Base Mainnet · Live Demo

AIFS™

Atomic Immutable File State

High Compliance Data
Should Only Exist When Needed.
Like a photon, files are observed... then gone.

⚡ Try the Live Demo
Mar 31, 2026
 How It Works ↓
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🛡 USPTO 19/551,805 · AIFS Core Protocol
🛡 USPTO 19/560,251 · Hardware Dispersal
🛡 USPTO 19/564,384 · ZPK Entropic Fragmentation
📅 Priority: Feb 27, 2026
The Protocol Stack

Three layers.
One guarantee.

We built AIFS out of necessity. Storing sensitive data creates liability. We solved that by making the data stop existing. Hover each card to learn more.

🏛
AIFS™
Atomic Immutable File State. The platform that makes sensitive data stop existing at rest.
Hover to explore →
The Platform
Works on any blockchain, any storage layer, any identity method. The protocol is the invention, not the implementation. Drop it into your stack and your data stops being a liability.
INFRASTRUCTURE
☢️
ZPK™
Zero Persistent Knowledge. Think of it as a reverse atom bomb for data. It turns files into dust.
Hover to explore →
The Protocol
Your file shatters into 1,024 fragments the moment it enters the system. Each fragment is meaningless on its own. An attacker who steals all 1,024 still has nothing without the authorized identity.
ZERO ATTACK SURFACE
🔬
ZKFS™
Zero Knowledge File State. The file only exists at the exact moment someone authorized asks for it.
Hover to explore →
The Result
Between authorized access events, there is nothing to steal. No encrypted file sitting on a server waiting to be cracked. No database to breach. Nothing there.
NO DATA AT REST
⛓
DNA Anchor
Every file that enters the system gets a permanent public proof written to a blockchain. Verifiable forever.
Hover to explore →
The Ledger
The proof lives on Base Mainnet. Public, permanent, verifiable by anyone. The ledger is the only trust anchor, not our server, not our app.
BASE MAINNET · XRPL
🌐
Permanent Storage
The 1,024 fragments live permanently on decentralized storage. Always there when the authorized person needs them.
Hover to explore →
The Storage
Fragments go to Arweave via Irys. Decentralized and permanent. Use your own storage instead if you prefer. The protocol does not care which substrate you choose.
PERMAWEB · PERMANENT
🔑
Bit-Perfect™ Recovery
The authorized person signs in. The 1,024 fragments rejoin. The original file comes back exactly as it was sent.
Hover to explore →
The Guarantee
Any identity method works. Wallet signature. Hardware key. Biometric. The file that comes back is mathematically identical to what went in. Not approximately. Bit-Perfect™. Every single time.
BIT-PERFECT™ GUARANTEED
By The Numbers
1,024
Fragments Per File
7.9946
Bits Per Byte Entropy
~$0.01
Per Proof on Base
3
USPTO Patents Filed
0
Attack Surface At Rest
How It Works

File in. Dust out.
Back again when needed.

1
Load any file or document
ISO 20022 payments. Medical records. Legal documents. Images. Any file. The protocol handles it the same way regardless of what is inside.
ORIGINATOR AUTHORIZATION
2
The file shatters into 1,024 fragments
The backend breaks the file into 1,024 individually meaningless fragments in memory. Each one is unique. The original is gone the moment this happens.
ZERO PERSISTENT KNOWLEDGE
3
Fragments go to permanent storage
All 1,024 fragments upload to decentralized permanent storage. Nothing readable exists anywhere. Just noise that means nothing without the proof.
PERMANENT · DECENTRALIZED
4
A proof is written to the blockchain
A permanent public proof is written to Base Mainnet. Anyone can verify it. It exists forever. It proves the file existed and who is authorized to retrieve it.
BASE MAINNET · CHAIN 8453
5
The authorized person gets it back
Sign with the authorized identity. The 1,024 fragments rejoin in memory and the original file comes back exactly as it was. Close it and the memory is wiped.
BIT-PERFECT™ RECOVERY
Where This Matters

Every industry where
storing data creates risk.

If your organization holds sensitive data and worries about breaches, audits, or liability, this protocol eliminates the problem at the root. The data stops existing.

🏦
Banking and Payments
Settlement payloads and payment instructions with zero readable data at rest. Fully searchable without ever decrypting anything.
🏥
Healthcare Records
Patient files that genuinely do not exist between authorized access events. No breach surface. No HIPAA liability from storing data.
⚖️
Legal and M&A
Deal documents readable only by the authorized party. Attorney-client privilege enforced by the architecture, not a policy.
🏛
Government Records
Classified documents that exist only on authorized hardware. No server ever holds them in readable form.
🎖
Defense Communications
Communications bound to specific authorized hardware. Cannot be intercepted because nothing coherent exists in transit.
🧬
Clinical Trials
Genomic and patient data with complete audit trails and zero data warehouse liability. Every access event is permanently recorded.
🤖
AI and Agent Systems
Session memory and context that never sits on a provider's server. Summoned when needed, gone when done.
📨
ZKFS Send™
Send any file to any person. Only their device can open it. Nobody else. Ever. $2.75 per send. Coming soon.
"

Current encryption is a lock on a door. If the door is stolen, the lock can eventually be picked. AIFS turns the house into dust. Even if an attacker steals the dust, they have nothing.

@ElectroNickels · Founder · AIFS™ Protocol Inc. · 2026
Get In Touch

Built out of necessity.
Open to conversation.

Enterprise pilots, licensing conversations, and technical due diligence welcome. The full regulatory audit console is available by request on a call.

⚡
Electro⚡Nickels
@ElectroNickels
Solo inventor. AIFS™ Protocol Inc., Wyoming C-Corp.
We built this because storing sensitive data should not create liability.
Follow on X
or try the live demo
⚡
Live Demo - aifs.dev/base.html MetaMask required · ~$0.01 ETH on Base · No signup
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