
What’s the Buzz Around Headless, Unified, Composable, and Omnichannel Commerce?
We’ve been working with headless commerce for quite some time now and are accustomed to concepts like multichannel and omnichannel commerce, but we’ve been intrigued lately with buzz strategies like unified and composable commerce. In this article, we’ll dig into these concepts to try and make sense of their added value for organizations and distill the general framework and building blocks behind them.
Ecommerce has always been at the forefront of innovation, using the latest tools and technologies to develop the best possible user experiences for visitors and potential buyers. With the increasing number of possible software stacks and SaaS solutions, the possible number of business development strategies in this field has also significantly increased, especially in recent years.
We’ve been working with headless commerce for quite some time now and are accustomed to concepts like multichannel and omnichannel commerce, but we’ve been intrigued lately with buzz concepts like unified and composable commerce. In this article, we’ll dig into these concepts to try and make sense of their added value for organizations and distill the general framework and building blocks behind them.
Don’t Lose Your Head, It’s Just Headless Commerce
One of the most talked-about innovations in ecommerce in recent years is “headless commerce”. Why the name? Figuratively speaking, in headless commerce, the frontend (head) of a software stack and an ecommerce application is decoupled from the backend. This opens up a range of possibilities and flexibility when building (added) applications.
This concept derives its buzz and importance by using APIs to decouple backend integrated data, like transactions and customer information, from frontend use of that information in different output channels (like a website or a mobile application). This means a single codebase can serve a multitude of frontend applications, allowing for more personalized shopping experiences and increased speeds. But also, headless dramatically decreases the development costs of MVPs (Minimum Viable Products) and gets applications to market faster.
