J. Dileep Kumar ¹, V. Srikanth ², L. Tejeswini ¹

Affiliations
1 Computer Networks and Security, Koneru Lakshmaiah University, Guntur - 522502, Andhra Pradesh, IN
2 Department of Computer Science, Koneru Lakshmaiah University, Guntur - 522502, Andhra Pradesh, IN

Abstract

Background/Objectives: Attackers using the anonymity provided in the Internet, by which they are representing themselves as legitimate users/companies and sending fake offers/messages to the users. Objective of this paper is to mitigate phishing attack in email messages by analyzing email contents. Methods/Statistical Analysis: In this paper, we discuss a new server side anti phishing email addon algorithm, by using the properties associated with the hyper-links, which present in emails. The methods we used here are comparison methods, which compare the similarity of the links to the anchor text of that links. Findings: With this algorithm we found a way to mitigate email phishing. Applications/ Improvements: We improved accuracy of the finding phishing mails by checking the http links which are the mail tools to redirect user to the phishing site.

Keywords

Email Messages, Legitimate, Phishing, Threats, URLs.

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S. Harika ¹, V. Srikanth ¹, P. Vikram ¹

Affiliations
1 Department of Electronics and Computer Science Engineering, KL University, Vaddeswaram,Guntur -522502, Andhra Pradesh, IN

Abstract

Background/Objectives: Occurrence of natural disasters is unpredictable and needs very high attention. This paper mainly focuses on fire accident detection in Industries and houses and to reduce their severities. Methods/Statistical Analysis: This method has been implemented to detect fire accidents in industries which occur due to increase in temperature, decrease in humidity, release of hazardous gas like methane, butane, propane etc.; we have used DHT 11 sensor to detect temperature and humidity. MQ-2 sensor is to detect gas leakage. GSM module is used as a mode of communication for this method. Findings: We found that the statistical data available from these sensors can be used as a safety parameter and we can set the alert values depending upon the existing readings which we have obtained from the sensors used in the application. Previously we have observed that DHT11 sensor is interfaced to PIC16F877 Microcontroller. Temperature and humidity is monitored by LCD. We have introduced GSM module for Communication purpose. Whenever the Pre-set values are exceeded GSM module is activated through AT Commands sends the alert messages to mobile phones which we have already pre-loaded in the program. So that it can detect the fire accident occurred at particular location where we place the sensors. For this, we use ARDUINO UNOR3 development board which consists of ATMEGA 328 P-PU a 16 Bit Microcontroller programmed using ARDUINO IDE. All the sensors are interfaced to ARDUINO board and testing and verification is done several times to observe the accurate readings from the sensors. Applications/Improvements: By using this method, temperature and humidity measurements are monitored and the problem can be detected very easily. So we can take necessary precautions to reduce the fire accident.

Keywords

DHT11, Gas, Humidity, MQ-2, Temperature

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