A sovereign social network
powered by Bitcoin

Part 3

This is the complete picture. Bitcoin SV alone provides the combination of massive scale and extremely low fees that makes the model possible. No other chain can process the required volume while keeping the cost of each individual transaction at one cent. That is why the system is unique.
The radio element is not essential to the core economics, but it adds a distinctive coordination layer. By publishing the data on chain first and then using a short public radio broadcast as the timed reveal, the system creates a fair, simultaneous starting signal for any node that is listening. A Sydney-based node gains a natural free advantage simply by being in the coverage area. That advantage can be shared with the largest Teranode operators so that the practical work of assembling and confirming the blocks is handled by the most capable infrastructure available. The resulting fees are then divided according to clear rules. The local edge is real yet open to competition, which keeps the design honest.
The one hundred participating offerings do not need to be exotic. They only need to be things people already do every day. A drink, a coffee, a ticket, a digital service, a small convenience, or any other routine purchase can carry the extra cent. The customer still receives the product they wanted. The cent is small enough to be accepted without friction and large enough, when repeated fifteen million times, to generate one hundred and fifty thousand dollars in daily fees. Those fees flow automatically to the successful miner and are then distributed to the coordinating company, the local node, and the relevant parts of the production and retail chain.
The software that would make the one-cent addition automatic at the point of sale or online checkout is not yet written in finished form. Every necessary technical piece already exists on Bitcoin SV. Building the thin connecting layer is therefore a practical engineering task rather than a fundamental research problem. The same result can be achieved through mobile scans, online interfaces, or any other digital trigger people already use.
Value returned to the customer can be almost anything that fits inside a one-cent budget. It can be a chance at a daily prize, a digital item, a loyalty point, a charitable contribution, a useful data point, or simply the knowledge that the cent is being put to productive use. The form of value can change as often as needed. The only requirement is that people continue to regard it as worth one cent.
When that condition is met the system sustains itself. Miners are paid. The coordinating company is paid. The local node and its partners are paid. The businesses that supply the underlying products remain viable. Consumers receive continuous small value in return for actions they were already taking. The design is technically feasible, economically coherent, and unique to Bitcoin SV because only Bitcoin SV can operate at this scale with fees this low.
That is the full working outline. The remaining steps are to select the first set of everyday offerings, write the lightweight software that attaches the one-cent transaction, set up the radio coordination and the reward-sharing rules, and begin. Once running, the system can continue indefinitely, generating value every day for everyone involved.

Part 2
Chunk 2
No other blockchain can support this pattern at the required scale and cost. Only Bitcoin SV combines the proven capacity to process tens of millions of transactions with fees low enough that one cent remains both meaningful and practical. The specialised point-of-sale or checkout software that would turn an ordinary purchase into an automatic one-cent transaction does not yet exist in finished form. However, every technical component required to build it already exists and has been demonstrated on the network. The same outcome can be achieved through online checkouts, mobile phone scans, or any other digital trigger that people already accept in daily life.
The one cent of value delivered to each customer can take almost any form that fits inside that budget. It might be an entry into a daily prize pool, a small digital collectible, a loyalty credit, a charitable donation, a carbon offset, a personalised message, a useful piece of data, or simply the knowledge that the cent is being distributed fairly across the production chain. The exact form of value can change every day, every week, or every season. The only fixed requirement is that fifteen million people each receive something they regard as worth one cent.
When that condition is satisfied the entire system pays for itself. The collected fees cover the miners, the operating company, the local Sydney node, and the various links in the production and distribution network that supply the underlying products and services. Everything beyond that is refinement and optimisation. The architecture is technically sound. The economics are viable at scale. The uniqueness is absolute because no competing chain can operate at this volume with fees this low.
The remaining practical work is straightforward. Choose the first set of one hundred everyday offerings. Write the thin software layer that turns ordinary daily actions into automatic one-cent transactions. Establish the radio coordination and the reward-sharing arrangements. Once those pieces are in place the system can run continuously, generating value for consumers, participating businesses, miners, and the coordinating company every single day.
This model does not require forcing every transaction into a single block. The fifteen million transactions can be spread comfortably across multiple blocks if that is more efficient. The radio broadcast simply acts as the timed public signal that allows the prepared node to claim the relevant batch. Because the bulk data is already published on the blockchain, the radio message itself only needs to carry a short string of characters. That string is enough for any listening node to identify and assemble the correct set of transactions.
The Sydney node does not need to win every block on its own. By working in partnership with the largest and most capable Teranode operators, it gains access to the industrial-scale infrastructure required to process and confirm large volumes reliably. The earnings are then shared according to the pre-agreed rules. This keeps the system profitable for all necessary participants while preserving the local reception advantage that makes the radio coordination useful in the first place.
The entire design rests on one simple economic truth. As long as fifteen million people each receive one cent of genuine value every day, the fees generated are sufficient to sustain the miners, the coordinating company, the local node, and the participating businesses. The product or service itself can be almost anything people already buy or use. The one-cent addition is small enough to be accepted without resistance yet large enough, when multiplied by millions of daily actions, to create a substantial and continuous revenue stream.

Part 1

Bitcoin SV is the only blockchain built from the ground up for unbounded scale and near-zero transaction costs. That unique combination creates a practical possibility no other network can support at true global volume: the reliable delivery of one cent of real value to millions of ordinary people every single day through actions they already perform.
The system works like this. A company coordinates one hundred different participating businesses. Each business attaches a single extra cent to a product or service that people use regularly. The customer still receives the exact product or service they intended to buy. The extra cent is almost invisible in the final price, yet it generates a continuous stream of micro-transactions. When fifteen million such actions take place across those one hundred offerings, one hundred and fifty thousand dollars in fees are created every day. Those fees are paid automatically to the miner that successfully includes the transactions in a block.
The operating company first publishes the required data onto the Bitcoin SV blockchain. This can be done in one or a small number of large data transactions because Bitcoin SV allows individual transactions up to one gigabyte in size. Once the data is on chain, a short public radio broadcast from Sydney reveals a precise pointer or key. Any node listening to that broadcast receives the information at the same moment and at no cost. A Sydney-based node has a natural local advantage because it can receive the signal free and with minimal delay. That node then partners with the largest Teranode operators on the network and shares the resulting earnings according to a clear, pre-agreed split. The local advantage is real but not permanent. Any other node that invests in the same reception method can neutralise it. The system therefore remains open and competitive while still rewarding the participants who make the coordination work.