Behind the Crime Scene

Password Cracking: How Attackers Bypass Protected Systems and How to Stop Them

Password Cracking: How Attackers Bypass Protected Systems and How to Stop Them

Password cracking is a real threat that exploits weak passwords and reused credentials. Learn how attackers break into systems using brute force, credential stuffing, and password spraying-and how to stop them with MFA, password managers, and proper hashing.

Homicide Cleanup: What Happens During Crime Scene Decontamination

Homicide Cleanup: What Happens During Crime Scene Decontamination

Crime scene cleanup after a homicide isn't just about removing blood - it's a complex, regulated process to eliminate life-threatening pathogens, odors, and contamination. Learn how professionals safely restore affected spaces.

Missing Hikers: How to Prevent, Plan, and Survive a Wilderness Emergency

Missing Hikers: How to Prevent, Plan, and Survive a Wilderness Emergency

Most missing hikers are found within a mile of the trail - because they didn’t prepare. Learn the 10 essentials, how to signal for help, and why staying put saves lives.

Crime Scene Legal Authority: Warrants, Consent, and Exigency Explained

Crime Scene Legal Authority: Warrants, Consent, and Exigency Explained

Learn how police legally enter and search crime scenes using warrants, consent, and exigent circumstances. Understand your rights and what happens when rules are broken.

HVAC Decontamination After Biohazard Events: What You Need to Know

HVAC Decontamination After Biohazard Events: What You Need to Know

HVAC decontamination after biohazard events is critical to prevent airborne spread of pathogens. Learn how proper isolation, HEPA filters, duct cleaning, and air testing ensure safe building reoccupancy.

Ventilation Effects: How Airflow Impacts Burning Patterns in Fire Investigations

Ventilation Effects: How Airflow Impacts Burning Patterns in Fire Investigations

Ventilation controls how fires burn, spread, and leave damage patterns. Misunderstanding airflow can lead to false arson conclusions. Science now shows how open doors and windows reshape fires-changing everything investigators thought they knew.

Portfolio Building for Forensic Professionals: Casework and Documentation Samples

Portfolio Building for Forensic Professionals: Casework and Documentation Samples

A forensic portfolio showcases real casework and documentation to prove your skills beyond certifications. Learn what samples to include, how to document them properly, and how to tailor your portfolio for different forensic roles.

Trace Evidence Preservation in Wet or Burned Scenes

Trace Evidence Preservation in Wet or Burned Scenes

Proper trace evidence preservation in wet or burned scenes is critical to solving crimes. Moisture and fire degrade DNA, fibers, and soil samples-only strict protocols can save them. Learn how to collect, dry, and package evidence before it's lost forever.

Networking for Forensic Scientists: Top Associations and Events to Join in 2026

Networking for Forensic Scientists: Top Associations and Events to Join in 2026

Discover the top forensic science associations and key events in 2026 that help forensic professionals build connections, stay current with standards, and advance their careers through networking and collaboration.

Offender Motivation: Power, Control, and Gratification in Criminal Behavior

Offender Motivation: Power, Control, and Gratification in Criminal Behavior

Offender motivation isn't one-size-fits-all. Power, control, and gratification drive different criminals in different ways - and understanding these distinctions is key to criminal profiling and effective investigations.

Common Drugs Detected in Toxicology Screens: What Tests Reveal and Why It Matters

Common Drugs Detected in Toxicology Screens: What Tests Reveal and Why It Matters

Toxicology screens detect common drugs like marijuana, cocaine, opioids, and benzodiazepines in urine tests. Learn what's tested, how long drugs stay detectable, and why these screens matter for safety and legal compliance.

Laser Microdissection: How Scientists Isolate Microscopic Particles for Trace Evidence Analysis

Laser Microdissection: How Scientists Isolate Microscopic Particles for Trace Evidence Analysis

Laser microdissection lets forensic scientists isolate single cells from trace evidence with micrometer precision, enabling clean DNA, RNA, and protein analysis. Used in criminal cases worldwide, it turns invisible clues into court-admissible evidence.