Selected Media

* Best blogs written by the Hound Labs team in 2021, not to be confused with the best blogs written by bloggers who are candidates for blog industry awards such as the Bloggies or the BOBs (Best of Blogs) – the equivalent to an Oscar® or Grammy® for blog writers.

In summary, the year 2021 has been one of the more interesting years in cannabis reform in recent memory.

Cannabis breathalyzers and breath testing technology at its core have varying capabilities and features – it is critical to understand what’s important when deciding which to select for your organization.

In early 2021, we went on-site with a company that owns and operates numerous safety-sensitive worksites across the U.S. to help them balance SAFETY+FAIRNESS™ for their first season since the pandemic began.

An interview with John Thomas, employment lawyer at McGuireWoods, who advises employers on countless legal issues, litigates on their behalf, and understands how cannabis legalization continues to impact both employers and employees.

Cannabis breath testing will help to usher in a new era of social equity in workplace drug testing with permanent changes that prioritize both safety and fair treatment of all employees.

In the last 5 years, there has been a 60% increase in the number of employees getting high at work – according to an EHS Today article, High Reliability Organizations anticipate and respond to avoid catastrophic safety risk.

Since founding Hound Labs, Inc. in 2014, I worked with our team to prioritize “R&D” (research and development). A critical part of the research necessary to build a cannabis breathalyzer requires more than just lab simulations. To truly understand the effectiveness of our technology, we must continually test people – not lab rats.

Not many people will deny road safety is critical and that cannabis drug testing is part of that safety equation; however, many people are now rightly questioning the use of urine and oral fluid tests for this application.

The unique characteristics of breath have fascinated the medical and scientific communities for years but building a deep understanding of breath requires advanced ultra-sensitive technology.