Hail Stacey

Hail Stacey is a woman-owned small business sole proprietorship based in Dallas, Texas, led by Dr. Stacey Hail. The company is registered in the System for Award Management since September 2015 with a Unique Entity Identifier of PBTEPNEB3JP9. Hail Stacey specializes in providing expert witness and forensic consulting services to federal government agencies, with particular expertise in medical and forensic analysis. The company has established itself as a reliable contractor for the Department of Justice, securing over 30 prime contracts totaling more than $700,000 since 2019, primarily through the U.S. Attorney's Offices and the Drug Enforcement Administration.

Hail Stacey's federal contract work encompasses a comprehensive range of expert witness and consulting services supporting criminal investigations, prosecutions, and legal proceedings. The company's core service offerings include examination of medical records, autopsy reports, and toxicology data; preparation of detailed expert reports; expert testimony in federal court; litigative consulting; and subject matter expert analysis on specialized forensic matters. Most contracts have been awarded by the U.S. Attorney's Offices and the Drug Enforcement Administration as time-and-materials and labor-hours purchase orders, with individual contract values typically ranging from $1,000 to $75,000. Recent notable engagements include work on overdose death investigations, criminal prosecution support, tampered medical device cases, and complex medical evidence reviews. Notably, all of Hail Stacey's contract awards have been made on a competitive, merit-based basis without small business set-aside designations, demonstrating the company's ability to compete successfully against larger and non-disadvantaged competitors. The contractor operates exclusively as a prime contractor with no identified subcontractors or federal contract vehicle partnerships in its award history, delivering all services directly from its Dallas office and other performance locations as required by individual task orders.