A capital reserve a backed player posts so the backer can recover funds if the player abandons the arrangement mid-makeup. In Mucho+MOTA the bond is invisible to honest players — settlement happens automatically via oracle.
A bond in poker staking is a capital reserve the backed player posts at the start of an arrangement — typically 1× to 2× a recovery amount — so the backer has a meaningful claim if the player abandons the relationship while in makeup. Without a bond, the only enforcement mechanism is reputation, and reputation is a slow signal in a market where players are pseudonymous and stables don’t always share notes.
The bond solves an information-asymmetry problem: the backer can’t observe the player’s outside finances or commitment level, but a posted bond aligns the player’s downside with the backer’s. Honest players never see the bond again — it sits idle until a profit chop or unwind clears makeup.
In Mucho+MOTA the bond is operationalized as part of the on-chain action package layer: smart-contract escrow with oracle-driven settlement (PokerStars audit feed → contract). The user-experience design goal is that the bond should be invisible to honest players — automated settlement makes it frictionless.
See the bond wiki entry and the on-chain action packages framework.
A statistical model that infers a player's tournament-poker skill from observed results by combining a population prior with personal history, returning a probability distribution rather than a point estimate.
The bet-sizing formula that maximizes the long-run growth rate of a bankroll. In tournament poker it determines what fraction of bankroll to risk per buy-in given expected ROI, variance, and bankroll size.
In poker staking, the running balance a backed player owes their backer from past unprofitable sessions; future winnings cover this balance before any profit chop occurs.
A model that converts tournament chip stacks into expected dollar equity, used for final-table deal-making, bubble play, and any decision where chip EV diverges from $-EV.
Tournament formats where part of the buy-in is awarded for eliminating other players. Three common variants — Standard knockout, Progressive (PKO), and Mystery — have meaningfully different variance profiles.
A staking package where multiple investors buy shares of a player's action across a defined slate of tournaments, with profit and makeup pooled at the slate level rather than per-tournament.
Mucho+MOTA's MaxEnt-based tournament simulator that produces an entire ROI distribution from two structural parameters (cash frequency and heads-up edge), the field size, the payout vector, and the rake.
The vector of prize amounts assigned to each finishing position in a tournament. The shape of this vector — top-heavy versus flat — dominates ROI variance more than skill at most stake levels.
In tournament poker, average net profit per dollar of buy-in invested. ROI is the headline skill metric but is dominated by variance over realistic sample sizes — confidence intervals, not point estimates, are what matter.
The dispersion of tournament outcomes around expected value. In tournament poker variance is heavy-tailed and dominates short-run results — most observed deviation from expected ROI is variance, not skill change.
The two Lagrange multipliers in Mucho+MOTA's MaxEnt tournament simulator that internally control the cash-frequency and heads-up sufficient statistics. Lambda is the dual representation of the (CF, HU) archetype parameters.