As AI agents take over task execution, the primary role of human knowledge workers evolves. Instead of being the "doers," humans become the "architects" who design, model, and orchestrate the workflows that both human and AI teammates follow. This places a premium on systems thinking and process design skills.

A practical framework for developing agentic AI is to first map the human workflow. Break down the task into discrete steps, identify which ones can be automated, ensure the necessary data is available, and then build the underlying tools and code blocks. Don't start with the technology; start with the human process.

Instead of focusing on foundational models, software engineers should target the creation of AI "agents." These are automated workflows designed to handle specific, repetitive business chores within departments like customer support, sales, or HR. This is where companies see immediate value and are willing to invest.

The most significant gains from AI will not come from automating existing human tasks. Instead, value is unlocked by allowing AI agents to develop entirely new, non-human processes to achieve goals. This requires a shift from process mapping to goal-oriented process invention.

The greatest value of AI isn't just automating tasks within your current process. Leaders should use AI to fundamentally question the workflow itself, asking it to suggest entirely new, more efficient, and innovative ways to achieve business goals.

The true power of AI is unlocked by adopting an "AI First" approach. This means completely redesigning workflows with AI at the core, rather than simply using AI to accelerate existing processes. This shifts employees' roles from performing tasks to managing the AI agents that do the work.

Node-based workflow builders (like N8N or Zapier) require manual system design. The future is AI agents that, given access to tools and skills, can dynamically orchestrate the same complex workflows. The focus shifts from engineering a system to empowering a smart agent.

As AI automates technical execution like coding, the most valuable human skill becomes "systems thinking." This involves building a mental model of a business, understanding its components, and creatively devising strategies for improvement, which AI can then implement.

The 'call and response' nature of large language models (LLMs) is not truly revolutionary for workflows. The significant shift comes from agentic AI, which can connect to various systems and execute multi-step tasks. This moves AI from a content generator to a powerful workflow automation tool.