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David has created a fun movie with our Computing for College and Careers class. He also researched the history of Florida then and now since we are celebrating the 50th graduating class this year.

New Academy student Rachel has created her first movie about the class and the history of Cocoa Beach over 50 years. Our school is celebrating this milestone this year.

In the Computing for College and Careers class, Sara selected the topic of how fashion has changed from the 1950's to now. We are celebrating the Cocoa Beach High School 50th graduating class.

Alexa is a senior in the 50th graduating class at Cocoa Beach Jr/Sr HS. This is her first movie introducing our class and showing how society has changed in 50 years.

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Malicious actors using the Zeus Crimeware gain control over and access to information on infected host computers, including smartphones and tablets. For example, the attacker can request a screenshot of all displayed content on a host device, which could reveal sensitive information. In addition, the attacker can force the host to download and run remote and local files, or inject code to change the display of a webpage displayed by the host’s browser. Find out more about this DDoS threat

http://bit.ly/YWe7dy | Many older SNMP devices have the ability to take public queries from the Internet enabled by default, allowing malicious actors to launch reflected DDoS attacks by directing SNMP messages at a chosen target. To stop these devices from participating in attacks, network administrators need to manually check for the presence of this protocol and turn off public access. Find out more about this DDoS threat in the full Prolexic SNMP Threat Advisory, available at

http://www.prolexic.com/knowledge-center-ddos-threat-advisory-storm-network-stress-tester-crimeware-doc-audio.html | The Storm Network Stress Tester DDoS crimeware toolkit targets Windows XP (or higher) operating systems, infecting computers with malicious software that turns them into attacker-controlled, obedient zombies. Once infected, malicious actors can manipulate the computers they control remotely, allowing an almost unlimited variety of abuse. Find out more about this DDoS threat

http://www.prolexic.com/knowledge-center-ddos-attack-report-2014-q1.html?cvosrc=3rdParty.NationalPositions.PRS-ARQ14-casestudy | In Q1 2014, Prolexic successfully mitigated its largest DDoS attack campaign against a Prolexic customer, peaking at more than 200 Gbps and 53.5 Mpps. Learn what up-and-coming strategies were used by the attackers in this short presentation. Full details on this attack and other DDoS trends are provided in the Prolexic Q1 2014 DDoS attack report, available for a

http://www.prolexic.com/knowledge-center-ddos-threat-advisory-dns-flooder-audio.html | By exploiting vulnerable DNS servers – or setting up their own – malicious actors can launch powerful DDoS reflection attacks using the new DNS Flooder cybercrime toolkit. The toolkit exploits nuances of the DNS protocol to amplify attacks by a factor of 50 or more, while making the attacker almost entirely anonymous. Find out more about this DDoS threat in the full Prolexic DNS Flooder Threat Advisory,

http://www.prolexic.com/knowledge-center-ddos-attack-report-Q1-2014-attack-spotlight-audio.html | In Q1 2014, DDoS attackers chose a new and powerful DDoS technology to launch their attacks – enabling the largest attack ever to cross the Prolexic (now part of Akamai) mitigation network. Find out more about the most popular industry targets, techniques, trends and other cyber-threat statistics in the full Prolexic Q1 2014 DDoS attack report, available for a free download at:

http://www.prolexic.com/knowledge-center-dos-and-ddos-attack-reports.html | Cyber attackers are choosing reflection, not infection, to launch high-bandwidth attacks. For more information listen to this audio from Prolexic