The future of enterprise AI isn't choosing one provider. Instead, companies will use a "composable model" approach, routing queries to a combination of powerful frontier models and their own fine-tuned open-source models. This strategy, dubbed the "council of LLMs," optimizes for cost, performance, and specialization on proprietary data.

A key value proposition for vertical AI applications is being model-agnostic. They act as a strategic layer for enterprises, allowing them to route tasks to the best available LLM at any given time. This de-risks enterprise AI strategy from being locked into a single model provider whose performance may be surpassed.

Palantir argues that enterprises going directly to LLM providers like OpenAI face high costs and vendor lock-in. Its strategy is to act as an intermediary, building custom, model-agnostic applications on client data, promising better business outcomes despite its own premium price tag.

Once a point of criticism from investors, Palantir's deep integration with clients via services and forward-deployed engineers (FDEs) is now essential for AI. Karp argues this hands-on implementation and understanding of "tribal knowledge" is a moat that pure-play software models cannot replicate.

Cursor positions itself as a model-agnostic platform, turning potential competitors like OpenAI and Anthropic into partners. By being the "Snowflake for SDLC" on top of the "hyperscaler" models, they create a differentiated value layer focused on a vertical use case.

Enterprises will shift from relying on a single large language model to using orchestration platforms. These platforms will allow them to 'hot swap' various models—including smaller, specialized ones—for different tasks within a single system, optimizing for performance, cost, and use case without being locked into one provider.

Palantir’s software creates a comprehensive "ontology" layer, a real-time map of an organization’s assets, people, and processes. This deep integration serves as a powerful digital twin, making it incredibly difficult for clients to switch providers and forming a strong competitive moat.

Instead of building its own models, Razer's strategy is to be model-agnostic. It selects different best-in-class LLMs for specific use cases (Grok for conversation, ChatGPT for reasoning) and focuses its R&D on the integration layer that provides context and persistence.

Perplexity's core advantage is its model-agnostic orchestration. Unlike vertically integrated competitors (Google, OpenAI), it can select the best model for any task—whether from GPT, Claude, or open-source alternatives—to offer a superior, specialized "orchestra" of AI capabilities.