IRJET- Cloud-Based Optimisation Approach to Joint Cyber Security and Insurance Management System

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 05 Issue: 04 | Apr-2018 www.irjet.net p-ISSN: 2395-0072
© 2018, IRJET | Impact Factor value: 6.171 | ISO 9001:2008 Certified Journal | Page 520
Cloud-based Optimisation approach to Joint Cyber Security and
Insurance Management System
Sujatha E1, Vignesh D2, Gokula Krishnan P3, Siva M4
1,2,3,4 Department of Computer Science and Engineering,
Velammal Institute of Technology, “Velammal Knowledge Park”, Panchetti, Thiruvallur, Tamilnadu, India
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Abstract— The main aim of this paper is to combine the
approach to security and cyber insurance provisioning in the
cloud-based resources. In cloud computing, the paper deals
with binding the security and Insurance Management System
(IMS). When a hacker attacks the application deployed in a
cloud and tries to inject any malicious code into the
application, the proposed system detects the attack and
analyze the amount of data lost during that attack.Duringthe
estimation process, the quantity of breacheddataiscalculated
and sent directly to both the cloud user and Insurance
Management System. So that the Insurance Management
System can repay the compensation amount immediately to
the cloud user with respect to the insurance package
subscribed by the user, this activity is done after theattackhas
been detected and resulted in data breach. If suppose the
amount of data breached is huge, then the system ask the
cloud user to upgrade their insurance package.
Keywords— SECaaS, Intrusion Detection System,
Subscription Management Process (SMP), Insurance
Management Process (IMP).
I. Introduction
In this paper, a joint approach to security and cyber
insurance planning in the cloud is proposed. Using a
probability optimization, a method of arranging both
services in the surface of unpredictabilityconcerningsuchas
future pricing, incoming traffic, and cyber attacks. Thus, an
operation may protect against strikes by provisioning
security services from providerslikeAvast andTrendMicro.
These services may take various forms, such as secure data
storage, identity management, and intrusion detection
services to screen incoming traffic. And thencyberinsurance
is used to provide explicit cover in the event that malicious
activity leads to financial loss. Insurance coverage may be
first-party or third-party with such asthieveryofmoneyand
digital assets, business interruption, and cyber extortion,
privacy breaches.
II. Existing System
In the previous systems have been maintaining the security
services only. So service should be protecting the user
system and information. Sometimes may hacker attack the
user assets and data likeincidents and disasters suchasdata
breach, data corruption, and business interruption?
However, one lucrative attack can bring about the data loss
and credit millions of dollars.
In the case of successive malware attack, the data breached
iscalculated and sent to the insurance system by theuser.So
loss will be uncertain. We cannot assume that damages can
be accurately determined. This may be in various forms,
such as a 'ransom' paid. It is important to stabilize
provisioning of security and insurance, even when future
costs and risks are undetermined.
One of the vital challengesin cyber insuranceistheauthentic
evaluation of ruins generated by cyber attacks.
III. Proposed System
In this paper, SECaaS in firewall-style isproposed to provide
security strategy imposition and supervising the network
traffic infrastructure. This focuses on network traffic
analysis like IDS (Intrusion Detection System)
implementations to identify attack behaviors. And the
relationship between cyber insurance and SECaaS
provisioning, containing a customer who uses applications,
which receive Internet traffic in the form of packets. These
packets are scanned by services from SECaaS providers,
provisioned by a Subscription Management Process (SMP).
In the event that harmful packets elude security,
cyber insurers, subscribed to by an insurance management
process(IMP), provide compensation for damagesincurred.
In this application run on customer machine that weassume
to be Internet-accessible, either on a cloud service such as
Amazon. Applications receive data packets in accordance
with their operating purpose, e.g. email data or financial
transactions.
Legitimate packets are called safe packets, while
packets used in cyber attacks are called unsafe packets.
Unsafe packets are deemed handled if they are correctly
detected by security services, or unhandled if they are not
successfully processed (for example if they are undetected).
These unhandled packets will cause damage, which incurs
costs to the customer will refund the amount to the
insurance company. And then IMP will refund the particular
data cost to the customer.

Fig.1: Architecture Diagram
A. Purchase the Security services
In this module user first register the cloud site and provides
user details (Name, password, email, mobile,DOB).And then
login using the user credentials. Once username and
password are valid, then screen of the user’s profile will be
displayed. After login, user will purchase the outsource
security service in the cloud. In the security services have a
various control and price, validity.
Fig.2:
The user will choose their system performance based
services and then immediately transfer amount to security
management. Once got the service, the security service will
protect the customer application and system to particular
time periods.
Fig 3:
B. Cloud service
In this module, the user registers the cloud service based on
given user credential details and then log in the cloud
resource. Once the user enters the cloud site or application,
Say suppose, if their application may be a social network to
chat with their friends. The user can upload theirpicturesto
the social networking site.
Fig.4:
While uploading, the user provides tags for the
picture. Meanwhile the cloud security systemwilldefendthe
application to each and every demand to cloud as a process
of securing the cloud-based data.
Fig.5:

Fig.6:
C. Screening Data traffic
In our security model, services are managedbythecustomer
applications and then monitor the traffic flow and screening
incoming data packets in accordance with their operating
purpose, e.g. email data or financial transactions, webpages.
Legitimate packets are called safe packets, while packets
used in cyber attacks are called unsafe packets.
Unsafe packets are managed only if those unsafe packetsare
rightly identified by security services, or unhandled if they
are not successfully processed (for example if they are
undetected). These unhandled packets will cause damage,
which incurs costs to the customer. So SECaaS will note on
user packet size, and the service will redirect to Insurance
Management Process (IMP).
D. Claim Insurance
In this module, IMP will check the user if customer or not.
And then check the customer current premium data and
evaluate the current unhandled data size to calculate the
particular per-packet, price, duration, and a maximum
number of packets affected.
A partial Lagrange multiplier algorithm is proposed to find
the optimal solution in parameter change for calculating the
amount of data. And then refund the amount to the
particular customer. After the claim, the customer current
premium is low to change the new future premium basedon
incoming unsafe packets.
The price for insurance purchased in advance is chargedata
rate known as a 'future premium'. The IMP purchases
insurance policies, which include the premium,typesofrisks
covered indemnity value, and policy duration.
IV. Conclusion
This paper express the trust between the user andinsurance
management system and the compensation amount in
accordance with the insurance subscribed by the user is
provided to the user equivalent to the exact data that have
been breached in very quick time. Though modern
technology has improved so much, security is still a concern
for cloud. Even though the security threats by cloud
administration are feasible and critical, cloud service
providersare concerned about security threat fromexternal
attacks rather than internal attacks. This project has
presented cloud system architecture in such a way that the
current security issues are removed and the cloudsecurityis
enhanced.
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