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Terrascient Platform – Enterprise Intelligence and Analytics
Terrascient is Authra’s enterprise-facing platform, the analytical brain that turns the torrent of raw data and on-chain proofs into actionable intelligence. If TruePing is the engine collecting data, Terrascient is the cockpit where the data is interpreted and utilized by decision-makers. It’s designed for telecom operators, regulators, cloud service providers, smart city planners, defense and government agencies, and large enterprises that need deep visibility into network performance and presence data to be able to use it without needing blockchain or AI expertise. Every insight carries a confidence score and provenance trail (what corroborated it, which models agreed), enabling auditors to trace why an alert or KPI is trustworthy.
Platform Overview
Terrascient is a web-based application (with options for on-premises deployment) that offers:
Interactive Dashboards: Maps and charts showing current network QoE across regions, historical trends, and device presence hotspots. Users can drill down on a country, city, or specific cell tower area to see metrics like average throughput, latency distribution, uptime/downtime, etc., all derived from Authra’s verified data.
Alerts & Monitoring: The platform can be configured to monitor certain SLAs or conditions – for example, “Alert me if any region’s latency >100ms for >5 minutes” or “Notify if any base station goes offline.” When triggered, Terrascient highlights these events (and can also push notifications via email/SMS or integrate with systems like PagerDuty for NOC alerts).
Analytics & Reports: Users can generate reports (e.g. monthly SLA compliance report for Carrier X) that are cryptographically signed by Authra as tamper-evident proof. These reports can serve as independent audit documents. For instance, a regulator can download a report on broadband coverage in rural areas, with each data point attested by Authra, which could be used as evidence in policy evaluations or even legal proceedings.
ContractWatch: A dashboard tile that subscribes to /stream/chain_events and Chain-Health to highlight sequencer rotations, DAC quorum dips, force-include events, and fraud-proof state—alongside QoE anomalies—to give ops teams one common picture.
Operational Tiles: Terrascient includes a “ContractWatch” tile for live chain events (fraud proofs, DAC signer churn, force-include triggers) and a Chain-Health summary. Operators can subscribe to SLO breaches and auto-open incident tickets via webhooks.
Query Tools: For power users, Terrascient provides query interfaces, including the aforementioned natural language query feature and a more advanced query builder for complex filters. They can ask questions or run analyses without needing to export data to another tool.
Integration Hooks: Terrascient isn’t a silo, it can push data to other systems. For example, it can forward alerts to a telecom’s existing Network Operations Center dashboard, or provide an API endpoint for an operator’s OSS/BSS systems to fetch Authra metrics.
Public APIs (selected)
/presence — query presence proofs by time/region/provider
/qoe — query QoE aggregates and time-series
/heatmap — geospatial tiles/aggregates
/alerts — streaming/outage and degradation alerts
/risk_score — endpoint reputation and device-integrity hints
/oracle/chain_health — current 0–100 Chain-Health score + components
/stream/chain_events — sequencer/DAC/force-include live events
Commercial Rails: Enterprise billing is fiat-first; on-chain attestations and burns run under the hood. This reduces procurement friction while preserving cryptographic auditability and token sinks. Enterprise revenue will be lnked to burns.
Government and Public Sector
Terrascient offers enormous value to public sector users:
Broadband Coverage Audits: National telecom regulators can use Terrascient to independently verify if telecom operators meet their licensed coverage and quality obligations . For example, if a carrier claims 98% 4G coverage in a state, the regulator can see Authra’s data to confirm or refute that claim – highlighting underserved pockets that the carrier’s self-reported data might have missed . With governments worldwide investing in broadband (e.g., the U.S. BEAD program in the billions of dollars), such audits ensure accountability for public funds. Terrascient can do this continuously, not just via one-time drive tests.
Defense and Emergency Response: Defense agencies can deploy Terrascient in an air-gapped environment to monitor communications readiness in real time. During a crisis (natural disaster or military operation), having a live map of network availability is crucial. If an adversary is jamming signals or a disaster knocks out towers, Authra-enabled devices (including possibly devices carried by first responders or soldiers) would show exactly where communications are failing. Commanders get instant situational awareness of the digital battlefield. Terrascient can also integrate with security policy – for instance, verifying that a user is physically on a secure base before they access a system (an example of presence-based access control) .
Critical Infrastructure Oversight: Utilities and infrastructure regulators can use Terrascient to monitor networks that critical systems rely on. For instance, an energy grid operator can see if their IoT sensors’ connectivity issues correlate with network outages or are due to sensor faults, aiding in root-cause analysis.
Terrascient is built with high security options for these clients: it can run on government clouds, and with an architecture suitable for deployment on FedRAMP-authorized clouds and aligned to NIST 800-53 class controls (Moderate baseline), as required by agency policy. This means even conservative agencies can host Terrascient in environments where they are comfortable, without fear of data mixing or leaks.
Advanced Analytics and AI in Terrascient
Terrascient doesn’t just display data; it leverages Authra’s AI to provide higher-level intelligence:
Reputation Scores & Risk Indicators: It can show a “trust score” for data points or devices on a dashboard – e.g., flagging if some data is considered low-confidence by the AI (perhaps it came from a new device that looks like a bot). This helps users gauge data reliability at a glance .
Scenario-specific Modules: We envision modular add-ons in Terrascient. For example, a “Telecom SLA Compliance” module could automatically compute each operator’s compliance vs their targets and generate report cards. A “Disaster Response” mode might focus the UI on outage maps and provide suggestions (like nearest functional cell site to deploy portable towers). A “Fraud Detection” module might integrate with a bank’s system to verify location claims for high-value transactions using Authra presence proofs . Over time, as we learn common use cases, we can package tailored experiences for each.
Collaboration and Data Export: Terrascient allows teams to share dashboards or annotate events (e.g., a regulator can mark “investigation opened for outage incident here”). It also provides data export in standard formats for offline analysis or record-keeping.
In essence, Terrascient is designed to be the consumption layer of Authra for professionals . It’s what turns raw “truth data” into decisions and actions. By providing this polished interface with the necessary security/compliance wrappers, we lower the barrier for enterprises and agencies to benefit from Authra. They don’t need to be blockchain or AI experts – they get a web portal or software that speaks their language (SLAs, uptime, coverage, KPIs) but under the hood, every number is backed by Authra’s decentralized verification. This combination of rigorous data integrity with ease of use enables a world where infrastructure decisions and policies can be based on verified empirical evidence rather than estimates or self-interested reports . That is the core promise of Authra realized through Terrascient.
Advanced Analytics and AI in Terrascient
Terrascient doesn’t just display data; it leverages Authra’s AI to provide higher-level intelligence:
Reputation Scores & Risk Indicators: It can show a “trust score” for data points or devices on a dashboard – e.g., flagging if some data is considered low-confidence by the AI (perhaps it came from a new device that looks like a bot). This helps users gauge data reliability at a glance .
Scenario-specific Modules: We envision modular add-ons in Terrascient. For example, a “Telecom SLA Compliance” module could automatically compute each operator’s compliance vs their targets and generate report cards. A “Disaster Response” mode might focus the UI on outage maps and provide suggestions (like nearest functional cell site to deploy portable towers). A “Fraud Detection” module might integrate with a bank’s system to verify location claims for high-value transactions using Authra presence proofs . Over time, as we learn common use cases, we can package tailored experiences for each.
Collaboration and Data Export: Terrascient allows teams to share dashboards or annotate events (e.g., a regulator can mark “investigation opened for outage incident here”). It also provides data export in standard formats for offline analysis or record-keeping.
In essence, Terrascient is designed to be the consumption layer of Authra for professionals . It’s what turns raw “truth data” into decisions and actions. By providing this polished interface with the necessary security/compliance wrappers, we lower the barrier for enterprises and agencies to benefit from Authra. They don’t need to be blockchain or AI experts – they get a web portal or software that speaks their language (SLAs, uptime, coverage, KPIs) but under the hood, every number is backed by Authra’s decentralized verification. This combination of rigorous data integrity with ease of use enables a world where infrastructure decisions and policies can be based on verified empirical evidence rather than estimates or self-interested reports . That is the core promise of Authra realized through Terrascient.