Thankfully, Advanced Forensic DNA analysis and investigative genetic genealogy have finally given him back his name.
On August 9, 1986, hunters stumbled upon scattered human remains near the Appalachian Highway, about five miles southwest of Ellijay, Georgia.
The Georgia Bureau of Investigation (GBI) determined the remains belonged to a man, as seen on DNASOLVES.COM.
His death was ruled a homicide, but despite extensive efforts, investigators couldn’t identify him.
For decades, the case went cold.
It was later entered into the National Missing and Unidentified Persons System (NamUs) under the code UP11115.
The Breakthrough
In February 2024, the GBI Cold Case Unit partnered with Othram, a cutting-edge forensic lab specializing in DNA forensic analysis.
Using Forensic-Grade Genome Sequencing®, they created a DNA profile from the victim’s degraded remains.
“Advanced DNA analysis in forensic science has revolutionized cold case investigations,” said a spokesperson from Othram.
“We can now unlock identities that were once thought to be lost forever.”
The DNA profile was then cross-referenced in various databases to find potential relatives.
Investigators followed multiple leads across the country and eventually, they met with family members who helped confirm the victim’s identity.
Through genetic testing and KinSNP® Rapid Relationship Testing, the man was identified as David Clary.
He was a North Carolina native in his late 20s at the time of his death, according to CBS News.
Clary had frequently traveled to Georgia, with his last known location in Gwinnett County.
In February 2025, his family was finally notified—bringing closure to a painful, decades-long mystery.
“Every victim deserves their name back,” said a GBI investigator. “Thanks to forensic genetic genealogy, we’re able to give families answers they’ve waited years for.”
While David Clary has been identified, his cold case murder remains open.
Authorities urge anyone with information to contact:
- GBI Cold Case Unit: 404-239-2106
- GBI Tip Line: 1-800-597-TIPS (8477)
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