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AI is everywhere—featured in demos, sales decks, and investor calls. Founders feel the pressure to “add AI” as if it’s just another feature to check off. But here’s the reality: most AI features either don’t work reliably in production or fail to deliver real value.
At TLVTech, we’ve partnered with dozens of startups to integrate AI—sometimes with great success, other times with hard lessons learned. Before you invest your team’s time, money, and energy into building an AI product, here’s what every founder should know.
Don’t chase the latest model just because it’s trendy. Focus on the real user pain you’re solving. You don’t need GPT-4 to deliver value; you need clarity on what your users actually need.
The best AI is invisible. If users notice the AI, it’s either broken or unnecessary. Ask yourself: “Would anyone use this feature if it didn’t have AI under the hood?” If the answer is no, rethink your approach.
It sounds counterintuitive, but your first version shouldn’t be “smart.” Before investing in models or APIs, validate your assumptions manually or with simple rules. If a human can handle the task in 30 seconds, do it manually behind the scenes. If users find value, then—and only then—should you automate.
For example, instead of building a custom AI support agent, route key queries to your team and tag them. If you see strong user engagement, you’ll know it’s worth productizing.
The AI feature that impresses in a demo isn’t always what keeps users coming back. Users don’t care about novelty—they care about reliability and usefulness.
Test for failure early. What happens when your model gets it wrong? What’s your fallback? Users will forgive limited features, but not unpredictable or nonsensical results.
Plugging into OpenAI or another LLM provider doesn’t solve everything. You’re still responsible for:
You need guardrails, error handling, and a user experience that anticipates mistakes. Otherwise, you’re shipping a prototype—not a product.
Unless you’re building deep tech, off-the-shelf models will get you 90% of the way. Focus on user experience, feedback loops, and smart prompting.
Only train custom models if:
You’ve pushed off-the-shelf solutions to their limits
You have unique, proprietary data
The potential impact justifies the investment
The best AI products we’ve seen didn’t start with fancy models. They started with tight user feedback loops, clear success metrics, and relentless focus on utility.
AI is a tool—a powerful one. But it won’t rescue a weak product or a fuzzy value proposition.
If you’re building something real and want AI to be part of it, let’s talk. We help teams launch AI features that actually work.
Infrastructure as Code means treating your cloud setup like product code—versioned, testable, and automated. All it’s about control, speed, and building a foundation that scales with you.
- Software Development Life Cycle (SDLC) is a structured sequence for developing software, including requirement collection, design, coding, testing, deployment, and maintenance. - SDLC provides a systematic approach to software development, ensuring consistency, reducing risks, and meeting user expectations. - The Waterfall Model, an early SDLC approach, operates sequentially, progressing to the next step only after the current one is completed. Backtracking to amend a step is not feasible in this model. - The Agile Model prioritizes flexibility and customer satisfaction, incorporating incremental software development.
- SwiftUI and UIKit are both Apple's tools to build user interfaces. SwiftUI is newer and more intuitive, ideal for data-rich tasks and simplified app development. UIKit, however, older and reliable, performs better for customized animations or complex user interfaces. - The choice between SwiftUI and UIKit depends on one's comfort, project requirements, and time investment. Though SwiftUI is predicted to have broader adoption by 2023, UIKit's current presence and abundance of third-party resources make it essential. - Both SwiftUI and UIKit are worth learning as they complement each other and make one versatile in app development. SwiftUI offers a reduced learning curve particularly for beginners, while UIKit, despite being slightly challenging initially, has a wealth of tutorials easing its understanding. - Looking at 2024, SwiftUI is expected to gain in speed and user friendliness, while UIKit is likely to fortify its robust base with added functions and enhanced flexibility. - Future trends hint towards integrating SwiftUI and UIKit in projects for perfect design and simplicity in tasks.
