Most people believe that the right to privacy is inherently at odds with the right to free speech. Courts all over the world have struggled with how to reconcile the problems of media gossip with our commitment to free and open public debate for over a century. The rise of the Internet has made this problem more urgent. We live in an age of corporate and government surveillance of our lives. And our free speech culture has created an anything-goes environment on the web, where offensive and hurtful speech about others is rife. How should we think about the problems of privacy and free speech? In Intellectual Privacy, Neil Richards offers a different solution, one that ensures that our ideas and values keep pace with our technologies. Because of the importance of free speech to free and open societies, he argues that when privacy and free speech truly conflict, free speech should almost always win. Only when disclosures of truly horrible information are made (such as sex tapes) should privacy be able to trump our commitment to free expression. But in sharp contrast to conventional wisdom, Richards argues that speech and privacy are only rarely in conflict. Americas obsession with celebrity culture has blinded us to more important aspects of how privacy and speech fit together. Celebrity gossip might be a price we pay for a free press, but the privacy of ordinary people need not be. True invasions of privacy like peeping toms or electronic surveillance will rarely merit protection as free speech. And critically, Richards shows how most of the law we enact to protect online privacy pose no serious burden to public debate, and how protecting the privacy of our data is not censorship. More fundamentally, Richards shows how privacy and free speech are often essential to each other. He explains the importance of intellectual privacy, protection from surveillance or interference when we are engaged in the processes of generating ideas – thinking, reading, and speaking with confidantes before our ideas are ready for public consumption. In our digital age, in which we increasingly communicate, read, and think with the help of technologies that track us, increased protection for intellectual privacy has become an imperative. What we must do, then, is to worry less about barring tabloid gossip, and worry much more about corporate and government surveillance into the minds, conversations, reading habits, and political beliefs of ordinary people. A timely and provocative book on a subject that affects us all, Intellectual Privacy will radically reshape the debate about privacy and free speech in our digital age.
There is a Threat Lurking Online with the Power to Destroy Your Finances, Steal Your Personal Data, and Endanger Your Life.
In Spam Nation, investigative journalist and cybersecurity expert Brian Krebs unmasks the criminal masterminds driving some of the biggest spam and hacker operations targeting Americans and their bank accounts. Tracing the rise, fall, and alarming resurrection of the digital mafia behind the two largest spam pharmacies—and countless viruses, phishing, and spyware attacks—he delivers the first definitive narrative of the global spam problem and its threat to consumers everywhere.
Continue reading “Spam Nation: The Inside Story of Organized Cybercrime―from Global Epidemic to Your Front Door”
Every day, corporations are connecting the dots about our personal behavior—silently scrutinizing clues left behind by our work habits and Internet use. But who connects the dots about what firms are doing with all this information? Frank Pasquale exposes how powerful interests abuse secrecy for profit and explains ways to rein them in.
Honeypots are computer systems deliberately designed to be attack targets, mainly to learn about cyber-attacks and attacker behavior. When implemented as part of a security posture, honeypots also protect real networks by acting as a decoy, deliberately confusing potential attackers as to the real data. The objective of this research is to compare attack patterns against a honeypot to those against a real network, the network of the Naval Postgraduate School. Collection of suspicious-event data required the implementation and setup of a honeypot, in addition to the installation and use of an intrusion-detection system. A statistical analysis was conducted across suspicious-event data recorded from a honeypot and from a real network. Metrics used in our study were applied to the alerts generated from Snort 2.4.3, an open-source intrusion detection system. Results showed differences between the honeypot and the real network data which need further experiments to understand. Both the honeypot and the real network data showed much variability at the start of the experiment period and then a decrease in the number of alerts in the later period of the experiment. We conclude that after the initial probing and reconnaissance is complete, the vulnerabilities of the network are learned and therefore fewer alerts occur; but more specific signatures are then aimed at exploiting the network.
As a Java developer, you may find yourself in a situation where you have to maintain someone else's code or use a third-party's library for your own application without documentation of the original source code. Rather than spend hours feeling like you want to bang your head against the wall, turn to Covert Java: Techniques for Decompiling, Patching, and Reverse Engineering. These techniques will show you how to better understand and work with third-party applications. Each chapter focuses on a technique to solve a specific problem, such as obfuscation in code or scalability vulnerabilities, outlining the issue and demonstrating possible solutions. Summaries at the end of each chapter will help you double check that you understood the crucial points of each lesson. You will also be able to download all code examples and sample applications for future reference from the publisher's website. Let Covert Java help you crack open mysterious codes!