TruWrite
Private document creation redesigned around fragmented handling and controlled reconstruction from the moment of creation through storage and authorized viewing.
A suite of applications and an infrastructure layer built on FSDE — designed to reduce centralized readable exposure across creation, storage, capture, and enterprise workflows.
Each application is built around the same fragmented handling model — reducing persistent readable exposure while preserving recovery and usable workflows for authorized users.
Private document creation redesigned around fragmented handling and controlled reconstruction from the moment of creation through storage and authorized viewing.
Distributed storage of fragmented unreadable data designed to reduce centralized possession of complete readable files while preserving recovery for authorized users.
Media capture workflows designed around provenance, continuity, and structurally constrained exposure while bypassing conventional device-side file handling.
Scanning and document ingestion redesigned to reduce persistent readable copies during processing and storage by bypassing conventional device-side file handling.
A proximity-bound collaborative environment designed around shared possession, continuous presence validation, and controlled reconstruction of fragmented information.
Messaging redesigned around fragmented delivery and controlled reconstruction instead of persistent conversation copies across devices and cloud systems.
TrustOsphere deploys beneath your existing stack. Your identity providers, cloud storage, authentication systems, and workflows stay in place. What changes is how data exists at the infrastructure level.
S3, Azure, GCP, on-prem, hybrid
Introduce FSDE principles incrementally, one system at a time
Reconstruction and authorization workflows support audit and recovery requirements
A data infrastructure designed to reduce centralized readable exposure without breaking recovery, provenance, or enterprise use.
Never stored whole — split into shards before reaching storage, cache, or transit.
Shards spread across separate locations; no single node holds enough to reconstruct.
Tolerates multiple storage failures and recovers automatically without readable backups.
Origin, device, timestamp, and integrity signature captured before fragmentation.
Runs standalone or beneath existing systems without displacing current infrastructure.
AI retrieves and analyzes against fragmented data without centralized readable possession.
Security built into the data architecture.