Saw this on LinkedIn about architecture but it's also accurate for developers, you only have to read it from back to front.
Source: http://archdaily.com/876083/...

PIM systems https://dinarys.com/blog/... provide a centralized location for businesses to store and manage their product data, including descriptions, specifications, images, and other important information. PIM systems are designed to improve the accuracy and consistency of product data across multiple channels, including e-commerce websites, marketplaces, print catalogs, and other marketing materials.
They help businesses ensure that their product information is up-to-date, complete, and relevant to their target audience. Here are some of the key benefits of using a PIM system: Centralized data management: PIM systems provide a single location for businesses to store and manage their product data. This makes it easier to ensure that the data is accurate, consistent, and up-to-date across multiple channels.

Improved data quality: PIM systems help businesses ensure that their product data is accurate, complete, and relevant to their target audience. This can lead to improved customer experiences and higher conversion rates. Increased efficiency: PIM systems automate many of the processes involved in managing product data, such as data entry, formatting, and translation. This can save businesses time and reduce the risk of errors. Greater scalability: PIM systems are designed to handle large amounts of product data and can scale as businesses grow and add new products. PIM systems are particularly useful for businesses that sell products across multiple channels and need to ensure that their product data is accurate and consistent across all channels. They can help businesses improve their operational efficiency, reduce costs, and improve the customer experience.

ARE YOU READY FOR WORKPLACE BRAIN SCANNING?
Extracting and using brain data will make workers happier and more productive, backers say

https://spectrum.ieee.org/neurotech...

"What takes much more time are the cognitive and motor processes that occur after the decision making—planning a response (such as saying something or pushing a button) and then executing that response. If you can skip these planning and execution phases and instead use EEG to directly access the output of the brain’s visual processing and decision-making systems, you can perform image-recognition tasks far faster. The user no longer has to actively think: For an expert, just that fleeting first impression is enough for their brain to make an accurate determination of what’s in the image."