Designing genAI-enhanced features | by Connor Joyce | Feb, 2024
[ad_1]
The Grammarly case underscores Generative AI’s capacity to transition users from a standstill to a productive starting point. However, it also highlights the importance of incorporating design elements that encourage users to evaluate the AI-generated content for accuracy critically. Despite the efficiency of these systems, they lack the nuanced context a human brings to content creation, necessitating user input to ensure the final content’s relevance and utility. Additionally, there’s a risk that reliance on Generative AI for brainstorming may overlook more suitable options, underscoring the need for critical engagement from the user.
Generative AI’s potential in crafting initial drafts is immense, as I’ve personally experienced using ChatGPT to refine and expand my ideas for new projects. Looking ahead, I envision To-Do applications generating comprehensive action lists from brief user inputs and social media platforms suggesting content topics based on users’ past contributions. This evolution in Generative AI’s application promises not only to facilitate the creative process but also to inspire innovation by challenging our initial concepts and expanding our idea horizons.
In scenarios where content abounds, distilling it into a more concise form becomes essential. Summarization for rapid consumption is a trend gaining momentum, as evidenced by platforms like Blinkist, which distill key insights from popular non-fiction books. Generative AI promises to apply similar conciseness across various content forms, paving the way for services that could summarize podcasts, newsletters, and more. Within products, this capability presents vast opportunities.
LinkedIn is at the forefront, tackling the straightforward task of summarizing lengthy posts and articles. As demonstrated, I generated a succinct summary of a post detailing the AI’s summarization prowess. Intriguingly, LinkedIn opts to present this summarized content within a chat interface, facilitating a dialogue where questions about the post could be raised. This approach represents a significant stride towards making the web’s vast content more navigable.
Yet, summarization must navigate the usual pitfalls of accuracy and context. Moreover, condensing content necessitates editorial choices regarding what to include and exclude. While simplifying a factual LinkedIn post, as in the example, seems straightforward, condensing news articles into a few sentences could pose challenges. Additionally, these systems sometimes overlook subtle details or thematic nuances, a limitation that could extend to summaries, potentially omitting critical themes or insights.
Looking ahead, the potential applications for summarization extend far beyond. For platforms that accumulate user data over time, Generative AI could offer “summaries” that reveal patterns in a user’s behavior. Consider a digital journal tracking daily thoughts and feelings; currently, identifying patterns requires quantifying emotions or conducting laborious thematic analysis. As Generative AI technologies evolve, they promise to unlock profound longitudinal insights. Similarly, these tools could craft narratives around assessment outputs, like a mental health platform offering personalized insights based on psychological assessments. The horizon for Generative AI in summarization is vast, heralding a future where content is not only more accessible but also more insightful.
Venturing beyond the realm of textual content, the final component we explore is the application of Generative AI in crafting visual content. This leap into the visual domain introduces the possibility for users to have images generated on their behalf rather than solely relying on existing photographs. A prime example of this innovative use is in Google Slides, where the Duet AI feature allows users to create an image for their title slide. This initial step effectively transitions users from confronting a blank canvas to possessing a source of inspiration that can guide the creation of their entire presentation.
While the example from Google Slides illustrates a nascent foray into this territory, the potential applications for image generation via Generative AI are vast and varied. Images possess the unique ability to convey complex messages instantly, suggesting a future where communication might increasingly leverage AI-generated visuals. For instance, a mental health platform could enable users to articulate their feelings through images rather than text, offering a more intuitive expression of emotion. Similarly, fashion retailers could harness this technology to generate diverse clothing style images, sparking creativity and helping users visualize potential wardrobe additions.
However, as with any emerging technology, image generation through Generative AI faces its own set of challenges. Despite efforts to train these systems to avoid producing inappropriate or copyrighted content, safeguards are not infallible. Additionally, the potential for perpetuating biases through generated images remains a significant concern, highlighting the need for ongoing refinement and ethical considerations in the technology’s development.
The excitement for their potential is palpable as we stand on the cusp of integrating these visual generation technologies into products. The journey ahead promises innovative applications that will enrich user experiences, offering new ways to inspire, communicate, and engage through the power of visual creation.
Every component discussed thus far hinges on user-provided content, ripe for the transformative touch of AI-enhanced features. The flip side of this equation involves generating entirely new content from the ground up, informed by user descriptors supplied by the company. The dramatic decrease in content creation costs now enables the production of customized content variations targeting specific groups or even individual users, responding to the desire of consumers for personalization.
At its core, this process begins with crafting personalized communications, such as notifications or emails tailored to resonate with distinct audiences. An illustrative example of the power of personalization is Duolingo, which has observed significant upticks in usage and retention through targeted push notifications. This approach is underpinned by behavioral science, which acknowledges diverse strategies to nudge user behavior; no singular message will captivate every user universally. Instead, a nuanced understanding of each user’s objectives, progress, and motivations becomes crucial. With this insight, it’s possible to devise customized messages employing various behavioral techniques to encourage desired actions.
Historically, generating a multitude of tailored content versions was a daunting, time-intensive endeavor. Generative AI revolutionizes this process, swiftly creating multiple content iterations based on specified parameters. Consider a notification prompt like “Check this app for your latest offer.” With tools like ChatGPT, one can quickly generate variations of this message, tailored for an iOS notification format and incorporating behavioral principles like Loss Aversion, Choice Overload, and Social Norms, producing several new versions ready for user testing. The possibilities expand with more detailed user context.
This personalized approach to notifications and emails is merely the starting point. Many organizations maintain a repertoire of articles, blog posts, and similar content to highlight their domain expertise, aiming to engage as broad an audience as possible. With Generative AI, creating customized versions of these materials for specific subgroups becomes a straightforward task. For instance, a weight loss app could adapt an article on establishing new workout routines for various demographic segments, followed by targeted notifications to those groups. Looking ahead, I anticipate applications will extend to customizing content based on user data generated through interaction with the company’s services.
Expanding on customization for subgroups, conversations with startups venturing into this domain suggest that dynamically personalized webpages, tailored in real-time to the visitor, are on the horizon. For instance, SaaS websites currently employ tools like Mutiny to tailor experiences based on the visitor’s profile, offering distinct content to founders versus HR leads. While this still demands human input for content creation, the landscape is poised for rapid evolution, minimizing the need for manual intervention.
Generative AI is just scratching the surface regarding its potential to craft AI-enhanced features, signaling an exciting frontier of innovation still to be fully explored. Viewing Generative AI merely as a tool for creating chatbots significantly underestimates its capacity to revolutionize product features across various domains. This article has spotlighted two particularly accessible applications: refining user-generated content and customizing content for enhanced personalization. Yet, these are merely the tip of the iceberg, with countless other applications poised to unfold as the technology matures.
From this moment forward, scrutinize every facet of your product involving user interaction, whether inputting data or consuming content. Consider how you can apply the fundamental components we’ve discussed to enrich the content, facilitating users to meet their needs more effectively. When it comes to presenting content to your audience, why not try out a variety of options? Test, refine, and expand your approach. The realm of possibilities is boundless; it all boils down to embracing experimentation.
Generative AI’s journey in enhancing product features is just beginning, and a vast landscape of untapped potential marks its trajectory. As we venture further into this domain, the anticipation of discovering new and innovative applications of this technology grows. The key is to remain open to experimentation, constantly seeking ways to leverage Generative AI to deliver more value to users and elevate their experience with your product.
[ad_2]
Source link