As discussed in the KM Lifecycle, the main stages of a KM process model are as follows:
Knowledge Building Stage
Knowledge Holding Stage
Knowledge Mobilization Stage
Knowledge Utilization Stage
Information Technology is one of the key KM enablers. Here we will look at how technology can improve and/or enable the KM Lifecycle stages.
Knowledge building is supported by technology in the following manner:
Research on products, services and competitors via the internet/web 2.0 technologies
Attending seminars via video sharing sites such as YouTube, MS Teams and GoToWebinar
Socialization through meetings on MS Teams, Skype and Zoom
Internet technologies that enable the sharing of research papers, best practices within the industry etc. to be consumed by the organization
Creating a space for individuals to co-create such as MS Teams and MS Whiteboard, internal blogs and Office360 which allows multiple users to collaborate on a single document simultaneously
Capturing of interviews (video and/or audio) using recording equipment
Upskilling employees on topics via e-learning such as Udemy
Creating metadata databases of the data warehouse e.g. Ab Initio Software, Oracle
Big Data Mining and AI can enable an organization to uncover trends and patterns which leads to knowledge creation
Knowledge holding is supported by technologies with file/data storage capabilities such as:
Cloud Computer (e.g. Google Drive, One drive and DropBox) which can store policies, manuals, guidelines, reports and meeting minutes
Data warehouses for structured (MS SQL Server) and unstructured data (Hadoop)
Big Data Data sources have drastically increased over time as well as the content within these data sources for example:
IoT devices have sensors and are interconnected with one another.
social media platforms
blogs and wikis
traditional data sources such as books, research papers, raw data from line of business systems
the rise of unstructured data such as images, sound, and video
IT is the most efficient conduit to enable the sharing of knowledge
Web 2.0 technologies (e.g. web portals/ sharepoint sites) are common due to ease of use, ease of learning, IT professionals have adopted this technology
Weekly Live Streams of what the organization is working on which can be orchestrated on MS Teams
web based dashboards (e.g. Qikview and MS PowerBI) that provide stakeholders with business insights on sales, risk exposures etc.
Email (MS Outlook) and Instant Messaging (MS Teams and Skype)
Making e-learning compulsory for certain courses e.g. an organization identifies pre-requisite knowledge that employees should possess such as social engineering and phishing. The organization can distribute this knowledge via e-learning platforms
Performing complex calculations in a timely manner:
to enable decision makers to determine the way forward
ascertain a potential client's risk of exposure if the company chooses to create a business relationship
Understand the changes in the market immediately with real time live streaming of events in the industry (Social media, Google Alerts)
Easily consume and understand trends through data visualization (Qikview and MS PowerBI).
Manufacturers can use robotics to create their products
The development of mechanical devices that can perform the activity of a human e.g. painting, precision welds
Artificial Intelligence (AI) refers to enabling computers to perform tasks that resemble human thinking ability.
Case-based reasoning (CBR) is an artificial intelligence technique designed to mimic human problem solving.
Its goal is to mimic the way humans solve problems. When faced with a new problem, humans search their memories for past problems resembling the current problem and adapt the prior solution to “fit” the current problem. CBR is a method of analogical reasoning that utilizes old cases or experiences in an effort to solve problems, critique solutions, explain anomalous situations, or interpret situations (Aamodt and Plaza 1994; Kolodner 1991, 1993; Leake 1996; Watson 2003).