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Open-Source Intelligence Advances Thanks to Technology

Open-Source Intelligence Advances Thanks to Technology


The August 7th issue of The Economist has an editorial and a feature article about the advances of open-source intelligence capabilities once reserved for superpowers.

Open-source intelligence, also known as OSINT, is not a recent development. However, advances in technology have increased the opportunities for citizens not employed by an intelligence agency to find and disclose information that governments might want to remain classified.

The article opens with a story about Decker Eveleth, a college senior, who successfully searched through satellite pictures of western China to determine if the rumors of new Chinese intercontinental ballistic missile (ICBM) launch sites were true. Mr. Eveleth was a frequent visitor to Geo4Nonpro, a crowdsourced project that let hobbyists and experts collaborate to annotate satellite pictures for potential weapons of mass destruction sites.

The Geo4Nonpro project was sponsored by the James Martin Center for Nonproliferation Studies at the Middlebury Institute of International Studies at Monterrey. The countries of focus were China, Iran, Russia, and North Korea.

Satellite data is not the only source of OSINT information. According to The Economist, there are websites that track the routes taken by aircraft (Flightradar24) and ships (MarineTraffic), as well as 3D modelling packages that let you determine what type of object might be casting a shadow in a picture. In addition, there are terabytes of video footage from cell phones tagged and uploaded to social media sites daily, and collaborative projects that link academics, activists, journalists, and people who may have attributes of all three groups.

The OSINT community has access to much data from satellites, thanks to a bevy of commercial satellite operators. One satellite operator, Planet, has launched cameras on small satellites since 2013 and now has 150 with which it plans to photograph all of the Earth’s land surface every day.

Planet offers low-resolution and high-resolution pictures. Similarly, Maxar and Airbus also provide high-resolution satellite images.

There is a law that the U.S. government could use to suppress some of the high-resolution pictures, but it has not been effective given that these pictures could be obtained from non-American commercial satellite operators. In fact, the U.S. government is a major customer because the commercial pictures are used as supplements to its classified activities. The commercial pictures can also be used publicly without revealing anything about the capabilities of our spy satellites.

Better photo hardware and software for cell phones has created better hardware and software for satellites. Planet’s smaller imaging satellites are much improved over the first ones that they launched in 2013.

There are radar-satellite startups that offer synthetic aperture technology, enabling them to take pictures of surface features through clouds, foliage, and even thin roofs. Hyperspectral sensors, able to analyze light beyond the humanly visible bands, can reveal wakes in turbid water, the health of crops, and even new paint versus old paint on surfaces. Some of these devices provide data that cannot be seen but which can be read and interpreted by artificial intelligence (AI) software.

There are some ethical quandaries that OSINT researchers sometimes encounter. One example cited by The Economist was when a Stanford professor’s analysis led to a theory as to why North Korea’s submarine-launched ballistic missiles were failing. She decided it would be wrong to publish it because it might help the North Koreans fix their problem. She is now working with OSINT organizations to develop a code of conduct for such ethical quandaries.

One of the benefits of open-source intelligence is that it allows organizations to challenge the narratives that nations promote. OSINT groups have provided information about North Korea’s nuclear abilities that challenge information provided by the White House to the public. They have also provided information about probable locations of secret U.S. military bases located overseas.

As technologies improve and increase data available to the public and researchers, OSINT capabilities will expand. Per the Office of the National Director of Intelligence (DNI), there are two entities with the primary responsibilities for collecting open-source intelligence information.

One of these organizations is the Open-Source Enterprise (OSE), operated by the Central Intelligence Agency (CIA). The other is the National Air and Space Intelligence Center’s Global Exploitation Intelligence Group (GX), operated by the U.S. Air Force.

Open-source intelligence reports are selectively released by the DNI, even though theoretically, the information is already available. The Federation of American Scientists (FAS) issued a statement opposing the closing of the open door for U.S. distribution of OSINT information.

As the advances of technology make it easier to collect, analyze, and distribute data, I suspect that OSINT discoveries and publications will increase. Having sources and analysts outside of the national intelligence communities is a great check and balance on a system with many of its classified secrets. The future of OSINT appears to be nearly unlimited.

Wally Boston Dr. Wallace E. Boston was appointed President and Chief Executive Officer of American Public University System (APUS) and its parent company, American Public Education, Inc. (APEI) in July 2004. He joined APUS as its Executive Vice President and Chief Financial Officer in 2002. In September 2019, Dr. Boston retired as CEO of APEI and retired as APUS President in August 2020. Dr. Boston guided APUS through its successful initial accreditation with the Higher Learning Commission of the North Central Association in 2006 and ten-year reaccreditation in 2011. In November 2007, he led APEI to an initial public offering on the NASDAQ Exchange. For four years from 2009 through 2012, APEI was ranked in Forbes' Top 10 list of America's Best Small Public Companies. During his tenure as president, APUS grew to over 85,000 students, 200 degree and certificate programs, and approximately 100,000 alumni. While serving as APEI CEO and APUS President, Dr. Boston was a board member of APEI, APUS, Hondros College of Nursing, and Fidelis, Inc. Dr. Boston continues to serve as a member of the Board of Advisors of the National Institute for Learning Outcomes Assessment (NILOA) and as a member and chair of the board of New Horizons Worldwide. He has authored and co-authored papers on the topic of online post-secondary student retention, and is a frequent speaker on the impact of technology on higher education. Dr. Boston is a past Treasurer of the Board of Trustees of the McDonogh School, a private K-12 school in Baltimore. In his career prior to APEI and APUS, Dr. Boston served as either CFO, COO, or CEO of Meridian Healthcare, Manor Healthcare, Neighborcare Pharmacies, and Sun Healthcare Group. Dr. Boston is a Certified Public Accountant, Certified Management Accountant, and Chartered Global Management Accountant. He earned an A.B. degree in History from Duke University, an MBA in Marketing and Accounting from Tulane University’s Freeman School of Business Administration, and a Doctorate in Higher Education Management from the University of Pennsylvania’s Graduate School of Education. In 2008, the Board of Trustees of APUS awarded him a Doctorate in Business Administration, honoris causa, and, in April 2017, also bestowed him with the title President Emeritus. In August 2020, the Board of Trustees of APUS appointed him Trustee Emeritus. In November 2020, the Board of Trustees announced that the APUS School of Business would be renamed the Dr. Wallace E Boston School of Business in recognition of Dr. Boston's service to the university. Dr. Boston lives with his family in Austin, Texas.


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