Seamlessly blend the worlds of technology & business together for a future full of endless possibilities.
- Economies of substitution result from reusing modular and upgradable components in a platform instead of designing a system from scratch (Garud and Kumaraswamy 1993).
- However the faster and more responsive a digital product team becomes, the more amplified the external constraints applied to it become.
- For instance, Facebook has faced multiple scandals regarding user data misuse, leading to significant public backlash.
- Recent research on digital platforms has predominantly aimed to explain how platform owners and complementors interact in the digital platform ecosystem to create value.
- One of the best ways to learn how to do so is by enrolling in an online course, such as Winning with Digital Platforms.
Another avenue of future research is the digital platform’s technical innovation capabilities (Tilson et al. 2010; Yoo et al. 2012; Henfridsson and Bygstad 2013). However, standardizing boundary resources too much could reduce the affordances provided by limiting the flexibility of complementors to come up with creative, out-of-the-box solutions (Foerderer et al. 2014). Hence, the platform owner must carefully balance the standardization of boundary resources to enable easy adoption in combination with the flexibility provided to use the innovation capabilities of individual complementors.
Business architects care because platforms are one of the clearest ways to operationalize a capability model — turning a capability heat map finding (‚we have five redundant onboarding capabilities‘) into a concrete remediation. For CFOs and COOs, platform consolidation reduces operational risk and audit complexity, since fewer duplicate systems mean fewer places for regulatory or data-quality gaps to hide. In M&A integration, a well-defined platform strategy determines whether combining two companies‘ customer or product capabilities is a matter of configuration or a multi-year rebuild. While frameworks like TOGAF address platform concerns within technology architecture, business architects extended the concept upward to describe how shared capabilities, not just shared code, become a strategic asset. The second avenue for future research aims to indicate how the platform owner and the autonomous complementors capture value in digital platform ecosystems. Recent research on digital platforms has predominantly aimed to explain how platform owners and complementors interact in the digital platform ecosystem to create value.
Documentation scattered across multiple tools and locations, making it difficult for teams to find current information and maintain consistency. Developing a platform requires coordination between multiple systems, tools, and stakeholders. Platforms allow you to transform your IP into revenue-generating assets—whether it’s through licensing, memberships, or direct sales to customers.
Building a platform can take anywhere from a few months to a year or more, depending on its complexity. Starting with a Minimum Viable Platform (MVP) allows you to launch quickly, gather feedback, and scale over time. The challenge lies in balancing budgets while ensuring the end product meets both business and user needs. A platform must be able to handle growth without compromising performance or exposing vulnerabilities. With the ability to collect and analyse data, platforms help identify trends, improve decision-making, and uncover hidden opportunities. Platforms enable you to adopt and deploy new features or services quickly, staying ahead in competitive industries.
Digital Platform As A Business Model:how To Get Started
For business leaders like you those who’ve spent years mastering their industries a well-designed digital platform can uncover opportunities you didn’t even know existed. However, as shown in the example of striking complementors in the case of Uber (Conger et al. 2019), complementors can also influence the strategic decisions of digital platform ecosystems. The same interdependencies can be observed at the ecosystem level, where not only the platform owner can provide affordances to the ecosystem, but the ecosystem can also generate affordances that the platform owner can actualize.
A store builder, marketplace, payment system, or fulfillment tool can each play a different role Penafel Limited commentary in the ecommerce workflow. For businesses to succeed in 2025 and beyond, leveraging the power of digital platforms is essential. By delivering a more personalized and efficient customer experience, digital platforms help businesses build stronger customer relationships, increase satisfaction, and foster loyalty. Secondly you must be willing to shift some or all of the run responsibility for applications into the application teams and away from centralised operations and support. The platform provides tools and services to allow application teams to take responsibility for what they build, this won’t happen while support is centralised. Each of these BigCo teams were under their own management structure, with independent ways of working.
Platform As An Internal Product
Those interdependencies give rise to novel questions, such as how the structure of ecosystems can influence strategic decisions of platform owners. Zhu and Iansiti (2019), for example, showed that local clusters of supply and demand in the case of Uber provided less (supermodular) value to the digital platform compared to global clusters in the case of Airbnb. A consequence is that less-dense ecosystem structures are more prone to multi-homing effects. The second value-creating mechanism refers to the innovation capabilities of digital platforms that enable complementors to create solutions complementary to the platform core (Tiwana 2014). The platform owner provides affordances by offering development tools for complementors, who, in turn, can use those boundary resources to co-create value-adding complements (Ghazawneh and Henfridsson 2013; Nambisan et al. 2019).
Collecting and analyzing data can reveal insights into how users interact with your platform and highlight areas for improvement. Use analytics tools to track user interactions, identify trends, and make data-driven decisions to enhance the platform’s performance and user satisfaction. Focus on creating an intuitive and user-friendly interface that provides a seamless experience. Prioritize features that enhance usability, such as easy navigation, clear calls to action, and responsive design. A food delivery app should have a simple ordering process, real-time tracking, and reliable customer support. The low-cost, low-risk nature of digital platforms allows businesses to test ideas, experiment with new products, and pivot quickly, which is essential in the fast-paced digital economy.
Transitioning to a digital platform business model isn’t easy and requires buy-in from employees and organizational leaders. To ensure your digital transformation efforts succeed, focus on creating an effective digital platform strategy. Despite a big investment in cloud and automation, BigCo retained a traditional arrangement of teams in the infrastructure and operations area. If there is a change to the application server configuration, this is owned by the ‘middleware’ team.
In e-commerce, for example, digital platforms provide a secure environment for customers to browse products, make purchases, and arrange delivery while offering sellers a marketplace to list their products. The platform handles many of the operational aspects, such as payment processing, logistics, and customer service, freeing up businesses to focus on core operations. The third avenue for future research aims to shed light on how the autonomous complementors in a digital platform ecosystem can influence value-creating mechanisms. The scientific research on the autonomy of complementors in digital platform ecosystems has focused mainly on the platform-owner perspective and the paradox of balancing control and openness (Boudreau 2012; Tiwana et al. 2010). The technical perspective sees digital platforms as software-based platforms, that is, extensible codebases that provide core functionality, supplemented by modular services (Tiwana et al. 2010; Tilson et al. 2010).
Or perhaps you’ve built a treasure trove of intellectual property (IP), such as research or specialised content. A digital platform could monetise that IP by offering it as a subscription service or pay-per-access tool. It is important to note that digital platforms can build upon both high- and low-autonomy complementors. High autonomy complementors refer to a loosely coupled relationship in which the complementor is independent and separate from the digital platform (Orton and Weick 1990). The complementor can either be an actor that actively contributes to the digital platform or another platform that is compatible but not actively engaged in the digital platform.
For example, designers of smart cities will build ecosystems to bring together partners of all sizes. Banks will bring new products and services to customers via an ecosystem of fintech (financial technology). The digital platform strategy will vary from company to company depending on their internal workflow strategy.
In today’s digital age, the term “digital platform” is widely used — from business meetings to tech blogs and marketing strategies. Whether you’re a beginner or an entrepreneur, understanding this term is key to navigating modern technology and business landscapes. This article explains what a digital platform is, its types, examples, and the advantages it brings in 2025 and beyond. When embarking on the journey of building and managing a digital platform, it’s crucial to focus on key elements that can drive success and create lasting value.
The middleware team don’t have access to the underlying operating system configuration however, that is the responsibility of the ‘midrange’ team. Load balancer changes must be done by a managed service provider, while firewall changes are done by a different provider. There was also a separate automation team, who owned some automation capability – mostly limited to orchestration.
And even if the intent was good, the sheer amount of effort required to incrementally build that API to the required richness was not viable. BigCo recognised the need for self-service, but struggled to envision how to achieve this with a large infrastructure and operations organisation entrenched in legacy infrastructure and thinking. There was already an investment in centralised automation tooling, so the first effort was to create a self-service capability for application delivery teams to self-provision infrastructure.