Secrets are safe at rest. They become vulnerable the moment they're shared in Slack, Jira, email, GitHub, CI/CD, or with vendors and partners.
Cipher+ secures the last mile of secret exchange, where breaches actually happen.
Secrets are safe inside vaults, but that protection ends the moment they move. Once they enter chat, email, tickets, terminals, or shared docs, they become micro-assets — and the security model stops at the vault's edge. No visibility. No audit trail. No last-mile security.
Micro-assets move through tools never built for sensitive data — and real people do what real work demands:
Teams & Slack Pings: API keys pasted into searchable chat history.
Support Threads: Screenshots that expose tokens, configs, and internal dashboards.
Everyday Email: The world's largest repository of unencrypted secrets.
Temporary Tokens: Shared for a moment, quietly becoming permanent.
Notes & Browsers: Secrets stashed in notes, autofill, and inboxes to avoid losing them.
The "Drop" Folder: SSL certs abandoned in shared network drives.
These aren't edge cases — they're everyday workflows, and you cannot track what you cannot see.
Modern work depends on secrets moving — between people, systems, and tools — and existing tools weren't designed to provide a consistent secure channel for moving them. That's the space we fill.
Our role begins the moment a secret enters the flow of work. Cipher+ runs as a desktop application and provides a trust layer that accompanies the secret wherever it travels.
System logs fall apart the moment a file leaves the environment that created them. Different apps, different networks, different devices — every hop introduces gaps, blind spots, and unverifiable assumptions. You can't prove what happened to a file once it moves.
Cipher+ replaces fragile, system-bound logging with portable cryptographic proof embedded directly inside each encrypted micro-asset.
A shift from external logs to a self-contained, portable proof — the file is the vault.
Cipher+ turns every secret into a self-governing, proof-carrying micro-asset secured at the edge and protected by a cryptographic engine powered by our multiple patents in ciphertext construction.
All encryption and decryption happen on the user's device. No plaintext ever leaves the device. Nothing is stored, retained, or retrievable.
Each device becomes a unique physical token in the digital world. The device self-authenticates for every encryption and decryption operation, ensuring that only the device-user bound to the ciphertext can unlock it — no one else, regardless of where the file travels.
The device-user IDs of the sender and all recipients are carried within every ciphertext. Identity travels inside the encrypted asset itself, replacing certificates, keys, and traditional PKI.
Sending and opening a secret both require computational work. The sender performs half of the proof of work to create the encrypted micro-asset, and the recipient performs the other half to decrypt it.
With Last Mile Trust built into every encrypted asset, secrets stay controlled by the sender, enforced by the device, and protected across our app or your existing channels, all enabled by our multi-patented keyless ciphertext construction
Secrets are created inside the Cipher+ editor, ensuring total ownership from the moment they are typed. Nothing is imported, synchronized, or exposed to external applications.
All copy-and-paste plaintext is automatically sanitized before entering the editor. Hidden characters, formatting, and metadata are removed to prevent accidental leakage or embedded threats.
The editor supports extended ASCII (0–255) only. No emojis. No links. No images. No video. No audio. This intentional constraint reduces the attack surface by more than 90% and eliminates entire classes of exploits.
During the patented encryption process, every character is split into nibbles and every nibble into individual bits, expanding the data by 8×. The plaintext's original structure is not preserved or hidden — it is destroyed as part of encryption. This leaves only raw, structureless binary, dramatically increasing the complexity and computing time required for any adversarial analysis.
We're the FedEx for business secrets — they don't live on our infrastructure; they simply pass through it. Our backend holds the encrypted package only until the app sees the recipient come online and automatically pushes it for download.
We never store secrets. We only move them. Plaintext never touches our systems, and nothing survives beyond the 24 hour TTL.
Every secret ends in one of two outcomes:
The recipient completes the decryption process with the 24 hour TTL window on their device.
The plaintext resides locally, and ownership transfers fully to the recipient. Our job is done.
The 24 hour TTL ends without decryption. The encrypted file is purged from our relay layer. The transaction is recorded as expired. Our job is done.
The secret disappears, but proof remains.
The secret itself is never stored, indexed, or recoverable.
Each secret generates a non-repudiation transaction that proves the sender and recipient completed the cryptographic exchange without any outside party retaining the secret.