2017年APWG电子犯罪研究研讨会 2017 APWG Symposium on Electronic Crime Research eCrime

活动简介

For 2017 APWG's members will once again come together to bridge the gaps between cybersecurity operations, research and consumer messaging with our eleventh annual Symposium on Electronic Crime Research (eCrime 2017).

eCrime 2017 will look at the operational challenges and development of common resources and best practices for first responders and forensic professionals. In addition, the conference will dive into current research projects and future areas of interest for cybercrime investigations, forensic techniques and infrastructure defense. including our peer-reviewed cybercrime published paper program with the IEEE-SA.

Operational and research insights for fighting electronic crime will be complimented and augmented with discussions on citizen awareness programs to help ensure a secure computing environment. This year's meeting will bring a focus on the shifting nature of cybercrime and the inherent challenges of managing that dynamic threatscape.

With eCrime 2017 we will review the development of response paradigms and resources for counter-cybercrime managers and forensic professionals in the private and public sectors. Presenters will review case studies of national and regional economies under attack, narratives of successful trans-national forensic cooperation, while considering models for cooperation against ecrime and examining resources for cybercrime response and forensic enterprise.

This program will be held on April 25 - 27 in Scottsdale, Arizona.. We will be hosted at the Embassy Suites by Hilton Scottsdale Resort just blocks away from historic Oldtown Scottsdale.

征稿信息

征稿范围

Best practices related to digital forensics tools and techniques, investigative procedures, and evidence acquisition, handling and preservation.
Case studies of current attack methods, including phishing, malware, rogue antivirus, pharming, crimeware, botnets, and emerging techniques
Phishing, rogue-AV, pharming, click-fraud, crimeware, extortion and emerging attacks.
Technical, legal, political, social and psychological aspects of fraud and fraud prevention.
Malware, botnets, ecriminal/phishing gangs and collaboration, or money laundering.
Techniques to assess the risks and yields of attacks and the success rates of countermeasures.
Delivery techniques, including spam, voice mail and rank manipulation; and countermeasures.
Spoofing of different types, and applications to fraud.
Techniques to avoid detection, tracking and takedown; and ways to block such techniques.
Honeypot design, data mining, and forensic aspects of fraud prevention.
Design and evaluation of user interfaces in the context of fraud and network security.
Best practices for detecting and avoiding damages to critical internet infrastructure, such as DNS and SCADA, from electronic crime activities