Mission-Grade Risk Intelligence
SentryVista™ is engineered to deliver critical safety and risk intelligence where clarity matters most. Our system executes locally, avoids cloud dependency, and empowers end users with direct, encrypted outputs—instantly, and without compromise.
Real-World Failures ARCANE Could Have Helped Prevent
Uvalde School Shooting (May 24, 2022): 376 officers were present on site, but delayed intervention while students made 911 calls from inside classrooms. ARCANE—operating as a locally deployable AI interface—could have synthesized inputs from bodycams, door sensors, and unit comms to generate room-by-room breach prioritization overlays. These overlays would align with ALERRT protocols [ALERRT Reference] for rapid movement-to-contact and threat neutralization, now adopted as the national standard by the U.S. DOJ and Texas DPS. [Texas Tribune]
Maui Wildfires (August 2023): Power lines downed by wind triggered fires; emergency alert systems failed amid grid collapse. ARCANE could have operated as a local AI interface, integrating telemetry from wind sensors, line monitors, and vegetation indices to generate corridor-level risk projections. Offline alert logic—aligned with FEMA protocols—could have issued evacuation guidance to local agencies or citizens ARCANE’s output logic would align with FEMA’s National Response Framework. without needing cloud or cellular access. [Wikipedia]
Texas Power Grid Collapse (February 2021): Millions lost power due to uninsulated and overloaded infrastructure during Winter Storm Uri. ARCANE, deployed locally at key substations or institutions, could have processed environmental and thermal telemetry to produce facility-specific resilience assessments. These diagnostics would support prioritization of critical loads and enable offline reporting per CMS and NIST 800-34 guidelines. [NIST 800-34] [Texas Tribune]
East Palestine Train Derailment (February 3, 2023): Toxic chemical release and slow evacuation orders followed a freight train derailment. ARCANE’s multimodal ingestion stack could have accepted manifest files, placard images, and sensor data to identify hazardous contents and model risk spread. This would generate actionable outputs—evacuation maps, HAZMAT overlays, and local advisories—without requiring network connectivity or GIS subscriptions. ARCANE’s logic aligns with EPA HAZMAT Response Standards. [Wikipedia]
Baltimore Key Bridge Collapse (March 26, 2024): A cargo vessel struck a main column, triggering full bridge failure. ARCANE, operating within a port operations center, could have synthesized AIS tracking, kinetic data, and structure-specific tolerances to flag high-risk maritime trajectories. These analytics—generated and validated by ARCANE’s runtime governance—could issue offline dashboard warnings or structural health advisories. Modeling logic reflects USDOT Bridge Risk Assessment Programs. [Washington Post]
Why SentryVista™ Commands Attention
- Direct-to-Device Execution: No mandatory cloud sync. No latency. No blind spots.
- Containment & Clarity: Fully encrypted outputs delivered in export-ready formats—designed for compliance and field verification.
- Battle-Tested Logic: Developed by safety and risk leaders with decades of mission-critical operational expertise.
- Mission-Aligned: Outputs structured to align with FEMA, CMS, and CMMC reporting ecosystems.
- Personal Impact: ARCANE supports everyday decisions—from picking a safer neighborhood to protecting high-risk family members. Our tools are built for action at every level—household to institution.
- Strategic IP Foundation: SentryVista’s architecture is reinforced by a U.S. utility patent application with over 40 claims—providing both legal protection and operational trust for agencies, institutions, and evaluators.
ARCANE delivers immediate, actionable assessments—no cloud dependency, no vendor lock-in.
Activate Your Private ARCANE InstanceSecure deployments available Q4 2025
Patent-Pending Core Innovations
ARCANE incorporates over 40 unique patent-pending claims that enable it to operate with unmatched independence and clarity, including:
- Modular Execution Control: Autonomous sandboxing, plugin validation, and runtime containment.
- Multimodal Ingestor AI: Securely interprets documents, voice, images, and environmental sensor inputs.
- Offline-Capable Risk Engine: Operates without cloud dependency while generating exportable diagnostics (PDF/JSON).
- Autonomous Recovery: Internal snapshotting and rollback features allow failover logic execution in degraded environments.
- Performance Tracker: Real-time internal monitoring of CPU/GPU bottlenecks and system health metrics for audit logs.
These innovations are supported by a formal U.S. patent application containing over 40 distinct claims. The filing covers key areas including containment logic, plugin autonomy, multimodal ingestion, and operational resilience. This strategic IP structure underscores SentryVista’s commitment to defensible innovation and regulatory alignment—offering confidence to grant reviewers, IP examiners, and institutional stakeholders.
These systems are built to align with NIST/CMMC/FEMA standards and are deployable across institutional, household, and mobile field environments.