Security Method in Data Acquisition Wireless Sensor Network Dharmendrasingh417
Wireless sensor networks have recently emerged as a rapidly growing communication infrastructure.
Wireless sensors used to monitor physical or environmental conditions. Sensor networks also face a number of problems. Some, such as energy efficiency, target monitoring, query processing, deployment, data compression, tracking, secure issues, limited bandwidth.
Dear Student,
Greetings from HCL Learning Ltd,...!
We take this opportunity to introduce HCL Learning Ltd as an initiative of HCL for addressing the training needs of Enterprises and Institutions in the Field of Information Technologies, Soft Skills and Customized Training applications in all Sectors.
Leveraging on the 38 years of industry experience of HCL, HCL Learning Ltd provides industry benchmark customized Training/Project Solutions to its Institutional Partners. Our gamut of training/project solutions ranges right from Advanced Technologies in the area of Real time Applications, System side and Embedded Applications for different levels across the organization.
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A KEY LEVEL SELECTION WITHIN HASH CHAINS FOR THE EFFICIENT ENERGY CONSUMPTION...IAEME Publication
A wireless sensor network is comprised of a base station (BS) and numerous sensor nodes. The sensor nodes lack security because they function in an open environment, such as the military. In particular, a false statement injection attack seizures and compromises sensor nodes. The attack then causes the compromised nodes to create forward false reports. Due to the false report injection attack, not only does the sensor network have a false alarm, but its limited energy is also emptied. In order to preserve the false report injection attack, over the past few years, several studies have been made looking for a resolution to the attack. Ye et al. studied statistical en-route filtering (SEF). SEF is a method of randomly verifying event reports in the en-route filtering phase. SEF can filter many false reports early using proof of intermediate nodes. However, because the number of keys in a sensor node is fixed by the system, the sensor network cannot control the event report proof probability depending on the conditions of the network. Therefore, it is tough to proficiently consume energy of the sensor network. In order to resolve the problem, we suggest a technique which controls the event report verification probability by using a key sequence level of an event report. In the suggested method, when an intermediate node obtains an event report, the node authenticates the event report by relating a key sequence level of the report and its key
Security Method in Data Acquisition Wireless Sensor Network Dharmendrasingh417
Wireless sensor networks have recently emerged as a rapidly growing communication infrastructure.
Wireless sensors used to monitor physical or environmental conditions. Sensor networks also face a number of problems. Some, such as energy efficiency, target monitoring, query processing, deployment, data compression, tracking, secure issues, limited bandwidth.
Dear Student,
Greetings from HCL Learning Ltd,...!
We take this opportunity to introduce HCL Learning Ltd as an initiative of HCL for addressing the training needs of Enterprises and Institutions in the Field of Information Technologies, Soft Skills and Customized Training applications in all Sectors.
Leveraging on the 38 years of industry experience of HCL, HCL Learning Ltd provides industry benchmark customized Training/Project Solutions to its Institutional Partners. Our gamut of training/project solutions ranges right from Advanced Technologies in the area of Real time Applications, System side and Embedded Applications for different levels across the organization.
HCL Learning Ltd is a part of HCL Info systems Ltd. We are Providing Internship, Training in Software, Embedded, Networking. HCL Engineers will train you to be a Professional.Its a Real Time Exposure. Certificates are issued from HCL .
We Hope that you are aware of the programs conducted by HCL.
Programs highlights:
In-Plant training( Which gives you a industrial exposure with latest technologies)
Workshop (Hands on practical)
Internship ( Gives you a work experience with the industrial personalities)
A KEY LEVEL SELECTION WITHIN HASH CHAINS FOR THE EFFICIENT ENERGY CONSUMPTION...IAEME Publication
A wireless sensor network is comprised of a base station (BS) and numerous sensor nodes. The sensor nodes lack security because they function in an open environment, such as the military. In particular, a false statement injection attack seizures and compromises sensor nodes. The attack then causes the compromised nodes to create forward false reports. Due to the false report injection attack, not only does the sensor network have a false alarm, but its limited energy is also emptied. In order to preserve the false report injection attack, over the past few years, several studies have been made looking for a resolution to the attack. Ye et al. studied statistical en-route filtering (SEF). SEF is a method of randomly verifying event reports in the en-route filtering phase. SEF can filter many false reports early using proof of intermediate nodes. However, because the number of keys in a sensor node is fixed by the system, the sensor network cannot control the event report proof probability depending on the conditions of the network. Therefore, it is tough to proficiently consume energy of the sensor network. In order to resolve the problem, we suggest a technique which controls the event report verification probability by using a key sequence level of an event report. In the suggested method, when an intermediate node obtains an event report, the node authenticates the event report by relating a key sequence level of the report and its key
A Defense-in-depth Cybersecurity for Smart SubstationsIJECEIAES
The increase of cyber-attacks on industrial and power systems in the recent years make the cybersecurity of supervisory control and data acquisition and substation automation systemsa high important engineering issue. This paper proposes a defense in depth cybersecurity solution for smart substations in different layers of the substation automation system. In fact, it presents possible vulnerabilities in the substation automation system and propose a multiple layer solution based on best practice in cyber security such as the hardening ofdevices, whitelisting, network configuration, network segmentation, role-based account management and cyber security management and deployement.
35 9142 it s-execution evaluation of end-to-end edit septianIAESIJEECS
Remote Sensor Networks are bound to assume a crucial part in the cutting edge Internet, which will be described by the Machine-to-Machine worldview, as indicated by which; installed gadgets will effectively trade data, therefore empowering the improvement of creative applications. It will add to declare the idea of Internet of Things, where end to-end security speaks to a key issue. In such setting, it is essential to comprehend which conventions can give the correct level of security without loading the restricted assets of compelled systems. This paper displays an execution examination between two of the most broadly utilized security conventions: IPSec and DTLS. We give the investigation of their effect on the assets of gadgets.
Revealing AES Encryption Device Key on 328P Microcontrollers with Differentia...IJECEIAES
This research demonstrates the revealing of an advanced encryption standard (AES) encryption device key. The encryption device is applied to an ATMEGA328P microcontroller. The said microcontroller is a device commonly used in the internet of things (IoT). We measured power consumption when the encryption process is taking place. The message sent to the encryption device is randomly generated, but the key used has a fixed value. The novelty of this research is the creation of a systematic and optimal circuit in carrying the differential power analysis or difference of means (DPA/DoM) technique, so the technique can be applied in key revealing on a microcontroller device by using 500 traces in 120 seconds.
How to Take Cloud Access Control to the Next LevelOneLogin
Imagine your users could easily access all their business apps from anywhere, at any time and from any device. What if they could access them through an impenetrable gateway? What if there was virtually no risk of an unauthorized person gaining access, even if they somehow knew an authorized user’s password?
Multi-Factor Authentication (MFA) has become a standard practice for any security-conscious organization and OneLogin enables you to instantly apply it to all your apps. Combine MFA with a centralized app gateway and you have struck the modern balance between security and convenience.
Join OneLogin, the leader in enterprise identity and access management to learn:
-Why MFA eliminates a major threat to your data
-How to set up OneLogin MFA
-The OneLogin MFA user experience
Survey on Efficient and Secure Anonymous Communication in ManetsEditor IJCATR
Mobile ad-hoc networks require anonymous communications in order to thwart new wireless passive attacks; and to protect new
assets of information such as nodes locations, motion patterns, network topology and traffic patterns in addition to conventional identity and
message privacy. The transmitted routing messages and cached active routing entries leave plenty of opportunities for eavesdroppers.
Anonymity and location privacy guarantees for the deployed ad hoc networks are critical in military and real time communication systems,
otherwise the entire mission may be compromised. This poses challenging constraints on MANET routing and data forwarding. To address
the new challenges, several anonymous routing schemes have been proposed recently.
A Defense-in-depth Cybersecurity for Smart SubstationsIJECEIAES
The increase of cyber-attacks on industrial and power systems in the recent years make the cybersecurity of supervisory control and data acquisition and substation automation systemsa high important engineering issue. This paper proposes a defense in depth cybersecurity solution for smart substations in different layers of the substation automation system. In fact, it presents possible vulnerabilities in the substation automation system and propose a multiple layer solution based on best practice in cyber security such as the hardening ofdevices, whitelisting, network configuration, network segmentation, role-based account management and cyber security management and deployement.
35 9142 it s-execution evaluation of end-to-end edit septianIAESIJEECS
Remote Sensor Networks are bound to assume a crucial part in the cutting edge Internet, which will be described by the Machine-to-Machine worldview, as indicated by which; installed gadgets will effectively trade data, therefore empowering the improvement of creative applications. It will add to declare the idea of Internet of Things, where end to-end security speaks to a key issue. In such setting, it is essential to comprehend which conventions can give the correct level of security without loading the restricted assets of compelled systems. This paper displays an execution examination between two of the most broadly utilized security conventions: IPSec and DTLS. We give the investigation of their effect on the assets of gadgets.
Revealing AES Encryption Device Key on 328P Microcontrollers with Differentia...IJECEIAES
This research demonstrates the revealing of an advanced encryption standard (AES) encryption device key. The encryption device is applied to an ATMEGA328P microcontroller. The said microcontroller is a device commonly used in the internet of things (IoT). We measured power consumption when the encryption process is taking place. The message sent to the encryption device is randomly generated, but the key used has a fixed value. The novelty of this research is the creation of a systematic and optimal circuit in carrying the differential power analysis or difference of means (DPA/DoM) technique, so the technique can be applied in key revealing on a microcontroller device by using 500 traces in 120 seconds.
How to Take Cloud Access Control to the Next LevelOneLogin
Imagine your users could easily access all their business apps from anywhere, at any time and from any device. What if they could access them through an impenetrable gateway? What if there was virtually no risk of an unauthorized person gaining access, even if they somehow knew an authorized user’s password?
Multi-Factor Authentication (MFA) has become a standard practice for any security-conscious organization and OneLogin enables you to instantly apply it to all your apps. Combine MFA with a centralized app gateway and you have struck the modern balance between security and convenience.
Join OneLogin, the leader in enterprise identity and access management to learn:
-Why MFA eliminates a major threat to your data
-How to set up OneLogin MFA
-The OneLogin MFA user experience
Survey on Efficient and Secure Anonymous Communication in ManetsEditor IJCATR
Mobile ad-hoc networks require anonymous communications in order to thwart new wireless passive attacks; and to protect new
assets of information such as nodes locations, motion patterns, network topology and traffic patterns in addition to conventional identity and
message privacy. The transmitted routing messages and cached active routing entries leave plenty of opportunities for eavesdroppers.
Anonymity and location privacy guarantees for the deployed ad hoc networks are critical in military and real time communication systems,
otherwise the entire mission may be compromised. This poses challenging constraints on MANET routing and data forwarding. To address
the new challenges, several anonymous routing schemes have been proposed recently.
In this session Ronnie and Kevin will provide a brief history of authentication, discuss today’s authentication risks and
challenges then look at how modern multi-factor authentication services can help keep businesses and access to
their data secure and compliant. The talk covers cloud services, on premise servers, RADIUS and mobile devices. It
will also explores what’s next with Windows 10 Hello and Passport technologies before wrapping up with a Q&A.
We live in a world driven by technology. Every industry is becoming more and more reliant on technology. There is a huge demand for people who are skilled in various technology. This training pack covers 5 most in demand and trending courses.
Open and Secure SCADA: Efficient and Economical Control, Without the RiskInductive Automation
Join Don Pearson and Travis Cox from Inductive Automation and Chris Harlow from Bedrock Automation as they discuss an end-to-end approach to SCADA/ICS security that encompasses software as well as hardware.
You’ll learn about:
What built-in security is and why it’s essential
Security benefits of OPC UA and MQTT
How to secure your PLC, RTU, or DCS
Best practices such as role-based access and authentication
Security risks that are often overlooked
And more!
Open and Secure SCADA: Efficient and Economical Control, Without the RiskInductive Automation
Join Don Pearson and Travis Cox from Inductive Automation and Chris Harlow from Bedrock Automation as they discuss an end-to-end approach to SCADA/ICS security that encompasses software as well as hardware.
You’ll learn about:
What built-in security is and why it’s essential
Security benefits of OPC UA and MQTT
How to secure your PLC, RTU, or DCS
Best practices such as role-based access and authentication
Security risks that are often overlooked
And more!
Learn what makes SCADAguardian (the Nozomi Networks flagship technology) so unique and powerful. From enterprise IT, to OT, we enable scalable security strategies for ICS.
JPJ1449 Efficient Authentication for Mobile and Pervasive Computingchennaijp
We are good IEEE java projects development center in Chennai and Pondicherry. We guided advanced java technologies projects of cloud computing, data mining, Secure Computing, Networking, Parallel & Distributed Systems, Mobile Computing and Service Computing (Web Service).
For More Details:
http://jpinfotech.org/final-year-ieee-projects/2014-ieee-projects/java-projects/
ATIPS - Advanced Technology Information Processing SystemsWael Badawy
Advanced Technology Information Processing Systems
this presentation was provided in the Canada Taiwan meeting in April 2005.
Graham.A. Jullien, iCORE Research Chair,
Wael Badawy, iCORE Research Associate and Director of the Digital Video Laboratory,
Dr. V.S. Dimitrov, iCORE Research Associate and member of the Centre for Information Securityand Cryptography
Dr. O. Yadid-Pecht, iCORE Research Associate, Imaging and Sensor Technology Laboratory
Certificate of Cloud Security Knowledge, widely known as CCSK training course is an end to end knowledge-focused training and certification program that helps security professionals gain deep insights of the cloud security and related aspects while delivering far reaching understanding of how to address various cloud security concerns.
https://www.infosectrain.com/courses/certificate-cloud-security-knowledge-ccsk/
CompTIA exam study guide presentations by instructor Brian Ferrill, PACE-IT (Progressive, Accelerated Certifications for Employment in Information Technology)
"Funded by the Department of Labor, Employment and Training Administration, Grant #TC-23745-12-60-A-53"
Learn more about the PACE-IT Online program: www.edcc.edu/pace-it
Machine Learning -Based Security Authentication for Wireless Multimedia Network
Secure and Privacy Enhanced Authentication & Authorization Protocol in Cloud
1. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
Cloud based Secure and Privacy
Enhanced Authentication &
Authorization Protocol
Umer Khalid
Dr. Abdul Ghafoor Abbasi
Misbah Irum
Dr. Awais Shibli
2. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
Outline
1. Introduction
2. Problems with existing security
mechanisms
3. Selection of components
4. Modifications
5. Workflow
6. Conclusion
3. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
1. Introduction1. Introduction
Traditional Security Mechanisms
– Authentication System
•Password Based Authentication
•Kerberos
•Zero knowledge Proofs
– Authorization
•Access control
•OTP
4. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
2.Problems
Easily compromised
– Lengthy passwords
– Leakage risks
– Based on a single factor
– No anonymity
Solution
– Multi factor authentication
– Access control
5. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
3. Solution
Multi-factor authentication
– Based on what you have and what you
posses:
• Certificates
• PINs
• Smart cards
• Biometrics
Flexible Authorization
– Access Control based on:
• Roles
• Attributes
• Combination of multiple conditions
6. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
2.Problems Revisited
Lengthy passwords
Leakage risks
Based on a single factor
Anonymity
Identity information binding.
Information only protected in transit.
Still does not cater for anonymity.
7. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
Current Challenges
Different organizations are now shifting data
assets to the cloud such as:
– E-Government
– Health Care
Cloud offers significant cut down in infrastructure
costs at the risk of:
– Privacy (Identity Linking)
– Data leakage
Problem gets further amplified as data owners
are not the only ones with the data
– Cloud service providers also posses the same data
– Service provider can easily link identity information to this
data
8. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
Design of a Anonymous
Authentication & Authorization
Protocol
Choice of components:
Design a completely new approach
Build on existing robust protocols
Separate mechanisms for authentication and
authorization
Modify the protocols to achieve anonymity
Authentication:
Strong authentication based server with support for
anonymity
Authorization:
XACML based PDP server for authorization
PEP at multiple points
9. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
Authentication
Strong authentication server with support
for multi-factor authentication:
Certificates
Revocable
Traceable
Partial
Anonymity
Certificates
PINs
Smart cards
Biometrics
10. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
Anonymous Digital Certificates
Certificate Anonymous
Certificate
11. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
Anonymous Digital Certificates
12. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
Certificate based Strong
Authentication
Client
SA Server
13. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
Improvements
[Cert A]
Tok ID|RND B
LCA
IDMS
Tok ID|RND B|RND A
14. Department of Computing, School of Electrical
Engineering and Computer Sciences, NUST -
Islamabad
KTH
Applied
Information
Security
Lab
2. Results2. Results
TAG Description Example
@author Identifies the author of a
class.
@author Ali
@exception Identifies an exception
thrown by a method
@exception exception-
name explanation
@param Documents a method's
parameter.
@param parameter-name
explanation
@return Documents a method's
return value.
Documents a method's
return value.
@since States the release when a
specific change was
introduced.
@since release