Tokenomics / Proof of Intelligence
Measure objectively.
Model emissions.
Distribute proportionally.
Quality, reputation, and staking affect only a contributor's Effective IC weight. They do not alter Base IC credited to an activity or the scheduled reward Bₙ for a completed block.
DRAFT SPECIFICATION v2.0 · 10 AUG 2026Proposed tokenomics model — not active until ratified and deployed in audited contracts.
Source basis: Tokenomics Mathematical Framework and supplied exhibit images in SynchTwin Whitepaper v2.0, dated 10 August 2026. The framework governs mathematical values where a legacy exhibit differs. Not effective until ratified and deployed.
VALIDATED ACTIVITY → BASE IC → 100K IC BLOCK → PROPOSED WEIBULL REWARD → EFFECTIVE IC → CONTRIBUTOR REWARD ✦
01 / THE ARCHITECTURE
One chain.
No contaminated layers.
Each mathematical layer has one job. Base IC measures validated intelligence. Proposed 100,000-IC blocks standardize corpus growth. The proposed Weibull curve schedules BTWN. Effective IC divides that scheduled reward.
Measure objectively
Accepted activities create Base IC under a published Valuation Schedule and Validation Rule Set. Contributor economics do not change the measured unit.
Schedule transparently
Under the proposed model, each complete 100,000-Base-IC block receives a scheduled reward based on its sequential position.
Distribute proportionally
Effective IC determines each Eligible Contributor's percentage of the scheduled block reward after block closure.
A CIN satisfying the identity, activity-validation, compliance, and exclusion rules at the Block n eligibility snapshot. The exact snapshot and Rule Set version remain pending approval.
The supplied Tokenomics Mathematical Framework and exhibit images are the source for this site. Where a legacy exhibit conflicts with the mathematical framework, the framework controls the calculation and the conflict is identified at the image.
02 / SUPPLY ARCHITECTURE
Fixed proposal.
Separate counters.
The draft specifies a 500M maximum supply with two economically distinct allocations. Genesis intelligence establishes the starting corpus but does not consume or advance the Live emissions schedule.
500Mproposed maximum
50M Genesis allocation
The framework allocates 50M BTWN to Emotion Insights in exchange for approximately 60M IC of pre-existing, validated behavioral intelligence—an implied acquisition ratio of approximately 0.83333 BTWN per IC. This is a one-time Genesis Intelligence Acquisition, sits outside the Live pool, does not advance the emissions curve, and is subject to a vesting schedule.
450M Live emissions pool
The framework reserves 450M BTWN for future contributor rewards. Live IC starts at zero; every 100,000 accepted Live Base IC completes a block and advances the Weibull emissions sequence. Genesis IC does not reduce or advance this pool.
TERMINAL SUPPLY RULEDistributableReward(n) = min(ScheduledReward(n), 450,000,000 − cumulative Live emissions)
When the remaining Live pool balance reaches zero, Live emissions terminate and no later block may mint BTWN.
03 / BASE IC MEASUREMENT
Activity does not
equal intelligence.
Base IC validation applies published completion, calibration, fraud-screening, and duplicate-identity rules. Quality, reputation, and staking do not change Base IC; they affect only Effective IC after the block-close threshold is reached.
ACTIVITY → VALIDATION → BASE ICThe same activity type, validated duration, active IC rate, and validation outcome produce the same Base IC under the same Valuation Schedule version.
ActivityValidated timeIC rateBase IC
15-second video15 sec1.00 IC/sec15
30-second video30 sec1.30 IC/sec39
60-second video60 sec1.75 IC/sec105
Music videoVariable2.00 IC/secVariable
Movie trailerVariable2.00 IC/secVariable
News clipVariable2.00 IC/secVariable
Professional targetVariable3.00 IC/secVariable
Video calibrationVariable3.00 IC/secVariable
Current video-scoring schedule from the Tokenomics Mathematical Framework. Variable rows calculate Base IC from validated duration × the stated IC rate.
Category multiplier set: {1, 1, 2, 2, 2, 2, 5}. Example: a base response value of 10 in a 2× category produces 20 Base IC.
InterviewValidated timeBase IC
3 minute150 sec300
6 minute300 sec600
10 minute600 sec1,200
15 minute900 sec1,800
ActivityBase IC
Deep Dive – 5 min600
Deep Dive – 10 min1,200
Deep Dive – 15 min1,800
Scene Breakdown Confirmation120
Validation may include completion verification, quality review, calibration compliance, behavioral consistency, reputation requirements, fraud detection, and duplicate-identity prevention.
The supplied architecture defines Effective IC weighting as Quality × Reputation × Staking. With the published inputs below, the combined range is 1.00× to 8.00×.
Calibration earns its protocol-defined Base IC and uses a 1.00× reward buffer to prevent double-counting.
04 / INTELLIGENCE BLOCKS
100,000 Base IC.
Exactly every block.
A proposed block contains exactly 100,000 accepted Live Base IC. If a validated activity crosses the threshold, the Base IC required to complete Block n is assigned to Block n and the remainder opens Block n+1.
Σ Base IC = 100,000BLOCK COMPLETE
n is a positive integer. The first Live Intelligence Block is n = 1. Block numbers increase by exactly one upon closure and are never reused, skipped, or reset.
Canonical record ordering, concurrency, replay protection, and threshold-splitting must be specified in the deployed contract before this proposed close rule becomes active.
05 / WEIBULL EMISSIONS
Proposed curve.
Quantified checkpoints.
The draft model begins at 100,000 BTWN for Block 1 and applies a stretched-exponential decline. It is not an active minting specification until exact fixed-point parameters are discretely calibrated, ratified, and deployed in audited contracts.
PROPOSED EMISSIONS FORMULANOT ACTIVE
Bₙ = 100,000 × exp[−((n−1) / 2,643.28)0.55]
BlockModelled rewardBTWN / Base IC
1100,000 BTWN1.000000
10084,855.71 BTWN0.848557
1,00055,678.58 BTWN0.556786
5,00024,177.83 BTWN0.241778
12,00010,045.9 BTWN0.100459
0.55 proposed
The shape value is a modelling input, not a deployed constant. Its exact stored value and numerical scale remain pending.
~1.70243 explanatory
The continuous Gamma calculation supports model design only and is not used to define on-chain issuance.
~2,643.28 proposed
The scale is an initial continuous approximation. The exact fixed-point value must be calibrated against the discrete block series.
DISCRETE ISSUANCE REQUIREMENTThe deployed series—not the continuous approximation—must govern minting.
The sum of token-unit block rewards must equal the Live pool subject to the final-block cap. Exact token decimals, fixed-point arithmetic, transfer rounding, and residual treatment remain approval gates.
06 / REWARD DISTRIBUTION
Weights redistribute.
They never inflate.
After a valid block closes, each Eligible Contributor's Effective IC becomes a share of total eligible Effective IC. That share divides the scheduled reward under the approved precision and residual rules.
Total Effective ICEICₜ = Σ EICᵢ
Contributor weightWᵢ = EICᵢ / EICₜ
Contributor rewardBTWNᵢ,ₙ = BₙWᵢ
Non-binding calculator
Buffer categoryMeasureMultiplier
QualityNo badge1.00×
Bronze1.10×
Silver1.50×
Gold2.00×
Reputation0–3 Months1.00×
3–6 Months1.15×
6–12 Months1.30×
12–24 Months1.50×
24+ Months2.00×
StakingCIN Only1.00×
CIN + Entry Stake1.15×
CIN + Growth Stake1.35×
CIN + Long-Term Stake1.50×
CIN + Locked Strategic Stake2.00×
BLOCK 1 WORKSHEET CORRECTIONCorrect total Effective IC: 144,750—not 139,750.
The corrected denominator makes contributor weights total 100% and contributor rewards total exactly 100,000 BTWN, subject only to rounding treatment. Multipliers redistribute the block reward; they never increase it.
If total eligible Effective IC is zero, Block n must enter an approved hold, review, or burn state and no discretionary allocation may occur. The selected state is pending approval.
Contributor transfers plus the approved residual treatment must equal Bₙ. Token decimals, rounding direction, and residual destination remain pending approval.
07 / COMPLETE MATHEMATICAL FLOW
Eight steps.
One proposed system.
Validate
Vₐ = 1 or 0Create Base IC
ICₐ = TₐDₐVₐClose block
Σ ICₐ = 100,000Calculate EIC
EICᵢ = ICᵢQᵢRᵢSᵢTotal EIC
EICₜ = Σ EICᵢFind weight
Wᵢ = EICᵢ / EICₜSet reward
Bₙ = proposed Weibull(n)Distribute BTWN
BTWNᵢ,ₙ = BₙWᵢPROPOSED MODEL EQUATION — NON-OPERATIVEBTWNᵢ,ₙ = 100,000e−((n−1)/λ)0.55 × (ICᵢQᵢRᵢSᵢ / Σ ICⱼQⱼRⱼSⱼ)
08 / CONSTANTS & GOVERNANCE
Publish the rules.
Activate them prospectively.
A parameter change is valid only after approval by the named governance mechanism, publication for the approved notice period, and activation at the specified block. Those authority, threshold, notice, and activation mechanics remain pending.
Fixed measurement
Only accepted Live Base IC advances the proposed block sequence.
Fixed allocation
The terminal cap prevents cumulative Live rewards from exceeding 450M BTWN.
Conserved reward
Contributor transfers and deterministic residual treatment must equal the scheduled block reward.
Prospective governance
No change may alter a closed block, credited Base IC, or distributed reward.
Closed blocks are immutable for emission calculation.
Post-close fraud handling—slashing, recovery, account exclusion, or no retroactive action—requires a separate approved authority, evidentiary standard, and appeals process.
09 / WHY INTELLIGENCE COMPOUNDS
Persistent identity.
Compounding intelligence.
The tokenomics describe the proposed accounting; the exhibits show why longitudinal intelligence may become more useful over time. Identity continuity, calibration, validation, and behavioral history can improve Digital Twin fidelity.
10 / SOURCE EXHIBITS