Dmitriy Petryakov

Bulding money of the future.

Creator of:
Dynemix blockchain,
Liberdyne messenger,
Decentralized algorithmic central bank (DACB).

[Dmitriy Petryakov @dyne_guy]

HOW DACB OUT-AUSTRIANS THE AUSTRIANS AND OUT-KEYNESIANS THE KEYNESIANS, CREATING AN ENTIRELY NEW MACRO PARADIGM.

Modern monetary debates have been stuck in a three-way tug-of-war. Austrians want clean intertemporal price signals (the “natural” interest rate) but lack operational tools to preserve those signals once money and complex finance enter the picture. Keynesians claim that aggregate demand must be actively managed to avoid long depressions, but their solutions introduce discretion, lags and distributional capture. Monetarists try to rely on rules, yet they struggle with the practical inability to measure the right aggregates (M and V) in real time.

A Decentralized Algorithmic Central Bank (DACB), a protocol-level monetary model built on a custom-tailored blockchain Dynemix with liquid staking and per-capita issuance, can reconcile these aims: it makes the natural rate observable, builds a real-time proxy for MV out of market behavior (the stake pool), and uses simple, public feedback rules to stabilize nominal demand without discretionary seigniorage or privileged first recipients. The result is a plausible architecture that operationalizes what Hayek dreamed of and what Austrians wanted but never could embody, complimented by Keynesian stabilization tools. Let’s explore how DACB achieves such a result.

PART I. THE PROBLEM

1. Bohm-Bawerk’s elegant barter picture: roundabout production and the natural rate

At the heart of the Austrian capital theory is a simple picture: production is not instantaneous, some projects are “roundabout”. Building a factory or a supply chain takes time, but it yields a greater future output. Individuals have time preferences: they value present consumption relative to future consumption. When people defer present consumption (save), resources become available to be reorganized into longer roundabout processes, and capital formation follows. In an ideal barter world, the decision to save and to invest is conceptually one move: an entrepreneur identifies an opportunity and people defer consumption to free resources for it.

That one-move insight yields the notion of a natural interest rate: the intertemporal price that equates the supply of real saving with the demand for real investment. If time preference falls (people prefer the future relatively more), the natural rate falls, projects that were formerly uneconomic become viable, and the production structure lengthens. Entrepreneurs get a clean signal (a lower price of waiting) and reallocate resources accordingly.

2. Introduce money, and the trouble begins

But once we introduce money, the tidy picture splinters in two ways:

a) Saved purchasing power need not become real investment. Money can be hoarded or parked in near-money vehicles. The simple equivalence “save=invest” no longer holds, monetary balances can rise without any corresponding redeployment into capital goods. The falling time preference no longer automatically produces a shift in the market of loanable funds and subsequent relocation of resources.

b) Monetary issuance and control are not neutral. Whoever issues money (the seignior) and whoever receives new money first enjoy a Cantillon advantage: early recipients gain relative purchasing power. Monetary policy thus carries distributional effects and creates incentives to capture issuance. It also distorts relative prices in systematic ways.

3. Hayek’s learning: deflation is worse than he first thought

Early Austrians were optimistic about deflation arising from productivity or thrift: falling prices, they thought, could be benign as they expressed rising real wealth. Empirical experience (panics under classical gold regimes, debt deflation episodes, prolonged contractions) forced Hayek to rethink. He moved to a pragmatic target: stabilizing nominal income (MV) rather than holding money rigid. Hayek recognized that money is entangled with velocity and that naive fixes on M can be self-defeating once we admit sticky wages, debt, and other frictions.

4. Heterogeneous, sector-specific capital: the mobility problem

Fast-forward to the modern economy: capital inputs have become highly heterogeneous and sector specific. A worker who leaves a chocolate factory cannot be instantaneously remade into an AI engineer; specialized machines and supply lines are not fungible. Lowering time preference in this world does not mechanically reassign identical resources to longer projects, it often creates frictional unemployment in some sectors and bidding for hard-to-move inputs in others, producing both malinvestments (projects propped up by cheap credit but ill-matched to available resources) and simultaneous unemployment elsewhere. This is the Achilles’ heel of the pure Bohm-Bawerk picture once we account for modern capital specificity.

5. Keynes’s corrective: demand matters

Keynes’s insight was blunt and practical: even if intertemporal prices matter, aggregate demand can collapse, and the economy can get stuck at high unemployment for long periods. Restoring demand now matters more, and equilibrium-level time preference arguments don’t magically deliver employment or avoid social catastrophe. Thus, monetary and fiscal policy should be designed to close output gaps.

Modern New-Keynesian frameworks operationalize that insight: inflation targets, the Taylor rule, NGDP targeting, and discretionary central bank interventions are tools to stabilize the macroeconomy. But they suffer well-known problems: the zero lower bound (ZLB), long and variable lags between action and effect, measurement problems (which inflation measure? which estimate of potential output?), time inconsistency and political capture, and distributional distortions because seigniorage and credit support often flow through privileged channels.

6. The trilemma of practice

So, we face a trilemma in practice:

- Austrians demand process neutrality: clean, undistorted market signals, but lack operational instruments that preserve those signals in a monetary world.

- Keynesians demand outcome stability: sustained employment and avoidance of depression, but implement discretionary tools that suffer from capture, lags, and mismeasurement.

- Monetarists demand rule-based predictability, but their rules need observables (M, V, NGDP) that are noisy, lagged, and hard to react to in real time.

Any monetary architecture that intends to solve the trilemma must

- preserve a usable market signal that coordinates capital movement;

- stabilize nominal demand to avoid debt-deflation and prolonged underemployment;

- do so without discretionary seigniorage and with observables that can be measured and acted on in real time.

PART II. DACB: THE GROUNDBREAKING SOLUTION

DACB is a novel monetary framework that threads this needle. Its policy instruments are simple in appearance and market-mediated in effect:

- a liquid, low risk staking instrument whose yield is publicly visible every block;

- a measurement called the stake pool (the share of the coin supply currently staked), which the protocol treats as a live proxy for nominal demand (MV);

- two adjustable levers: the split of issuance between per-capita helicopter drops and staking rewards, and a rule that adjusts total issuance, both applied automatically according to deviations of the stake pool from the target.

Below is how DACB closes the gaps described above.

1. Making the natural rate observable: staking yield as a market anchor

Austrian theory is built on the natural rate as the intertemporal price. In real economies, that rate is obscured by bank spreads, risk premia, and opaque financial intermediation. DACB’s move is to create an on-chain, ultra-transparent instrument — staking, whose nominal reward is public, immediate, and arbitraged.

With the help of the novel design of Dynemix (the underlying blockchain of DACB), staking is

- near riskless because slashing is only applied to deliberately malicious actions;

- liquid because unstaking is near instant.

With these properties, staking yield becomes a credible, market-arbitraged safe return. Market participants will compare that yield to off-chain risk-free rates, repos, and short bills and arbitrage will force those yields into a consistent relationship. In effect, staking yield becomes the observable natural rate, the number that entrepreneurs can read when deciding whether to extend investment projects.

That fixes the Austrian complaint that the natural rate exists only as a theoretical coordination mechanism. DACB reveals it publicly in real time.

2. The stake pool as a real-time MV gauge

Hayek worried we cannot measure MV. Theorists could speak of stabilizing nominal income, but which variable would a policymaker actually target? DACB introduces a tool for measurement: the stake pool (the share of supply locked as staked security) is a compact behavioral statistic that integrates how agents allocate their money between transactional balances and “safe, locked” balances as a function of both the supply of money and velocity.

If people hoard (velocity falls) or inflation drops, the stake pool tends to rise. If money supply expansion outpaces demand (MV up), the stake pool tends to fall. In short, M and V leave their imprint jointly on the stake pool in high frequency, on-chain, auditable form. The protocol does not need to decompose M vs V; it reacts to the revealed outcome.

That is the Hayekian breakthrough realized: instead of chasing noisy GDP or CPI data, DACB watches a singular market-generated variable and feeds it into a transparent feedback rule. Markets anticipate the rule, arbitrage around it, and thus do much of the coordination work.

3. A closed-loop policy: indicator and target

DACB makes the stake pool both an indicator and a policy target. In operation:

- If the stake pool is too high (agents are hoarding → MV down), the protocol increases issuance and shifts the split toward helicopter drops to get money back into circulation, reduce the attraction of hoarding and raise inflation expectations. It also can lower the staking yield incentive.

- If the stake pool is too low (too much transactional spending → MV up), the protocol tightens issuance and raises staking rewards, encouraging absorption of liquidity into secured stakes and cooling down inflation expectations.

Because the rule is known, transparent, and executed on-chain every block, expectations adjust instantly and the market itself performs the redistributional coordination tasks, whereas the algorithm merely changes incentives.

Two consequences follow:

- seigniorage is not concentrated: per-capita drops flatten the Cantillon advantage because issuance is not given first to a small set of banks or dealers;

- the protocol preserves a publicly visible market signal (staking yield) that entrepreneurs can read for intertemporal decisions.

4. Handling time-preference shocks and sectoral frictions

A persistent critique of any rule that targets a nominal anchor is that when time preference falls (the Austrian case), there is no need for extra money: the real problem is to redeploy existing resources. DACB answers with a layered transmission story.

If time preference falls and the natural real rate drops, market actors will try to reallocate resources to longer projects. The on-chain signal (staking yield) will reflect the nominal counterpart of that real shift, and the stake pool will respond. The algorithm’s reaction (a calibrated issuance increase) is meant not to create false loanable funds but to stabilize nominal demand while allowing the reallocation to proceed. In practice, much of DACB’s newly issued coins are delivered as helicopter drops (not bank reserves), so they stimulate demand directly: that helps bridge shortfalls in demand that would otherwise cause unemployment while the structural reallocation proceeds. Staking rewards keep the observable yield anchored so that entrepreneurs still have a credible market price of waiting, which is not distorted by algorithm’s monetary measures.

This is subtle and one of the key achievements of the model: issuance is used to prevent demand-side collapses that would make even correct reallocations painful and politically explosive, while staking yield retains the intertemporal signal necessary for investment choices. Ideally, new money is absorbed as real GDP rises due to successful investments, but if inflation expectations overshoot, the rule corrects immediately to keep the most optimal balance between demand stimulation and unnecessary inflation.

5. Countercyclicality without discretionary bias

DACB’s countercyclical framework is straightforward: automatic rules, public signals and market execution. When the stake pool shows demand is collapsing (people hoard, MV falls), the protocol immediately increases the share of newly issued coins that go into universal helicopter drops and charges the printer. That puts spendable money in people’s hands fast, nudges transactions up and weakens hoarding incentives. When the stake pool signals overheating, the algorithm flips the levers the other way: it tightens issuance and raises staking rewards, so liquidity is pulled out of circulation.

The key differences from traditional policy are threefold:

- Decisions aren’t made by committees; they’re deterministic code everyone can audit. That removes political favoritism and the “who gets the new money first” problem.

- Markets instantly see the policy and arbitrage around it. Staking yields and other rates reflect real-time conditions, so entrepreneurs and savers get truthful, stable signals.

- Responses are fast and incremental: no month-long data lags, no FOMC meetings. That reduces the chance the cure becomes worse than the disease.

6. DACB can plausibly aim at 0% inflation

Many would argue that zero inflation could be the optimal potential target. Conventional central banks shy away, usually targeting 1–2% to avoid the zero-lower-bound (ZLB) trap and risk of a deflation spiral. ZLB exists because central banks primarily tweak short nominal rates. Once nominal rates approach zero, conventional tools lose potency, and policy can’t deliver real easing if expectations are stuck. This is a structural limit of rate-based monetary regimes and information lags those regimes endure.

DACB’s architecture changes the constraint set. It does three things simultaneously:

a) It uses issuance composition, not only rates. Instead of relying solely on pushing a short nominal rate into negative territory (which runs into ZLB problems and political limits), DACB can adjust the split between immediate, equal-per-capita helicopter drops and staking rewards while tweaking the overall issuance itself. That means it can push nominal demand up or down directly without having to force nominal short rates through zero.

b) It neutralizes the dynamics that make ZLB dangerous. Because DACB’s responses are fast, transparent, and per-block, expectations can be managed with much finer granularity. There is less need to rely on big, delayed interventions that shock markets and outcomes. When hoarding threatens to create a deflationary spiral, the protocol responds immediately, reducing the window during which liquidity preference can build up into a self-fulfilling collapse.

c) It decouples the policy objective from physical ZLB constraints. The target is the stake pool share, which is an MV dynamics proxy. If we choose an S* and parameterization consistent with a long-run zero inflation equilibrium, for example, a default issuance rate calibrated to deliver NGDP growth equal to expected long-term real growth, the system can aim at 0% inflation while retaining an automatic backstop against hoarding-driven spirals. In other words, DACB can choose a true zero inflation anchor while still providing the micro-mechanisms necessary to fend off the amplification channels that historically turned innocuous deflation into collapse.

CONCLUSION

DACB isn’t another theory, it’s a working design that finally stitches two historically opposed ambitions into one practical solution.

What most monetary models do is pick one problem and fix it while wrecking another. Gold and Bitcoin preserve signal purity but invite hoarding, cornering and collapse; modern central banks stabilize demand but concentrate discretion, create Cantillon rents and distort intertemporal prices. Free-banking promises market discipline, but suffers from a brutal prisoner’s dilemma of competitive over-issuance. Algorithmic stablecoins trade off credibility for fragility.

DACB changes the game. It gives the market a single, public, auditable instrument (staking yield) that functions as a real-time natural rate. It turns aggregate liquidity preferences into a single on-chain statistic (the stake pool) that the protocol observes and targets. And it applies simple, automatic policy levers: per-capita drops and staking incentives, so the system stabilizes MV without secret committees, political favoritism, or first-mover seigniorage.

Is it perfect? No system is. But DACB is not a compromise; it’s an upgrade: the practical architecture that lets market prices do the coordinating work Austrians seek, while giving societies the safety valve Keynesians insist is necessary. If you want both honest signals and resilient demand, DACB is the first design that really delivers.

[Dmitriy Petryakov @dyne_guy]

IIf prices fall, it can anchor expectations towards further fall, which can unwind a devastating spiral. Hypothetically, an economy with slight productivity-driven deflation can exist, but only if (and that's a huge IF) we can ground deflation expectations, for which we need a reliable nominal stabilization framework with no ZLB constraints, and that is exactly what we do not have (except for a couple theoretical proposals).

[Dmitriy Petryakov @dyne_guy]

@BitcoinGambit If we see past supply and demand, it's a question of a cornered supply and hypercharged spot-price-to-capital-inflow multiplier, which can actually make these numbers possible. They just omit that the higher the climb, the harder the fall.

[Dmitriy Petryakov @dyne_guy]

@FranNunesEcon Irationality is well assumed, recognized and researched in mainstream, e.g. Shiller's irrational exuberance. What is he talking about? Rationality and individualism are completely separate phenomena.

[Dmitriy Petryakov @dyne_guy]

An entrepreneur builds up the structure of the business, and coordinates the whole endeavor, hence his work produces the most value. If workers feel the entrepreneur doesn’t contribute enough to justify his income, they are free to open their own business and carry his functions on themselves. You don’t need socialism for that.

[Dmitriy Petryakov @dyne_guy]

These loons really think that billionaires possess actual money. Like each one has a huge vault of cash and gold coins and dives into it every morning like Scrooge McDuck.

[American AF 🇺🇸 @iAnonPatriot]

Zohran Mamdani is now claiming that billionaires shouldn’t exist because it’s “so much money in a moment of such inequality”

His parents are multimillionaires, btw.

[Dmitriy Petryakov @dyne_guy]

Saving doesn't build better tomorrow. Saving AND investing does, but only in case it's aligned with productivity increasing opportunities. That loon Ammous doesn't understand even the Austrian school he himself preaches, not even mentioning other traditions he tries to attack.

Lower time preference doesn't lengthen production cycles by itself. Capital intermediation is a required step, which Bitcoin breaks by its design philosophy. Austrians implicitly assume this function to be performed by the banking system, but Bitcoin has a strong anti-bank self-custodial ethos with a dominating narrative to HODL. Ammous doesn't even realize that by embracing this ethos he contradicts the fundamentals of the Austrian business cycle theory and reinforces Keynesian criticism of it.

[Dmitriy Petryakov @dyne_guy]

Yes, a magic world where prisoner dilemmas, information asymmetry, threshold runs, endogenous collateral bubbles, shadow banking, market cornering, Ponzi schemes, etc. don’t exist. There’s no need to believe in something when there’s a ton of research and evidence favoring the opposite.

BTW, Scottish and Canadian free banking is Selgin/White style free banking, not Rothbardian. Being an example of fractional reserve banking, they have nothing to do with Bitcoin.

Ironically, Rothbard explicitly rejected and criticized these cases, so if you see them as evidence of a stable monetary framework, you are siding with Selgin and White, who are much closer to the monetary equilibrium tradition (Wicksell, Yeager, late Hayek) than Austrian absolutism (Mises, Rothbard).

[Dmitriy Petryakov @dyne_guy]

Doesn’t it directly contradict your Misesian quote that any quantity of money is always sufficient? If it is so, there can be no crisis from money supply inelasticity. Or maybe we should evaluate the context first?

Mises also addressed elasticity via gold mining increase, but they both severely underestimated the role of economic frictions (prices and wages are sticky short-term, not elastic), velocity of circulation and resulting coordination failures in the context of deflation.

Mises and Rothbard concentrated their analysis on M, rejecting V as a meaningful independent variable, while Hayek later upgraded his framework to MV as an aggregate, which led to completely different implications of neutral money and a shift to the monetary equilibrium tradition from Austrian absolutism.

[Dmitriy Petryakov @dyne_guy]

@JeffBooth Then HODL is essentially a process of trying to steal energy from those who come to preserve it after you.

[Dmitriy Petryakov @dyne_guy]

Yes, Mises and Rothbard argued that productivity-driven deflation is benign. They just didn't acknowledge the inconvenient truth about coordination failures that emerge when money supply isn't sufficiently elastic to demand cause it would force them to reconsider their ideological stance and admit that Keynes was at least partially right. Hayek did, which is why many Butcoiners who try to justify Bitcoin with Austrian economics pretend he didn't exist.

[Dmitriy Petryakov @dyne_guy]

Is a deflationary spiral a real threat or a Boogeyman of fiat apologists?

The answer is contextual. Under the current monetary framework (central banks + fractional reserve banking), it's a real well documented threat.

However, what if we adopt a heterodox framework, say something Austrians promote?

Pure Gold Standard wouldn't suffer from ZLB issue because in the absence of exogenous force that artificially suppresses the market interest rate, the rate should float close to the natural rate that clears the market of loanable funds.

Misesians would argue, that productivity-driven deflation doesn't produce the feedback dynamics that is required to unwind a downward spiral.

The problem is, that, in essence, a deflationary spiral is a coordination failure that doesn't necessarily require an entire set of conditions stated by the Fisher's debt deflation theory.

We can conditionally describe it as two action multiplayer coordination game with multiple Nash equilibria. Although, while making a decision between hoard/spend, the Pareto optimal outcome would be hold as much as required to satisfy the transactional and precautionary demand and spend the rest, under specific conditions (insufficiently elastic money supply) the payoff matrix favors hoarding. After a certain number of players decide to hoard, it can trigger a threshold liquidity run, which is well researched in Game theory.

To mitigate such run, we need countercyclical back stops within the framework, and that's the truth that made many economists who started from Austrian tradition to shift toward the monetary equilibrium framework (e.g. Hayek, Yeager).

So, can we build a framework with such backstops that satisfies most Austrian criteria? Hypothetically, yes. The first framework was described by Hayek in Denationalization of Money. The next step was made by Selgin and White in their model of free banking, and the most recent attempt is my own framework of DACB although I do not support deflation and would much prefer Yeager's income norm.

[Dmitriy Petryakov @dyne_guy]

@BitcoinGambit @PARABOLIT It just inherits common institutional flaws of tradfi. Upcoming mining centralization was evident as early as when ASICs emerged, and Satoshi himself was aware of it. The current narrative of maxis is indeed a cult barely grounded in reality.

[Dmitriy Petryakov @dyne_guy]

@Justin_Bons @Chainbuilderpro It won't die until institutionals are done playing with it. Bictoiners are now merely passive observers, whether they realize it or not.

[Dmitriy Petryakov @dyne_guy]

@bramk Everything can be corrupted, but Bitcoin (and crypto in general) is prone to risks yet to be discovered, and that's the main point of concern. Unpredictability.

[Thomas Sowell Daily @DailySowell]

“Attempts to spread the wealth are, in fact, spreading poverty because you attack the people who are creating the most wealth—not only for themselves, but for society.”

— Thomas Sowell

[Dmitriy Petryakov @dyne_guy]

@chernz94 @cryptorover Because it's going lower in the same way it's going higher: by capital flows.

[Dmitriy Petryakov @dyne_guy]

@Hanakookie1 @PARABOLIT Miners run the code. Other nodes are irrelevant.

[Dmitriy Petryakov @dyne_guy]

Yes, the power is concentrated, but it's a bit more complicated than just the hash rate. It's a mutual dependence of big financial, infrastructural players and miners.

I'm not a fan of Bitcoin's PoW model, but it's fundamentally impossible to design a permissionless system that can reliably prevent concentration of power.