Find and Solve Production Bottlenecks with the CME Technology Assessment Program (TAP) Grant


 tracey

Tracey Crane

By Mentor Works

One of the keys to staying competitive as a Canadian manufacturer is continuous improvement, including investments in technology and innovation. However, many manufacturers have difficulty determining the most impactful technology investments and third-party consultants are required to find and solve bottlenecks.

Fortunately, the CME Technology Assessment Program grant was created to subsidize the costs of third-party technology assessment specialists. Southern Ontario manufacturers can access this grant to receive specialized assessments of opportunities to improve their systems, processes, and equipment by adopting new technologies.

Eligible manufacturers can receive subsidies covering up to 100% to a maximum of $25,000 of eligible consulting assessment costs.

The results of proper technology assessments and the resulting technology adoption can lead to lower operating expenses, improved customer satisfaction, heightened innovation capacity, and elevated quality assurance.

CME Technology Assessment Program Overview

The CME Technology Assessment Program enables manufacturers to determine the technologies that best suit their unique challenges with the most attractive return on investment (ROI).

Applicants can work with a Qualified Service Provider (QSP), like SHEA Global, that will conduct the assessment on-site at the production facility and create a custom action plan to enhance efficiencies through a combination of optimized existing assets and new technology adoption, including hardware, software, and cloud computing.

Once finished, the QSP will help the manufacturer make informed decisions on what assets to purchase, optimize, and/or retire, as well as required training of the production team

Eligible Applicants

To be eligible for the CME TAP program, eligible applicants: · Must be a manufacturer based in southern Ontario per the census map; · Must have between 16-499 full-time employees in southern Ontario; · Must demonstrate financial stability; · Must be an incorporated business (federally or provincially) for two years or more continuously; and · Are not required to be a member of CME to be eligible.

Eligible Projects

Assessments must be completed by Qualified Service Providers (QSP), pre-approved by CME. Experts who are not already credited as a QSP can apply to be a certified QSP. If there is a current partnership with an expert who is not CME-approved, they can apply to be added to the list of QSPs. Experts that are on the applicant’s payroll are ineligible.

Assessments can focus on areas such as: · Waste reduction; · Productivity; · Process flow; · Energy efficiency (production level); · Quality (for example, ISO Certification); · Environmental impact (various green certifications); and · Information and management systems. Any assessments that have been previously completed by the applicant are not eligible.

Eligible Expenses

Entertainment and meals are not eligible costs; and Consulting fees (including travel) are eligible.

Learn More in Our Upcoming Live Webinar

On June 24 at 2 p.m. EST, join SHEA Global and Mentor Works to go over the CME Technology Assessment Program in detail. We will cover: · How you could achieve goals through technology adoption and by building a strategic plan · How to qualify for government funding to support professional technology assessments, purchases, and training · What additional funding is available that can be leveraged to subsidize the cost of digital investments · And answer any questions that you have about the program. See details about the live webinar and register here. Keep up-to-date on all funding updates in the Mentor Works newsletter.

About Mentor Works

Mentor Works is a business support organization specializing in Canadian government funding. The Ontario-based business has helped hundreds of businesses build and execute their funding strategy through a mix of federal and provincial government grants, loans, and tax credits. Mentor Works offers free online resources, funding webinars, and news via their website at www.mentorworks.ca.

About SHEA Global

SHEA Global believes that all organizations have the potential to achieve excellence. Our passion is to guide our customers to business excellence. We are your strategic partners in end-to-end business transformations and ongoing optimization.

At SHEA Global, we challenge our customers to look beyond the status quo imagine what Business Better is like for them. SHEA Global supports organizations in 20 countries from offices in Canada, US, UK, India, and the Philippines.

Cloud-Native is the new paradigm which is fast catching traction, which it should, given the phenomenal rise of cloud adoption over the last few years. Today, enterprises are more comfortable with their mission-critical applications on cloud than ever before. Enterprises, almost all of them have their 1 eye on cloud and the other eye on their legacy architecture and infrastructure. They not convincing that cloud is the way to go, but its always a tiff between current customer priorities, Q-on-Q revenue targets, getting that budget for cloud migration and the challenging business climate, that puts some spanner in the work.

The vast majority of CIO's do understand all the benefits and value on moving to the cloud - lock, stock and barrel, at the same time retaining all the flexibility to fall back on a hybrid format of either a mixed cloud or part on-prem whatever is required to give that comfort feeling.

With the above as the base, let's set the context for why Cloud-Native has been garnering som much focus and attention. This will require to understand the triad of - Microservices, Containers and Container Services to be able to understand how the cogs are attached and how the architecture looks like for getting the desired results.

Again, what are we looking for from this paradigm move - we are looking for speed, agility, efficiency, no lock-in, easy of the move, ease of scale, customer and market-responsive. All great things to have and shoot for. So, let's get into the triad that makes it possible.

Microservices

Microservices is an easy giveaway. The name is coined beautifully to depict, how any feature, functionality - broadly called SERVICES, is given its own independence and is able to act as a service provider in its own small way. Hence the term - Microservices. This could be as small as a piece like - login, user authentication, logging, timer or whatever can be a small and discrete part in the entire large complex enterprise software bundle.

Microservices is an easy giveaway. The name is coined beautifully to depict, how any feature, functionality - broadly called SERVICES, is given its own independence and is able to act as a service provider in its own small way. Hence the term - Microservices. This could be as small as a piece like - login, user authentication, logging, timer or whatever can be a small and discrete part in the entire large complex enterprise software bundle.

Microservices is an easy giveaway. The name is coined beautifully to depict, how any feature, functionality - broadly called SERVICES, is given its own independence and is able to act as a service provider in its own small way. Hence the term - Microservices. This could be as small as a piece like - login, user authentication, logging, timer or whatever can be a small and discrete part in the entire large complex enterprise software bundle.

Now, let's look at the second leg of the triad - Container.

Docker (Container)

The container is also a self-explanatory term, meaning it Contains. In this context, it contains any application piece or service that's put into it. The most popular container software is DOCKER, which is widely popular and used. Now DOCKER is similar yet different from Virtualization or VM's as depicted by the diagram below. In VM its a full package which is abstracted from the Hardware including the operating system meaning you could have a Linux box, load it up with Hypervisor and then build a full application exe along with Windows OS. In essence, we have simulated a Windows computer on a native Linux Hardware. You could multiple of such things on the same hardware. But with Container it allows for bundling the apps and the libraries as one set and allowing for multiple such containers with a node or a machine. It does not touch or needs to chase the native or Host Operation System. Now, with this what we have done is made the native environment redundant or Don't-Care, thus allowing to create a paradigm where you can easily move the container blobs from anyplace to anywhere, any on-prem hardware to any cloud or a hybrid of those, it simply does not matter. Each of the containers provides a cocoon for the functionality, or microservices to do its job and run without needing to know or bother about the underlying resources - who's providing it, where is it coming up & the best part is, it can ask for any amount of resource either to upscale or downscale at will, depending on the usage pattern.

Now let's move to the final leg of the triad, the orchestrater or Container Service also called Container Orchestration Service

Kubernetes ( Container Orchestration Service)

Container Orchestration is actually the key to ensuring the advantages of the container (Docker) comes to the fore. After all, having the nice stuff of container is not much use, unless we have an administrative and scheduling logic/ layer that will allow administrators to run these microservices, scale them, tear them down and also add complex business logic of when this should be done. There could be various business triggers of when certain service/ containers need to be highly available (e.g morning time is when you would expect lot of user login functionality, so there has to be lot more instance of this service or container suite only for that time range and then scale it down to lesser number of instances per the traffic).

Kubernetes is the most popular container scheduling and orchestration tool that's in vogue, given the flexibility and ease that it provides, which includes a dashboard based visual UI to administer nodes. Kubernetes works in a cluster form at its highest level and employs a master-slave mechanism, each the master and slave running on nodes (or computers). Each node, in turn, runs one or more containers (which in turn has application or services internally). The master node, manages and controls all the node elements and drives everything from start/stop of container services to manage them seamlessly. The administrator can now schedule and deploy containers through this framework, thus having fine-grain control or which services to scale-up and which to scale-down, either manually or auto trigger-based of predefined logic.

Hope this gives a high-level view of how the software architecture is moving from tightly coupled, single place, on-prem, one big chunk to a leaner, meaner, efficient and highly mobile and scalable architecture using - Microservices, Docker (Container) & Kubernetes ( Container Services).

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