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Technical Architecture & Implementation

Deep dive into system specifications, deployment requirements, and integration capabilities for technical evaluation.

Complete System Component Architecture

System Architecture Description

Cora Alert integrates seven core technology components into a unified campus safety platform. Each component is designed for seamless interoperability while maintaining independent operational capability for maximum reliability.

Core System Components

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Infrastructure Layer

  • BLE Beacons: CB1000 and CB1020 ruggedized beacons for precise indoor / outdoor location

  • LoRaWAN Gateways: Private network infrastructure providing campus-wide coverage

  • Cora Alert Cloud Services: Powered by Codepoint CP-Flex CloudStack for enterprise reliability

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Integration Layer

  • Emergency Integrations: SMS, E911, Direct Messaging, and Email notification systems

  • System Data Flow

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Device Layer

  • Alert Locators: Staff and Visitor editions with Smart Scan Technology

  • Alert Mobile App: Native iOS and Android applications for responders

  • Alert Panel App: Proprietary desktop panels running kiosk alert interface

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Emergency Alert Sequence:

  • Alert Initiation: Staff activates Alert Locator device

  • Location Detection: Smart Scan Technology identifies precise location via BLE beacons

  • Network Transmission: LoRaWAN gateway transmits encrypted alert to cloud services

  • Processing & Intelligence: CP-Flex CloudStack processes alert with AI-powered incident analysis

  • Multi-Channel Notification: Simultaneous alerts via Mobile Apps, Alert Panels, SMS, and E911

  • Response Coordination: Real-time tracking and communication through application interfaces

Architecture Benefits

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Unified Platform: All components designed for seamless integration and data sharing

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Redundant Systems: Multiple communication paths ensure reliability during emergencies

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Scalable Design: Add components incrementally without system redesign

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Open Integration: APIs enable connection with existing school safety and communication systems

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Network Infrastructure & Deployment

Private LoRaWAN Network Architecture

Cora Alert integrates seven core technology components into a unified campus safety platform. Each component is designed for seamless interoperability while maintaining independent operational capability for maximum reliability.

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Coverage & Performance:

Range: Up to 1,000 ft from single gateway with clear line of sight
Network Type: Private LoRaWAN (868/915 MHz ISM bands)
Latency: Sub-second message delivery under normal conditions
Capacity: Support for 1,000+ Alert Locators per gateway
Reliability: 99.5%+ message delivery success rate

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Infrastructure Requirements:

Gateway Placement: Typically 1-3 gateways per campus depending on layout
Power Requirements: Standard PoE+ or 12V DC power supply
Internet Connectivity: Minimum 1 Mbps dedicated bandwidth
Installation Timeline: Professional installation, deployment teams plan, deploy, and test installed equipment.

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Network Architecture Benefits

Independent Operation: No reliance on Wi-Fi or cellular networks
Interference Resistant: ISM band with adaptive frequency selection
Future-Proof: Expandable without infrastructure replacement
Security: End-to-end encryption with rotating security keys

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Deployment Considerations

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Site Survey Process:

  • RF propagation analysis and gateway placement optimization

  • Integration planning with existing network infrastructure

  • Beacon placement strategy for optimal location accuracy

  • Staging and testing protocol before full deployment

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24/7 System Monitoring:

  • Continuous Health Oversight: Real-time monitoring of all network components

  • Proactive Alerting: Automated notifications before issues become critical

  • Remote Configuration: Updates and adjustments without on-site visits

  • Performance Analytics: Detailed coverage, usage, and reliability reportin

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Operational Advantages:

  • Redundant Coverage: Multiple gateways eliminate single points of failure

  • Minimal Infrastructure: Leverages existing network connections and power

  • Scalable Growth: Add coverage incrementally as campus needs expand

  • Independent Operation: Functions when Wi-Fi/cellular networks fail

Alert Locator Technology

Smart Scan Technology for Precision Location

Feature

Cora Alert

Industry Standard

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Equipment Lifespan

Charging Cycle

Location Technology

Beacon Performance

Form Factor

5+ Years

1+ Year

Smart Scan

3 Hz Optimal

Thinnest/Lightest

1-2 Years

Monthly

Standard BLE

1-2 Hz

Years 1-2

Advanced Location Capabilities

Smart Scan Technology™ (Proprietary) Proprietary Signal Optimization Engine:

  • Intelligent Signal Analysis: Advanced algorithms continuously evaluate BLE and WiFi signal quality in real-time

  • Optimal Beacon Selection: Automatically identifies and prioritizes the strongest, most reliable signals for location determination

  • Adaptive Scanning Protocol: Dynamically adjusts scanning frequency and power consumption based on environmental conditions

  • Multi-Technology Fusion: Seamlessly combines BLE and WiFi positioning data for superior accuracy and reliability

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Technical Differentiation:

  • Proprietary Algorithm: Exclusive Cora Alert technology only available in Codepoint devices.

  • Real-Time Optimization: Continuous learning system adapts to campus-specific signal patterns

  • Future-Proof Design: Software-based optimization enables ongoing performance improvements via over-the-air update

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Device Management

  • Staff Mode: Privacy-protected, tracking positioning only during incidents

  • Visitor Mode: Continuous tracking for security accountability

  • Configurable Alerts: Customizable button patterns for different incident types and groups.

  • Remote Updates: Over-the-air firmware and configuration management

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Application Platform

Multi-Platform Applications with AI Intelligence

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Alert Panels 
(Fixed Installations)

  • Desktop/Wall Mount: Main offices and security stations

  • Real-Time Display: Live campus status and incident tracking

  • Interactive Maps: Visual location display on familiar campus layouts

  • Administrative Control: Complete system management capabilities

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Mobile Applications (iOS/Android)

  • Responder Apps: Real-time tracking for on-the-go response teams

  • Role-Based Access: Different interfaces for staff, administrators, first responders

  • Push Notifications: Instant alerts with location and incident details

  • ​Offline Capability:Essential functions work without network connectivity

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Web Portal (Administrative)

  • Multi-Site Management: Centralized control across entire district

  • User Management: Role-based permissions and access controls

  • Reporting Dashboard: Incident analysis and system performance metrics

  • Integration Hub: Connect with existing school and emergency systems

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Real-Time Analysis

  • Incident Summarization: AI analyzes multiple alerts for priority response

  • Pattern Recognition: System learns campus behaviors for improved efficiency

  • Resource Optimization: Intelligent routing of response personnel

  • ​Predictive Insights: Identify trends for proactive safety improvements​

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Cloud Infrastructure & Integration

Enterprise-Grade Cloud Services

Cloud Platform Architecture

Core Services

  • Administrative Console: Centralized management and monitoring

  • Data Analytics: Comprehensive reporting and trend analysis

  • User Management: Role-based access and permission controls

  • System Health Monitoring: Proactive maintenance and optimization

Security & Compliance

  • Enterprise Encryption: All data transmission secured with militarygrade protocols

  • FERPA Compliance: Meets educational privacy requirements with automatic data purging

  • Access Controls:  Multi-factor authentication and role-based permissions

  • Audit Trails: Complete logging for compliance and incident analysis

Integrations

  • e911 Systems: Automatic first responder notification with precise location

  • Email/SMS Platforms: Multi-channel alert distribution

API Platform

  • RESTful APIs: Standard interfaces for custom integrations

  • Webhook Support: Real-time event notifications to external systems

  • Data Export: Standardized formats for reporting and analysis

  • Custom Development: Professional services for specialized integrations

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Technical Specifications

Complete Technical Documentation
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Network Infrastructure

Gateway Requirements: Standard ethernet or cellular backhaul

Coverage Planning: Site survey tools and coverage calculators

Bandwidth Usage: Minimal data requirements for emergency communications

Integration Points: Standard network protocols and security requirement

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Locator Environmental Specification

Operating Conditions: -20°C to +60°C temperature range

Durability Rating: IP67 waterproof and ruggedized construction

Installation Requirements:  Minimal infrastructure modifications needed

Maintenance Schedule: Configurable daily health checks and 5+ year equipment lifecycle

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Performance Metrics

System Performance

Response Time: Nearly instantaneous (1 to 2 seconds) alert transmission and processing

Location Accuracy: Room-level precision throughout campus areas

Network Uptime: 99.9% availability with redundant coverage 

Scalability: Support for thousands of users across multiple sites

Battery Performance

Alert Locators: 1+ year operation between charges

BLE Beacons: 5+ year battery life with remote monitoring

Charging Infrastructure: Standard USB-C charging stations 

Power Management: Intelligent power optimization extends operational life

Implementation Planning

Deployment Planning & Support

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Phase 2:

Installation & Configuration (Weeks 2-3)

Gateway Deployment: Professional installation during school hours

Beacon Network: Complete indoor/outdoor positioning infrastructure

System Configuration: Custom settings for campus-specific needs

Integration Setup: Connect with existing school and emergency systems

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Phase 1:

Assessment & Planning (Week 1)

Site Survey: RF analysis and gateway placement planning

Coverage Design: Optimal beacon placement for complete coverage

Integration Planning: Existing system compatibility assessment 

Timeline Development: Customized deployment schedule

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Phase 3:

Testing & Training (Week 4)

System Validation: Complete end-to-end testing and verification

Staff Orientation: Simple 30-minute training for administrators

Response Procedures: Integration with existing emergency protocols 

Go-Live Support: Dedicated support during initial deployment period

Technical Decision Support

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Technical Support: 24/7 monitoring with proactive issue resolution

System Maintenance: Remote diagnostics and over-the-air updates

Expansion Planning: Scalable growth as district needs evolve 

Performance Optimization: Continuous improvement and enhancement

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Ongoing Support Structure

Professional Services

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Ready for
Technical Evaluation?

Complete technical documentation and hands-on evaluation support for informed implementation decisions.

Technical Decision Support
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