Vaulthalla is for people who refuse to rent back their own data.
No subscriptions.
No telemetry.
No middlemen.
Battle-hardened C++ daemon.
Encrypted like state secrets.
Mounted directly into your filesystem.
Welcome to the kernel.
Not features. Not trends. Rules.
If it is not in your filesystem, you do not fully control it. Vaulthalla is built around local presence, operator visibility, and files that behave like files.
Keys sealed. Defaults strict. Safety enforced by architecture instead of handed to the user as an optional checkbox.
No runtime stack pretending to be infrastructure. No needless layers. Just compiled speed where the storage path actually matters.
No plugin carnival. No app-store gravity. No creeping scope dressed up as flexibility. The system stays sharp because the boundaries stay sharp.
Vaulthalla does not feel like another cloud app.
It feels like part of your system.
Mounted through FUSE so your data behaves like local files, because from the operator’s point of view, that is exactly how it should feel.
No blind token spam. No dead sessions pretending to be trust. If the control plane is not alive, access does not get to cosplay as valid.
TPM2-backed key handling keeps secrets anchored to the machine instead of floating around as plaintext waiting to become someone else’s trophy.
PostgreSQL for state. S3-compatible storage for objects. Durable, portable, predictable primitives instead of storage magic with a logo on it.
Use it how you want. No ceremony. No compromise.
Scriptable, fast, and built for the place operators already live. Automate it, inspect it, wire it into real workflows.
Real-time behavior is part of the control plane, not a feature bolted on after the system already chose the wrong shape.
A clean, responsive interface for managing vaults, files, sharing, permissions, previews, and system state without hiding the underlying model.
No mystery sync engine. No invisible hand waving. Just explicit modes for how data should move.
Pull what you need. Drop what you do not. Keep local storage lean while preserving fast access to active working sets.
Two-way movement for active vaults where local and remote state both matter, with conflict awareness where reality gets messy.
One-way truth for backups, replication, and controlled distribution. Perfect when the source of authority should not be ambiguous.
Security is not a feature badge.
It is enforced behavior.
Hardware-backed key sealing keeps secrets tied to trusted machine state instead of treating plaintext key material like an acceptable operational detail.
AES-256-GCM protects file content with modern authenticated encryption where it matters: before storage becomes someone else’s problem.
Weak credentials do not pass. Unsafe defaults do not get normalized. The system should reject bad security before it becomes user policy.