--- title: Knowledge management technologies summary: The software and technical infrastructure that support KM, including collaboration tools, repositories, workflow systems, portals, e-learning, and semantic technologies. sources: - knowledge-management.md createdAt: "2026-04-18T11:23:16.577Z" updatedAt: "2026-04-18T11:23:16.577Z" tags: - knowledge-management - technology - software - collaboration aliases: - knowledge-management-technologies - KMT --- # [[Knowledge management]] technologies **Knowledge management technologies** are the information technologies used to support [[knowledge management]] (KM) activities such as collaboration, knowledge capture, storage, sharing, training, and access to organizational knowledge. In KM, technology is one of the core components alongside people/culture and processes/structure, and its role varies depending on whether an organization emphasizes document-centered [[codification vs. personalization strategies|codification]] or more human-centered knowledge exchange. ^[knowledge-management.md] KM technologies developed as computer use expanded in the second half of the 20th century. The source material notes adaptations such as knowledge bases, [[expert systems]], information repositories, group decision support systems, intranets, and computer-supported cooperative work, all introduced to enhance longstanding knowledge-sharing practices like mentoring, training, and discussion forums. ^[knowledge-management.md] ## Role in [[Knowledge management]] In practice, KM technologies help organizations make knowledge available for goals such as improved performance, innovation, organizational learning, reuse of expertise, and management of intellectual capital. They can support both the transfer of established knowledge and the creation of new knowledge, especially when combined with social arrangements such as [[communities of practice]] and other collaborative environments. ^[knowledge-management.md] Technology is especially central in codification-oriented KM. In that approach, people explicitly encode knowledge into shared repositories such as databases, and others retrieve what they need from those systems. By contrast, in personalization-oriented KM, information technology plays a more limited supporting role by facilitating communication between people rather than serving as the primary store of knowledge. See also [[Codification vs. personalization strategies]]. ^[knowledge-management.md] ## Main categories The source material groups KM technology into several overlapping categories. These categories are not mutually exclusive; for example, workflow is often part of content or document management systems, and many such systems also include portal features. ^[knowledge-management.md] ### Collaborative software [[Collaborative software]] (groupware) supports collaboration and the sharing of organizational information. The source highlights features such as threaded discussions, document sharing, organization-wide email, and related collaboration functions. Wikis, blogs, shared bookmarking, and other social software are also mentioned as collaborative technologies used in KM. ^[knowledge-management.md] These tools are particularly useful where knowledge exchange depends on interaction among people, and they can support both knowledge creation and transfer. They are also relevant to practices such as cross-project learning, after-action reviews, and community-based sharing. ^[knowledge-management.md] ### Workflow systems [[Workflow systems]] represent and support processes associated with the creation, use, and maintenance of organizational knowledge. The source gives examples such as processes for creating and using forms and documents. ^[knowledge-management.md] Because KM is closely tied to organizational processes, workflow tools help formalize how knowledge moves through tasks, approvals, and routines. In practice, these capabilities often overlap with document management and portal technologies. ^[knowledge-management.md] ### Content management and document management systems [[Content management]] and [[document management]] systems automate the creation and handling of web content and documents. The source notes that they can explicitly model roles such as editors, graphic designers, writers, and producers, along with tasks and validation criteria in the process. ^[knowledge-management.md] These systems are important in codification because they help structure, validate, store, and distribute explicit knowledge. The source also notes that vendors that once specialized in either documents or web content increasingly merged those functions as the Internet grew. ^[knowledge-management.md] ### Enterprise portals [[Enterprise portals]] aggregate information across the organization or for groups such as project teams. In KM, they serve as access points that bring together distributed knowledge resources into a more unified interface. ^[knowledge-management.md] Portals can therefore support reuse and discovery by making repositories, documents, and related organizational information easier to find. ^[knowledge-management.md] ### eLearning systems [[eLearning]] tools allow organizations to create customized training and education. The source includes lesson plans, progress monitoring, and online classes as examples of supported functionality. ^[knowledge-management.md] These technologies connect KM with learning by helping organizations distribute structured knowledge and build employee capabilities over time. ^[knowledge-management.md] ### Planning and scheduling software Planning and [[scheduling software]] automates schedule creation and maintenance, and the planning aspect can be integrated with project management software. Within KM, this category supports the coordination of work in ways that can facilitate knowledge-related activities. ^[knowledge-management.md] ### Telepresence [[Telepresence]] technologies enable virtual “face-to-face” meetings without requiring people to gather in one location; videoconferencing is given as the clearest example. ^[knowledge-management.md] Such tools support communication-intensive knowledge sharing and are especially relevant where expertise must be exchanged directly between people rather than only through documents. ^[knowledge-management.md] ### Semantic technology [[Semantic technology]], including ontologies, encodes meaning alongside data so that machines can extract and infer information. The source describes this as part of KM’s movement toward working at the semantic level and links it to the [[Semantic Web]]. ^[knowledge-management.md] The source also notes that commentary on the Semantic Web is mixed: some observers argue it did not achieve widespread adoption, while others describe it as successful. ^[knowledge-management.md] ## Common KM tools and mechanisms Beyond the formal technology categories above, the source identifies a broader set of KM tools and instruments often used in organizations. These include [[knowledge repository|knowledge repositories]], databases, expert directories, expert systems, collaborative software, [[knowledge mapping]], storytelling support, after-action reviews, knowledge fairs, best-practice transfer mechanisms, and knowledge capture processes that extract expertise from specialists and embed it in databases. ^[knowledge-management.md] Some of these tools are strongly associated with explicit knowledge, such as repositories and document systems, while others support tacit knowledge transfer by helping people connect and interact. This mirrors the broader distinction between [[tacit and explicit knowledge|tacit and explicit knowledge]] in KM. ^[knowledge-management.md] ## Relationship to [[Knowledge retention]] KM technologies also play a role in [[knowledge retention]]. The source explicitly includes information technologies used to capture, store, and share knowledge as one of the main categories of [[Knowledge retention]] strategy. In that context, repositories, collaborative tools, and documentation systems help reduce knowledge loss when employees leave. ^[knowledge-management.md] Related retention practices mentioned in the source include sharing documents, job shadowing, mentoring, storytelling, communities of practice, and wikis, showing that technological and social mechanisms are often combined rather than treated as alternatives. ^[knowledge-management.md] ## Evolution of KM technology The source notes a shift from proprietary KM products toward broader internet-based formats and tools. It cites products such as HCL Notes as examples of proprietary systems that once defined proprietary formats for email, documents, and forms, while the Internet pushed many vendors toward Internet formats. ^[knowledge-management.md] It also notes that open-source and freeware tools for blogs and wikis made capabilities available that previously required expensive commercial software. This lowered the barrier to adopting collaborative KM functionality. ^[knowledge-management.md] ## Limitations and context The source material emphasizes that KM success does not depend on technology alone. Across KM schools of thought, people/culture, processes/structure, and technology are all core components, and early case studies particularly stressed the importance of people and cultural norms for successful knowledge creation, dissemination, and application. ^[knowledge-management.md] For that reason, KM technologies are best understood as enablers within a broader organizational system. Their effectiveness depends on how well they fit the organization’s knowledge strategy, processes, incentives, and patterns of collaboration. ^[knowledge-management.md] ## Related concepts See also [[Knowledge management]], [[Codification vs. personalization strategies]], [[Tacit and explicit knowledge]], [[Knowledge retention]], [[Knowledge sharing]], [[Knowledge transfer]], [[Knowledge repository]], [[Communities of practice]], [[Knowledge audit]], and [[Intellectual capital]]. ## Sources - knowledge-management.md