# The hardest questions, answered > Each attack in its strongest form, and the answer in the application’s own words. Gavin Robert McGowen · interstellarblends.com. This site describes a patent application. It offers no token, security or investment. Canonical: https://velocityprosperity.com/hard-questions/ ## The scalpel - The economist, the lawyer, the engineer, the cryptographer and the scholar each get the strongest form of their case. - Each answer quotes the application or a source read word for word; where we reason, the step is written out. ## In plain words The hard questions people ask about VP2.0, each answered from the application itself. No. 01 The economist ## Doesn’t faster money just raise prices? The case Fisher’s own equation: prices move with money “provided the velocity of circulation of that money and the volume of trade which it is obliged to perform are not changed”. Speed weighs as much as quantity. The answer The equation cuts both ways, so VP2.0 keeps its rates inside set limits, reads an inflation measure, and measures each change before the next. Its rewards come from its fees. - VP2.0 bounds its own rates: every change must pass “an authorized transition rule”, and the transaction fee is clamped to “an authorized range” that in the example runs “from approximately 0.5% to approximately 2%”. - The network can read prices: its data may “include an inflation-rate measure obtained from a third-party data source”. - It measures what each change did and hands the result to “a subsequent control cycle”. - Its rewards are paid out of its fees: the fund “may allocate a portion of the received fee to a rewards pool”. - And in a slump the speed is what goes missing: “the average dollar circulates only about a third as fast as usual”. No. 02 The economist ## Won’t people just move to other money? The case Keynes’s own objection to stamped money: “a long series of substitutes would step into their shoes”. The answer Keynes was warning about a charge on everyone’s money. VP2.0 charges no one’s dollars. It is a separate currency that pays its users to spend, and savings can be locked out of the fee. - He was answering a stamp on the nation’s notes, which “would only retain their value by being stamped each month”. - VP2.0 stamps no one’s dollars. It is its own “digital currency system”, and it pays the people who choose it: “a spending reward” on each purchase. - Savings need not leave: a locked balance “may, for example, be exempted from a holding-fee mechanism”. No. 03 The economist ## Isn’t a holding fee a tax on ordinary savers? The case A charge on money that sits looks like a charge on the people with the least to spare. The answer The fee is a share of the idle balance, so it falls hardest on the largest idle balances, and savings can be locked out of it. Inflation charges savers too, without a bill. - The fee is “a portion of the unspent balance”, so it grows with the idle balance: the largest idle balances pay the most. - A locked saving balance “may, for example, be exempted from a holding-fee mechanism”. - Inflation also charges money that sits, and Keynes saw where it lands: “while the process impoverishes many, it actually enriches some.” No. 04 The lawyer ## Didn’t governments shut stamp scrip down? The case They did: Germany “forbade Wara by means of an emergency law”, in “November, 1931.” The answer So VP2.0 can run inside the system, not around it: through existing banking and payment platforms, with every transaction checked against its jurisdiction’s rules before it is routed, and records that can go to regulators. - VP2.0 can run inside existing institutions: the specification names “integrating digital-currency functionality into existing banking, payment, or merchant platforms”. - VP2.0 builds the rules into every transaction: each request goes to a “KYC/AML (know your customer / anti-money laundering) check”. - It is matched against sanctions lists, scored, and routed: claim 13’s “compliance risk score” decides where it goes. - And it can report: the specification covers “reporting transaction or compliance data to regulators, auditors, or other stakeholders”. No. 05 The lawyer ## Isn’t this an unregistered security? The case A token that pays rewards can be called an investment, and the law of money transmission reaches anyone who moves value for others. The answer Nothing is sold here. This site describes an invention, and how any token built on it is treated depends on how it is offered, which is for counsel when that day comes. - Nothing is offered here: this site describes a patent application, and it offers no token, security or investment. - How any token built on it is treated turns on how it is offered and run, a question for securities counsel under the rules in force when it is offered. - The design carries the machinery an operator needs: identity checks, sanctions screening, risk scoring, and “reporting transaction or compliance data to regulators”. No. 06 The engineer ## What stops the AI from drifting or going rogue? The case A learning model can drift, be gamed, or produce an anomalous number. The answer The AI proposes and the rules decide: the fee is clamped to its authorized range whatever the model says, a change that fails its authorized condition is thrown away, and the last committed settings can be restored. - The model never has the last word: the fee is clamped “independently of an output produced by deep Q-network 1200”. - A proposed value that fails its authorized condition is discarded, and the network “may, in some examples, revert to a previously committed parameter state”. - The stated aim: to “prevent a training anomaly from producing a deployed parameter value outside an authorized bound”. No. 07 The engineer ## How can thousands of nodes agree on one AI’s answer? The case Different hardware can compute a model’s output differently, and a ledger needs every node to agree. The answer Nodes do not trust one machine’s answer: a quorum recomputes it and attests that it matches, and only then does every node switch together. - The specification meets it head on: not “an assumption of universal bit-for-bit identity across all possible validator-node hardware”. - Instead, a quorum of nodes “may independently re-execute the forward pass and attest to a matching result”. - The approved change is authenticated and switched on “at the effective ledger interval”, on every node at once. No. 08 The engineer ## What if the data feeds fail? The case A system that steers by data is only as good as its data. The answer When data goes missing, the network freezes the last good settings, stops issuing changes, and flags the problem for review. - When “a committed oracle value is not received for a given ledger interval”, the network flags a degraded condition. - The last good settings stay in force: “a previously activated parameter state remains frozen”, and new updates are withheld. - The condition goes to governance: the node “may flag the degraded-telemetry condition for review”. No. 09 The cryptographer ## Won’t quantum computers break it? The case Signatures in use today can be broken by a large enough quantum computer. The answer It signs with post-quantum schemes, a primary one and a conservative fallback, kept separate from the encryption that keeps traffic private. - VP2.0 signs with “a post-quantum digital signature scheme” (claim 5). - “an ML-DSA-family signature scheme used as a primary signing mechanism”, with “an SLH-DSA-family (SPHINCS+) signature scheme used as a conservative fallback”. - The signature is kept “distinct from a key-encapsulation mechanism used for confidentiality”. No. 10 The crypto expert ## What stops validators from cheating? The case A validator that signs two versions of the ledger can try to spend the same money twice. The answer A validator caught signing two versions of the ledger has its stake slashed; a node that only looks odd is set aside until it clears itself; and the same private proof cannot be spent twice. - Cheating costs stake: the network may “slash a staked token amount” for a verifiable fault, such as “two conflicting signed ledger-block proposals for a common block height”. - A mere anomaly only isolates a node until a challenge-response clears it, to “reduce a risk of permanently penalizing a validator node based solely on an anomaly measurement”. - On the private path, a recorded nullifier stops the same proof being used twice (claim 17). No. 11 The crypto expert ## Doesn’t privacy mean no compliance? The case Private transactions are where money laundering hides. The answer Privacy here is proof, not secrecy: a private payment still proves it clears the sanctions lists, without naming the people. - A private transaction proves what the rules need without revealing who is behind it: for example, that sender and recipient “are absent from a sanctions list and/or a politically-exposed-person list, without revealing an identity”. - Claim 17: a proof that a condition is met “without revealing a private input value”. No. 12 The skeptic ## Won’t insiders drain or capture the fund? The case A pool of fees is a target. The answer The fund keeps a floor it cannot be drawn below, its use is shown openly, and each ballot’s votes get dearer the more it casts. - The fund pays out only if its balance “would remain at or above a reserve floor” (claim 11), set “from an average disbursement” over past intervals. - Votes cost “a square of the number of votes cast”, so on one ballot, say grows only as the square root of the tokens spent. - The fund’s own use is on display: the transparency interface may show “a use of economic-stimulation fund 400, a security-audit result”. - The specification names what the fund is there to stop: fees that would “enable manipulation and/or accrual of control of the network to private participants, or allow removal from circulation entirely”. No. 13 The scholar ## Aren’t the quotations cherry-picked? The case Quotations can be bent by cutting them. The answer Every quotation was read word for word at its source and is shown in full on each page, with the source’s address, so anyone can check it. - Every quotation from outside the application was read at its own source in spans, each joined to the next by shared words, then read whole. - Each source carried a planted error that the reading had to catch, and every source is listed with its address and the date it was read. - Where this site reasons past a source, the step is written out beside it, among the sources in full on each page. No. 14 The economist ## Doesn’t a reward bigger than the fee run the fund dry? The case The application’s sample reward, “approximately 5% to 10% of the transaction value”, is larger than its sample fee of “approximately one percent”. Paid on every purchase, it would cost more than the purchase brings in. The answer The sample rates are examples. What binds is the rule: rewards come out of a pool the fees fill, and nothing is paid below the floor, so rewards can never outrun what has come in. - A reward is paid from a pool, not promised from nowhere: the fund “may allocate a portion of the received fee to a rewards pool”, and “the rewards pool may credit a spending reward”. - Every payment out of the treasury first checks the balance it would leave, and goes out “responsive to the balance remaining at or above the reserve floor” (claim 11). - The rates are set together, not alone: claim 1’s mechanism is “configured to optimize transaction fees and user rewards in real-time”, and the sample rates are “illustrative, non-limiting”. - So a reward can be paid only from what the fees have brought in: the pool cannot credit what it does not hold, and the floor stops any payment the treasury cannot make. The question ## What are the main criticisms of VP2.0, and how does it answer them? That faster money raises prices, that people will move to other money, that governments banned stamp scrip, that an AI should not set fees, that quantum computers or cheating validators could break it, and that a reward bigger than the fee runs the fund dry. The application answers each: bounded rates with an inflation input and feedback, a reward for choosing it, compliance checks on every transaction, a clamp and rollback on the AI, recomputation by a quorum of nodes, post-quantum signatures, slashing, and rewards paid from a pool the fees fill, under a floor. **The sources in full every quotation on this page, where it stands** How it is read each answer below quotes the application, or a source read word for word. How it is read each objection is put as its critics put it, and Keynes in his own words. How it is read every line of ours names its receipts, and an inference names its steps. > “a parameter-transition control mechanism configured to constrain the parameter-state update according to an authorized transition rule;” > — VP2.0 · Claim 2 > “Bounded-transition processing module 270, described with reference to FIG. 2, may clamp a calculated value of dynamic fee 1300 to an authorized range.” > — VP2.0 specification > “The authorized range applied to dynamic fee 1300 may, for example, extend from approximately 0.5% to approximately 2% of a transaction amount.” > — VP2.0 specification > “Economic data feed 102 may, in some examples, include an inflation-rate measure obtained from a third-party data source.” > — VP2.0 specification > “a feedback subsystem configured to measure post-activation ledger-operation telemetry produced by application of the activated parameter state and provide the post-activation ledger-operation telemetry to a subsequent control cycle of the adaptive control mechanism.” > — VP2.0 · Claim 2 > “Continuing the illustrative eight-operation economic cycle, a network participant 110 may transfer value to a merchant participant, a transaction fee may be deducted and directed to economic-stimulation fund 400, economic-stimulation fund 400 may allocate a portion of the received fee to a rewards pool, the rewards pool may credit a spending reward to the transacting network participant 110, a holding fee may be periodically deducted from an unspent wallet balance and directed to economic-stimulation fund 400, economic-stimulation fund 400 may allocate a further portion to reinvestment and participation support 170, reinvestment and participation support 170 may pay an eligible worker or other approved recipient for an eligible activity, and the recipient may spend the received value with a merchant participant, thereby returning transaction-derived value to transaction activity and circulation 120.” > — VP2.0 specification > “In depression times, the average dollar circulates only about a third as fast as usual so that a turnover of twice a week becomes twelve times the depression average for conventional money.” > — [Fisher, Stamp Scrip (1933), ch. III](https://userpage.fu-berlin.de/~roehrigw/fisher/stamp3.html) > “the level of prices varies directly with the quantity of money in circulation, provided the velocity of circulation of that money and the volume of trade which it is obliged to perform are not changed.” > — [Fisher, The Purchasing Power of Money (2d ed. 1922), ch. II](https://www.econlib.org/library/YPDBooks/Fisher/fshPPM2.html) How it is read in MV = PT the money and its velocity enter as one product. > “According to this proposal currency notes (though it would clearly need to apply as well to some forms at least of bank-money) would only retain their value by being stamped each month, like an insurance card, with stamps purchased at a post office.” > — [Keynes, The General Theory (1936), ch. 23, § VI](https://www.marxists.org/reference/subject/economics/keynes/general-theory/ch23.htm) > “BRIEF SUMMARY Apparatus and related methods may relate to a digital currency system that adjusts its own economics while resisting future computing attacks and autonomously returning value.” > — VP2.0 specification How it is read the holding fee falls on a VP2.0 wallet balance, so a dollar held elsewhere is not charged. > “In a savings-tier configuration of that embodiment, a locked value amount may, for example, be exempted from a holding-fee mechanism described above and may be associated with a principal-protection condition, together with a return calculated at a rate lower than a return associated with an investment-tier configuration.” > — VP2.0 specification > “Thus if currency notes were to be deprived of their liquidity-premium by the stamping system, a long series of substitutes would step into their shoes” > — [Keynes, The General Theory (1936), ch. 23, § VI](https://www.marxists.org/reference/subject/economics/keynes/general-theory/ch23.htm) > “The holding-fee mechanism may, for example, periodically deduct a portion of the unspent balance at a defined interval, such as a monthly interval.” > — VP2.0 specification How it is read a fee that is a share of a balance grows in step with the balance. > “By a continuing process of inflation, governments can confiscate, secretly and unobserved, an important part of the wealth of their citizens. By this method they not only confiscate, but they confiscate arbitrarily; and, while the process impoverishes many, it actually enriches some.” > — [Keynes, The Economic Consequences of the Peace (1919), ch. VI](https://www.econlib.org/library/YPDBooks/Keynes/kynsCP.html?chapter_num=7#book-reader) How it is read inflation lowers what each dollar held will buy, so it falls on money that sits. How it is read the objection as it is usually put. > “Business contexts can include integrating digital-currency functionality into existing banking, payment, or merchant platforms, offering savings, lending, or investment products denominated in a digital asset, and coordinating with governmental or institutional partners to support adoption, compliance, or public-benefit initiatives.” > — VP2.0 specification > “Transaction initiation 600 may supply a transaction request to KYC/AML (know your customer / anti-money laundering) check 3802.” > — VP2.0 specification > “KYC/AML check 3802 may obtain a sanctions-list match result associated with the transaction request.” > — VP2.0 specification > “determine a jurisdiction associated with a transaction admitted under the activated parameter state; calculate a compliance risk score for the transaction from a plurality of weighted factors associated with the jurisdiction, and” > — VP2.0 · Claim 13 > “Operational contexts may further include onboarding new users or institutions, verifying identity or eligibility, screening transactions or participants against regulatory or sanctions requirements, and reporting transaction or compliance data to regulators, auditors, or other stakeholders.” > — VP2.0 specification > “It forbade Wara by means of an emergency law” > — [Fisher, Stamp Scrip (1933), ch. IV](https://userpage.fu-berlin.de/~roehrigw/fisher/stamp4.html) > “November, 1931.” > — [Fisher, Stamp Scrip (1933), ch. IV](https://userpage.fu-berlin.de/~roehrigw/fisher/stamp4.html) > “route the transaction to a disposition state based on a comparison of the compliance risk score to at least one threshold.” > — VP2.0 · Claim 13 How it is read the site is the author’s description of his application. How it is read the law reaches an offering, not a description of an invention. > “Clamping dynamic fee 1300 independently of an output produced by deep Q-network 1200 may reduce a likelihood that an anomalous model output produces a fee value falling outside the authorized range.” > — VP2.0 specification > “Rejection-and-rollback operation 4005 may discard the value generated at coupled-update operation 4003.” > — VP2.0 specification > “Rejection-and-rollback operation 4005 may, in some examples, revert to a previously committed parameter state responsive to the discarding.” > — VP2.0 specification > “Applying rejection-and-rollback operation 4005 independently of a value produced by the adaptive control mechanism may, for example, advantageously prevent a training anomaly from producing a deployed parameter value outside an authorized bound.” > — VP2.0 specification > “This re-execution-and-attestation mechanism, rather than an assumption of universal bit-for-bit identity across all possible validator-node hardware, may, for example, serve as an operative mechanism by which the plurality of validation nodes reach a common, reproducible activated parameter state.” > — VP2.0 specification > “In some embodiments, rather than requiring every validator node of validator nodes 1900-1909 to re-execute the forward pass of deep Q-network 1200, a defined subset of validator nodes 1900-1909 (e.g., a subset satisfying a committed quorum fraction) may independently re-execute the forward pass and attest to a matching result, so that quantum consensus engine 1805 may accept a resulting parameter-state update responsive to the attesting subset satisfying the committed quorum fraction, reducing a computational burden otherwise associated with requiring re-execution at every validator node while still providing a cross-validator consistency check.” > — VP2.0 specification > “each validation node is configured to verify the parameter-state package, activate the constrained parameter-state update as an activated parameter state at the effective ledger interval responsive to the verification, and apply the activated parameter state during ledger operation to control transaction admission, validation operation, and ledger-record formation, and” > — VP2.0 · Claim 2 > “In some embodiments, telemetry acquisition and normalization module 240 may detect a degraded-telemetry condition, such as a condition in which a committed oracle value is not received for a given ledger interval.” > — VP2.0 specification > “Responsive to detecting a degraded-telemetry condition, telemetry acquisition and normalization module 240 may continue forward-filling a missing or stale telemetry value using a decay factor, as described with reference to FIG. 2, while a previously activated parameter state remains frozen and continues to be applied by validator-node execution module 290.” > — VP2.0 specification > “Authenticated parameter-package generation and distribution module 280 may withhold generation and distribution of a further parameter-state package while the degraded-telemetry condition persists, such as in place of generating an update from an incompletely observed control-state representation.” > — VP2.0 specification > “Validator-node execution module 290 may flag the degraded-telemetry condition for review by governance and policy authorization 150.” > — VP2.0 specification > “The distributed digital-currency ledger network of claim 2, wherein the authentication data comprises a digital signature generated using a post-quantum digital signature scheme that is distinct from a key-encapsulation mechanism used by the distributed digital-currency ledger network for confidentiality.” > — VP2.0 · Claim 5 > “A validator node 700 or block proposer may, for example, sign a block, transaction, or parameter-state package using a signing operation of the post-quantum digital signature scheme, and another validator node 700 may verify that signature using a corresponding verification operation before accepting the block, transaction, or parameter-state package as authenticated, such as an ML-DSA-family signature scheme used as a primary signing mechanism for its verification speed and signature size, and/or an SLH-DSA-family (SPHINCS+) signature scheme used as a conservative fallback signature scheme, each described further below.” > — VP2.0 specification > “Some embodiments may advantageously improve resistance to future cryptographic attacks, such as by authenticating a parameter-state package using a post-quantum digital signature scheme that is distinct from a key-encapsulation mechanism used for confidentiality.” > — VP2.0 specification > “Self-healing architecture 2500 may, by contrast, slash a staked token amount associated with a validator node responsive to a verifiable fault determination for that validator node, such as a determination that the validator node produced two conflicting signed ledger-block proposals for a common block height (e.g., a double-signing fault), and/or responsive to a supermajority attestation among validator nodes 1900-1909 that the validator node engaged in a defined fault condition.” > — VP2.0 specification > “Distinguishing an anomaly-score-based isolation action from a verifiable-fault-based or supermajority-attestation-based slashing action may, for example, advantageously reduce a risk of permanently penalizing a validator node based solely on an anomaly measurement, while still providing a basis for permanent stake reduction responsive to a determinable and evidenced fault.” > — VP2.0 specification > “record a nullifier associated with the proof; and reject a subsequent transaction associated with a nullifier matching the recorded nullifier,” > — VP2.0 · Claim 17 > “A proof verified by privacy layer architecture 2300 may, in some examples, establish that the transacting sender and a transacting recipient are absent from a sanctions list and/or a politically-exposed-person list, without revealing an identity of the transacting sender or the transacting recipient.” > — VP2.0 specification > “receive, for a transaction admitted under the activated parameter state, a proof verifying that the transaction satisfies a predetermined condition without revealing a private input value used to satisfy the predetermined condition; and” > — VP2.0 · Claim 17 > “determine, for a proposed disbursement from the treasury, whether a balance of the treasury after the proposed disbursement would remain at or above a reserve floor, and” > — VP2.0 · Claim 11 > “The reserve floor may, for example, be calculated from an average disbursement of economic-stimulation fund 400 over a trailing group of ledger intervals.” > — VP2.0 specification > “the nonlinear function is equal to a square of the number of votes cast in the vote; the governance subsystem is configured to determine that the proposal has passed responsive to a participation rate meeting or exceeding a governance quorum and a total number of yes votes exceeding a total number of no votes; and” > — VP2.0 · Claim 10 How it is read on one ballot, if n votes cost n² tokens, then t tokens buy √t votes, and √100 = 10. > “The transparency interface may, for example, display a stability measure, a transaction-volume measure, a use of economic-stimulation fund 400, a security-audit result, and/or an economic-impact measure derived from ledger-operation telemetry, such as obtained through network telemetry and subsequent-cycle feedback 180.” > — VP2.0 specification > “Transaction fees or other transaction-derived value may, absent a mechanism such as economic-stimulation fund and/or treasury 160 and reinvestment and participation support 170, enable manipulation and/or accrual of control of the network to private participants, or allow removal from circulation entirely, rather than being returned to distributed digital-currency economic system 100 through further transaction activity and circulation 120.” > — VP2.0 specification How it is read the bank guard (B1 to B8) checks each join and each whole reading. How it is read the bank guard (B4) checks every planted control; the sources page prints the bank. > “disburse the proposed disbursement to a recipient responsive to the balance remaining at or above the reserve floor and the recipient satisfying a committed eligibility criterion.” > — VP2.0 · Claim 11 > “an AI-driven dynamic adjustment mechanism configured to optimize transaction fees and user rewards in real-time using a deep Q-network trained via reinforcement learning;” > — VP2.0 · Claim 1 > “An illustrative, non-limiting holding-fee rate may fall within a range of approximately 0.5% to 2% of the unspent balance per interval, while an illustrative, non-limiting spending-reward rate credited to a network participant 110 responsive to a transaction may fall within a range of approximately 5% to 10% of the transaction value.” > — VP2.0 specification How it is read a pool pays from what it holds; claim 11 releases a payment only if the balance after it stays at or above the floor; so the rewards paid can never exceed what has come in, and a reward set above what the fees bring in is paid only as far as the pool holds. > “As an illustrative, non-limiting example, a transaction amount of approximately one hundred dollars may result in a calculated transaction fee of approximately one percent, corresponding to approximately one dollar.” > — VP2.0 specification How it is read 5% to 10% of a purchase is more than about 1% of it.