Every initially gave each employee a personal AI agent but found this created a massive maintenance burden and knowledge silos. They shifted to shared agents focused on team functions (e.g., analytics). This centralizes maintenance, improves continuity when employees leave, and scales benefits across the entire team.

The most common failure in AI strategy is adhering to a linear, sequential planning process where each department creates its own strategy in isolation. AI's power lies in connecting disparate data sets across functions, which a siloed, 'baton-passing' approach inherently prevents.

AI models fail in business applications because they lack the specific context of an organization's operations. Siloed data from sales, marketing, and service leads to disconnected and irrelevant AI-driven actions, making agents seem ineffective despite their power. Unified data provides the necessary 'corporate intelligence'.

Simply giving AI tools to existing departments like legal or finance yields limited productivity gains. The real unlock is to reimagine and optimize end-to-end, cross-functional processes (e.g., 'onboarding a new supplier'). This requires shifting accountability from departmental silos to process owners who can apply AI holistically.

Instead of siloing agents, create a central memory file that all specialized agents can read from and write to. This ensures a coding agent is aware of marketing initiatives or a sales agent understands product updates, creating a cohesive, multi-agent system.

The primary barrier for useful AI agents is not the underlying model but the complex task of 'data wiring'—connecting to a user's real-world context like emails, local files, and support tickets. Products that solve this difficult integration challenge, where most agents currently fail, will gain a significant competitive advantage.

The most powerful AI systems consist of specialized agents with distinct roles (e.g., individual coaching, corporate strategy, knowledge base) that interact. This modular approach, exemplified by the Holmes, Mycroft, and 221B agents, creates a more robust and scalable solution than a single, all-knowing agent.

Research shows employees are rapidly adopting AI agents. The primary risk isn't a lack of adoption but that these agents are handicapped by fragmented, incomplete, or siloed data. To succeed, companies must first focus on creating structured, centralized knowledge bases for AI to leverage effectively.

The biggest AI opportunity for large companies is breaking down data silos. By building a 'context graph,' you give AI agents access to information from different departments and systems. This enables agents to perform cross-functional tasks and surface insights that were previously impossible.