JKS Accounting Firm Virtual Private Network

Virtual Private
Network
JKS Accounting Firm

Virtual Private Network
Virtual Private Network (VPN ), is a form of
network link that permits users of JKS to
browse all the web networks securely &
anonymously.
Virtual Private Networks provides very
secured networks (F. Alshare, 2016).
VPN saves expenditures enormously from
diminution of equipment & maintenance
prices or costs.
Employees of JKS can easily access the
Intranet from distant or remote locations
also.

Risks faced by the firm JKS
Accounting
Client’s data security & privacy risks
are there when emolyees are working
remotely without VPN.
Physical threats & Breaching of
sensitive data (Fu& Zhou, 2013).
Huge security risks just because all
employees triggered several DOS
attacks.
In case, computer of any worker is lost
, JKS firm's business networks are
never accessed only because of
pathetic password hygiene.

Benefits for JKS Accounting
firm for implementing a VPN
Cost Savings & Eliminating the need for
expensive long-distance leased lines.
Reducing the long-distance telephone charges
for remote access.
Transferring the support burden to the service
providers
Cost Savings with a VPN & VPN Network
Scalability. (Xu Liu & Zhao, 2013).
Enable employees to work effectively and
productivity remotely, it is likely that they will
need access to their email, company files and
other systems such as project workspaces,
customer databases

Mitigate risks
VPN provides protected remote users
devices to JKS employees.
With the help of VPN, employees of
JKS use security characteristics:
firewall, Anti-Spam, email attachment
replication, UTM, link protection.
VPN create a secure connection to all
the networks of company (Zhao,
2012).

Components of the
corporate network
Routers
&
switches
Storage
Area
Network
DNS
Load
balancer
s
Firewalls

REFRENCES
F. Alshare, M. (2016). Analysis of Virtual Local Area Network (VLAN) with Physical
Network Security Implementation. Journal Of Applied Sciences, 16(11), 517-525.
FU, S., & ZHOU, H. (2013). Dynamic causal order control approach in distributed virtual
environment on wide area network. Journal Of Computer Applications, 32(4), 1013-1016.
XU, Z., LIU, J., & ZHAO, S. (2013). Live migration model of virtual machine adapting to
wide area network. Journal Of Computer Applications, 32(6), 1929-1931.
Zhao, L. (2012). Exploration and Practice for Virtual Local Area Network (VLAN)
Technology. Applied Mechanics And Materials, 241-244, 2299-2302.