Your Cloud Data Is Not Yours

Recent events show cloud providers can't guarantee data privacy. The shift to zero-knowledge is here, and a new SDK makes it easy for developers to build truly sovereign apps.

Your Cloud Data Is Not Yours
Rhizome’s SDK enables cryptographic keys to synchronize directly and securely between devices without ever passing through a central server.
Note: A generated audio podcast of this episode is included below for paid subscribers.

⚡ The Signal

The unspoken agreement of the cloud was simple: we give you our data, you keep it safe. That trust is fundamentally broken. When Microsoft handed over BitLocker encryption keys to the FBI, it wasn't just a single compliance event; it was a confirmation of a structural vulnerability. The reality is, if your encryption keys live on a provider's server, they are not truly your keys. This has shattered the illusion of cloud privacy and ignited a search for a new paradigm where users, not platforms, hold the keys.

🚧 The Problem

Developers are caught in the middle. Users are demanding data sovereignty, but building "zero-knowledge" applications is brutally difficult. Implementing robust, client-side encryption and managing key synchronization across a user's multiple devices (laptop, phone, tablet) is a complex cryptographic challenge. It's a massive distraction from building the core product, requiring specialized expertise that most teams don't have. There is no simple, developer-friendly toolkit to build applications where the platform is physically incapable of accessing user data.

🚀 The Solution

Rhizome is a simple SDK for building zero-knowledge apps. It provides developers with a toolkit to ensure user data is encrypted on the client's device, and the keys never touch a central server. Rhizome’s core innovation is its managed peer-to-peer signaling service, which allows a user's devices to securely synchronize encryption keys directly with each other. For the developer, it’s a few lines of code. For the end-user, it’s true data ownership. This enables a new class of applications that are private by design, aligning with the broader tech shift toward on-device processing.