3. Communication Protocols
Information latency creates production friction. When teams use fragmented channels to discuss critical engineering changes or supply chain alerts, the operational impact is immediate.
Communication Protocols define channels, response times, and formats for internal and external coordination. These frameworks reduce communication friction and ensure clear message delivery, ranging from line stoppage escalation to project kickoff execution.
- 3.1 System of Record: Async + Written Culture
Writing is not an administrative task; it is the primary tool for clear thinking. In a complex manufacturing environment, relying on casual verbal communication creates systemic reliability issues. Sp...
- 3.2 Leadership Signals: No Surprises, Weekly Notes, 1:1s
Management is not about holding endless meetings; it is entirely about signal integrity. In a hardware manufacturing environment, information latency immediately causes inventory pile-ups, severe line...
- 3.3 Emergency Escalation: Red Button
Asynchronous communication optimizes cognitive load and strategic focus, but specific operational anomalies demand immediate synchronous intervention. The "Red Button" protocol defines the precise thr...
- 3.4 Meetings: Hygiene and Conduct
A meeting is a precision instrument. Used correctly, it cuts through operational complexity, aligns the cross-functional team, and accelerates decision-making. Incorrect utilization actively bleeds th...
- 3.5 Meeting System: Cadence, Formats, Decision Log
A meeting is a high-cost manufacturing process. The inputs are expensive engineering hours; the required output is a tangible decision or a synchronized, executable plan. When a meeting occurs without...
- 3.6 Remote & Hybrid Work: Latency Controls
Manufacturing is a physical reality; processing heavy atoms, not just bits. While the capital efficiency of asynchronous remote work for digital tasks is acknowledged, the reality of the factory floor...