KINGDOM BITCOIN: THE FOUNDATIONS | PART FIVE
THE WORK BEHIND THE TRUTH | Understanding Mining and Proof of Work
Long before sunrise, a farmer walks into a field no one has yet harvested.
The soil does not promise him anything. Seed must be planted. Weeds must be removed. Rain may come late, and storms may arrive early. The farmer can prepare, labor, and remain faithful, but he cannot command the earth to produce on his schedule.
Still, he works.
Months later, when the harvest finally appears, the crop carries the evidence of everything invested before it could be seen. Time, energy, patience, risk, and discipline have been converted into something real.
“The hardworking farmer should be the first to receive a share of the crops,” Paul wrote to Timothy.
Bitcoin mining begins with a similar principle. Nothing of lasting value is secured without cost.
The word mining creates an unusual picture for beginners. It sounds as though people are digging digital coins from beneath the Internet. Others imagine warehouses of computers consuming electricity merely to solve meaningless puzzles.
Neither description explains what miners are actually doing.
Bitcoin miners help order transactions, protect the history of the ledger, and compete for the right to propose the next block. Their work connects a digital record to physical energy, making Bitcoin’s history extraordinarily expensive to corrupt.
When someone sends bitcoin, the transaction is broadcast to the network. Nodes examine it to determine whether it follows Bitcoin’s rules. Valid transactions wait to be included in a block.
Miners gather these transactions and assemble them into what is called a candidate block. A candidate block is a proposed new page for Bitcoin’s shared book. It contains a group of transactions, a reference to the block before it, and other information required by the protocol.
But miners cannot simply announce that their page should be accepted. They must first prove that work was performed.
Mining computers repeatedly change a small piece of information inside the candidate block and pass the block’s data through a cryptographic hash function. A hash function takes information and produces a fixed-length output that looks like a random sequence of letters and numbers.
The miner is searching for an output that satisfies the network’s current difficulty requirement. There is no clever shortcut. The miner must keep trying.
Millions, billions, and ultimately vast numbers of attempts may be made before a valid result is found. The first miner to discover one can broadcast the candidate block and its proof to the network.
This is proof of work.
The work is difficult to perform, yet remarkably easy for everyone else to verify. A miner may expend significant energy finding the correct result, but a node can check that result almost immediately.
That asymmetry is the heart of the system. Hard to produce. Easy to verify.
Once the proposed block is broadcast, nodes independently examine it. They verify the transactions, the proof of work, the block subsidy, and every other relevant rule. If the block is valid, nodes add it to their copies of the blockchain. If it breaks the rules, they reject it.
The miner does not receive authority merely because electricity was consumed. The work must serve truth.
When a valid block is accepted, the successful miner receives two forms of compensation. The first is the block subsidy, newly issued bitcoin released according to the protocol’s predetermined schedule. The second is the transaction fees voluntarily attached by users seeking to have their transactions included.
Mining does not permit miners to create any amount of bitcoin they desire.
They cannot reward themselves with one thousand bitcoin because energy prices increased or shareholders demand better margins. The protocol determines the allowable subsidy, and nodes reject a block that attempts to create more.
This distinction is essential. Miners do not design Bitcoin’s monetary policy each morning. They operate within it.
The block subsidy also decreases over time through an event known as the halving. Approximately every four years, the amount of new bitcoin awarded per block is cut in half. This continues until Bitcoin approaches its maximum supply of twenty-one million.
Miners release bitcoin according to the schedule. They do not write the schedule.
Bitcoin also adjusts its mining difficulty approximately every two weeks. If miners collectively add more computing power and blocks begin arriving too quickly, the difficulty increases. If computing power leaves and blocks arrive too slowly, the difficulty decreases.
The goal is to keep average block production near ten minutes. This adjustment acts almost like a thermostat. The network cannot control how many miners participate or how powerful their machines become, but it can adjust the challenge so that issuance remains relatively steady.
Why require all this work?
Because digital information is otherwise inexpensive to copy and revise. Without a meaningful cost, someone could attempt to rewrite transaction history, reverse payments, or create competing versions of the ledger.
Proof of work makes that attack costly. To alter an older transaction, an attacker would need to redo the work for the block containing it and every block that followed. The attacker would then need to catch and surpass the continuing work of the honest network.
With each new confirmation, the accumulated work grows. The wall becomes higher.
Nehemiah understood that rebuilding a wall required both labor and defense. Scripture tells us that those rebuilding Jerusalem worked with one hand and held a weapon with the other. They were not producing decoration. They were restoring protection around a community.
Bitcoin miners serve a comparable technical function. They help build the ledger forward while strengthening the barrier protecting its past.
They are not spiritual guardians, and mining is not automatically righteous. The analogy concerns disciplined labor and defense, not moral perfection.
Energy use must still be evaluated honestly.
A mining operation can make productive use of stranded, curtailed, or otherwise wasted energy. It can support certain power projects, provide flexible demand, or bring revenue into communities with underused resources. It can also create local noise, burden infrastructure, use energy generated through harmful practices, or produce little benefit for the people living nearby.
Consuming electricity does not become virtuous simply because bitcoin is involved. Stewardship asks better questions.
Where does the energy come from? What economic value is created? Does the operation strengthen or strain the local grid? Are communities treated fairly? Is the energy being converted into security more valuable than its best alternative use?
Proof of work should not be defended through slogans. It should be understood through purpose.
The energy is not spent to create decorative numbers. It is spent to protect a global monetary ledger, enforce a predictable issuance schedule, and make fraudulent revision economically difficult.
Bitcoin converts physical energy into digital security. That is the work behind the truth.
Scripture consistently honors labor while warning against empty toil. Proverbs teaches that all hard work brings profit, but mere talk leads only to poverty. Paul instructs believers to work wholeheartedly, as though working for the Lord.
Work becomes meaningful when it serves a truthful purpose.
Proof of work embodies that principle within Bitcoin’s architecture. The network does not accept claims of effort. It requires evidence. A miner cannot announce that work occurred, submit an invoice, and expect everyone else to believe it.
The proof must be visible. The result must satisfy the standard. The network must be able to verify it.
This is one of Bitcoin’s quiet moral lessons. Truth may be available to everyone, but preserving it requires guardianship. Honest systems do not remain honest merely because their creators had good intentions. They require structure, incentives, vigilance, and a cost imposed upon those who would corrupt them.
The farmer receives a share of the crop because he labored in the field. The miner receives a reward because valid work helped secure the ledger. Yet mining does not govern Bitcoin alone. Miners may propose the next page, but they cannot force the network to accept a lie.
Thousands of independent participants still determine whether the work obeyed the rules.
That leads us to Part Six: many witnesses, one truth.
Kingdom Principle 👑
Truth may be freely available, but preserving it often carries a cost.
God’s truth does not become true because humanity defends it. Yet throughout Scripture, God calls people to labor faithfully, rebuild walls, guard what has been entrusted, and resist corruption. Costly work does not create truth, but it can protect the systems through which truth is remembered and honored.
Proof of work reminds us that enduring integrity requires more than good intentions. It requires discipline, sacrifice, verification, and accountability. The faithful steward does not merely claim to have labored. The fruit provides evidence.
Prayer 🙏
Heavenly Father, You are the Creator who brought order from chaos and entrusted humanity with meaningful work. Teach us to labor with integrity, discipline, and purpose. Help us recognize that truth worth preserving often requires sacrifice, while also giving us wisdom to distinguish productive work from wasteful activity.
Bless those who build systems that protect honest exchange and restrain corruption. Guide miners, energy producers, engineers, communities, and leaders to use creation responsibly and pursue work that serves human flourishing. May everything we build be tested by truth, governed by stewardship, and offered in service to Jesus Christ.
In Jesus’ name, Amen. 🙏📖⛏️⚡₿🧱🕊️👑