Six Degrees of Socialisation
Summary
The Six Degrees of Socialisation is Oscar Clark’s framework for the escalating stages of social engagement that a game can offer its players. The model is presented in Games as a Service (Clark, 2014, see source-games-as-a-service) as a design tool: by identifying which social degree a feature targets, designers can ensure social complexity is introduced progressively rather than demanding high social investment from players who are still in the early stages of the player-lifecycle. Each degree requires greater social commitment than the previous, so the ladder should be traversed gradually.
Key ideas
The six degrees, from lowest to highest social investment:
| Degree | Label | Description |
|---|---|---|
| 1 | I see you play | Players are aware of others in the game world. Presence without interaction — seeing another player’s avatar, score, or activity. |
| 2 | See me play | The player actively signals or shares their own activity — broadcasting a score, posting a screenshot, streaming. Social proof flows outward. |
| 3 | I beat your score | Asynchronous competition. Players compare performance without direct interaction — leaderboards, ghost data, “beat a friend’s time.” |
| 4 | Let’s collaborate | Asynchronous or light cooperative play — gifting, helping a neighbour’s farm, contributing to a shared goal without needing to be online simultaneously. |
| 5 | Go head-to-head | Synchronous competitive play. Real-time PvP. Requires scheduling or matchmaking; higher friction but stronger social bond when it occurs. |
| 6 | We are a guild | Persistent group identity with interdependence. Players’ success is genuinely tied to the group; absence has social consequences. Guild membership creates the strongest retention but also the highest barrier to entry. |
Key design principle: scaffold, don’t demand
Clark’s argument is that most social games make the mistake of demanding or assuming high social engagement (degrees 4–6) from players who are still in the Discovering or Learning stages of the player-lifecycle. A new player should be exposed to Degree 1 (“I see you play”) automatically — simply by being present in a shared space — with higher degrees available but not required. As the player moves deeper into the Engaging stage, opportunities to progress up the social ladder should be presented naturally, not enforced (Clark, Games as a Service, see source-games-as-a-service).
Relationship to Interdependence Theory
Clark draws on Kelley and Thibaut’s Interdependence Theory (1978) to explain why social bonds persist in games (Clark, Games as a Service, see source-games-as-a-service). Relationships persist when:
- Both parties perceive the exchange as positive (satisfaction).
- The alternative options available to each party are worse than the current relationship (comparison level for alternatives).
At Degree 6 (guild), players are deeply interdependent: a player who leaves inconveniences their guild. This creates powerful retention — but also coercion risk if the game exploits guilt rather than genuine desire to maintain the bond. This overlaps with concerns raised by dark-patterns.
Social engagement and the lifecycle
- Discovering/Learning → Degree 1–2. Player sees others playing; may share their own discovery. No social cost.
- Engaging → Degrees 2–4. Leaderboards, collaboration mechanics, asynchronous social interaction reinforce return habits.
- Earning → Degree 4–5 often correlates with spending conversion. Players who have social bonds are more motivated to maintain their position or contribute to their group — and more willing to spend to do so.
- Churning risk → Degree 6 can actually prevent healthy churn — a player who wants to stop but feels guilty about abandoning their guild experiences a negative emotional state that damages their relationship with the game and studio.
Cultural considerations
Clark notes that the effectiveness of particular social degrees varies significantly by culture and platform (Clark, Games as a Service, see source-games-as-a-service). Guild structures (Degree 6) are far more naturalised in East Asian markets (particularly Japan and South Korea) than in Western markets; synchronous head-to-head play (Degree 5) has higher participation in markets with reliable always-on mobile connectivity.
In practice
Feature mapping — when planning social features, explicitly label each with the degree it targets. Review whether your onboarding exposes players to low-investment degrees (1–2) before high-investment ones (5–6).
Asynchronous by default — Degrees 1–4 can all be implemented asynchronously. This makes them viable for mobile contexts where players have interrupted, unpredictable session patterns. Real-time social (Degree 5–6) should be optional, not required for progress.
Unity implementation notes:
- Degree 1–2: Leaderboard APIs (Unity Gaming Services Leaderboards, or third-party like Playfab), presence indicators, replay ghost systems.
- Degree 3: Async challenge notifications — store a target score server-side; send push notification when a friend beats it.
- Degree 4: Gift/help systems — server-authoritative gift queue; player polls on session start for pending gifts.
- Degree 5: Real-time matchmaking via Unity Relay and Lobby (UGS) or Photon.
- Degree 6: Persistent guild/clan data — relational data store (e.g. Playfab groups, or custom backend) with event-driven notifications for guild activity.
Evidence
Clark applies Interdependence Theory (Kelley & Thibaut, 1978) and Bartle’s player types (socialisers, achievers) as theoretical grounding (Clark, Games as a Service, see source-games-as-a-service). The six-degree structure itself is Clark’s own synthesis from practice — it is not drawn from a prior published taxonomy. The Facebook “poke” is cited as an example of a Degree 1–2 mechanism that successfully lowered the barrier to social initiation in social games circa 2009–2012.
Real games cited across degrees: Clash of Clans (Degree 6 guild), FarmVille (Degree 4 gifting), CounterStrike (Degree 5 competitive), Words with Friends (Degree 3 async).
Implications
- Social feature planning should treat each degree as a separate design challenge with its own friction budget.
- Onboarding must not require social commitment — players who are forced to connect Facebook before playing will often abandon.
- Degrees 5–6 are high-value retention mechanisms but should only be made available after a player has passed through Degrees 1–4 naturally.
- Negative interdependence (guilt mechanics at Degree 6) is a dark pattern risk — see dark-patterns.
Open questions
- Clark’s model is linear (1→6); in practice, players may skip degrees or inhabit multiple simultaneously. Is a non-linear version of the model more accurate?
- The model was developed primarily in the context of mobile/browser social games (2008–2014). Does the framework extend cleanly to live-service console titles (Destiny, Monster Hunter) where Degree 6 is often the default from the start?
- How does streaming and content creation (Twitch, TikTok) interact with the model — is “see me play” (Degree 2) now so mainstream that it has effectively lost its social signal function?