Rank 1
Avian Influenza
Severity 97%
Cases
64
Affected Zones
4
Velocity
↑ 5.2
Severity97%
Live Demo
Veterinary Surveillance Demo
Show how field reports, disease intelligence, regional risk, and model-guided triage fit together in one avian workflow.
Field reportsDisease riskRegional response
Quick actions
Start avian report
Reports remain confidential, preserve source context, and feed regional surveillance only after review.
Quick actions
Open avian intel
Disease pages combine practical guidance, surveillance framing, and regional context for avian conditions.
Quick actions
Open response board
Track watched regions, alert coverage, and follow-up coordination when veterinary signals need a network response.
Network Triage Snapshot
An avian-only operational view for veterinarian leads reviewing hotspots, signal velocity, and weekly reporting priorities.
Avian
↑Increasing
Active Diseases
2
Total Cases
96
Affected Zones
4
Top Diseases
Rank 2
Newcastle Disease
Severity 76%
Cases
32
Affected Zones
2
Velocity
↓ 1.8
Severity76%
| Rank | Disease | Cases | Affected Zones | Velocity | Severity |
|---|---|---|---|---|---|
| 1 | Avian Influenza | 64 | 4 | ↑ 5.2 | 97% |
| 2 | Newcastle Disease | 32 | 2 | ↓ 1.8 | 76% |
Critical Zones
Rank 1
Entre Rios
Avian Influenza
Cases
16
Intensity
100%
Intensity100%
Rank 2
Buenos Aires
Avian Influenza
Cases
13
Intensity
81%
Intensity81%
Rank 3
Santa Fe
Avian Influenza
Cases
10
Intensity
63%
Intensity63%
Rank 4
Misiones
Newcastle Disease
Cases
9
Intensity
100%
Intensity100%
| Rank | Region | Disease | Cases | Intensity | Hotspot |
|---|---|---|---|---|---|
| 1 | Entre Rios | Avian Influenza | 16 | 100% | Hotspot |
| 2 | Buenos Aires | Avian Influenza | 13 | 81% | Hotspot |
| 3 | Santa Fe | Avian Influenza | 10 | 63% | Hotspot |
| 4 | Misiones | Newcastle Disease | 9 | 100% | Hotspot |
Export Weekly Outputs
Observed signals
Observed situation
Look at what actually happened first: signal volume, active regions, and recent intensity by disease.
Observed history
Avian Influenza
Critical↑
64
Observed cases
4
Peak active regions
100%
Peak intensity
Increasing
Overall Trend
Observed evolution
Historical cases by period. Taller bars mean more confirmed or validated network cases.
15
8
0
4
Jan 24
7
Feb 24
10
Mar 24
14
Apr 24
15
May 24
14
Jun 24
Jan 24
Cases4
Regions1
Feb 24
Cases7
Regions2
Mar 24
Cases10
Regions3
Apr 24
Cases14
Regions4
May 24
Cases15
Regions4
Jun 24
Cases14
Regions4
Observed history
Newcastle Disease
High↓
32
Observed cases
2
Peak active regions
78%
Peak intensity
Decreasing
Overall Trend
Observed evolution
Historical cases by period. Taller bars mean more confirmed or validated network cases.
8
4
0
7
Jan 24
8
Feb 24
6
Mar 24
5
Apr 24
4
May 24
2
Jun 24
Jan 24
Cases7
Regions2
Feb 24
Cases8
Regions2
Mar 24
Cases6
Regions2
Apr 24
Cases5
Regions2
May 24
Cases4
Regions1
Jun 24
Cases2
Regions1
Predictive model
Risk projection
Predictive contagion evolution model based on real-time data to anticipate which regions may worsen next and where to act first.
Entre Rios
Avian Influenza
Window
14d
Trajectory
Escalating
Model confidence
86%
What is driving risk
- Verified veterinary submissions accelerating
- Recent increase in affected neighboring regions
- High baseline regional intensity
Additional cases
+5
Operational priority
Escalate coordinator review and tighten watch-region alert thresholds this week.
Buenos Aires
Avian Influenza
Window
14d
Trajectory
Escalating
Model confidence
79%
What is driving risk
- Sustained veterinary signal density
- Persistent cross-region activity
- Recent official confirmations
Additional cases
+4
Operational priority
Prioritize field verification coverage and keep the region on heightened watch.
Misiones
Newcastle Disease
Window
14d
Trajectory
Stable
Model confidence
73%
What is driving risk
- Stable official signal profile
- Lower week-over-week spread velocity
- Contained watch-region overlap
Additional cases
0
Operational priority
Maintain monitoring cadence and verify any new veterinary signal before escalating alerts.