human system for basic knoladge and etc.ppt

1
Presented By
“EMAIL SYSTEM FOR BLIND USING VOICE & FACE THROUGH AI”
1. Thanage prasad.G. Roll No:4
2. Markad Sakshi.G Roll No:10
3. Kale Komal.S Roll No:15
4. Ghodechor Saloni.K Roll No:40

SECURING CCTV VIDEO
THROUGH BLOCKCHAIN AND
ALERT SYSTEM

AGENDA
 Abstract
 Problem Statement
 Introduction
 Motivation
 Objective
 Literature survey
 Overview Diagram
 Hardware and Software
 References
3

ABSTRACT
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 Making of false CCTV video by forging it from the
original ones have become more popular nowadays.
 Also, those CCTV video are stored in their respective
offices in a space which is a Centralized Database.
 Also, these offices are subject to natural disasters like
floods, earthquakes, etc. which if attacked by any of these
calamities will lead to the loss of all the CCTV video
recording permanently.
 The blockchain method serves as a solution for safe
storage of the CCTV video in the form of on a blockchain
network.

PROBLEM STATEMENT
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To secure the process of CCTV video storage using
the distributed blockchain framework and
maintenance using Integrity management through
Bilinear Pairing.

INTRODUCTION
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 Need of Securing CCTV Video
 Input CCTV Video
 Block Body formation
 Terminal Key generation
 Bilinear Pairing

MOTIVATION
 To effectively manage and secure the CCTV Video
against tampering.
 To incorporate the distributed blockchain
framework to reinforce the security and provide a
tamper-proof storage.
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OBJECTIVES
 To efficiently understand the CCTV video byte data
conversion
 To efficiently utilize the data to achieve blockchain
formation
 To improve the security of the stored CCTV Video
8

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LITERATURE SURVEY
Paper Author Methodology
Efficient Model for
Video Integrity
through blockchain
Nikhil Bhusari,
Tejaswini Kshirsagar,
Akash Chandlekar,
Apurva Borude,
Kiran Gaikwad
The methodology for an effective approach for the purpose of
integrity evaluation has been outlined in detail in this research
article. Videos are highly useful and have been an effective
part of everyday human life in the recent years. While most of
the smartphones are effectively equipped with the state-of-
the-art camera sensors that can effectively capture a video,
most of the videos that are captured are in the form of video
surveillance. Videos are so important that they are used as
evidence in the court of law to achieve effective and useful
incrimination against the criminal. Once the frames of the
video are extracted these frames are effectively encrypted
through the use of RSA encryption system.

LITERATURE SURVEY
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Secure and Privacy-
Preserving Stored
Surveillance Video Sharing
atop Permissioned
Blockchain
A. Fitwi and Y.
Chen
Security and privacy are very essential issues in
the world of video surveillance. Hence, this paper
proposes SePriS, a private blockchain based
solution coupled with an efficient video frame
enciphering mechanism for sharing stored
surveillance videos in a secure and privacy-aware
way. It illustrates how the blockchain technology
can be leveraged to prevent abuse and leaking of
stored videos, which have plagued the
surveillance practice for years. The experimental
analysis show that the video frame enciphering
mechanism passes the standard computational and
security parameters.

LITERATURE SURVEY
11
Video Streaming Based on
Blockchain State Channel
with IoT Camera
Min-Hyuk Jeong and
Sang-Kyun Kim
The IoT camera video streaming scenario was
proposed and was imple mented the IoT camera
video streaming system that operates. With
standard ised APIs and smart contracts in
blockchain 2.0, the DApp can access IoT cameras
on the Internet and receive video streaming
services regardless of platform. We examined off-
chain transactions to overcome a low TPS and
support a proper refund mechanism when service
errors occur. By comparing the three off-chain
transaction methods, we selected the state channel
method as the most suitable off-chain transaction
for the IoT camera video streaming system. A new
video streaming system scenario was proposed by
applying the state channel method to the IoT
camera video streaming system.

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Hardware and Software
Minimum Hardware Specification :
( 1 Machines Required of the Following Configurations)
CPU : core i5
RAM : 8 GB
HDD : 500 GB
Software Specification:
Coding Language : Java
Development Kit : JDK 1.8, JRE
Front End : Java Swing
Development IDE : NetBeans 8.2
Data Base : My SQL 5.0
External API : MySQL Connector

REFERENCES
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[1] Nikhil Bhusari, Tejaswini Kshirsagar, Akash Chandlekar, Apurva Borude, Kiran
Gaikwad, “Efficient Model for Video Integrity through blockchain,” JETIR ,May 2021,
Volume 8, Issue 5, www.jetir.org (ISSN-2349-5162)
[2] A. Fitwi and Y. Chen, "Secure and Privacy-Preserving Stored Surveillance Video
Sharing atop Permissioned Blockchain," 2021 International Conference on Computer
Communications and Networks (ICCCN), Athens, Greece, 2021, pp. 1-8, doi:
10.1109/ICCCN52240.2021.9522199.
[3] Min-Hyuk Jeong and Sang-Kyun Kim , “Video Streaming Based on Blockchain
State Channel with IoT Camera,” Journal of Web Engineering, Vol. 21 3, 661–676. doi:
10.13052/jwe1540-9589.2134

human system for basic knoladge and etc.ppt

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