Software-oriented

Software-oriented describes something designed, developed, or primarily focused on software, its applications, or related technologies. It emphasizes the crucial role software plays in achieving a specific goal, functionality, or process. This can relate to products, systems, business models, and even people, highlighting their dependence on software to operate effectively. It implies a deep understanding of software principles, development practices, and the impact of software choices on the overall outcome. This orientation often leads to solutions that prioritize digital components and computational processes over physical ones.

Software-oriented meaning with examples

• The company's product line is software-oriented, with its core offering being a suite of cloud-based applications. This approach means their business relies heavily on the efficiency and reliability of their software infrastructure. The software-oriented nature of their products allows for rapid iteration, updates, and remote accessibility for all customers, streamlining operations and increasing overall market reach.
• The training program for new employees is specifically software-oriented, preparing them for coding and development using agile methodologies. This focus equips the new recruits with the skills required for software development to contribute to various projects. This makes for greater efficiency overall, as they can immediately contribute to teams, and understand the company’s software based methods of operation.
• Their business strategy is software-oriented, focusing on creating and maintaining a user-friendly platform with a focus on user experience. This means a large team focused on maintaining its codebase and designing new features to improve the platform. This means that product development revolves around constantly working on new innovations through regular releases of patches.
• The curriculum for the computer science degree program is largely software-oriented, covering topics like data structures, algorithms, and programming languages. This allows students to be prepared to become expert software developers upon graduation. This means its focus is primarily on coding, systems design, and the software development lifecycle rather than hardware concepts.
• The car manufacturing company now has a software-oriented approach to automotive development, incorporating advanced software components and digital interfaces into their vehicles. This enables features such as autonomous driving and over-the-air updates, which will lead to greater market share. This gives vehicles added value due to their integrated capabilities and makes them future-proof.