Most AI pilots fail due to poor change management and a lack of business context. A successful model involves embedding vendor engineers within the client's team to handle agent onboarding, systems integration, and process customization, ensuring the AI works within the company's unique environment.

To successfully automate complex workflows with AI, product teams must go beyond traditional discovery. A "forward-deployed PM" works on-site with customers, directly observing workflows and tweaking AI parameters like context windows and embeddings in real-time to achieve flawless automation.

Harvey's Forward Deployed Engineering team isn't just for building custom solutions. It's a strategic product discovery tool. By embedding engineers with large clients who have undefined GenAI needs, Harvey identifies and builds the next set of platform features, effectively using customer problems to pave its future roadmap.

Instead of a traditional SaaS implementation, Newell co-built its AI agent with a Commerce IQ engineer on-site. This collaborative, iterative process of building together, rather than configuring a finished product, was critical for rapid deployment, custom workflows, and seamless team adoption without business disruption.

For AI tools that fundamentally alter workflows, a simple software deployment is insufficient. Success requires a dedicated team of 'forward deployed' experts (e.g., ex-lawyers for legal tech) to manage the enormous change management undertaking, ensuring adoption and proficiency across the client organization.

AI's capabilities evolve so rapidly that business leaders can't grasp its value, creating a 'legibility gap.' This makes service-heavy, forward-deployed engineering models essential for enterprise AI startups to demonstrate and implement their products, bridging the knowledge gap for customers.

Enterprises struggle to get value from AI due to a lack of iterative, data-science expertise. The winning model for AI companies isn't just selling APIs, but embedding "forward deployment" teams of engineers and scientists to co-create solutions, closing the gap between prototype and production value.

The conventional software feedback loop is 'can I sell it?' Palantir's forward deployed engineers use a stronger loop: 'did it deliver the outcome?' This requires embedding obsessive, technical problem-solvers on the factory floor or in the foxhole to continuously solve backward and generalize learnings into the product.

OpenAI is hiring hundreds of "forward deployed engineers" to act as technical consultants. This strategy aims to deeply integrate its AI agents into corporate workflows, creating a powerful services-led moat against rivals by providing custom, hands-on implementation for large clients.