Many companies around the world are doing all they can to drive productivity and task output to the maximum. However, we have come to the point where this has become a very challenging process, due to the scope of different business tasks that companies are faced with. Even if you automate certain processes, it requires a lot of planning in order for everything to run smoothly.
This is where automation architects come into play. They serve to automate various business processes in a company, but with the best and most optimal approach for the business. For example, an architectural engineer can help with automation of AI, computer system maintenance, manufacturing machine automation, and software maintenance automation. All of these processes play an increasingly important role in a variety of niches. By organizing these processes, an architectural engineer helps the company establish a flawless workflow as well as cut down a variety of costs.
Let’s take a look at what an automation architect or architectural engineering is and weigh the pros and cons.
What is Architectural Automation?
Architectural automation in the IT world includes planning and organization of process automation. Automation architects take the responsibility to make a plan to organize various departments throughout a company and determine how each of them can be automated for better performance.
As a majority of businesses that pick this practice are bigger corporations, it is obvious that the whole task is not that easy. It takes a lot of time for the automation architect to establish a smooth automation workflow in a company.
For example, if the company is planning to outsource, he or she must ask and answer the key questions that will help them make the right decision.
With the right plan, a company can witness a lot of benefits, but with a wrong one, only additional expenses may appear, making the whole endeavor counter-productive.
Let’s take a look at the pros and cons of architectural automation.
Here are a couple of reasons why businesses should put architectural automation into practice.
Flawless workflow – Establishing seamless workflow in small companies is easy. However, when they start counting thousands of employees, it becomes a much more challenging task. This is why automation architecture is so important. With this approach, companies can establish a flawless workflow, maximizing the performance of every single department in the company.
Getting more done with less – With the right automation architecture, it becomes possible to get more things done in a shorter period of time with fewer people. This enables the employees to get focused on overall company strategy, while a variety of processes are simultaneously handled automatically.
Removal of possible human error – In a variety of tasks, there is a human factor involved. While this works well in the majority of situations, sometimes a single individual's mistake can create serious problems. Take Amazon's server outage, for example, a single typo made by a person has created a big problem for numerous online service providers. These types of cases are much less likely to occur with architectural automation deployment. The more businesses adopt the approach, the more stable they are going to be.
Higher profit – With flawless workflow and doing more with less, companies can expect to earn more money. They simply become more efficient and effective.
As you can see, there are plenty of benefits that push businesses into moving towards architectural automation. However, there is currently a little downside that we will discuss further.
The only current problem with this approach is that the architectural automation branch is rather young, which makes finding quality experts quite challenging. Making the right choice can cause the business to lose a lot of money in a short period of time. Therefore, it is crucial that the right architectural engineer is chosen for performing this task.
It is clear that the higher number of companies are going to incorporate architectural automation for better performance. Therefore, a bright future is ahead for this field, as technological advancements are yet to continue.
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