Topic: Honey Pot

4 chapters across the catalog

Shemita Cycle
Episode 756 3:03 - 9:43

756: Shemita Cycle

FBI Entrapment Allegations, Goldberg Affidavit Analysis

The FBI affidavit against Joshua Goldberg reveals the case is based on the distribution of five website links containing explosive-making instructions. Critics argue the FBI created the operation by using an informant to suggest the target and keep the "dullard" suspect engaged. The discussion highlights that Goldberg lived with his parents and was under total control of federal agents throughout the planning phase.

Zero Risk Society
Episode 528

528: Zero Risk Society

FBI Six-Week Terror Plot Cycle and Budget Maintenance

The FBI allegedly operates on a six-week cycle for announcing foiled terror plots to justify and grow their organizational budgets. These incidents often involve "honey pot" operations where agents infiltrate groups and provide fake explosives to suspects. Recent events in Washington State and a train wreck in Canada are analyzed within this recurring budgetary framework.

Easter Haiku and iPads For You
Episode 188 40:40 - 43:41

188: Easter Haiku and iPads For You

Jihad Jamie Terrorism Charges, Online Plotting Definitions

Jamie Paulin Ramirez, known as "Jihad Jamie," faces terrorism charges for allegedly plotting to attend a terror camp and participating in a plot against a Swedish cartoonist. The legal definition of "plotting" is questioned, with suggestions that her online activities may have been caught in law enforcement "honey pot" websites while she was a caregiver in Pennsylvania.

Lawsuit Crazy
Episode 12 1:08:37 - 1:10:52

12: Lawsuit Crazy

Password Honey Pots, Two-Factor Authentication Hardware

John C. Dvorak discusses the concept of "honey pot" websites designed to harvest user passwords. The hosts advocate for more robust security measures, specifically praising physical two-factor authentication devices used by European banks. These devices require a physical card and a PIN to generate challenge strings, providing a higher level of security than standard passwords.