From Measurement to Auditable Data
From Measurement to Auditable Data
From Measurement to Auditable Data
How our physical network and the Hierarchical Geospatial Compression (HGC) transform millions of measurements into reliable and high-value information.
How our physical network and the Hierarchical Geospatial Compression (HGC) transform millions of measurements into reliable and high-value information.
Express Explanation
Infra GEO3 / HGC
Infra GEO3 / HGC
The GEO3 infrastructure transforms physical measurements into verifiable proofs.
Each sensor installed in the field generates locally signed data, organized by space and time (H3 + epoch) and compressed via HGC – Hierarchical Geospatial Compression.
This process reduces millions of readings into compact structures called sidecars, published on IPFS and anchored on the blockchain.
Even when the data is private, its proofs remain public, ensuring integrity, privacy, and auditability — the foundation of applications such as green credit, parametric insurance, and ESG compliance.
Express Explanation
Infra GEO3 / HGC
The GEO3 infrastructure transforms physical measurements into verifiable proofs.
Each sensor installed in the field generates locally signed data, organized by space and time (H3 + epoch) and compressed via HGC – Hierarchical Geospatial Compression.
This process reduces millions of readings into compact structures called sidecars, published on IPFS and anchored on the blockchain.
Even when the data is private, its proofs remain public, ensuring integrity, privacy, and auditability — the foundation of applications such as green credit, parametric insurance, and ESG compliance.
Cell groups readings
in the geospatial mesh H3
HGC
Sensor installed + ID registered
Sign the data with DID
IPFS stores
Batch of dice
Dashboard and GEO3 Connect
Verifications and Management
HGC Protocol
Register and integrate
Cell groups readings
in the geospatial mesh H3
HGC
Sensor installed + ID registered
Sign the data with DID
IPFS stores
Batch of dice
Dashboard and GEO3 Connect
Verifications and Management
HGC Protocol
Register and integrate
Cell groups readings
in the geospatial mesh H3
HGC
Sensor installed + ID registered
Sign the data with DID
IPFS stores
Batch of dice
Dashboard and GEO3 Connect
Verifications and Management
HGC Protocol
Register and integrate
Main concepts
Main concepts
Main concepts
Journey of the dice
From the Dice to Trust
Six steps that connect real-world measurements to public records and practical applications, ensuring accuracy, transparency, and value.
Step 01
Local Measurement and Signature
It all starts with the data logger: the sensors collect data on soil, climate, water, or AI vision, and each reading is digitally signed by the equipment registered in the NodeDIDRegistry. This signature creates cryptographic authorship and ensures the integrity of the data from the source.
Step 02
Spatial and Temporal Organization (H3 + Epoch)
Measurements are grouped into H3 geospatial cells and time windows known as epochs. This standardized structure synchronizes readings from different sensors and paves the way for deterministic compression.
Step 03
Hierarchical Compression (HGC)
The HGC (Hierarchical Geospatial Compression) algorithm organizes and reduces billions of points into compact structures called sidecars. Each sidecar contains only the essentials — the Merkle root and metadata — preserving data verification and accuracy.
Step 04
Publication and Public Examination
The sidecars are published on IPFS and anchored on the blockchain through the GeoDataRegistry contract. This process creates a public and immutable proof that the measurements occurred, even when the content of the data remains private.
Step 05
Identity and Authorization
Each node and each controlling entity have identities registered in on-chain contracts (NodeDIDRegistry and EntityDIDRegistry). This allows tracking who measured, validating keys, and managing access permissions to private data in an auditable manner.
Step 06
Consumption and Convergence (Dashboard, API, and GEO3 Connect)
The registered proofs feed the Dashboard, the API, and GEO3 Connect. In these layers, data is transformed into reports, credentials, and reputation. Insurers, banks, and companies can integrate proofs in real time, while producers and institutions gain recognition and incentives for sharing reliable measurements.
Journey of the dice
From the Dice to Trust
Six steps that connect real-world measurements to public records and practical applications, ensuring accuracy, transparency, and value.
Step 01
Local Measurement and Signature
It all starts with the data logger: the sensors collect data on soil, climate, water, or AI vision, and each reading is digitally signed by the equipment registered in the NodeDIDRegistry. This signature creates cryptographic authorship and ensures the integrity of the data from the source.
Step 02
Spatial and Temporal Organization (H3 + Epoch)
Measurements are grouped into H3 geospatial cells and time windows known as epochs. This standardized structure synchronizes readings from different sensors and paves the way for deterministic compression.
Step 03
Hierarchical Compression (HGC)
The HGC (Hierarchical Geospatial Compression) algorithm organizes and reduces billions of points into compact structures called sidecars. Each sidecar contains only the essentials — the Merkle root and metadata — preserving data verification and accuracy.
Step 04
Publication and Public Examination
The sidecars are published on IPFS and anchored on the blockchain through the GeoDataRegistry contract. This process creates a public and immutable proof that the measurements occurred, even when the content of the data remains private.
Step 05
Identity and Authorization
Each node and each controlling entity have identities registered in on-chain contracts (NodeDIDRegistry and EntityDIDRegistry). This allows tracking who measured, validating keys, and managing access permissions to private data in an auditable manner.
Step 06
Consumption and Convergence (Dashboard, API, and GEO3 Connect)
The registered proofs feed the Dashboard, the API, and GEO3 Connect. In these layers, data is transformed into reports, credentials, and reputation. Insurers, banks, and companies can integrate proofs in real time, while producers and institutions gain recognition and incentives for sharing reliable measurements.
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Contact Us
We are here to clarify all your questions! Get in touch with us. We respond within 24 hours.
email for contact
Email: contato@auratecnologia.com
Contact Us
We are here to clarify all your questions! Get in touch with us. We respond within 24 hours.
email for contact
Email: contato@auratecnologia.com