SuryaKavach | सूर्य कवच (IN) — Space Weather Decision Support

Simulated Feed:Simulated Feed (Safe Offline Default)

Low-latitude correction activeStation: Thiruvananthapuram

Sector & Hub Profile

Step 1

Configure your operating domain and regional geography in India

Select Indian Base / HubLow-Dip Latitude

Coordinates: 8.5°N | Magnetic Dip Equator (0°)Electrojet Active Zone

Select Operating Sector

ML Impact Model (Prototype)

Active Weights

Disruption Probability

98%risk

High Disruption Likelihood

Telemetry Confidence Score

94%valid

Multi-sensor fusion

Prototype classifier predicts 98% disruption probability for drone operations in Thiruvananthapuram.

Note:Prototype model, trained and validated on past storm data in the full version. Pre-computed weights.

Space Weather Telemetry Panel

Step 2

Adjust real-time solar indicators or pick standard historical scenarios

Preset Scenarios

Planetary K-Index

Kp 8.7G4

0 (Quiet)Severe Geomagnetic Storm9 (G5 Extreme)

IMF Bz Component

-42.0 nT

-50 nT (Reconnection)0 nT+20 nT (Shielded)

Solar Wind Velocity

860 km/s

250 km/s (Slow)600 km/s (High Speed)1000 km/s (CME Shock)

Solar Flare Class

Class X

Major energetic flare: triggers immediate dayside high-frequency radio blackout.

SuryaKavach Fusion Score93 / 100 (Severe base)

Score = Kp (60%) + Bz (20%) + Speed (10%) + Flare (10%)

Field Alert Dispatch Preview

Operational format delivered directly to field personnel

Step 3

SuryaKavach Dispatch / Thiruvananthapuram

Severe RiskG4

🎯 Drone SurveyingImmediate (Next 18–36 hours)

PLAIN SUMMARY

Severe ionospheric storming and plasma bubbles causing critical GNSS position runaway and telemetry dropouts.

⚡ REQUIRED ACTION

Ground all GPS-dependent drone operations immediately until Kp < 5. High risk of flyaways and telemetry disconnect.

WHY THIS ALERT (TRIGGERS)

Planetary K-index at 8.7 confirms extreme/severe storm condition (G4).
Interplanetary Bz strongly southward (-42.0 nT), driving massive dayside magnetopause reconnection.
High-speed solar wind stream detected at 860 km/s, compressing bow shock.
Major X-class solar flare event detected, triggering immediate dayside ionospheric D-region absorption.
Low-latitude correction applied: Thiruvananthapuram experiences Equatorial Electrojet and ionospheric scintillation enhancement.

Low-latitude correction applied (Equatorial electrojet & scintillation factor)

Just now✓✓

Current Telemetry Snapshot

Multi-parameter terrestrial and interplanetary space weather state

Active Tier: G4Dip Lat Adjusted

Planetary Kp

8.7/ 9.0

Global perturbation

IMF Bz Field

-42.0nT

Southward Coupling

Solar Wind Speed

860km/s

Bow shock plasma speed

GOES Flare Class

XX-Ray

D-region ionization

24-Hour Forecast Trend

⚠ Illustrative projection

Projected disturbance trajectory for mission planning over the next operational window.

7.8

00:00

03:00

06:00

09:00

12:00

8.3

15:00

7.4

18:00

6.5

21:00

T+0h NowRolling 24-hour window (illustrative simulation)T+24h Horizon

Benchmark Historical Space Weather Events

Comparative historical geomagnetic disturbances affecting technological systems

May 2024 G5 SuperstormMay 10–12, 2024

9.0 (G5 Extreme)Bz: -50 nTSpeed: 850+ km/s

Rare SAR red auroras photographed in Hanle, Ladakh (32°N); massive global RTK farming GPS drift.

Halloween Storms of 2003Oct–Nov 2003

9.0 (G5 Extreme)Bz: -53 nTSpeed: 1800+ km/s

Power outage in Malmö, Sweden; Japanese ADEOS-II satellite crippled; FAA WAAS GPS disabled for ~30 hours.

Hydro-Québec BlackoutMarch 13, 1989

9.0 (G5 Extreme)Bz: -40 nTSpeed: 1000 km/s

Geomagnetically Induced Currents (GIC) collapsed entire Hydro-Québec grid in 92 seconds, stranding 6 million people for 9 hours.

Carrington Event (Baseline Benchmark)Sept 1–2, 1859

Estimated > 9.0Bz: Est. -800 nTSpeed: Est. > 2000 km/s

Telegraph networks shocked operators worldwide; Colaba Observatory in Mumbai, India recorded monumental magnetic deflection.