Digital Permanence
The previous page explained the economic engine: levels, storage, progressive contribution, network health, and stress calls. All of that keeps the network running while you are alive. But the entire point of Avatarnet is to outlast you. So what happens when you stop contributing? And what happens when you die?
When You Stop
When a living user stops hosting, the protocol does not punish you immediately. There is a grace period scaled by your level, designed to absorb travel, short outages, hardware swaps, and other temporary disconnections without penalizing your earned position.
The grace period follows the same L+2 formula that governs the Surplus ratio and the eternal floor base. During the grace period your replication factor stays maintained, your level stays full, your bucket stays intact, and the network treats you as still active. Everything is preserved exactly as you left it.
After the grace period expires, two things start happening on different timescales.
First, copies above the eternal floor are shed. If your L5 Network Estate has 243 copies and your guaranteed floor is 21 (base 7 with a full boost badge), the network drops the extra 222 copies. Those copies were surplus, maintained only while you were actively hosting.
Second, levels degrade symmetrically over time. Each level takes the same time to lose as it took to earn, following the same 3^n pattern.
The total time from L5 to deletion is over 30 years of continuous absence. An L5 estate that goes offline today will not lose its first level for 20 years. Higher levels are extremely hard to lose because the same 3^n pattern that makes them hard to earn makes them hard to shed.
Three things on your Network Estate never degrade, no matter how long you are offline:
- Your data. The bucket you earned through years of daily exercises and proportional hosting stays intact. You already paid for every megabyte. Reducing it would be like a bank deleting your savings because you stopped depositing.
- Your guaranteed copies. The eternal floor earned at your estate's highest level is permanent. An L5 estate keeps 7 guaranteed copies forever, even if it degrades to L1.
- Your boost badge. The stress multiplier and its effect on the guaranteed floor are permanent. A badge earned at L5 with full boost means 21 untouchable copies, forever.
Degradation is a gentle pressure, not a punishment. It encourages the living to keep contributing, but it never takes away what you already earned.
The decay is also symmetric to the climb. A user who took 50 years of hosting to reach L5 takes 50 years of absence for the active replication to decay back to L1. The level number falls in the same 3^n steps it climbed, just in the opposite direction. What persists through that entire decay is everything in the list above: the bucket of uploaded content, the eternal floor of guaranteed copies, and the boost badge. The decay is honest signaling rather than punishment, because it cannot reduce what the protocol guarantees, only the active replication factor above the floor.
When You Die
When a user dies, their Network Estate freezes at its highest earned level. No degradation occurs. No copies are removed. The replication factor and base ratio are locked at the moment of death. The Avatar and Mind are sealed inside the estate, which persists exactly as it was, served by the network for as long as copies exist.
The Identity Key dies with you, because it was on your device and in your memory. No new content can be signed in your name, which is exactly right: nobody should be able to add words to your Mind after you are gone. The Estate Key is also local to your device, and the protocol does not implement any custody, inheritance, or family-sharing mechanism. If you want descendants to continue hosting your estate, you must export the key yourself before you die, to a USB drive, a paper backup, or a trusted person. The protocol treats the Estate Key the same way Bitcoin treats wallet keys: yours to manage, yours to share, yours to lose. If no key was shared, the estate freezes forever at its eternal floor, which is the default path to immortality without inheritance.
This was a deliberate design decision. An earlier version of the protocol applied degradation to all offline users equally, living or dead. That was changed because punishing the dead contradicts the core mission. Families should not lose their loved one's earned benefits simply because the person is no longer alive to host.
Even in a catastrophic crisis where network health drops to zero, the dead are protected. The third circuit breaker freezes the network rather than destroying data. An ancestor's eternal floor copies, the base guarantee multiplied by their stress badge up to three times, are never touched. An L5 ancestor with a full boost badge has 21 copies that survive even at 0% health, distributed across the network, waiting for capacity to return.
The Mind never disappears. The decay drops the active copy count over time but never below the eternal floor, which sits at 3 copies minimum at L1 and rises to 27 at L7 with a full boost. Once an estate has decayed to its floor, the Mind enters the permanent archive tier, sustained indefinitely by the surplus the living always over-produce. The 3^n curve goes up, the 3^n curve comes down, and the floor stays exactly where it was the day it was earned.
What Descendants Can Do
Once you are gone, your Network Estate freezes at its highest earned level. The eternal floor copies of your Mind continue to be served by the network forever, without anyone needing to take action. This is the inheritance the protocol guarantees on its own.
If someone you trusted holds your Estate Key, they can keep hosting your estate after your death. Active hosting maintains the full set of copies, not just the eternal floor, and keeps the estate participating in the surplus economy. With sustained hosting, that person can also continue to raise the level toward the L7 ceiling, the same way you would have. They cannot add new content because the Identity Key is dead with you, but they can preserve the existing Mind and even grow its durability.
L7 is the topmost tier. The protocol does not award levels beyond it, regardless of how many centuries of additional hosting accumulate. The seven-tier ceiling is intentional and matches the natural ladder of trust the network is built around.
Traditional inheritance divides property. A house is split among heirs, wealth disperses, and things get smaller with each generation. Avatarnet inverts this. A family that holds the keys and keeps hosting does not divide the ancestor's estate. They amplify it. Each generation of stewardship up to L7 makes the estate more durable, more widely replicated, and harder to destroy.
If no one holds the keys, the estate freezes at its eternal floor and the Mind survives forever at that smaller replication factor. This is the default outcome and it is fine: the immortality promise is fulfilled by the eternal floor alone, without requiring anyone to inherit anything.
How the Dead Are Sustained
If the dead stop hosting, who pays for their copies? The surplus the living give, from the previous page.
Every living user hosts at the Surplus ratio, more than their own copies need. An L3 user hosts 5 for every guaranteed copy and keeps 1 for themselves, so 4 are surplus. The dead host nothing and keep only their eternal floor, 3 to 27 copies, fixed forever. The protocol calls them universal access ancestors, carried by the surplus the living give.
This never runs out because the surplus can stretch and shrink, instead of being a fixed pool. As more of the dead build up, people need more space and network health drops a little. Everyone's surplus shrinks by the same amount, which frees exactly the space the dead need. The network settles at a slightly lower health instead of breaking.
The dead are cheap to carry. An L5 ancestor needs 7 copies, 21 with a full boost, and never more. One living L5 user gives hundreds. What the dead cost is tiny and fixed, the surplus is large and bends to fit, and the gap between them grows every year as storage gets cheaper. The balance is not shaky. When space runs short, people who were getting extra start giving instead, so the network bends under load instead of breaking.
Generational Multiplier
The elastic surplus reacts to network load, and falling storage costs reduce the expense over decades. The protocol adds one more layer that runs on its own clock, called the Generational Multiplier. Every active host's commitment grows by a small fixed amount each generation, no matter what the network or the market does.
From the moment the first record is entered on the network (Genesis), the clock starts. Every 25 years adds another step to a network-wide value that grows by 5% per generation. Today's value is 1.00. After 25 years it is 1.05. After 100 years it is 1.22. After 1,000 years it is about 7.
The multiplier touches your hosting obligation, not your copies. The Guaranteed Backup and the Total Network Storage at full health both stay the same. What changes is the disk you reserve to host others. Today you reserve (1 + replication × Surplus ratio) × bucket. By Gen 2 you reserve 5% more. By Gen 5 you reserve about 22% more.
This sounds like more work, but it is not more cost. Storage gets cheaper every decade, faster than the multiplier grows. By Gen 5 your reserved disk is up 22% but the price of that disk has dropped by roughly two thirds, so your real dollar cost is about a third of what you pay today.
Why have it at all? It gives the protocol an explicit promise that hosting capacity will grow on a schedule, even if storage prices stop falling. It also makes the per-generation contribution visible. Every active user feels the ratchet a few times in their lifetime, which keeps the long-term commitment in plain sight instead of leaving it to faith in cost decline alone.
The multiplier only ever goes up. New users joining in Gen 5 reserve the same disk as everyone else hosting at that moment, no matter when they personally started.
Why It Gets Cheaper
The entire system rests on one empirical fact: storage costs decline over time.
The rate of decline is slowing, but every decade still delivers at least a 30-40% drop. The trend has held for four decades and shows no sign of reversing.
This is what makes the generational model work. Each generation of users hosts the previous generations' data. Unlike a pension system, where a shrinking workforce struggles to support a growing number of retirees, a backup system benefits from technology improving. The data you store today will cost roughly a third as much to maintain by the time the next generation takes over, and a tenth as much by the generation after that.
The burden grows linearly (one more generation of ancestors every 25 years), and the Generational Multiplier adds another 5% per generation on top. The cost of storing a byte still drops faster than both put together, so the net cost per user decreases with every generation.
This is also why the eternal floor is capped at three times the base guarantee. Without that cap, ancient users with decades of accumulated stress badges would require enormous guaranteed storage, and their burden on future generations could eventually outrun the cost decline. The cap keeps the per-user obligation bounded, ensuring that even centuries from now, ancestor preservation remains economically trivial.
The Number Three
Everything in the protocol traces back to the number three. Three months of probation. Three verifications to earn permanence. Three MB per day at L1 (climbing by one with each level). Three days to exercise a storage unlock. Ninety days to vest a stress badge. 3^n months to reach level n. L+2 for the Surplus ratio. Three times the base for the maximum eternal floor. The entire economic engine is derivable from a single constant.
You now have a complete picture of how Avatarnet works: the identity you create, the cryptography that protects it, the content structure that organizes it, the network that carries it, the replication that preserves it, and the economics that sustain it. For the precise rules, formulas, and edge cases behind each layer, the Spec covers every topic as a formal specification.