Next to fiat, gold and bitcoin

Next to what already exists, and what has existed. What does this do better, what worse, and where is it simply a version of something that was tried before.

System Comparison: Fractional vs CBER

Interactive Matrix

Fractional Banking

~10% Backed

Physical Vault Cash10% (€1.000)

• Money is created through commercial debt claims.
• Risk of bank runs if confidence collapses.
• Encourages infinite growth on a finite planet.

CBER Energy Standard

100% Backed (1:1)

Measured Physical Storage100% (10.000 CBER)

• Every coin represents 1 kWh stored physical energy.
• Impossible to experience a bank run: backing is transparent live.
• Anchored in thermodynamic physical reality.

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The systems side by side

Four ways to back money, on the points that matter as far as we are concerned: what the guarantee rests on, what energy does, and whether you still get your money in a run.

Feature	Fiat Money (Euro/Dollar)	Gold Standard	Bitcoin	CBER Model
Guarantee / Backing	No physical backing: it runs on trust and debt legislation.	Physical backing by a scarce precious metal (gold).	Digital scarcity guaranteed by computational work.	Physical backing by usable, stored exergy (target: 1:1).
Role of Energy	No direct link to energy conversion.	Digging up and refining gold costs energy.	Burns energy (Proof of Work) to keep scarcity in place.	Physically stores energy to feed the reserve and back the coin.
Utility of the Reserve	No reserve, or administrative buffers only.	Limited industrial and decorative use.	No direct physical use outside the network.	Directly usable energy for daily life and industry.
Money Creation	Debt creation by commercial and central banks.	Slow, tied to mining speed and gold finds.	Fixed, degressive issuance schedule (21 million at most).	Tied to the net increase of the physical exergy reserve.
Lending and debt	Money is debt: every euro comes into being because somebody borrows.	Lending exists, at interest, with the gold stock as the brake.	No credit in the protocol, though it grows around it anyway.	The system recognises no debt: no loans, instalments or mortgages. You buy, you rent, or you build up ownership piece by piece.
Bank Run Risk	Very high, because of fractional reserves.	Present (paper gold often exceeds the physical vault reserve).	Not applicable (no fractional banking built in).	Running buys no better rate (settlement is against the next audited meter reading) and no priority either: whoever has already redeemed and is waiting for delivery shares in physical loss at the same write-down factor. What remains is a physical limit, because the reserve can only deliver so much power at once; a power figure and a public queue with priority for the Basic Pulse cover that.

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Each alternative, at more length

CBER vs. an Ordinary Bank

The sharpest difference with a bank is not the backing itself but what gets published about that backing.

At a bank there is no live number telling you which share of the deposits is actually there. You see a balance, not a backing. What sits underneath only shows up afterwards, in an annual report or in a run.

At CBER that number is the product, and it is booked strictly: a redemption that has been settled but not yet delivered comes off the published backing from the moment of settlement. The outstanding obligation therefore presses on the meter straight away, not only at delivery. Bookkeeping that flatters itself by keeping obligations out of view is exactly the failure mode that deduction is written against.

Said honestly, because CBER hides something too. Not the health of the money (backing ratio, callable power and every issuance as a percentage are all there), but the decomposition: who and what those totals are built from. The queue appears only as a total, on a delay and rounded upward, and the number of coins in circulation does not appear per period. The reason: at fifty to two hundred households a finer series points straight at people. At that scale the recomputation therefore rests on the auditor and the co-signing witnesses, and that is stated plainly. It does not come back at some participant count, but once holdings are spread widely enough (see governance).

CBER vs. Gold Standard

The gold standard kept inflation in check for decades, but it had one stubborn flaw: the amount of gold does not care about the economy. Find little gold while a lot is being produced, and money turns scarce and the whole thing seizes up.

Electricity does not have that problem, because electricity is what drives that production in the first place. When the economy grows, more energy runs through it and the reserve grows along. The anchor moves with the ship instead of against it.

CBER vs. Bitcoin

Bitcoin proved something important: a ledger can work without a boss. That is a real breakthrough and we build on it.

But bitcoin uses energy as a lock on the door: the computation has to be expensive, because that is where the security comes from. That electricity is gone afterwards, turned into heat nobody uses. We use energy as collateral: the same kilowatt-hours stay put and heat a house later on. Same means, opposite destination.

CBER vs. Commodity-Backed Currencies

A coin backed by wheat, oil and copper sounds solid, until someone has to store that stuff, guard it and refresh it. Grain spoils, and no two barrels of oil are the same.

Electricity needs nobody to sort it or grade it. A kilowatt-hour is the same unit everywhere, the grid carries it by itself, and the meter reads it off without argument.

CBER vs. Historical Energy Proposals (Soddy/Technocracy)

This has been tried before, in the twenties and thirties, and it ran aground on one point: those proposals counted all energy, including lukewarm waste heat nobody can do anything with. Whoever wasted a lot minted money doing it. The currency blew itself up.

We only count what can still do work. Waste then earns you nothing, because a bucket of lukewarm water does not count. That single filter is the difference between this proposal and the predecessors that stranded.

CBER vs. GNU Taler

GNU Taler (taler.net) is not a currency but a free, open payment system, and at the same time CBER's closest technical relative. The similarities run deep:

• Same architectural choice: no blockchain, but a central issuer (the exchange) under permanent oversight by independent auditors. Taler's auditor is CBER's gatekeeper: trust through audit, not through mining.
• Same backing discipline: Taler coins are 100% backed by reserves, and the auditor keeps proving that issuance never outruns the reserve. Only the reserve asset differs: a bank account for Taler, measured kWh for CBER.
• Same privacy asymmetry, enforced by cryptography: blind signatures make the payer anonymous (even the exchange cannot string payments together) while the recipient stays visible and taxable. "Privacy is for people, transparency is for power", but written as mathematics.
• Expiry already exists: Taler coins carry expiry dates with a refresh protocol, technically the same mechanism CBER needs for the daily pulse expiry and the leakage tax.

The difference: Taler is a payment layer that tokenises existing money and holds no opinion about what the reserve is; CBER is a monetary system that creates value against physical kWh, with a Basic Pulse and a public meter. So they do not compete, they stack: a Taler exchange whose reserve is the kWh reserve hands you the wallet, double-spend prevention, buyer privacy and the audit framework ready-made, while CBER only builds what is truly its own: the meter oracle, the minting rules and the backing meter. One design choice moves along the way. The progressive transaction tax is levied when you charge the wallet (brackets over the monthly withdrawals from the Luxury balance) instead of per payment, so the buyer stays anonymous and the progression keeps working.