In Search of Safe Harbor: Suggestions for the New Rule 506(C)
University of Georgia Law School
May 1, 2013
Vanderbilt Law Review En Banc, Vol. 66, p. 29, 2013
UGA Legal Studies Research Paper No. 2013-19
I devote most of this essay to exploring how, exactly, the Securities and Exchange Commission (“SEC”) should go about providing guidelines to implement the statutory requirement that issuers have a reasonable belief that a purchaser is accredited. The SEC has proposed rules, but these rules merely restate what Congress has already required, thus sidestepping Congress’s direction that the agency itself articulate some verification methods. Taking the SEC’s decidedly amorphous proposal to task, I recommend that the SEC offer two nonexclusive safe harbors for issuers to guide them in determining whether a natural person is an accredited investor. The paragraphs below will discuss the whys and wherefores of these safe harbors.
I focus on the natural persons category because my hunch is that it is the most politically salient and controversial. Here is why: even if the SEC heeds my suggestion and identifies safe harbors, it will ignore the elephant in the room. The problem is that the JOBS Act gave companies a newfound ability to trumpet their investments to the world but simultaneously limited actual purchases to accredited investors. Hopeful investors like our hypothetical Jim will now hear about tantalizing investments they cannot make. As I have argued elsewhere, this difficulty may be grave enough to trigger a rethinking of the public/private distinction that currently underpins our securities laws.
Number of Pages in PDF File: 14
Keywords: securities law, securities act, accredited investor, marketing, JOBS Act, Securities and Exchange Commission, Rule 506, self-certification, general advertising, solicitation, SEC, safe harbor, secondary markets, stock, shares
JEL Classification: K22
Date posted: May 12, 2013
© 2015 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo4 in 0.266 seconds