ipfs interplanetary file system computer science

Ipfs

1. DEPARTMENT OF COMPUTER SCIENCE AND

UNIVERSITY B D T COLLEGE OF
@ ENGINEERING, DAVANGERE
ENGINEERING

TECHNICAL SEMINAR PRESENTATION ON

“PES”
2023-24
UNDER THE GUIDANCE OF HOD OF CSE DEPARTMENT TECHNICAL SEMINAR CO-ORDINATOR
SRI.NAVEEN KUMAR B. DR.MOHAMMED RAFI SMT. GEETHA .N.B
ASSOCIATE PROFESSOR, UBDTCE PROFESSOR ,UBDTCE ASSOCIATE PROFESSOR,UBDTCE

PRESENTED BY :
SYEDA MASHOON
(4UB20C5065)

2. Content

* Introduction
“History

* How it Works?

* Applications of IPFS
* Advantages

* Disadvantages

* Future scope

+ Conclusion

3. Introduction

*IPFS, or the InterPlanetary File
System, is a decentralized
protocol designed to create a
more resilient and efficient
internet infrastructure for storing
and accessing files.

4. History

= The InterPlanetary File System (IPFS) was
created by Juan Benet and first announced
in 2014. It builds upon several existing
technologies and concepts, including
distributed hash tables (DHTs), BitTorrent,
and Git.

* Ongoing Development and Integration
(2020-present): In the years following the
mainnet launch, development on IPFS has
continued at a steady pace. Protocol Labs
and the IPFS community have focused on
improving performance, scalability, and
usability, as well as integrating IPFS with
other technologies and platforms.

Juan Benet

5. How it works?

The InterPlanetary File System (IPFS) operates on a decentralized and peer-to-peer
network architecture, providing a distributed method for storing and accessing
files. Here's an overview of how IPFS works:

Soe Addressing the o, Bez
Distributed Network Zo = a

Content Discovery
Caching and Proximity
Data Deduplication
File Versioning and Integrity ie
InterPlanetary Name System (IPNS) em

LS

6. Applications of IPFS

Q Decentralised Web Hosting

Q File Sharing and Distribution

Q Content Delivery Networks (CDNs)
Q Blockchain Data Storage

Q Decentralized Finance (DeFi)

Q Content Addressed Messaging

Q loT Data Storage and Sharing

7. Advantages

* Content-Addressed Storage
* Peer-to-Peer Communication
* Resilience and Redundancy
* Caching and Performance

+ Security and Privacy

* Scalability

* Open and Interoperable

8. Disadvantages

« Performance Variability

* Storage Requirements

* Bandwidth Usage

* Content Discovery Challenges

* Data Privacy Concerns

+ Content Availability and Persistence
« Integration Challenges

9. Future Scope

1.

Blockchain Integration: IPFS and blockchain technologies complement each other well, offering
decentralized storage and immutable data structures. Future developments may involve
deeper integration between IPFS and blockchain platforms, enabling secure and efficient data
storage, content distribution, and decentralized application (dApp) development.

Content Monetization and Micropayments: IPFS can support innovative content monetization
models by enabling direct payments for access to premium content using cryptocurrencies and
micropayments.

Data Privacy and Sovereignty: With growing concerns about data privacy and surveillance, IPFS
offers a decentralized and privacy-enhancing alternative for storing and sharing sensitive data.

Content Distribution Networks (CDNs): IPFS-based CDNs have the potential to disrupt
traditional content delivery networks by offering decentralized and scalable content
distribution solutions. Future developments may focus on optimizing IPFS-based CDNs for
performance, reliability, and cost-effectiveness, as well as integrating with existing CDN
infrastructure and caching mechanisms.

10. Conclusion

In conclusion, IPFS represents a revolutionary approach to
decentralized file storage and content distribution, offering
numerous advantages such as resilience, efficiency, security,
and censorship resistance. By leveraging content addressing,
peer-to-peer communication, and decentralized architecture,
IPFS has the potential to transform various industries and use
cases, from web hosting and file sharing to blockchain
integration and loT data storage.

11. Reference

» IPFS Documentation

« IPFS GitHub Repository
*reddit.com/r/ipfs

+ forum. ipfs.io

12. Thank You