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Many current agentic AI products are built by connecting AI to technologies, like databases, that were never designed for it. Mykhailo Marynenko calls this 'gluing shit and sticks together' and argues it's a fundamentally flawed approach. Truly innovative AI products require rebuilding the underlying infrastructure from first principles.
Legacy platforms adding AI features are bottlenecked by their old architecture. Truly AI-native companies build agentic reasoning into the foundational control layer, enabling superior performance and interconnectivity between AI components, which creates a durable moat.
The most successful AI applications like ChatGPT are built ground-up. Incumbents trying to retrofit AI into existing products (e.g., Alexa Plus) are handicapped by their legacy architecture and success, a classic innovator's dilemma. True disruption requires a native approach.
Don't just sprinkle AI features onto your existing product ('AI at the edge'). Transformative companies rethink workflows and shrink their old codebase, making the LLM a core part of the solution. This is about re-architecting the solution from the ground up, not just enhancing it.
AI's value is limited by the system it's built on. Simply adding an AI layer to a generic or shallow application yields poor results. True impact comes from integrating AI deeply into an industry-specific platform with well-structured data.
Faced with an "AI mandate," many companies try to force-fit AI onto their current offerings, leading to failure. The correct first step is a fundamental assessment: is this problem even a good candidate for AI, or does the entire product need to be reimagined from the ground up?
Enterprises are trapped by decades of undocumented code. Rather than ripping and replacing, agentic AI can analyze and understand these complex systems. This enables redesign from the inside out and modernizes the core of the business, bridging the gap between business and IT.
Building production AI agents by patching together incompatible models for speech, retrieval, and safety creates significant integration challenges. These 'Frankenstein stacks' lead to compounded latency, accuracy degradation between components, and weak, bolt-on security, which are the primary causes of failure in real-world applications, not reasoning errors.
A "bolt-on" AI strategy will fail. Successful integration isn't about adding an AI feature; it's about fundamentally re-evaluating and rebuilding the entire product experience and its economics around new AI capabilities, creating entirely new user interactions.
A major architectural shift is underway: instead of embedding AI features into a product, companies should treat AI as an external agent that uses the product via a CLI or API. This simplifies integration and better aligns with AI's capabilities.
Many companies focus on AI models first, only to hit a wall. An "integration-first" approach is a strategic imperative. Connecting disparate systems *before* building agents ensures they have the necessary data to be effective, avoiding the "garbage in, garbage out" trap at a foundational level.