Video summary
The game layer on top of the world - Seth Priebatsch
Main summary
Key takeaways
Summary of Technological Concepts and Product Features
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“Game layer on top of the world” concept: Seth Priebatsch argues that the next decade should focus on building a game framework that shapes behavior using game dynamics—similar to how the social layer (e.g., Facebook/Open Graph) shaped connectivity in the previous decade.
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Social layer is “finished,” game layer is just starting: He claims that Facebook/Open Graph already define how social connections work (including who “owns” those connections). He warns that a game-layer equivalent is being constructed now, so it should be designed consciously and openly to support good outcomes.
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Web analogy critique (1997-style web): He describes today’s loyalty mechanics (credit card perks, airline miles, coupon schemes) as an early, cluttered, poorly designed version of the “game web”—using game dynamics, but “doing them wrong.”
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Core thesis on influence vs. connection:
- Social layer: everywhere connections
- Game layer: influence through dynamics that steer where/when/how people act, including behavior changes that can be invisible and deep
Four Game Dynamics Discussed (Examples + “For Good” Directions)
1. Appointment Dynamic (time/place-based compliance)
Mechanic: Players succeed by acting at a predefined time and often a predefined place.
Examples already in use:
- “Happy hour” (arrive at the right time for deals)
- FarmVille (return on schedule to water crops; timing changes how millions behave)
Potential “for good” example:
- A medication reminder product using glow caps that flash/email to encourage on-time medication
Key risk noted:
- Appointment systems can feel like a loss of free will because others can manipulate behavior through timing.
2. Influence & Status Dynamic
Mechanic: Status signals motivate behavior because people want to be better or seen as such.
Examples:
- Luxury credit cards (e.g., “black card” as a status symbol)
- Video game progression/status markers (e.g., Modern Warfare badges; wanting higher levels/ranks)
- School as a game (grades like A/B/C; he argues traditional grading is poorly designed if it causes demotivation)
“Use it consciously” idea:
- Replace losing grades with leveling systems
- Example mentioned: Princeton experiments where quizzes award XP and progress levels
3. Progression Dynamic (stepwise advancement + visible progress)
Mechanic: Users move through granular steps with a progress bar or staged milestones.
Examples:
- LinkedIn completion bar (people feel pushed by “85% complete” to finish)
- MMOs like World of Warcraft (long-term daily engagement; leveling systems)
“For good” product/real-world use:
- A local scavenger-related business game where repeated visits/challenges move a green bar to unlock rewards—driving traffic, loyalty, engagement, and revenue for local businesses
4. Communal Discovery Dynamic (networked collaboration to find/solve something)
Mechanic: Many participants work together (or via the network) toward a shared goal.
Examples:
- Dig (story recommendation game): leaderboards initially motivated quality, but later a small “cabal” optimized leadership instead of sourcing best stories—leaderboards were eventually shut down
- McDonald’s Monopoly: customers collect items via participating parties/“cottage industries” to obtain specific properties
- DARPA Balloon Challenge: teams used networks to locate balloons quickly; an MIT group used a pyramid-like recommendation network to spread location leads
Key risk noted:
- Communal discovery must be carefully designed, because optimization and leaderboard dynamics can distort the original purpose.
Overall “Review/Guide/Tutorial” Framing
- This is described as more of a framework talk than a tutorial, but it operates like a design guide.
- He presents the four game dynamics as building blocks and, for each one, pairs:
- a real-world already-being-used example
- a conventional game example
- a “for good” / conscious design direction
- He emphasizes that the game layer is beginning now, so design decisions made today will shape society later.
Main Speaker and Sources
Main speaker:
- Seth Priebatsch (chief ninja of Scavenger)
Referenced organizations/products:
- Facebook, Open Graph, FarmVille, LinkedIn, World of Warcraft, Modern Warfare
- Dig, McDonald’s Monopoly, DARPA Balloon Challenge
Referenced entities:
- MIT team (DARPA challenge)
- “Bob the Builder” (analogy)
- Princeton (experiments mentioned)