Ppt

1. IoT Security
Presentation By
Divith V.K
Raj Mohan. B
Shree Venkateshwara Hi-Tech
Polytechnic College

2. INTRODUCTION
• IoT refers to the network of
interconnected physical
devices.
• Devices communicate and
exchange data through the
internet.
• Equipped with sensors and
actuators for data collection,
transmission, and action.

3. IMPORTANCE OF
IOT SECURITY
• PROTECTING YOUR PERSONAL
DATA
• Safeguarding Your Privacy
• Keeping Devices Reliable
• Avoiding Financial
Consequences
• Ensuring Your Safety
• Building Trust in Technology

4. COMMON IOT
SECURITY
THREATS
• Increased attack surfaces.
• Unsecured hardware.
• Poor asset management.
• Shadow IoT.
• Unencrypted data transmissions.
• Firmware exploits

5. SECURITY
MEASURES
• Increased attack surfaces.
• Unsecured hardware.
• Poor asset management.
• Shadow IoT.
• Unencrypted data transmissions.
• Firmware exploits

6. WHICH
INDUSTRIES
NEED IOT
SECURITY
HEALTHCARE:
WHY: PATIENT MONITORING, MEDICAL EQUIPMENT,
DATA MANAGEMENTWHICH INDUSTRIES: HOSPITALS,
CLINICS, HEALTHCARE PROVIDERS
FINANCIAL SERVICES:
WHY: SMART ATMS, PAYMENT SYSTEMS, SECURE
TRANSACTIONSWHICH INDUSTRIES: BANKS, FINANCIAL
INSTITUTIONS, FINTECH
AGRICULTURE:
WHY: PRECISION FARMING, CROP MONITORING,
AUTOMATED EQUIPMENTWHICH INDUSTRIES:
AGRICULTURE, AGRIBUSINESS

7. WHICH
INDUSTRIES
NEED IOT
SECURITY
EDUCATION:
WHY: SMART CLASSROOMS, CAMPUS SECURITY,
RESOURCE MANAGEMENTWHICH INDUSTRIES:
EDUCATIONAL INSTITUTIONS, EDTECH
INDUSTRIAL SECTOR (IIOT):
WHY: MANUFACTURING, AUTOMATION, SUPPLY CHAIN
PROCESSESWHICH INDUSTRIES: MANUFACTURING,
LOGISTICS, ENERGY

8. EMERGING
TECHNOLOGIES
• Emerging Technologies in IoT
Security
• Artificial Intelligence (AI) and
Machine Learning (ML) in IoT Security
• Edge Computing in IoT Security
• Blockchain for Secure IoT
Transactions

9. FUTURE OF IOT
SECURITY
• Advanced Encryption
• AI-Powered Threat Detection
• Blockchain for Trust
• Collaborative Security Ecosystems
• Continuous Education and Awareness

10. THANK YOU