Cluster Durability
Unverified
--/3
Replicas
No completed recovery verification
Independent Storage Operators
Three-way Byzantine replica topology with signed challenge-response authentication and immutable leases.
Avg Cluster Latency:
-- ms
Live Geographic Quorum Topology (GCP Multi-Region)
3-Node Byzantine Fault Tolerant Cluster across Iowa and South Carolina (~1,000 miles physical isolation).
Quorum 3/3 Healthy (2-of-3 Required)
us-central1 (Iowa, USA)
cv-operator-1
us-central1-a
136.65.43.84
Ping: -- ms
cv-operator-2
us-central1-b
34.9.157.167
Ping: -- ms
~1,000 Miles Physical Isolation
us-east1 (South Carolina, USA)
cv-operator-3
us-east1-b
34.73.53.40
Ping: -- ms
Probing operator nodes...
Real-Time Operator Roundtrip Latency (RTT)
Snapshot DAG & History Timeline
Cryptographically chained snapshots signed by device keys with encrypted manifest Merkle CIDs.
Loading snapshot DAG...
Secret Revision Diff Engine
Format-aware semantic diffing with sensitive value masking and zero-disk plaintext security.
vs
0
+ Added Keys
0
~ Modified Keys
0
- Removed Keys
0
Files Changed
Select snapshot targets and click Calculate Diff to inspect confidential changes.
Protected Confidential Inventory
Tracked secret files chunked into 1 MiB blocks with PKCS#7 zero-leak padding and XChaCha20-Poly1305 AEAD.
| Relative Path | File ID (SHA-256) | Plaintext Size | Chunking & Padding | Replication State | Action |
|---|---|---|---|---|---|
| Loading tracked secrets... | |||||
Arbitrum One Checkpoint Verification
Opaque on-chain commitments anchoring snapshot heads without leaking secret plaintexts or tree structures.
commitment = SHA-256("CIPHERVAULT-ANCHOR-V1" || salt || head_record_cid)
Live Cryptographic Proof Verifier
Verify client-side in WebCrypto that the local salt preimage and head record CID independently compute the exact 32-byte Arbitrum commitment without relying on external trust.
Arbitrum Relayed Checkpoints Ledger
Immutable ledger of L2 anchored heads with verified Arbiscan explorer links.
| Block # | Sequencer Tx Hash | Finality Status | Opaque Commitment | Explorer |
|---|---|---|---|---|
| Loading checkpoint ledger... | ||||
Threshold Guardian Ceremony & Distributed Recovery
Shamir M-of-N threshold secret sharing over GF(2⁸). Master recovery secret is partitioned into isolated guardian shares with zero plaintext leakage.
Loading threshold guardian sheets...
Zero-Knowledge In-Memory Share Recombination Simulator
Paste M or more printable guardian share blocks below to mathematically verify polynomial reconstruction against the registered recovery signing key. Reconstruction is computed in zeroized volatile RAM; the master recovery secret R is never displayed or stored.
Maintenance Fleet & Self-Repair Monitor
Autonomous heartbeat monitoring, operator latency tracking, and SQLite-backed self-repair audit history.
Tracked Vaults
1
Active in fleet registry
Active Operators
3 / 3
Replica quorum intact
Cluster Latency (Avg)
-- ms
Roundtrip probe time
Audits Completed
--
SQLite audit log entries
Operator Node Topology & Latency
Querying operator node health...
Fleet Vault Registrations
Locally tracked vaults synchronized with fleet maintenance database
| Vault ID | Head CID | Storage Allowance | Registered At |
|---|---|---|---|
| Loading registered vaults... | |||
Autonomous Self-Repair Audit History
Historical verification and repair runs recorded in SQLite fleet.db
| Timestamp | Vault ID | Status | Healthy Objects | Degraded | Repaired | Duration |
|---|---|---|---|---|---|---|
| Loading audit log... | ||||||
Offline Disaster Recovery Kit
Print two physical copies for secure offline storage. Never commit or upload this document.
Master Recovery Secret R (Confidential)
•••• •••• •••• •••• •••• •••• •••• ••••
Disaster Recovery Procedure on a Clean Machine:
- Install or copy the standalone
ciphervault.exebinary to your clean machine. - Execute the clean recovery command with your paper recovery secret:
ciphervault recover --kit recovery_kit.txt
FastCDC Content-Defined Chunking & Deduplication Inspector
Pure-Rust Gear-hash dual-mask normalized chunk boundary detection with Shannon entropy analysis and boundary-shift resilience.
Algorithm: FastCDC (Gear-64)
Dual-Mask Normalized
Live Axum Server-Sent Events (SSE) Telemetry Stream
Operator 1
-- ms
Operator 2
-- ms
Operator 3
-- ms
PIV Smartcard / Token
Checking...
Inspect Active Vault Files:
0 bytes
Total Slices
--
-- unique
Deduplication Savings
--%
-- bytes pruned
Content Payload
-- KB
-- KB wire transfer
Boundary Shift Resilience
100% Normalized
Fixed-chunk failure: 0%
Fixed Chunks (16 KiB)
--
Rigid Block Baseline
Interactive Content-Defined Chunk Ribbon
Low Entropy (<4.0)
Medium Entropy (4.0-7.0)
High Entropy (>7.0)
Duplicate Chunk
Click any block to inspect chunk metadata
Click "Slice & Inspect Chunks" or select a preset to visualize Content-Defined boundaries.