"The Airport Model™" Article #7: The Control Tower (40% Influence) - The Lack of Airspace Control Leading to Organizational Self-Collapse!

Shlomi Ozalvo
Jan 19
4 min read

Updated: Feb 25

PMx Evolution Airport Model™ Infographic — "The Airport Model™" - Portfolio Funnel and Control (Control Tower) Influence

1. From Ghost Towers to Drone Swarms

Imagine standing on the runway of a bustling international airport. Around you are dozens of state-of-the-art aircraft (The Plane – 20%), manned by the world’s most skilled pilots (The Pilot – 10%), supported by organized ground crews (The Organization – 30%). Everything looks perfect, until you look up: The Control Tower is empty.

In such a scenario, it doesn't matter how fast the planes are or how much AI assists the pilots:

Planes will idle for hours on the tarmac because no one is managing prioritization (Loss of Time to Market).
Two planes will attempt to land on the same runway simultaneously (Conflict over critical resources).
Flights will take off for irrelevant destinations, while strategic goals remain abandoned.

In the modern era, the challenge becomes even more complex: the skies are filling with drone swarms (high-speed AI tasks). Without a Control Tower, an airport isn't a logistics system—it is merely an expensive, noisy parking lot.

2. The Ultimate Responsibility: Airspace Management

Most organizations manage their delivery "out the window": they respond only to what they see directly in front of them. An effective Control Tower must transition to Radar Management: looking ahead, identifying bottlenecks before they occur, and mastering the hardest management skill—the ability to decide what NOT to do.

3. The Central Failure: The Law of Bottleneck Conservation

Why does the management system (PPM) have four times the impact of an individual project manager’s skills? Because the Tower determines the capacity of the entire system. AI has solved the coding bottleneck (Production), but it hasn't eliminated the constraint—it has simply shifted it to the Envelope (Product, Architecture, Marketing, Support).

Common Control Tower Failures:

Invisible WIP Flooding: Authorizing takeoffs for too many "drones" (micro-tasks) that suffocate core teams.

Blind Capacity Management: The Tower ignores organizational resource bottlenecks (the 30%) and continues launching projects when teams are already at 120% capacity.

Blaming the Pilots: The organization blames project managers for delays, when the real issue is the management's poor handling of the airspace.

How is this prevented? Use the Radar! An organization that only "looks out the window" sees projects only when they create a bottleneck on the runway. Radar-based management enables:

Identifying approaching storms: Using an Intake Questionnaire to pre-define the level of complexity. Are we heading toward Pioneering technology that requires research, or simple Maintenance?
Preventing entry into the "Swamp": Identifying projects with high complexity and low value (e.g., an Efficiency project requiring Pioneering technology) and stopping them before they drain the organization’s critical resources.

4. One Tower – Two Operational Profiles

To prevent the Tower itself from becoming a bottleneck, it must calibrate its operation into two distinct profiles:

A. Classic Profile (Heavy Duty):

Focus: Managing "Boeings"—heavy, resource-intensive projects with complex dependencies.
Role: Synchronizing rigid schedules and preventing friction between large aircraft.
Metric: Resource availability and utilization (FTE).

B. High-Velocity Profile (AI-Driven):

Focus: Managing "Drone Swarms"—micro-value packages produced at high speed by AI.
Role: Flow Orchestrator—regulating noise and managing the "Absorption Capacity" of the organization and the customer.
Metric: Time to Impact—how quickly value lands and is adopted by the customer.

5. Critical Relationships with the Control Tower

5.1 Tower ↔ Aircraft: Data Must Flow from the Field

To make navigation decisions, the PPM depends entirely on accurate, real-time data from the Aircraft (Execution Platform):

The Critical Metric: The Tower requires data on flight speed (Velocity), accurate status, and potential risks.

The Platform's Impact: If the execution methodology does not provide an accurate dashboard, the Tower makes decisions based on flawed information.

Example: A pilot reports a "Green" status, but the aircraft's dashboard does not reflect the actual effort required. The Tower authorizes additional flights based on fictional resource availability. The Result: Delivery Collapse.

5.2 Tower ↔ Airport: Connecting Strategy to Execution

The Control Tower is the conduit between Executive Management and the Execution:

Holistic View: The Tower must see all projects in the organization and prioritize them under one roof.

Unified Language: Creating a shared strategic language for ranking projects (e.g., a Bubble Chart of Value, Effort, and Risk) that allows management to make informed investment decisions.

6. From Approval to Flow Management: The Unified Radar Language

To be effective, the Tower must stop "counting" projects and start managing Value. The unified language divides the Radar into four zones:

Diamond: High-value projects (Differentiation or Transformation) with low complexity. The Order: Full throttle!

Strategic: Strategic projects with high value but high complexity (Platform or Pioneering). The Order: Close management and high resource allocation.

Maintenance: Ongoing Efficiency, Survival, and Optimization projects that maintain the status quo. The Order: A reasonable dose.

Swamp: Projects that are too complex for too little value. The Order: Stop! Evaluate for immediate cancellation.

7. Summary: How to Activate the 40%?

Improving the 40% (The Control Tower) is the most profitable investment an organization can make. In an era where AI allows us to take off in seconds, the challenge is ensuring a safe landing.

Actionable Recommendations:

Implement an Intake Questionnaire: Move to objective documentation based on the "Cost of Inaction" and the level of execution certainty.
Manage by Quadrants: Make executive decisions based on the project's position on the Radar, ensuring that "Swamp" projects don't suffocate "Quick Wins."

Limit WIP (Work In Progress): The Tower is responsible for ensuring there are always fewer projects in flight than the capacity allows, ensuring agility and rapid delivery.

Conclusion:

Capacity management without Radar is blind management. When the Control Tower functions correctly, it transforms from a bureaucratic entity into the organization's central strategic value engine.