Specialized Service:
Continuity Protocol 2: Distributed Protocol
Note: Continuity Protocol 1 is for standard single-signature access architecture. Continuity Protocol 2 is strictly for distributed authorization architectures (e.g., 2-of-3, 3-of-5).
You Built A Fortress, But Can Your Family Open The Gate?
1). The Scavenger Hunt Problem
You have achieved the pinnacle of digital asset security by building a distributed authorization vault. You sleep soundly knowing that no single adversary or thief can steal your assets. But you have created a new problem. Maximum security often creates maximum confusion.
Your keys are likely scattered across different locations, cities, bank vaults, or third-party-platforms. If you pass away, your heirs aren't just looking for a password, they are facing a global scavenger hunt.
If they don't know exactly where every key is located, which signing interface to use, and how to coordinate with your lawyer or co-signers, your wealth stays locked in that vault forever. You have secured your assets against theft, but you may have inadvertently secured it against your own successors.
We transform that complexity into continuity protocols.
Continuity Protocol 2: Distributed Protocol
2). Turn A Logistical Nightmare Into A Clear Mission
We map your key topology and architect a collaborative access protocol. We ensure that the right people have the right information at the right time, without compromising your digital asset sovereignty while you are alive.
Here is the clarity you get with this package:
A "Sovereign Treasure Map": we create a secure retrieval plan that tells your executor exactly where every digital asset signing device and steel backup is located.
A "Credential Signing Ceremony" Script: we don't just tell them where the keys are, we teach them how to bring them together. We draft a precise, non-technical protocol for reconstructing the access framework and executing the technical procedure using your specific signing interface.
Role Segmentation: we create distinct instructions for each key holder (e.g., your spouse, your lawyer, your trustee) so that no single person has enough information to compromise the system prematurely, but they can come together to unlock it when needed.
How do we ensure the plan works in reality?
We Rehearse The "Worst Case Scenario"
3). Why Fortress21? Operational Readiness
Transitioning to a distributed authorization framework is a significant upgrade for your family’s future. We use institutional-grade protocols to guarantee success.
We use institutional-grade protocols to guarantee success:
- Tabletop Verification: we don't just hope it works, we prove it. We rehearse "dry runs" of the recovery process (without moving assets) to verify that your instructions are foolproof. Our goal is to replace "what if" with operational certainty.
- Collaborative Custody Integration: if you choose to work with an institutional partner, we integrate their specific recovery procedures into your personal plan, ensuring your heirs know exactly how to authenticate with the third-party-platform.
- Protocol Translation: whether you are using simple distributed authorization or also add on other optional complex features, we translate the procedure into plain english instructions that a lawyer or executor can follow without needing a computer science degree.
Duration: full day (6-8 hours).
Outcome: your continuity protocol ensures long-term asset preservation, providing a clear and confident roadmap for your heirs to maintain digital asset sovereignty.
Have any further questions?
FAQ for: Distributed Protocol
No. We design the "topology" (the map of who holds what) so that no single person holds enough keys to move the assets. Your lawyer might hold one key, and your spouse might hold another, but neither can access the assets without the other (or without you). You remain the only person with full control while you are alive.
We provide "role-based instructions." Each key holder gets a specific, limited set of instructions relevant only to them. They don't need to understand the whole system or know who else holds a key; they only need to follow their specific checklist when the time comes.
Yes, absolutely. We conduct a "tabletop exercise" or a "dry run" and stress-test the instructions, not the people. We review every specific guide with you to ensure it is "stand-alone," meaning a complete novice could follow it without help. We then help you strategically distribute these distinct packages to your key holders, ensuring that if the time comes, the system works automatically without you needing to be there to explain it.
Because of the redundancy built into the vault (e.g., 2-of-3 or 3-of-5), a lost key is not a disaster. If a holder loses their device or backup, we simply rotate your vault to a new architecture and issue new keys to the group. Your assets are never at risk from a single person's mistake. This is the point of no single-point-of-failure.
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