I have been thinking about writing this post for a long time. Mind you this is going to be a long post, and may sound repetitive, but I feel this is necessary. The Splinterlands in-game economy has always revolved around a carefully designed interplay between two core tokens:
Dark Energy Crystals (DEC) → the in-game, utility-driven “stablecoin”
Splintershards (SPS) → the governance and value-accrual token
Historically, this dual-token system was stabilized through a mechanism commonly referred to as the SPS flywheel, which enforced price discipline around DEC. However, with evolving market conditions—specifically, DEC trading below peg—a new structural change has been proposed and implemented: the DEC Recycling Mechanism via the DAO.
This post breaks down the economics, motivations, and implications of this transition.
DEC was designed with an implicit peg:
1000 DEC ≈ $1
This peg is not maintained through collateral (like traditional stablecoins), but through arbitrage via SPS burn mechanics. In other words DEC is a product backed stable coin. Splinterlands team sells products, and the demand of those products (card, land, cosmetics) keep the price of DEC stable.
If DEC rises above the peg (e.g., 1200 DEC = $1):
Users can:
Burn $1 worth of SPS
Receive ~1000 DEC
They can then:
Sell DEC at premium (e.g., for 1200 DEC = $1 equivalent)
New DEC supply enters circulation
Arbitrage pushes DEC price down toward peg
This creates a hard upper bound on DEC price:
DEC cannot sustainably exceed peg because SPS → DEC conversion becomes profitable.
In the current environment:
❌ Result:
Before the new DAO mechanism, the Splinterlands team had two ways to source DEC:
Team always requires DEC because of the in-game credit system, by which a gamer buys credit in game by paying USD or equivalents (in stable coin or other cypto). Gamer then uses the credit to buy various in-game items. Team uses the USD as a revenue to cover expenses.
So SL Team does the following to cover the credit:
Buy DEC from market
* Cheapest option
* Reduces circulating supply (bullish pressure)
Burn SPS for DEC
* Expands DEC supply
* Enforces peg ceiling through arbitrage
The team distributes DEC when players:
Flow:
The new governance proposal introduces a structural shift:
✅ The DAO becomes the primary liquidity provider of DEC
The loop completes when:
👉 Players spend DEC
👉 All proceeds go back to the DAO
This creates a closed-loop economic cycle:
DAO → DEC → Players → Spending → Back to DAO
This is fundamentally different from earlier:
| Old Model | New Model |
|---|---|
| External market-dependent | Internal circular economy |
| Reactive supply | Controlled distribution |
| DEC leakage | DEC recycling |
| Component | Previous Model | Current Model (DAO Recycling) |
|---|---|---|
| Credit Purchase | Players pay USD → get Credits → team receives cash | Same (no change) |
| DEC Source | Buy from market (if below peg) OR burn SPS (if above peg) | DAO supplies DEC from reserves |
| DEC Flow | Team → Players | DAO → Team → Players |
| DEC Return Flow | Partial return via spending (fragmented) | Full recycling back to DAO |
| Market Dependence | High (external sourcing needed) | Lower (internal DAO loop) |
| SPS Role | Active (burn SPS to mint DEC) | Mostly inactive (only if DEC > peg) |
| System Structure | Open, market-linked | Closed-loop, DAO-controlled |
| Efficiency | Value leakage exists | More capital retained internally |
| Stability Driver | SPS flywheel | DAO treasury management |
| Previous | Current |
|---|---|
| Market-driven + SPS burn | DAO-driven internal recycling |
A key risk in the new DEC recycling system is credit conversion imbalance, which creates immediate pressure on the economy. Currently, the system generates about $3,000/day in player credit demand, while operating costs are ~$5,500/day, leaving a ~$2,500/day deficit. This gap directly impacts token flows, especially DEC.
Under the new model, the DAO supplies DEC for player use, expecting it to recycle back through in-game spending. However, if the inflows remain insufficient, the system is not self-sustaining. To cover fiat expenses like payroll and operations, the team is forced to bridge the deficit by selling assets, most directly DEC into the market.
This creates persistent sell pressure on DEC, introducing supply into the open market rather than recycling it internally. Over time, this can lead to oversupply and downward price pressure.
As DEC weakens, it drifts further below peg, keeping the SPS flywheel inactive. Since burning SPS to mint DEC is no longer economical, one of SPS’s key demand drivers disappears. At the same time, falling DEC prices can trigger negative reflexivity—players may be less willing to hold DEC, accelerating sell velocity and worsening the imbalance.
From an SPS standpoint, this shifts the system into a state where value extraction exceeds value creation. Because SPS now derives value from the DAO-driven economy rather than direct burn mechanics, its strength depends on whether the system can close this gap. Continued DEC outflows weaken the DAO treasury and, by extension, the economic foundation supporting SPS.
The only sustainable solution is to increase player-driven demand. If credit inflows rise toward or exceed the ~$5,500/day level, the system can return to a self-sustaining loop, eliminating the need for market sales. This would stabilize DEC, support recovery toward peg, and eventually reactivate SPS burn demand.
In short, while DEC recycling improves efficiency, it does not replace the need for real economic inflows. Until demand matches expenses, forced DEC selling remains the key risk—putting pressure on both DEC stability and SPS value.
| Factor | Impact |
|---|---|
| Credit demand (~$3K/day) < Expenses (~$5.5K/day) | Funding gap |
| Gap resolution | Team sells DEC in market |
| Outcome | DEC oversupply → price pressure |
| Secondary effect | Weak DEC → SPS flywheel inactive → SPS pressure |
The core issue is a structural gap where daily inflows (~$3K) fall short of outflows (~$5.5K), forcing the system to sell DEC and create downward price pressure. The only durable solution is to increase player-driven demand so the system becomes self-sustaining, while short-term stability can be achieved by reducing costs and managing treasury flows more efficiently. Ultimately, restoring balance eliminates forced DEC selling, stabilizes DEC near peg, and reactivates the SPS flywheel—supporting long-term SPS value.
| Approach | Action | Impact | Timeframe |
|---|---|---|---|
| Increase Demand | More players, packs, features | Fixes root cause, restores equilibrium | Long-term (best) |
| Increase DEC Utility | More sinks, incentives to spend | Reduces sell pressure, improves recycling | Medium-term |
| Reduce Costs | Lower expenses toward inflows | Immediate deficit reduction | Short-term |
| Treasury Management | Controlled/gradual DEC selling | Minimizes market impact | Short-term |
| External Funding | Use SPS, assets, or capital raise | Avoids DEC dumping | Temporary bridge |
| Flow Adjustment | Throttle DEC supply from DAO | Prevents oversupply | Medium-term |
Sustainability comes only when inflows ≥ outflows.
Everything else is either buying time or reducing damage until that condition is met.