Identity systems
GTL ID centralizes authentication, profiles, and permissions across the ecosystem.
Infrastructure
A unified layer connecting identity, APIs, cloud services, and distributed infrastructure — built for scale and trust.
A unified layer connecting identity, APIs, cloud services, and distributed infrastructure — built for scale and trust.
Cloud & storage
Architecture model to unify Drive, Docs, Sheets, and shared storage — designed for GodTech Labs ecosystem continuity.
The items below describe infrastructure targets and capabilities under design — not a complete production deployment today.
How files and metadata are designed to stay consistent across services, clients, and GTL ID sessions.
Synchronization lifecycle
Local or remote change waiting to be processed.
Transfer and version validation in progress.
Aligned state across client, index, and object storage.
Diverging versions — guided resolution (roadmap).
Usable local cache; resync on reconnect.
A shared storage layer links productivity products — APIs and GTL ID provide identity and permission context.
GTL Drive
Files, folders, and versions — primary source of synchronized objects.
GTL Docs
Documents tied to stored metadata — references and attachments via the same index.
GTL Sheets
Grids and exports — snapshots and imports orchestrated by the sync engine.
Logical node model and secure storage zones — service routing and progressive resilience.
Cloud node (concept)
Anchor for object storage, queues, and regional services — not a map of live datacenters.
Edge zone
Cache, CDN, and TLS termination close to users.
Regional zone
Primary replication and productivity workloads per target region.
Core zone
Global index, access policies, and cross-service orchestration.
Requests go through the unified API layer; storage is addressed by GTL ID and product scope.
Designed for redundancy, monitoring, and recovery — progressive rollout with chosen cloud providers.
Replication, metadata, and continuity — files are designed to replicate across secure zones as infrastructure matures.
Ingest
Index & ACL
Replicate
Read / sync
Replication
Copies across zones to limit data loss during incidents.
Redundancy
Multiple paths and providers where the roadmap requires it.
Failover (concept)
Switch to healthy replicas — backend orchestration to be wired.
Indexing layer
Metadata, ACLs, and product links — separate from object blobs for fast queries.
GTL ID link
Every object ties to identity, roles, and product memberships.
Storage security principles — without claiming certifications or undeployed end-to-end encryption.
In transit (TLS)
Encrypted connections between clients, APIs, and providers — aligned with Supabase Auth and standard TLS.
At rest (target)
Provider-side encryption for object storage / database — per chosen cloud policy.
Identity-bound access
GTL ID session tokens; no anonymous access to private objects.
Permission-aware storage
Read/write filtered by roles and memberships — aligned with GTL ID model.
Recovery & backups
Snapshot and restore philosophy — operational procedures in progress.
No SOC/ISO certification claimed here. Client-side end-to-end encryption is not advertised until implemented.
GTL ID centralizes authentication, profiles, and permissions across the ecosystem.
REST and events to integrate products, partners, and automation.
Stateless layers, message queues, and progressive geo-replication.
Dedicated capacity for sensitive workloads and regional latency.
Object, relational, and cache tiers — multi-device sync.
Consistent state across web, mobile, and backend services.
Encryption, threat detection, audit logs, and hardening.
Inference, data pipelines, and guardrails for GTL assistants.
Horizon de verre