48 Pages Posted: 14 Aug 2017
Date Written: August 11, 2017
It is now legal to see securities to the general public in unregistered, crowdfunded offerings. But offerings pursuant to the new federal crowdfunding exemption pose a serious risk of fraud. The buyers will be mostly small, unsophisticated investors, the issuers will be mostly small startups about whom little is known, and crowdfunded offerings lack some of the protections available in registered offerings. Some of the requirements of the exemption may reduce the incidence of fraud, but there will undoubtedly be fraudulent offerings.
An effective antifraud remedy is needed to compensate investors and help deter wrongdoers. But, because of the small dollar amounts involved, neither individual litigation nor class actions will usually be feasible; the cost of suing will usually exceed the expected recovery. Federal and state securities regulators are also unlikely to focus their limited enforcement resources on small crowdfunding offerings. A more effective remedy is needed.
Arbitration is cheaper, but even ordinary arbitration will often be too expensive for the small amounts invested in crowdfunding. In this article, I attempt to design a simplified, cost-effective arbitration remedy to deal with crowdfunding fraud. The arbitration remedy should be unilateral; crowdfunding issuers should be obligated to arbitrate, but not investors. Crowdfunding arbitration should be online, with the parties limited to written submissions. But it should be public, and arbitrators should be required to publish their findings. The arbitrators should be experts on both crowdfunding and securities law, and they should take an active, inquisitorial role in developing the evidence. Finally, all of the investors in an offering should be able to consolidate their claims into an arbitration class action.
Suggested Citation: Suggested Citation
Bradford, C. Steven, Online Arbitration as a Remedy for Crowdfunding Fraud (August 11, 2017). Florida State University Law Review, Forthcoming. Available at SSRN: https://ssrn.com/abstract=3014148