September 5, 2025 5:21 am

Andhra’s AI Weapon Against Mosquito-Borne Diseases

CURRENT AFFAIRS: SMoSS, Andhra Pradesh, AI-powered mosquito control, Municipal Administration and Urban Development (MAUD), drone-based spraying, dengue, malaria surveillance, Vector Control App, Puramitra app, smart city health innovation

Andhra’s AI Weapon Against Mosquito-Borne Diseases

Andhra Pradesh adopts smart tech for disease prevention

Andhra’s AI Weapon Against Mosquito-Borne Diseases: Andhra Pradesh has launched a high-tech initiative called Smart Mosquito Surveillance System (SMoSS) to combat mosquito-borne diseases like dengue and malaria, especially during the monsoon. This AI-driven solution marks a leap in urban health management and will initially be tested across six cities.

AI and sensors tracking mosquito hotspots

The system uses AI-powered mosquito sensors, drones, and IoT devices to detect mosquito presence, track breeding conditions, and monitor environmental factors like temperature and humidity. The aim is to create real-time mosquito maps that allow targeted fogging and spraying, saving time and resources.

Static GK fact: Andhra Pradesh has consistently ranked among top five Indian states in urban digital governance, according to various smart city indices.

Where the pilot project begins

The SMoSS pilot will cover 66 high-risk zones across:

  • Vijayawada (28)
  • Visakhapatnam (16)
  • Nellore (7)
  • Kurnool (6)
  • Rajamahendravaram (5)
  • Kakinada (4)

These cities reported over 5,500 dengue cases in 2024, making them priority areas. By narrowing actions to outbreak zones, the system avoids unnecessary mass spraying.

Drones and apps making the work faster

Drones will be deployed for precision larvicide spraying. A central dashboard will coordinate operations while apps like Vector Control and Puramitra will allow citizens and field workers to report mosquito activity.

Hospitals will contribute by providing daily patient data, helping to flag emerging hotspots. This will form the basis for district-level response strategies.

Static GK Tip: Dengue is caused by the Aedes aegypti mosquito, which usually breeds in clean stagnant water, especially during the July–October season in India.

Performance-linked operations for agencies

The government plans to outsource SMoSS operations to specialized agencies. These agencies will be incentivized based on performance metrics, such as reduction in cases and timely interventions.

Urban Development Department leading the way

The Municipal Administration and Urban Development (MAUD) Department is leading this initiative. This effort aligns with India’s Smart Cities Mission and shows how digital tools can improve public health outcomes.

If successful, this model could be adopted by other states, making Andhra Pradesh a trendsetter in AI-led disease control.

Static Usthadian Current Affairs Table

Topic Detail
SMoSS Smart Mosquito Surveillance System launched in Andhra Pradesh
Key Cities Vijayawada, Visakhapatnam, Nellore, Kurnool, Rajamahendravaram, Kakinada
Technology Used AI, drones, IoT, central dashboard, mobile apps
Lead Department Municipal Administration and Urban Development (MAUD)
Mobile Apps Involved Vector Control, Puramitra
Disease Focus Dengue and Malaria
Pilot Coverage 66 areas across six cities
Hospitals Role Daily updates to map disease hotspots
Targeted Spraying Based on real-time sensor and drone data
Year of Implementation 2025
Andhra’s AI Weapon Against Mosquito-Borne Diseases
  1. Andhra Pradesh launched the Smart Mosquito Surveillance System (SMoSS) to fight dengue and malaria.
  2. AI, drones, and IoT sensors track mosquito hotspots and breeding conditions.
  3. SMoSS will initially operate in 66 high-risk zones across six major cities.
  4. Cities include Vijayawada, Visakhapatnam, Nellore, Kurnool, Rajamahendravaram, and Kakinada.
  5. These six cities reported over 5,500 dengue cases in 2024, triggering the initiative.
  6. Real-time mosquito maps will guide precise fogging and larvicide spraying.
  7. Drones will be used for targeted spraying, improving speed and accuracy.
  8. Central dashboard will coordinate all operations for faster response.
  9. Citizens and field workers can report mosquito activity via Vector Control and Puramitra apps.
  10. Hospitals will send daily patient data to flag emerging hotspots.
  11. Agencies operating SMoSS will be rewarded based on performance metrics.
  12. The project is led by Municipal Administration and Urban Development (MAUD) Department.
  13. Andhra Pradesh ranks among the top five states in urban digital governance.
  14. Mass spraying is avoided; actions are focused on outbreak-prone zones only.
  15. Aedes aegypti mosquitoes, responsible for dengue, breed in clean stagnant water.
  16. India typically sees dengue rise during the July–October monsoon season.
  17. SMoSS supports the goals of India’s Smart Cities Mission.
  18. The pilot uses AI to optimise time, cost, and human effort in vector control.
  19. If successful, other states may adopt this AI-led health model.
  20. Andhra Pradesh is pioneering tech-based disease control in urban India.

Q1. What is the name of Andhra Pradesh’s AI-based initiative to fight mosquito-borne diseases?


Q2. Which department is leading the implementation of the SMoSS project in Andhra Pradesh?


Q3. Which of the following cities is not part of the initial SMoSS pilot project?


Q4. What type of mosquito is primarily responsible for spreading dengue in India?


Q5. Which apps are used in the SMoSS system for reporting and surveillance?


Your Score: 0

Current Affairs PDF July 13

Descriptive CA PDF

One-Liner CA PDF

MCQ CA PDF​

CA PDF Tamil

Descriptive CA PDF Tamil

One-Liner CA PDF Tamil

MCQ CA PDF Tamil

CA PDF Hindi

Descriptive CA PDF Hindi

One-Liner CA PDF Hindi

MCQ CA PDF Hindi

News of the Day

Premium

National Tribal Health Conclave 2025: Advancing Inclusive Healthcare for Tribal India
New Client Special Offer

20% Off

Aenean leo ligulaconsequat vitae, eleifend acer neque sed ipsum. Nam quam nunc, blandit vel, tempus.