Skip to content
Get in touch

Unlocking Emotion in Digital Experiences: Introducing the Bliss Emotional Design Audit

Opinion Articles

In an era where usability is no longer enough, emotion has become the true differentiator. The Bliss Emotional Design Audit helps brands elevate their digital products beyond function — creating experiences that users connect with, remember, and share.

 
This 5-day audit goes deep into the emotional layer of design, evaluating how your product makes users feel across six key dimensions — from microcopy and motion to brand personality and information hierarchy.

 

The process delivers a complete emotional diagnosis, Emotional Score, and visual mockups of redesigned screens that demonstrate how subtle design choices can significantly amplify engagement and brand affinity.

 

Expected outcomes include:

  • Stronger emotional connection and user loyalty
  • Improved brand perception and memorability
  • Clear direction for emotionally driven design improvements

 

The final stage brings your team together in a collaborative workshop to discuss insights and define next steps for implementation.

 

At Bliss, we believe emotional design isn’t a luxury — it’s a strategic necessity for digital products that truly stand out.

Related articles

Opinion Articles
RxRepository: Building a testable, reactive, network data repository using RxSwift (part 1)

In this series we will tackle the problem of optimizing network access to fetch data from the network, a common theme of networked applications. While it is certainly trivial to fetch data from a server in any modern framework or OS, optimizing the frequency of access to the network, in order to save bandwidth, battery, user frustration, amongst other things, is complex. More so if you want to reduce code duplication, ensure testability, and leave something useful (and comprehensible) for the next engineer to use.

Opinion Articles
RxRepository: Building a testable, reactive, network data repository using RxSwift (part 2)

In part 1 of this series we started tackling a common problem of networked applications, that of optimizing resource usage and user experience, by optimizing network access. We typically do that by avoiding expensive resource usage, as in avoid making network calls. This avoidance is not more than a mere compromise on the type of resource we decide to spare. Trade a network call for memory space, by caching network responses. It also comes with constraint relaxation, as we do not need the latest version of a particular resource. We, thus, avoid a network call. Nevertheless we want that what we have cached to eventually expire, or to be able to forcefully reload a resource.