Conditioning §230 Safe Harbor on the Provision of a Site "Rating"
By Caitlin Hall
Whatever lip service we may pay to those spaces “immemorially . . . held in trust for the use of the public,” the Internet is operatively the most important public forum ever created. Its vast interconnectivity far more nearly approximates the prototypical “marketplace of ideas” than do warring politicos duking it out on the op-ed pages or, for that matter, in opposing briefs. However, the very features that make the internet fertile ground for cultural and political discourse—anonymity and pseudonymity; intellectual symbiosis and parasitism; fractal sprawl, audience dispersal and many-to-many architecture—render it a treacherous landscape for its custodians. In recognition of that fact, Congress in 1996 passed the Communications Decency Act, which nearly eliminated the liability that website administrators face for third-party generated content. Continued…
Posted in Notes.
December 9, 2008 – Cite: 2008 Stan. Tech. L. Rev. N1
Stored Records and the Sanctity of the Home
By Deirdre K. Mulligan and Jack Lerner
In the wake of the California energy crisis of 2000-2001, the California Energy Commission (CEC) and California Public Utilities Commission (CPUC) are aggressively pursuing “demand response” (DR) energy programs aimed at reducing peak energy demand. Demand response systems convey information about market conditions through pricing or reliability signals to customers, who in turn, hopefully, alter their electricity consumption choices. In particular DR programs are aimed at shifting the time at which customers use energy through the implementation of time-varying tariffs. Armed with information about the time-varying cost of electricity residential and commercial customers are expected to reduce energy usage and/or shift their usage to non-peak, less costly, hours. Such shifts, even absent reductions in overall consumption, will reduce the likelihood of energy brown and black outs and provide direct savings to consumers. Technologies to enable the demand response system, including advanced metering research and development [OpenAMI] and sensor and control technologies development [DRETD], are under development. These technologies will be coupled with a communication and network infrastructure that supports the multicast of real-time pricing information, and the aggregation of energy usage and billing information. Continued…
Posted in Articles.
February 2, 2008 – Cite: 2008 Stan. Tech. L. Rev. 3
The Fourth Amendment and the Seizure of Intangible Property
By Paul Ohm
The Fourth Amendment’s Seizure clause is mired in the Eighteenth century. Its counterpart, the Search clause, has evolved through a steady progression of Supreme Court cases from Katz to Berger to Kyllo, no longer to be confined to the property-based notions of privacy embodied in Olmstead v. United States. Instead it is sensitive to modern privacy concerns by extending Constitutional protection to situations that satisfy the reasonable expectation of privacy test. While imperfect, the evolved Search clause has kept the protections of the Fourth Amendment relevant in an age of digital evidence, ubiquitous communication networks, and increasingly sophisticated and invasive surveillance capabilities. Continued…
Posted in Articles.
January 28, 2008 – Cite: 2008 Stan. Tech. L. Rev. 2
RFID and Identification Documents
By Nicole A. Ozer
The ACLU of Northern California has been a leader in generating public and legislative attention to the privacy, personal safety, and financial security risks associated with the use of Radio Frequency Identification (RFID) technology in government-issued identification documents, such as drivers’ licenses and student ID cards. Continued…
Posted in Articles.
January 25, 2008 – Cite: 2008 Stan. Tech. L. Rev. 1
Implications for the Pharmaceutical Industry
By Jonathan J. Darrow
Pharmaceutical sales constitute a $600-billion-per-year global industry. Less well-known is that more than half of the drugs listed in the U.S. Pharmacopoeia contain a class of compounds known as chiral molecules as the active pharmaceutical ingredient. Chiral molecules have special chemical and pharmacological properties that raise questions as to their patentability. When chiral molecules are synthesized in the laboratory, two distinct mirror-image molecules are formed called “enantiomers.” Although each enantiomer may have different levels of therapeutic activity and toxicity, technical challenges to separating the enantiomers caused most early chiral drugs to be sold as mixtures of the two molecules, or racemic mixtures. Continued…
Posted in Articles.
February 27, 2007 – Cite: 2007 Stan. Tech. L. Rev. 2
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