Tokenomics / Proof of Intelligence
Qualify activity.
Standardize intelligence.
Distribute proportionally.
Programmatic Qualification determines whether an activity enters protocol accounting. Base IC measures the qualified unit under published rules. Effective IC allocates a fixed block reward; it cannot increase Base IC, accelerate block completion, or create additional BTWN.
QUALIFIED ACTIVITY → BASE IC → 100K IC BLOCK → DISCRETE WEIBULL REWARD → EFFECTIVE IC → CONTRIBUTOR DISTRIBUTION ✦
01 / THE ARCHITECTURE
Each layer.
One job.
Identity, qualification, measurement, issuance, allocation, and later validation remain distinct. That separation prevents reward factors or later confidence updates from rewriting the productive unit or the amount emitted by a completed block.
Qualify programmatically
Completion, eligibility, technical integrity, and anti-manipulation controls determine whether an activity receives initial Base IC.
Measure consistently
Base IC records a standardized quantity under the active Activity Definition and valuation schedule. It is not a scientific or monetary claim.
Validate later
Deferred Validation updates confidence, calibration, integrity, and downstream-use status without ordinarily reopening finalized Base IC or rewards.
A non-transferable standardized protocol unit created only by a Programmatically Qualified Activity.
A non-transferable reward weight. It affects only a contributor's allocation of a fixed Distributable Block Reward.
The integer milli-BTWN available after scheduled-reward quantization and the remaining-pool cap.
An identity-linked participation and governance condition. It creates no Base IC, Effective IC, yield, or reward preference.
An activation-gated contributor factor for eligible Creation Activity. It must always be distinguished from CIN Staking.
A sequential accounting container of exactly 100,000.000 Live Base IC, not necessarily a blockchain block or fixed time period.
02 / SUPPLY ARCHITECTURE
One cap.
Two issuance sources.
The absolute protocol cap is 500M BTWN. The full 450M Live pool is fixed for completed Live Intelligence Blocks. Genesis issuance is capped at 50M and supported one-for-one by Final Audited Genesis IC, so eventual issued supply may be lower than the cap.
500Mabsolute cap
Up to 50M Genesis allocation
One Final Audited Genesis IC supports one BTWN. Any unsupported Genesis capacity expires permanently and cannot be moved into the Live pool. Genesis IC does not fill Live blocks or advance the emissions schedule.
Exactly 450M Live emissions pool
Only accepted Live Base IC fills blocks. Each completed 100,000.000-Base-IC block advances the discrete Weibull schedule until the remaining Live pool reaches zero.
TERMINAL SUPPLY RULEDₙ = min(Sₙ, Rₙ)
The Distributable Block Reward is the smaller of the quantized Scheduled Reward and the Remaining Live Emissions Pool. Block 214,229 distributes the final 0.327 BTWN; later blocks distribute zero.
03 / BASE IC MEASUREMENT
Same rules.
Same Base IC.
The same Activity Definition, qualified under the same valuation, public validation, and control-schedule versions, generates the same Base IC. Contributor wealth, holdings, reward history, Quality, Reputation, and BTWN Stake cannot alter that measurement.
ACTIVITY → PROGRAMMATIC QUALIFICATION → BASE ICOnly a Qualified result creates Base IC. Deferred Validation is a later, parallel control.
ActivityQualified unitRateBase IC
15-second video15 qualified sec1.00 IC/sec15.000
30-second video30 qualified sec1.30 IC/sec39.000
60-second video60 qualified sec1.75 IC/sec105.000
Music / trailer / newsQualified seconds2.00 IC/secDefinition-capped
Professional targetQualified seconds3.00 IC/secDefinition-capped
Video calibrationQualified seconds3.00 IC/secDefinition-capped
Selected overview from the launch Intelligence Credit Valuation Schedule. The whitepaper contains the complete Activity Codes, caps, notation schedules, and qualification conditions.
Response-format values range from 3.000 to 30.000 Base IC. Standard domains use 1.00x; a published professional activity definition may use 3.00x after verified eligibility.
SessionMaximum timeMaximum IC
3-minute session180 sec max270.000
6-minute session360 sec max540.000
10-minute session600 sec max900.000
15-minute session900 sec max1,350.000
ActivityBase IC
Deep dive - 5 min450.000
Deep dive - 10 min900.000
Deep dive - 15 min1,350.000
Scene confirmation - 60 sec90.000
Flagged activity remains outside block assembly until resolved. Qualified activity may enter while Deferred Validation remains Pending.
The Combined Contributor Factor is capped at 3.0000x. Quality and BTWN Staking remain 1.0000x until their schedules are approved and activated.
Separately assigned and Qualified Calibration or Notation Activity earns its own Base IC and always uses a 1.0000x contributor factor.
04 / INTELLIGENCE BLOCKS
100,000 Base IC.
Exactly every block.
Accepted Live Base IC enters canonical order. When a contribution crosses the boundary, the precise amount required closes the current block and the remainder opens the next. No Base IC is discarded, duplicated, or rounded during splitting.
Σ Live Base IC = 100,000.000BLOCK COMPLETE
Contribution Effective Time, accepted batch or ledger sequence, record index, then Contribution ID establish block position.
Deferred Validation does not reopen a completed block or recalculate its reward. Proven post-finality issues enter the Correction Ledger and separate remediation process.
05 / DISCRETE WEIBULL EMISSIONS
Final proposed constants.
Exact terminal cap.
The Live reward schedule uses integer milli-BTWN. Beta and lambda are final proposed production constants, while the remaining-pool rule guarantees the 450M Live ceiling and removes residual dust.
FINAL PROPOSED DISCRETE SCHEDULE · OPENING WINDOWNOT YET ACTIVE
Sₙ = floor₀.₀₀₁(100,000 × exp[−((n−1) / 2,643.2819663169334)0.55])
BlockDistributable rewardRemaining Live pool
1100,000 BTWN449,900,000 BTWN
10084,855.711 BTWN440,995,304.691 BTWN
1,00055,678.594 BTWN380,729,779.574 BTWN
2,64436,790.102 BTWN306,906,941.503 BTWN
5,00024,177.846 BTWN236,831,675.594 BTWN
10,00012,508.95 BTWN149,793,121.177 BTWN
50,000648.733 BTWN13,499,809.033 BTWN
100,00062.612 BTWN1,660,668.761 BTWN
200,0002.041 BTWN23,733.757 BTWN
214,2290.327 BTWN0 BTWN
0.55
Final proposed shape constant for the stretched-exponential schedule.
2,643.2819663169334
Final proposed scale constant. Production must reproduce the canonical integer test vectors.
Block 214,229
Scheduled: 1.346 BTWN. Distributed: the final 0.327 BTWN. Every later block distributes zero.
06 / REWARD DISTRIBUTION
Weights redistribute.
They never inflate.
Effective IC is aggregated by contributor within the completed block. The fixed Distributable Block Reward is then allocated by exact integer arithmetic and the largest-remainder method.
Contributor factorFᵢ = min(3, QᵢRᵢSᵢ)
Contributor weightWᵢ = EICᵢ / ΣEIC
Reward allocationBTWNᵢ,ₙ = DₙWᵢ
Example IC Calculator
FactorReserved statusValue
QualityStandard / not active1.0000x
Bronze1.1000x
Silver1.5000x
Gold2.0000x
Active Reputation0-89 qualifying days1.0000x
90-179 qualifying days1.1500x
180-364 qualifying days1.3000x
365-729 qualifying days1.5000x
730+ qualifying days2.0000x
BTWN StakingNo qualifying stake1.0000x
Entry Stake - 90-day lock1.1500x
Growth Stake - 180-day lock1.3500x
Long-Term Stake - 365-day lock1.5000x
Locked Strategic - 730-day lock2.0000x
ACTIVATION & CONSERVATIONQuality and BTWN Staking remain 1.0000x until activated; the Combined Contributor Factor never exceeds 3.0000x.
Floor allocations plus deterministic residual units must equal the Distributable Block Reward exactly. Equal fractional remainders are resolved by ascending CIN Commitment ID.
07 / COMPLETE PROTOCOL FLOW
Eight steps.
One accounting chain.
Complete activity
Evidence capturedQualify
Qualified or zero ICCreate Base IC
Active ICVS rulesClose block
Σ IC = 100,000.000Calculate EIC
Base IC × capped factorAggregate weight
By CIN Commitment IDCap reward
Dₙ = min(Sₙ, Rₙ)Allocate exactly
Largest remainderCREATION ACTIVITY - OVERVIEW EQUATIONBTWNᵢ,ₙ = Dₙ × [Base ICᵢ × min(3, QᵢRᵢSᵢ)] / Σ[Base ICⱼ × min(3, QⱼRⱼSⱼ)]
08 / CONSTANTS & GOVERNANCE
Publish the rules.
Bind every record.
Every contribution and closure record retains the controlling versions or commitments. Prospective governance may change authorized schedules, but no administrator, signer, validator, or upgrade may violate protected supply and finality rules.
One block measure
Only accepted Live Base IC advances the Live block sequence.
No third issuance
Genesis and Live Proof of Intelligence are the only permitted BTWN issuance sources.
Conserved reward
Contributor allocations equal the Distributable Block Reward exactly.
No retroactive rewrite
Closed blocks, credited Base IC, and finalized distributions remain final.
09 / UTILITY & INTELLIGENCE VALUE
Compounding intelligence.
Defined economic utility.
Persistent, rights-cleared behavioral histories may support digital twins, synthetic audiences, forecasting, and enterprise decision tools. BTWN coordinates protocol participation; it is not equity, debt, a dividend, a revenue claim, or ownership of the Corpus.
Longitudinal intelligence
SynchTwin owns and operates the Corpus and Owned Intelligence, subject to applicable law, contributor terms, and Personal Information rights.
Protocol utility
BTWN may support expressly activated utilities, including qualifying staking functions. Passive ownership does not create reputation, governance votes, or guaranteed economic return.
25% defined allocation
The proposed policy allocates 25% of Eligible Corpus Licensing Revenue to purchase already-issued BTWN and burn it permanently. It is not a redemption or revenue-share right.
10 / SOURCE EXHIBITS
Inspect the
institutional exhibit library.
Twenty selected visuals from the updated SynchTwin exhibit library support the overview presented on this site. Use the arrows, keyboard, or a horizontal swipe to move through them.
11 / INVESTOR QUESTIONS
Eight questions.
Explore the answers.
Protocol answer
What is SynchTwin - and why does it have value?
SynchTwin is a proposed contributor-centered behavioral-intelligence network. Persistent attribution, repeated observation, calibration, and rights-cleared participation are designed to produce longitudinal intelligence that can support digital twins and enterprise AI products.