Use cases

How security teams deploy Skynovay across sites and industries.

Where Skynovay excels

From crowded stadiums to restricted airspace, built for clarity and speed.

🏟️

Stadiums & Events

Crowd‑safe detection with live incident workflows.

  • Command‑post dashboards
  • Replay and analysis
  • Incident board + escalations
50k+ attendees SOP playbooks
✈️

Airports

Flight corridor awareness and incident review.

  • ATC/security integrations
  • Auditability
  • Geo‑bounded zones
Runway ops NOTAM ready
🏢

Critical Infrastructure

Resilient perimeter coverage with redundant edge nodes.

  • On‑prem parity
  • Strict access controls
  • Signed updates
Energy Telecom
🏭

Manufacturing

IP protection and secure facilities.

  • Air‑gapped operations
  • Role‑aware access
  • Audit trails
Clean rooms Visitor control
🚢

Logistics & Ports

Multi‑site visibility and reliable alerts.

  • Historical analysis
  • Operational KPIs
  • Fleet dashboards
24/7 Harbor ops
🎓

Campuses

Geo‑fencing and SOP playbooks.

  • Mobile alerts
  • Escalation paths
  • Role separation
University Healthcare

Operator console tour

Streamlined interfaces designed for mission‑critical operations.

Live Detection Dashboard
⚫ ACTIVE
🚁
Track #14 Quadcopter • 98% confidence
1.2km NE
TRACKING
✈️
Track #27 Fixed‑wing • 91% confidence
3.4km W
INVESTIGATE
Track #32 Unknown • 74% confidence
0.8km S
OBSERVE
📊

Real‑time Analytics

Live threat assessment with confidence scoring and automated classification.

🗺️

Geospatial Awareness

Interactive maps with no‑fly zones, approach vectors, and range overlays.

Instant Response

One‑click actions for alerts, escalation, and incident documentation.

System architecture

Enterprise‑grade infrastructure designed for scale and reliability.

Data Collection
📡
RF Sensors
2.4‑5.8 GHz
🛡️
Radar Arrays
X‑band
📹
Optical
360° coverage
Edge Processing
Signal Fusion
AI Classification
Threat Assessment
< 30ms Processing latency
99.9% Accuracy rate
Response & Control
Real‑time Alerts
SOP Playbooks
System Integration
Audit Logging

Deployment Flexibility

🏢

On‑Premises

Complete control with air‑gapped security

Lowest latency Maximum security
☁️

Cloud‑Native

Scalable infrastructure with global reach

Auto‑scaling Global coverage
🔀

Hybrid

Best of both worlds with flexible data flows

Edge + Cloud Optimized performance

Coverage optimization

Precision placement and modeling for maximum detection effectiveness.

Optimal Zone
8‑12km range • 99.9% accuracy
Effective Zone
5‑8km range • 97.5% accuracy
Extended Zone
2‑5km range • 94.2% accuracy
📡

Environmental Factors

🏔️
Terrain

Elevation changes affect line‑of‑sight coverage patterns

🏢
Urban Density

Building interference requires strategic sensor placement

🌦️
Weather

Rain, fog, and atmospheric conditions impact RF propagation

📊
RF Environment

Existing spectrum usage affects detection sensitivity

Site Planning Process

01

Site Survey

Comprehensive RF mapping and terrain analysis to identify optimal sensor positions.

02

Coverage Modeling

3D simulation of detection patterns accounting for environmental factors.

03

Performance Validation

Field testing with controlled drone flights to verify coverage maps.

04

Continuous Optimization

ML‑driven adjustments based on real‑world detection performance.

Customer stories

Real deployments, measurable outcomes.

National arena

Reduced incident resolution times by 32% with clear SOPs and replay.

Regional airport

Improved coordination with ATC through corridor awareness dashboards.

Energy operator

Achieved on‑prem parity with signed updates and strict access models.

Logistics network

Unified multi‑site visibility and KPIs by region for the NOC.

University

Smart geo‑fences and automated playbooks minimized disruptions.

Manufacturing

Air‑gapped deployment with reliable incident exports for training.

National telecom

Redundant edge nodes ensured no single‑point failures across 40 sites.

Government campus

Strict role separation and auditability met compliance requirements.

Port authority

Harbor‑grade alerts integrated into the existing incident board.

Readiness checklist

Key considerations before deployment.

Site map and elevation overview
Sensor placement and power plan
Network and data paths
Roles and permissions
SOP alignment and training
Incident export and review cadence
Failover and health monitoring plan
Regulatory approvals and audit scope

KPIs & dashboards

Measurable improvements after deployment.

Incidents resolved

Month‑over‑month improvements after playbooks.

False positives

↓37% with edge‑AI classification.

Response time

Median seconds from alert to action.

Deployment comparison

Choose the model that fits your requirements.

Model
Latency
Control
Scale
On‑prem
Lowest
Maximum
Site‑bounded
Hybrid
Low
High
Regional
Cloud
Low‑medium
Centralized
Global

Deep dives

Detailed implementation scenarios.

Stadium: command‑post operations

Configuring incident boards, operator rotations, and escalation paths for events with 50k+ attendees.

  • Unified view across cameras and sensors
  • Quick actions for response
  • After‑action exports

Airport: corridor awareness

Ensuring compliant detection and response around runways and approaches.

  • Geo‑bounded detection zones
  • ATC notification workflows
  • Audit logs for regulators

Energy: perimeter integrity

Redundant edge nodes with on‑prem parity and signed updates.

  • Failover behavior
  • Health monitoring
  • Secure artifact distribution

Ports: logistics at scale

Coordinating alerts with harbor operations and customs.

  • Incident board integration
  • Multi‑tenant isolation
  • Regional dashboards

Integration ecosystem

Seamlessly connect with your existing security infrastructure.

🛡️

Security Systems

SIEM Platforms

Splunk, QRadar, ArcSight, Sentinel

VMS Solutions

Milestone, Genetec, Avigilon, Bosch

Access Control

HID, AMAG, Lenel, Honeywell

☁️

Cloud Platforms

Public Cloud

AWS, Azure, Google Cloud

Communication

Slack, Teams, PagerDuty, Webhook

Analytics

Tableau, Power BI, Grafana

📊

Enterprise Tools

ITSM

ServiceNow, Remedy, Jira Service

Monitoring

Nagios, PRTG, SolarWinds

Identity

Active Directory, LDAP, SAML SSO

API Reference

Real‑time Webhooks

POST

Receive instant notifications when incidents occur, with detailed tracking information and confidence scores.

Webhook Payload
{
  "event": "incident.opened",
  "timestamp": "2025-08-13T14:30:00Z",
  "site": "HQ-01",
  "incident": {
    "id": "inc_7x9k2m",
    "trackId": 27,
    "type": "quadcopter",
    "confidence": 0.93,
    "location": {
      "lat": 37.7749,
      "lng": -122.4194,
      "altitude": 150
    },
    "threat_level": "medium"
  }
}

Incident Retrieval

GET

Query historical incidents with filtering, pagination, and detailed metadata for forensic analysis.

HTTP Request
GET https://api.skynovay.com/v1/incidents
Authorization: Bearer <your-api-key>
Content-Type: application/json

# Query parameters:
?site=HQ-01
&from=2025-08-01T00:00:00Z
&to=2025-08-13T23:59:59Z
&threat_level=medium,high
&limit=50
&offset=0

Live Status Monitoring

WS

Establish persistent connections for real‑time tracking updates and system health monitoring.

WebSocket Connection
// JavaScript WebSocket example
const ws = new WebSocket('wss://api.skynovay.com/v1/live');

ws.onopen = () => {
  // Authenticate and subscribe
  ws.send(JSON.stringify({
    action: 'subscribe',
    token: 'your-api-key',
    channels: ['incidents', 'system-health']
  }));
};

ws.onmessage = (event) => {
  const data = JSON.parse(event.data);
  console.log('Live update:', data);
};

Integration Support

🛠️

Custom Connectors

We build tailored integrations for enterprise‑specific systems and legacy infrastructure.

📚

Developer Resources

Comprehensive documentation, SDKs, and interactive API explorer for rapid development.

🚀

Deployment Support

Technical specialists help configure integrations during implementation and testing phases.

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Book a 20‑minute walkthrough tailored to your requirements.
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