On Bees
I went back to the FAA HQ this week to attend a friend’s retirement celebration. It was a somber week for those at the FAA; the Jazz Aviation Air Canada Express 8646 accident loomed large in my mind and for those in the room. Looking at the people assembled, I was reminded of all the things that have to go right every single time for each takeoff to result in a safe landing - the things we take for granted and the unseen people behind all of it. We are all familiar with the apocryphal anecdote of Kennedy and the janitor at NASA who was helping to put a man on the moon. Whether that is a true story or not, the fact is that a complex system such as the National Airspace System (NAS), like a mission to put a man on the moon, is an intricate dance of various players, each playing their part to keep aviation, the safest mode of transportation. In 2025, after a sustained period of excellence, the PSA airlines Flight 53242 accident in Washington DC showed the NAS was fraying at the edges and the two lives lost at LaGuardia this past week was a reminder that we have more work to do. It will take a whole of NAS (and whole of FAA) approach to maintain aviation’s legacy of safety excellence.
To better understand how such complex, high-stakes systems achieve and maintain safety, it's worth examining nature's own superorganism: the honeybee colony. The complex social and biological structure of honeybee colonies is a fascinating study in how individual specialization drives group efficiency and effectiveness.
Generalist to Specialist: Worker bees follow a sophisticated "generalist-to-specialist" talent pipeline through a process called temporal polyethism. Instead of being locked into a single role, a bee graduates through every internal function of the hive—from cleaning cells to nursing larvae—before ever venturing out to forage. This ensures that every "senior" forager possesses a deep, lived understanding of the "junior" experience. In human organizations, this lifecycle builds profound operational empathy and systemic resilience; leaders who have mastered the internal mechanics are better equipped to represent and protect the organization externally.
Decentralized Decision Making: While the queen bee is vital for reproduction and chemical signaling, she does not “rule” the hive. Strategic decisions are done through collective intelligence - “The worker bees make most of the decisions, including where to move the hive, when to swarm, and when to kill the old queen and raise a new one.” And a reminder, the worker bees are all female 😀
Agility: The progression through roles is not rigid. If the environment changes or the colony's needs shift, workers can accelerate, delay, or even reverse their behavioral development. This biological "flexibility" is regulated by juvenile hormone levels, which rise as a bee graduates to foraging but can be modulated by environmental stimuli. Imagine that ‼️, an organization that adapts the talents and skills of its workforce to match what is needed in the moment.
Maintenance: Just as worker bees manage the strategic direction and daily operations of the colony, they are also entirely responsible for the hive's physical upkeep and health. They have evolved a system of social immunity—a collective set of anti-parasite and disease-defense behaviors performed by individual bees for the benefit of the entire colony. Brood maintenance, undertaker tasks, structural work, guarding and grooming are some of the fascinating specializations.
A bee colony is in fact a superorganism (an organized society - as of a social insect - that functions as an organic whole) - the collective has a complex behavior that all the individual elements contribute to, in irreplaceable ways. Did you know for instance that there are Ventilator bees, commonly referred to as fanning bees, who are worker bees responsible for regulating the temperature and airflow within the hive. This thermoregulation is a group effort that requires the coordinated activity of multiple bees. Aviation as whole is a super connected, organized system that has to be in harmony to maintain its record of excellence.
There are so many leadership and organizational lessons here that many books have been written on it. I was reminded of one during my FAA visit this week: Culture and infrastructure are "ventilator" roles. They may not produce "honey" (operational impact), but without them, the entire system overheats and the "brood" (future growth and safety) fails.
What lessons do you derive from bees? From scouts vs. foragers, from dynamic switching of required skills, from decentralized decision making? I have added a more detailed note on the website (for those reading the email version) on some of the additional lessons I see.
1. The Power of "Dynamic Switching"
Bees aren't born into one role for life; they follow a progression called temporal polyethism. A bee starts as a cleaner, moves to "nursing," then to hive construction, and finally to foraging.
The Lesson: Growth comes from mastering the internal mechanics before representing the organization externally. It also ensures that every "senior" member deeply understands the "junior" functions, creating a more empathetic and resilient culture.
2. The "Scout" vs. The "Forager"
Most bees are foragers, but a small percentage are scouts. Scouts take the risk of flying into the unknown to find new nectar sources. Once found, they use the Waggle Dance to communicate the coordinates.
The Lesson: Innovation requires a dedicated "R&D" budget. If everyone is focused on harvesting current resources (the "day job"), the organization will eventually starve when those resources dry up. You must empower "scouts" to fail, as long as they communicate their successes clearly to the group.
3. Decentralized Decision Making
The Queen doesn't actually "run" the hive in a traditional top-down sense; she is more of a biological anchor. Most major decisions—like where to swarm—are made through a consensus of the scouts.
The Lesson: High-stakes decisions are often more accurate when they emerge from "edge" workers who have the most direct contact with the environment, rather than a centralized authority with limited visibility.