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| schema: foundry-topic-v1 | schema: foundry-topic-v1 |
| title: "Platform Architecture Overview" | title: "Platform Architecture Overview" |
| slug: architecture | slug: architecture |
| category: architecture | category: architecture |
| status: published | status: published |
| last_edited: 2026-04-30 | last_edited: 2026-04-30 |
| editor: pointsav-engineering | editor: pointsav-engineering |
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| The PointSav platform is designed around two structural properties: distributed cryptographic consistency and sovereign bootability. Both properties are preserved across cloud and offline-vault environments simultaneously. | The PointSav platform is designed around two structural properties: distributed cryptographic consistency and sovereign bootability. Both properties are preserved across cloud and offline-vault environments simultaneously. |
| ## Distributed cryptographic state | ## Distributed cryptographic state |
| A single archive can exist across multiple physical environments — an active cloud node and an offline vault — while maintaining a single, unified cryptographic state. The two environments share an identical root Merkle hash at all times. | A single archive can exist across multiple physical environments — an active cloud node and an offline vault — while maintaining a single, unified cryptographic state. The two environments share an identical root Merkle hash at all times. |
| - **Active cloud node** — the live, networked copy of the archive. | - **Active cloud node** — the live, networked copy of the archive. |
| - **Offline vault** — a physically isolated copy that mirrors the cloud node's Merkle root without a persistent network connection. | - **Offline vault** — a physically isolated copy that mirrors the cloud node's Merkle root without a persistent network connection. |
| This shared-root property means an auditor can verify the integrity of either copy against the same hash without needing both to be online simultaneously. | This shared-root property means an auditor can verify the integrity of either copy against the same hash without needing both to be online simultaneously. |
| ## Archive collapse and portability | ## Archive collapse and portability |
| When an operator issues the collapse command, the platform compresses the federated cloud index and the offline physical copy into a single transferable entity. The result is a self-executing bootable image (`.ISO` or `.IMG` format). | When an operator issues the collapse command, the platform compresses the federated cloud index and the offline physical copy into a single transferable entity. The result is a self-executing bootable image (`.ISO` or `.IMG` format). |
| The collapse operation is explicit and operator-initiated. It is not automatic and does not run on a schedule. | The collapse operation is explicit and operator-initiated. It is not automatic and does not run on a schedule. |
| ## Sovereign bootable image | ## Sovereign bootable image |
| The resulting image is a self-contained operating environment. It can be deployed on bare-metal hardware or imported into a commercial cloud environment. The image carries the full archive state, making it possible to reconstitute the system on new hardware without reconstructing data from a remote source. | The resulting image is a self-contained operating environment. It can be deployed on bare-metal hardware or imported into a commercial cloud environment. The image carries the full archive state, making it possible to reconstitute the system on new hardware without reconstructing data from a remote source. |
| This property is intended to guarantee operational continuity when a primary deployment environment becomes unavailable. | This property is intended to guarantee operational continuity when a primary deployment environment becomes unavailable. |
| ## See also | ## See also |
| - [[worm-ledger-architecture]] — WORM ledger design that underpins archive integrity | - [[worm-ledger-architecture]] — WORM ledger design that underpins archive integrity |
| - [[compounding-substrate]] — how structural properties compound across deployments | - [[compounding-substrate]] — how structural properties compound across deployments |
| - [[customer-hostability]] — the design properties that allow a customer to host the full stack | - [[customer-hostability]] — the design properties that allow a customer to host the full stack |
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| *Copyright © 2026 Woodfine Capital Projects Inc. Licensed under [Creative Commons Attribution 4.0 International](https://creativecommons.org/licenses/by/4.0/).* | *Copyright © 2026 Woodfine Capital Projects Inc. Licensed under [Creative Commons Attribution 4.0 International](https://creativecommons.org/licenses/by/4.0/).* |
| *Woodfine Capital Projects™, Woodfine Management Corp™, PointSav Digital Systems™, Totebox Orchestration™, and Totebox Archive™ are trademarks of Woodfine Capital Projects Inc., used in Canada, the United States, Latin America, and Europe. All other trademarks are the property of their respective owners.* | *Woodfine Capital Projects™, Woodfine Management Corp™, PointSav Digital Systems™, Totebox Orchestration™, and Totebox Archive™ are trademarks of Woodfine Capital Projects Inc., used in Canada, the United States, Latin America, and Europe. All other trademarks are the property of their respective owners.* |