Today’s national security classification system “relies on antiquated policies from another era that undercut its effectiveness today,” the Information Security Oversight Office told the President in a report released yesterday.
Modernizing the system is a “government-wide imperative,” the new ISOO annual report said.
But that is a familiar refrain by now. It is much the same message that was delivered with notable urgency by ISOO in last year’s annual report which found that the secrecy system is “hamstrung by old practices and outdated technology.”
The precise nature of the modernization that is needed is a subject of some disagreement. Is it a matter of improving efficiency in order to cope with expanding digital information flows? Or have the role of secrecy and the proper scope of classification changed in a fundamental way?
Whatever the goal, no identifiable progress has been made over the past year in overcoming those obsolete practices, and no new investment has been made in a technology strategy to help modernize national security information policy. In fact, ISOO’s own budget for secrecy oversight has been reduced.
Even agencies that are making use of advanced technologies such as artificial intelligence, machine learning, and predictive analytics in other areas have not considered their application to classification or declassification, ISOO said. “These technologies remain untapped in this area.”
At some point, the failure to update secrecy policy becomes a choice to let the secrecy system fail.
“We’re ringing the alarm bells as loud as we can,” said ISOO director Mark A. Bradley.
Science funding agencies are biased against risk, making transformative research difficult to fund. Forecast-based approaches to grantmaking could improve funding outcomes for high-risk, high-reward research.
Establishing an NIH Office of Infection-Associated Chronic Illness Research can guard against the long-term effects of Covid and lead to novel breakthroughs across many less understood diseases.
A military depot in central Belarus has recently been upgraded with additional security perimeters and an access point that indicate it could be intended for housing Russian nuclear warheads for Belarus’ Russia-supplied Iskander missile launchers.
With a PhD in materials science, a postdoc position at the National Institute of Standards and Technology, and a stint as a AAAS Fellow, Dr. Shawn Chen has had a range of roles in the research community.