Welcome to this Cloud Wars Agent and Copilot Minute. In these discussions, I’ll be analyzing opportunities, impact, and outcomes possible with AI; this episode focuses on the disconnect between how agents perform in demos vs. production.
Highlights
00:10 — Despite having good models, data, and infrastructure, something essential is still missing when it comes to AI agent performance. Major cloud vendors including Amazon, Microsoft, Google, and Snowflake have not yet addressed this issue. At its recent Data and AI Summit, Databricks introduced a new role called the Context Engineer to address this problem.
01:01 — The Context Engineer is responsible for curating, maintaining, and filtering the optimal set of tokens, memory banks, and tool parameters for large language models. The role is distinct from other roles like prompt writers, data engineers, and model trainers. The Context Engineer decides what the agent sees, in what form, at what fidelity, and at what moment to ensure the agent performs its intended tasks.
01:50 — An AI model does not solve problems it is not aware of; it simply works with the data it receives. Poorly engineered context can lead to incorrect model outputs, not because the model failed but because it was set up to fail. In most enterprise AI teams, nobody is accountable for the decision on how data is assembled for the model. The failure mode is not a lack of data but the improper assembly of data for the model.
02:15 — Databricks has given a name to a job that AI agents have needed since their deployment. Every organization running AI agents needs a Context Engineer.The question is whether the person responsible for context engineering in the organization is aware of their role or is doing it accidentally.
More of My AI Insights:
- As AI Matures, Companies Are Building ‘Operating Systems for the Enterprise’
- Anthropic Government Contract, Canadian School Shooting Highlight AI Data Privacy Tensions
- Why the Rise in Deepfakes Requires AI-Powered Fraud Detection
- How OpenAI Optimizes for Fast Compute and Scalable Infrastructure




