U.S. News

New DNA Technology Revives JonBenet Ramsey Case

Nearly three decades after her murder, advances in forensic genealogy and new police leadership offer hope for long-awaited answers in the JonBenet Ramsey investigation.

5 min read

Nearly three decades have passed since the tragic murder of JonBenet Ramsey, a case that has haunted Boulder, Colorado, and the nation at large. While the mystery surrounding the six-year-old’s death remains officially unsolved, recent developments have sparked a fresh wave of hope among investigators and the Ramsey family. At the heart of this renewed optimism is the promise of advanced DNA technology and a shift in investigative leadership—two changes that could finally provide long-awaited answers.

JonBenet Ramsey was reported missing by her mother, Patsy Ramsey, on December 26, 1996, after finding a handwritten ransom note demanding $118,000. Later that same day, her father, John Ramsey, discovered JonBenet’s body in the basement of their Boulder home. An autopsy revealed she had died from strangulation and a blow to the head, according to Fox News Digital. The brutality and bizarre circumstances of the case shocked the nation, and the story has remained a fixture in American true crime lore ever since.

Despite the high-profile nature of the case, the Boulder Police Department struggled for years to make meaningful progress. Over time, they followed up on more than 21,000 tips and interviewed over 1,000 people, but the killer remained elusive. DNA testing conducted in the early years of the investigation ruled out JonBenet’s immediate family as suspects, but the case grew cold as leads dried up and technology plateaued.

In December 2025, however, Boulder Police Chief Stephen Redfearn released a video statement underscoring the department’s commitment to the case. "Techniques and technology constantly evolve," Redfearn said. "This is especially true with technology related to DNA testing." He emphasized that the investigation "remains a top priority" for the department, reflecting a shift in tone and strategy that many observers have found encouraging.

John Ramsey, JonBenet’s father, has been at the forefront of efforts to push the investigation forward. In January 2025, he met with Boulder police and described the meeting as "an important meeting," according to Fox News Digital. Ramsey has long advocated for the use of private genetics labs with proven records in cracking cold cases. In a September interview, he even called on then-President Donald Trump to intervene and help move the investigation along. "I told the DA that money should not be a restrictor here," Ramsey stated. "I need to get Donald Trump on them. He’ll stir things up one way or the other, but somehow we’ve got to get them to do that."

Ramsey’s advocacy is rooted in his belief that investigative genetic genealogy (IGG) could be the key to finally solving the case. "I am absolutely convinced that’s the gold standard today," he told Fox News Digital. He explained that leading DNA laboratories have informed him that IGG requires only a minuscule sample to yield results. In an interview with the Daily Mail, Ramsey estimated there is a "70% chance" that his daughter’s killer could be identified within months if the technology is fully deployed. "IGG is a very powerful tool—just use it," he urged. "If they do it and they come up empty-handed, at least that way I can say thank you, you’ve tried everything you can so far. It’s that simple. But if you’re just following up leads that come in, that’s primitive."

Ramsey also pointed to the work of legendary homicide detective Lou Smit, who compiled a list of 700 potential persons of interest in the 1990s. Smit theorized that JonBenet’s killer was someone who held a grudge against the family. "There’s so many leads—but using DNA makes this case solvable," Ramsey explained. He specifically highlighted the importance of testing items that have never been fully examined for DNA evidence, such as the garrote used to strangle JonBenet. "The most important one was the garrote that was used to strangle my daughter," he told the Mail. "That had to have DNA evidence on it because it was a very complex knot, I’m told, and the assumption is that this creature couldn’t have tied that wearing gloves—so that was a real piece we want to be either tested or re-tested."

For years, the Boulder Police Department was resistant to using up what few DNA samples remained, fearing that future advances might require untouched evidence. But the arrival of Chief Redfearn has brought a new openness to these possibilities. "The key really in progress has been the addition of new leadership there. It was not very good for 25 to 26 years. And now, knowing Chief Redfearn from the outside, I’ve met with him three or four times. I’m impressed with him. I think he’s sincere and honest," John Ramsey told NewsNation. "The problem with the old leadership was the old guard. These people that were in that police department had never investigated a murder."

Boulder police have confirmed that they continue to follow up on every lead, and Redfearn has publicly encouraged anyone with information about the case to come forward. "It is never too late for people with knowledge of this terrible crime to come forward, and I urge those responsible for this murder to contact us," Redfearn said.

As the 30th anniversary of JonBenet’s death approaches, the case remains one of the most infamous unsolved crimes in American history. Yet the combination of new leadership within the Boulder Police Department and the rapid evolution of forensic technology has injected a sense of urgency and hope that has long been missing. The Ramsey family, once openly critical of the police, now expresses cautious optimism that justice may finally be within reach.

Anyone with information is encouraged to contact the Boulder Police Department at [email protected] or the department’s tip line at 303-441-1974. With the community watching and the clock ticking, the coming months could prove pivotal in one of the nation’s most enduring mysteries.

Sources