An AI-powered credit card benefit optimizer that helps users stop leaving money on the table — without requiring financial expertise or manual tracking.
Consumers hold multiple credit cards for the perks — but those perks are buried across issuer apps, emails, and fine print. The result: real money left unredeemed, every month.
No participant had a single place to view all their benefits. Every check required jumping between 2–3 banking apps and navigating card-specific menus.
Benefit terms are conditional, inconsistent, and frequently changing. Even motivated users defaulted to memorized rules rather than reading current terms.
High-engagement users spent 10+ minutes per purchase decision. Lower-engagement users gave up entirely, leaving the most valuable benefits unclaimed.
Users who felt confident in their card usage were often optimizing only one dimension — points or cashback — while ignoring credits, perks, and rotating categories.
"I have four cards in my wallet and I still don't know which one to use at the grocery store."Research participant · CardWise discovery
Three moderated interviews paired with a classmate survey. During interviews, participants attempted live benefit lookups — revealing friction invisible in self-reported data.
Checks every card before large purchases. Spends ~1 min per card, 10+ min total. Still misses rotating and conditional benefits despite high effort.
Reviews weekly, focuses on flights and hotels. Deep expertise in travel benefits — but other benefit categories go entirely unused.
Rarely checks. Relies on cashback categories memorized from signup. Navigation friction alone is enough to stop benefit exploration.
No single view = repeated navigation = most users giving up before checking all cards.
Mental models built at signup become stale. Rotating and conditional benefits are systematically missed.
The harder the system is to navigate, the fewer benefits get redeemed — regardless of card quality.
Users who felt informed were often optimizing only one benefit dimension and unaware of what they were missing.
Financial decisions require both speed and trust. Three models were evaluated before selecting the approach that best balanced those needs.
User speaks in natural language; AI interprets and acts. Fast and accessible, but opaque — users who want to compare alternatives have no visibility into the reasoning.
Users control filters, rankings, and card views directly. Maximum transparency, but high cognitive load — less financially savvy users found this overwhelming.
AI proactively surfaces recommendations; users retain final say and can adjust preferences at any point. Balances efficiency with trust — critical in financial contexts.
Lo-fi Wireframes
Key Screens
Dialogue Flow
Mapping every conversational branch — from entry point to task completion, with graceful exits at each step.
Financial AI sits at the intersection of data privacy, economic inequality, and consumer trust. Each risk was evaluated and addressed through specific design constraints.
Sensitive transaction data requires end-to-end encryption, minimal retention, clear opt-out, and transparent consent — especially for vulnerable populations.
Optimization tools risk amplifying advantages for premium cardholders. Mitigated by limiting recommendations strictly to user-owned cards and avoiding demographic profiling.
Users — especially younger or less financially confident ones — may over-defer to AI. "Why this card?" explanations, visible calculations, and mandatory confirmations preserve financial agency.
Ability to translate messy, fragmented user behavior into a clear problem statement and design opportunity.
Fluency with AI interaction model selection — choosing between agent, direct manipulation, and mixed-initiative based on user trust and cognitive load requirements.
Experience designing for sensitive, high-stakes domains — financial AI — where transparency, explainability, and human oversight are non-negotiable.
Ethical design thinking applied proactively: privacy, bias, and overreliance were considered before wireframing, not retrofitted after.
Pragmatic tradeoff reasoning: direct manipulation offers transparency, interface agents offer speed, mixed-initiative earns trust — knowing which to choose and why.
The prototype below is fully functional — powered by a live Claude API call. It demonstrates the complete Mixed-Initiative flow: local scoring engine runs instantly, then Claude explains the recommendation in plain language.