technical Debt by Rationalizing Your IT/OT Architecture - February 18, 2021
- Defining the Right Manufacturing Metrics is the First Step to Proving the Benefits of MES - February 9, 2021
- MES & Lean Manufacturing: Friend or Foe? - January 19, 2021
- Fostering Culture Change with MES to Enable a Digital Transformation Framework - January 7, 2021
- Microservices are a Manufacturing Software Must Have - November 5, 2020
- Why So Many Manufacturers are Unprepared for Digital Transformation in 2021 - October 22, 2020
- 3 Critical Factors Often Overlooked During an MES Project Evaluation - September 3, 2020
- Best-of-Breed vs. Single Suite – Picking an MES - August 11, 2020
- Best-of-Breed vs. Best-of-Suite Solutions – Making an Important OT Architectural Decision - July 28, 2020