NSA/CSS Donates Two Tractor Trailers of Food in Feds Feed Families Campaign

Source: National Security Agency NSA

National Security Agency/Central Security Service (NSA/CSS) affiliates across the Enterprise helped raise 136,472 pounds of food in this year’s Feds Feed Families (FFF) Summer Food Drive.

“The success of this year’s campaign is a testament to those who gave generously to help their community,” said Gen Tim Haugh, Commander, USCYBERCOM, Director, NSA/Chief, CSS.

The drive concluded in August, with NSA/CSS Washington’s portion going to a local food bank, which provides more than 41 million meals to families in need every year.

“It’s incredible to see firsthand the impact that this Agency has on the local community,” said FFF Program Manager Veronica Maylish Beckenstrater. “I witnessed so much generosity — from folks dropping food off to online donations, including those who donated to enter the cutest pet photo contest.”

“I was so pleased to see employees getting involved with the events and contests this year,” said Marlisa Smith, NSA Chief of Staff and senior advocate for the 2024 FFF campaign. “Giving back is such a wonderful way for our employees to make a difference.”

The overall FFF campaign, led by the U.S. Department of Agriculture, is an annual government-wide campaign that encourages Federal Government employees to donate food, money, or volunteer hours. It occurs during the summer months to help food banks and pantries stay stocked during a period when donations usually decline and the need increases.

 “Some affiliates may not realize how empty local food banks can get during the summer months,” said NSA’s volunteer program manager. “It’s actually been hard to schedule volunteer morale building activities at food banks in the NSA Washington area this spring and summer because some of their shelves have been bare.”

The generosity of NSA/CSS employees helped to fill this gap, according to Maylish Beckenstrater.

“The FFF team and workforce’s dedication was vital to the success of the campaign and will provide food to many families and their pets in our community,” said State and Local Affairs Chief Barry Boseman.

When combined with NSA/CSS’s contributions to the Combined Federal Campaign that were given to charities focused on food and nutrition, NSA has donated 1,417,631 pounds so far this calendar year.

“This makes NSA/CSS the second highest food donor in the Department of Defense so far this year, which is pretty incredible,” said Maylish Beckenstrater.

International Conference on Small Modular Reactors Next Week

Source: International Atomic Energy Agency – IAEA

More than 1000 participants from nearly 100 countries are set to attend the first IAEA International Conference on Small Modular Reactors and their Applications, from 21 to 25 October at the Agency’s headquarters in Vienna. The conference comes at a crucial time amid a new global consensus on the need to expand nuclear power to achieve net zero emissions by 2050.

Small Modular Reactors (SMRs) are designed to produce typically no more than 300 MW(e), with their size making them a good option for deployment in remote areas and regions with smaller electric grids. The modularity of their design allows for their various components to be assembled in factories before transportation to deployment sites for installation, potentially reducing the time needed for construction. And with a growing number of prospective end users considering nuclear power to meet their needs, such as energy-intensive data centres, as well as the urgency to decarbonize a wide range of non-electric applications, SMRs may be in line to play a major role alongside their larger counterparts. Nuclear power generation is expected to expand significantly by mid-century, with versatile SMRs figuring to comprise a large share of the reactor fleet of the future, according to the IAEA.

“The high case scenario of the IAEA’s latest projections sees nuclear electrical generating capacity in 2050 being two and a half times bigger than today. A quarter of that new capacity is projected to come from SMRs,” said IAEA Director General Rafael Mariano Grossi. “To meet the low carbon energy needs of countries and industries, we need to ensure the timely demonstration and deployment of safe and secure SMRs. For that, international cooperation and collaboration are essential.”

The conference will feature panel discussions and poster sessions covering areas within four primary topics: SMR design, technology and the fuel cycle; legislative and regulatory frameworks; safety, security and safeguards; and considerations to facilitate deployment of SMRs.

“There are around 70 active SMR designs at various stages of development worldwide, and many newcomer countries and industries are interested in SMRs,” said Aline des Cloizeaux, Director of the IAEA’s Division of Nuclear Power. “This event will bring together key stakeholders to discuss the latest developments in SMRs and ways to advance their deployment.”

In parallel with the conference, the Nuclear Harmonization and Standardization Initiative (NHSI) will hold a plenary meeting prior to the conference opening. NHSI was launched in 2022 to facilitate the deployment of safe and secure SMRs and other advanced reactors by harmonizing regulatory approaches and standardizing industrial approaches. The initiative supports countries on two tracks. Through NHSI’s regulatory track, three technical documents have been drafted, focused on approaches for cooperation on regulatory reviews, including a multinational pre-licensing joint review process. NHSI’s industry track has produced several working papers on topics including how the production of long-lead items, such as pressure vessels, can be streamlined and how serial manufacturing of SMR components could facilitate quicker deployments. NHSI members will review work done and plan activities for the coming year.

“The broad participation in the conference highlights countries growing interest in SMRs and their applications,” said Anna Bradford, Director of the IAEA’s Division on Nuclear Installation Safety. “The IAEA remains fully committed to enabling the deployment of safe and secure advanced and innovative nuclear reactors, including SMRs.”

An ‘Industry Night’, co-organized with the World Nuclear Association (WNA), will be held on Tuesday, 22 October, and feature vendors from around the world presenting the latest reactor technology across four panel sessions. On Wednesday, a young generation event co-organized by the International Youth Nuclear Congress (IYNC) and the IAEA will facilitate a discussion on how SMRs and microreactors can contribute to a sustainable and equitable future.

IAEA assistance through the SMR Platform

The IAEA supports countries in deploying SMRs through activities including technical assistance, capacity building, information sharing and coordination of research and development efforts. The IAEA Platform on Small Modular Reactors and their Applications serves as the focal point for the IAEA’s work in this area, providing coordinated support and expertise from across the Agency in all aspects relevant to the development, early deployment and oversight of SMRs. The SMR Platform is designed to facilitate cooperation and collaboration among Member States and other stakeholders, supporting the safe and secure deployment of SMRs worldwide.  

World Food Day 2024: DG Highlights Joint IAEA and FAO Atoms4Food Initiative to Reduce Global Hunger

Source: International Atomic Energy Agency – IAEA

“There was a need to gather our efforts, to work in an efficient and very concrete way hence the launch of the Atoms4Food initiative. With the Atoms4Food initiative, we are able to assist Member States in their efforts in areas from soil and water management to pest control,” said Mr Grossi. “Our responsibility goes beyond policy—it’s to deal with the problem. Addressing the problems that science reveals is paramount. For over 60 years, the IAEA and FAO have been at the forefront of turning knowledge into action.”

This year, the IAEA and FAO celebrates the 60th anniversary of its Joint FAO/IAEA Centre of Nuclear Techniques in Food and Agriculture. The Joint Centre supports countries in building capacity to apply nuclear and related techniques that help to cultivate stronger, healthier and more nutritious crops as well as build sustainable food systems that are resilient to climate change.

Addressing participants at the same event, Mr Dongyu, Director General of the FAO emphasized the collaboration and partnership between the two agencies.

“Only these two organizations in the UN system, FAO and IAEA have enjoyed more than 60 years of physical collaboration. We have done this through the Seibersdorf laboratories.”

The IAEA, in collaboration with the Food and Agriculture Organization of the United Nations (FAO), works with scientists around the world to increase crop yields, boost biodiversity with new varieties and enhance climate smart agriculture, helping farmers use soil, water and nutrient resources more efficiently and sustainably.  They also help ensure that food is safe to eat, boosting exports and helping reduce food loss.

For example, through climate-smart agriculture, scientists in Kenya are using nuclear science to help farmers improve their planting practices and use water resources more sustainably amid changing climate patterns, bolstering food security in the country.

New crop varieties such as mung beans and chickpeas  that can withstand periods of drought, saline soils or invasive pests are being developed by the IAEA through a process called mutation breeding . This is when irradiation is used to accelerate the natural evolution of plants to create adapted varieties with improved traits. Since its first use in 1964 it helped create more than 3400 crop varieties around the world.

The Joint FAO/IAEA Centre sent seeds to the International Space Station in 2022 to explore the effects of cosmic radiation and microgravity on plant genetics. Scientists are now analysing the space-induced mutations to identify the specific traits it generated and compare it with these induced in laboratories. Techniques such as food irradiation, a gentle and non-invasive technology that preserves the nutritional content, flavour and overall quality of food products, exemplify nuclear science’s role in food safety.

Another way to reduce food loss is the environmentally friendly sterile insect technique (SIT). Each year, up to 40 per cent of global crop production is lost to plant pests and diseases. In Senegal, SIT has been employed to successfully control tsetse flies in the Niayes Region.

The IAEA also provides countries with the equipment and training necessary to use nuclear techniques to tackle malnutrition.

The Joint Centre cooperates with more than 400 research institutions and laboratories to support countries by providing the necessary expertise, training, and equipment .

The work of the IAEA also extends to enhancing food safety, by applying nuclear techniques to detect possible contaminants.

Growing Food Security through the Atoms4Food Initiative

The IAEA and FAO launched a flagship Atoms4Food Initiative last year to expand the use of innovative nuclear techniques through the 7 services to enhance agricultural productivity, reduce food losses, ensure food safety, improve nutrition, and adapt to the challenges of climate change. 

2023 IAEA Annual Report Presented to the UN General Assembly

Source: International Atomic Energy Agency – IAEA

The 2023 IAEA Annual Report contains highlights of a significant year for the Agency. (Image: A.Vargas).

The 2023 IAEA Annual Report is now available to read online, in all the official UN languages. The 2023 report was submitted to the United Nations General Assembly  today by the IAEA’s Director General, Rafael Mariano Grossi.

The 2023 IAEA Annual Report contains highlights of a significant year for the Agency. A new Atoms4Food initiative was launched by Mr Grossi, together with the Director General Qu Dongyu of the Food and Agriculture Organization of the United Nations. The initiative builds on the IAEA’s experience of helping countries to use nuclear techniques to help them tackle global hunger by enhancing food security and nutrition. 

At the same time, the IAEA continued to implement its existing key initiatives. These include Rays of Hope: Cancer Care for All, aimed at closing the gap in cancer care in lower- and middle- income countries, its Zoonotic Disease Integrated Action initiative  (ZODIAC) tasked with preventing future pandemics and NUTEC Plastics, which fights global plastic pollution.

“Every day on every continent, the IAEA assists nations in overcoming challenges like diseases, poverty, hunger, pollution and climate change,” said Mr Grossi in his written statement to the UN General Assembly. “In partnership with our 178 Member States, we are enabling communities to improve healthcare, agriculture and energy systems through the power of nuclear science and technology.”

An important part of the IAEA’s work in 2023 was to ensure transparency around the discharge of ALPS treated water from Fukushima Daiichi nuclear power station. In July, Mr Grossi presented to Prime Minister Fumio Kishida of Japan an Agency report that concluded the discharge approach and activities to be consistent with international safety standards.

Another key priority was to support Ukraine’s nuclear safety and security. A total of 86 IAEA missions comprising 187 staff travelled to Ukraine in 2023. The IAEA also maintained a continuous presence at all five nuclear sites in Ukraine. In May, Mr Grossi presented to the UN Security Council the five principles for protecting nuclear safety and security at Zaporizhzhya Nuclear Power Plant.

A significant milestone for the IAEA was at last year’s United Nations Climate Change Conference (COP28) in Dubai, where leaders backed investment in nuclear as a low-carbon energy source for the first time. Further notable developments concerning nuclear energy included two interconnected mechanisms: the IAEA Platform on SMRs and their Applications and the IAEA’s Nuclear Harmonization and Standardization Initiative, launched together in 2023 to support its Member States with the safe and timely deployment of small modular reactors (SMRs). SMRs offer a viable option to  enhance energy security while helping to achieve global climate goals for many countries worldwide. 

The IAEA’s unique laboratories at Seibersdorf achieved a milestone last year, fundraising was completed for the renewal of the Nuclear Application Laboratories (ReNuAL) initiative. In addition, the IAEA’s new Nuclear Security Training and Demonstration Centre opened, ready to assist Member States in tackling nuclear terrorism and crime.

Mr Grossi also launched the World Fusion Energy Group in 2023, which will bringing together key stakeholders as this future technology continues its journey from experimentation to demonstration and deployment.

In addition, the IAEA celebrated achievements in promoting gender equality in the nuclear sector. By the end of 2023, the IAEA Marie Skłodowska-Curie Fellowship Programme had 560 fellows, and the Lise Meitner Programme was also in place, offering early- and mid-career women in the nuclear sector new opportunities for career advancement. In 2023, gender balance was achieved in senior management at the IAEA.

More information about the significant activities of the Agency during the past year is available here. The 2023 IAEA Annual Report can also be read in the UN official languages of Arabic, Chinese, French, Russian and Spanish, as well as English. Mr Grossi’s full statement can be read here.

Reforestation Underway on NSA Washington’s East Campus

Source: National Security Agency NSA

As construction continues on NSA/CSS Washington’s (NSAW) East Campus, hundreds of native trees have been planted as part of the agency’s reforestation effort.

Reforestation is the process of planting new trees in areas that have been disturbed by construction, or where there were few trees initially. The construction of East Campus required the removal of many trees that had been part of the site, in order to construct the utility infrastructure, as well as the new buildings on site.

This reforestation effort is driven by NSA’s Environmental Management System Policy, which states that the Agency is committed to the establishment and maintenance of world-class environmental, safety, and occupational health programs, and that these programs are designed to protect the environment and health of the workforce, customers, and communities.

“We believe it is important to be a good neighbor, so we worked to incorporate the requirements of the Fort Meade forest policy into our site layout and construction,” said Matthew Boren, chief of the Military Construction (MILCON) office within NSA’s Installation and Logistics (I&L) organization.

Reforestation has benefits to both the environment and to the workforce.

Environmentally, it improves and expands the natural habitat of birds and animals. A large portion of the reforestation occurred along the Midway Branch, where the reforestation trees expand the stream buffer and ensure that development does not encroach on the stream. Additionally, the trees help reduce the amount of stormwater runoff from the site, as well as improve the quality of stormwater that does leave. In turn, that protects the Little Patuxent and the Chesapeake Bay and the quality of those waters.

Reforestation replants trees in a more natural environment and in larger numbers. This is different from landscape trees, which are standalone and singular in nature and do not provide the same habitat features, or quantity of stormwater support.

To grow these reforestation areas, MILCON office partners with Occupational Health and Well-Being Services to enhance the NSAW campus, adding shade, storm water management, and improving the well-being of the workforce by creating a more relaxed atmosphere, according to Williams.

Both the reforestation areas and landscape trees require care and maintenance, from normal mulching to evaluation by an arborist. Whether it is a new tree that does not thrive or an established tree that is causing issues for the surrounding forestation, they may need to be trimmed or replaced.

I&L tries to plant a new tree somewhere close to the original spot, but in a better location, whenever one is removed.

“Our goal is to be a great place for the next generations of Agency employees,” Boren added.


Interested in learning more about joining NSA’s mission? Visit NSA.gov/Careers for more information. 

New NSA Display at BWI Honors SIGINT Support to Warfighters

Source: National Security Agency NSA

The early 1950s saw the dedication of two new organizations headquartered less than 10 miles apart: NSA and the Friendship International Airport — now Baltimore/Washington International Thurgood Marshall Airport (BWI). Nearly eight decades later, the partnership between these organizations is expanding in a new way.

Earlier this week, Agency leaders traveled to BWI for a first look at a newly installed wall display illustrating NSA’s unique support to the Armed Forces through declassified archival imagery. This first-of-its-kind exhibit highlights the SIGINT work of the Agency and its predecessors during WWII, the Korean War, and the Vietnam War.

“My grandfather served in WWII on the Red Ball Express, I had an uncle who served in the Marine Corps during the Vietnam War, and as a combat contingency deployer of 14 times throughout my 27 years in the military, it’s always good to see representation on the wall,” CMSgt Kenneth Bruce, Command Senior Enlisted Leader of USCYBERCOM and Senior Enlisted Advisor of NSA/CSS, said during the ribbon-cutting ceremony.

Located in BWI’s Honor Flights corridor, the display welcomes and honors active-duty military and veterans arriving at the airport. According to Bruce, it’s important to increase awareness of NSA’s history as a combat support agency providing SIGINT and cybersecurity insights to military operations around the world.

“We’re very appreciative of what this represents and what NSA has represented to our Nation,” Chief Bruce said on behalf of the nearly 17,000 members of the Central Security Service, who ensure the warfighter is integrated into what NSA does on a daily basis. “As these honor flights come in to BWI and thousands of service members walk through these hallways, they’ll always have a reminder of what they do and why they do it.”

A team representing organizations across the Engagement & Policy Directorate worked for five years collaborating to ensure the design, content, and delivery was as impactful as possible in demonstrating NSA’s long-standing support to the U.S. Military, according to Stephanie Bartolowits, chief of Information Management and the project originator. The display supports the Director of National Intelligence’s Transparency Initiative and fulfills NSA’s responsibility to declassify and disseminate materials to the public.

“We try to do a transparency project every year as an Agency to be forward-leaning, to share with the public what we do,” Bartolowits said. “We’re hoping some of these service members will be able to walk by here, recognize themselves and see these things, and know that we really appreciate them.”

This exhibit opened less than two years after NSA launched its first-ever recruitment display at the airport, which is home to the Nation’s largest USO lounge and sees more military members traveling through than any other airport, according to Bartolowits.

Maryland Aviation Administration CEO Ricky Smith said the partnership between BWI and NSA represents a “rich family” of Maryland-based institutions that serve the American people. “To have you present at this airport and to be able to showcase the value you bring to the community is a pleasure,” he said.

According to Engagement & Policy Director Sheila Thomas, the NSA-BWI partnership is natural.

“Support to military is in our core, our ethos. I can’t tell you how much it means to see this in a public arena,” she said. “This will continue on well past us, and that’s really something that’s remarkable, something we can be so proud of.”
 

Minnie Kenny Remembered During Event at National Cryptologic Museum

Source: National Security Agency NSA

The life and legacy of one of the National Security Agency’s (NSA) Hall of Honor cryptanalysts was recently recognized at the National Cryptologic Museum (NCM). Nearly 70 current and former NSA employees along with NSA organizers, gathered for an afternoon of reflection and fellowship to honor cryptologic giant, Minnie Kenny.
 
Kenny started at the NSA’s predecessor agency in 1952 as a Communications Clerk. At the time, there were very few African Americans in that role. Kenny quickly excelled in language, traffic analysis and cryptanalysis. She rose through the ranks at the Agency, working at an elite “think tank” studying the future of cryptanalysis. Kenny served as Deputy Commandant of the National Cryptologic School and made her mark as a leader along the way.
 
The NCM was the backdrop for fellowship amongst the Phoenix Society members and the current workforce. Organizers say the event, “preserves the connection between former and current cultural influencers with an eye on the path laid for future generations at NSA.”
 
Kenny was known for leaving a red carnation on the desks of managers and employees she felt were doing a good job. So it was only fitting that organizers of the memorial event wore red as a representation.
 
Kenny’s impact is still felt within the agency. She influenced the career of NSA Chief of Staff, Marlisa Smith who said, “Her name speaks for itself. When you say Ms. Kenny’s name you are just in awe of her.” During the event, Smith told the story of being a very young person at the agency and being scared to approach Minnie Kenny. “When you did approach her, you got that warmth and you knew she really cared about the workforce”.
 
Former NSA Chief of Staff Ernie Green was also in attendance. He recalled walking in the halls of NSA and getting bumped by a woman who said, “I don’t know you.” That woman was Minnie Kenny. Green said from that point on, Kenny took him under her wing, taking him to Washington D.C., introducing him to influential lawmakers. Green talked about Kenny’s passion of furthering the mission to help elevate African Americans in the agency.
 
Another Cryptologic Pioneer, Lillian “Lil” Berry said, “The thing that impressed me most about Minnie Kenny was how she pushed us to do our best. How she encouraged us to get our education. She pushed us. The best thing is, she encouraged you to bring your families in, and we have three generations of my family here today.”
 
Other attendees, including Kenny’s former receptionist told the crowd funny anecdotes about Kenny, from how she liked her coffee to that overseas trip where her luggage was lost…twice.
 
Those in attendance had the opportunity to view the grounds of the future building named the Kenny Center, in her honor. The 700,000-square-foot building is expected to be completed in 2028. The Kenny Center will provide a modern platform to support Information & Intelligence Analysis (IIA) for NSA and the Intelligence Community (IC).
 
Guests concluded the afternoon with a tour of the National Cryptologic Museum, given by NSA Historian Dave Hatch. Attendees toured the tribute to Minnie Kenny and other Women in Cryptology, who were ahead of their time.
 
The overall theme of the day was honoring Minnie Kenny, the contributions she made, the influence she had and the legacy she left.
 
Guests left with red carnations, a fitting end to honor a life well lived.


The National Cryptologic Museum is the only fully public museum in the Intelligence Community and is now open Monday through Saturday from 10 a.m. to 4 p.m. Admission is free and no reservations are required — click here for more information about the museum or to start planning your visit!

Scouts Honored at National Cryptologic Museum’s Annual Scout Day

Source: National Security Agency NSA

“Best day of my life!” One Scout exclaimed as he left the National Cryptologic Museum’s (NCM) annual event on Saturday March 2nd, 2024.

Rain couldn’t damper things for the scouts and their families as the event drew a near record number of attendees with more than 650 people coming through the doors of the NCM in just six hours.

The NCM’s Scout Day was open to scouts and their families all over Maryland and beyond, with some even traveling more than two hours to take part in the festivities. Activity stations ranged from fingerprinting and robotics, to invisible ink and a scavenger hunt. With activities set up throughout the museum, kids and their parents had the opportunity to take in all kinds of lessons. In addition to cipher wheels and decoding encrypted messages, they learned about language, cryptology and the history of coding during slavery.

Scouts could earn a Disabilities Awareness Merit Badge after completing tasks that showed what it was like to live with visual, hearing and physical impairments.
 
Scout leaders say events like this help their scouts see the bigger picture.

“People just don’t realize all the way from Hobos to Space Shuttle, to Military to State secrets, code has been around since the Egyptians,” said Stan Zdun, Scoutmaster for Troop 249 in Edgewater, Md. “Since the beginning of time,” he added.
 
Jennifer Wilcox, the museum’s Director of Education, and her staff prepared for the event for months. She said that this year’s Scout Day was one of, if not the most successful to date.


The National Cryptologic Museum is the only fully public museum in the Intelligence Community and is now open Monday through Saturday from 10 a.m. to 4 p.m. Admission is free and no reservations are required — click here for more information about the museum or to start planning your visit!

NSA Awards Authors of Study of Automated Attacks on New Webservers

Source: National Security Agency NSA

The National Security Agency (NSA) Research Directorate recently selected “Uninvited Guests: Analyzing the Identity and Behavior of Certificate Transparency Bots,” as the winner of its 11th Annual Best Scientific Cybersecurity Paper Competition.

The winning paper, authored by Stony Brook University researchers Brian Kondracki, Johnny So, and professor Nick Nikiforakis, examined a study of automated attacks on new webservers, and explored how a web browser can trust an organization’s publicly issued cryptographic credentials. At the heart of their investigation was a simple question: What happens when you setup a new encrypted website?

“This paper was selected as the winner because the researchers performed high-level, clearly written, and impactful science,” said NSA’s Director of Research, Gil Herrera. “It is the cutting-edge and relatable research that has made the paper stand out as the winner of this year’s competition.”

NSA’s Laboratory for Advanced Cybersecurity Research established the annual Best Cybersecurity Paper Competition in 2013 to encourage the development of scientific foundations in cybersecurity, and to support the enhancement of cybersecurity within devices, computers, and systems through rigorous research, solid scientific methodology, documentation, and publishing. Herrera, along with NSA cybersecurity experts and external authorities in the field, selected the winning paper from 30 studies nominated by the public on the Science of Security website.

The winning researchers studied autonomous systems which probe newly instantiated encrypted websites. They identified 105 malicious security bots attempting to perform nefarious actions such as data exfiltration, reconnaissance, and vulnerability exploitation. They also identified security systems examining sites to identify new phishing attacks. These profiles provide new insights into these autonomous actions happening on the Internet. This data can be used by both system administrators and developers to protect systems from compromise.

The research team collected this data by creating the Certificate Transparency Honeypot (CTPOT), a system that obtains new certificates and monitors web bots for potential targets. CTPOT allows researchers to trick web bots, isolate them, and identify if they are malicious.

“Beyond the technical merit of this paper, this paper is noteworthy because the high quality of documentation allows for others to verify and build upon this research advancement,” said Adam Tagert, Technical Director of NSA’s Science of Security Initiative. “Clear and available documentation are key components for advancing science, a primary goal of the NSA Science of Security Program”

Nominations are now open for the 12th annual Best Scientific Cybersecurity Paper Competition. NSA welcomes nominations of papers published in 2023 in peer-reviewed journals and technical conferences that show an outstanding contribution to cybersecurity science. Winners will be announced at the end of 2024.

Visit the Best Scientific Cybersecurity Paper webpage for more information on the competition and to nominate a paper.
 

Doing It Until We Got It Right: A Short History of the Pearl Harbor Investigations

Source: National Security Agency NSA

On December 7, 1941, Japanese naval aircraft swept in on an unsuspecting US Pacific Fleet and Army in the Hawaiian Islands and destroyed many American ships and aircraft. In a little over two hours, 18 warships—including eight battleships—and over 160 aircraft were knocked out of action. With Japan’s eastern flank secured, its forces would rampage through the rest of the Pacific virtually unopposed.
 
Within days of the disaster, calls resounded from the public, press, and the government itself for an investigation into how and why such an event could occur. To many, it was not just the magnitude of the defeat, but the extraordinary unpreparedness of U.S. forces in Hawaii: Someone had to pay.
 
However, fixing responsibility for the debacle at Pearl Harbor was complicated by the revelations about the MAGIC decrypts. MAGIC was the cover name assigned to the intelligence garnered from the decryptions and translations of Japanese diplomatic messages.
 
From September 1940 until the attack on Pearl Harbor, American cryptologists had read the most sensitive Japanese diplomatic messages and had kept President Franklin Roosevelt informed of every Japanese diplomatic and political policy turn. But MAGIC didn’t tell Roosevelt and other government leaders what the Japanese military was planning — that information was in Japanese Navy communications, and those ciphers and codes had largely resisted the efforts of American cryptologists to break them. Any investigation of the Pearl Harbor disaster would be as much a revelation of what we didn’t know as of what we did know.
 
The issue of culpability would not be settled in one investigation, and for many people it was never really settled at all. Ultimately, eight hearings would be held during World War II and after, culminating in a joint congressional investigation beginning on November 15, 1945. What follows is a brief summary of each.
 
The Roberts Commission, December 18, 1941-December 23, 1942: This commission, set by presidential executive order, was charged to determine the facts of the Japanese attack and establish if any dereliction of duty had occurred. MAGIC was discussed, but who received it and the details of the reports were not covered. Not surprisingly, the hearings were hostile to the area commanders, General Walter Short, USA, and Admiral Husband Kimmel, USN. The major political and military figures in Washington were exonerated.
 
The Hart Inquiry, February 15, 1944-June 15, 1944: The Navy Department ordered Admiral Thomas Hart, former commander of the Asiatic Fleet, to conduct a one-man inquiry on Pearl Harbor so that important testimony would not be lost by hazard of war.
 
The Army Pearl Harbor Board, July 20, 1944-October 20, 1944: In response to an act of Congress on July 13, 1944, the Army’s adjutant general convened hearings which took testimony from 151 witnesses. MAGIC evidence was taken only during the last week of the hearings. Surprisingly, and perhaps because radio intercept information was downplayed, the board censured Generals George Marshall and Leonard Gerow (War Plans Division) for not fully advising General Short of the situation vis-a-vis Japan.
 
The Naval Court of Inquiry, July 24, 1944-October 19, 1944: A court of inquiry was convened in response to the same congressional act of July 13, 1944. The hearings made full use of MAGIC, though the testimony on it was classified and kept from the public. The findings of the inquiry completely exonerated Admiral Kimmel. Instead, Admiral Harold Stark, chief of naval operations at the time of Pearl Harbor, was blamed for failing to adequately advise Kimmel of the critical situation prior to the attack.
 
The Clausen Investigation, November 23, 1944-September 12, 1945: By personal direction of the secretary of war, a one-man inquiry conducted by Major Henry Clausen was detailed to obtain testimony to supplement the Army Board’s completed investigation.
 
The Hewitt Inquiry, May 14, 1945-July 11, 1945: Similar to the Clausen investigation, the Navy secretary ordered Admiral Kent Hewitt to continue the naval inquiry.
 
The Clarke Investigation, September 14-16, 1944 and July 13, 1945-August 4, 1945: The secretary of war ordered Colonel Carter Clarke, head of the Military Intelligence Division, which, in turn, oversaw the army’s COMINT efforts, to investigate the handling of communications by the military intelligence division prior to Pearl Harbor.
 
On November 15, 1945, the Joint Congressional Committee Investigation into the Pearl Harbor disaster held its first session. Established by a Joint Congressional Resolution, this investigation promised to be the most thorough possible. The Truman administration released all of the relevant classified documents, including the MAGIC translations. All of the participants that were still alive, with the exception of the seriously ill Secretary of War Stimson, were examined.
 
In 1946, the committee’s findings were released in 40 volumes. A single volume report contained 12 findings that apportioned the blame among all the principals: Hawaiian area commanders as well as the War and Navy Departments. A minority report also censured President Roosevelt but concluded, like the majority findings, that Secretary Stimson, Secretary Knox, Generals Marshall and Gerow, and Admiral Stark, as well as General Short and Admiral Kimmel, were culpable for the disaster.
 
The hope that the investigations would finally determine who was responsible was never fulfilled.
 
Although many figures in Washington were blamed, Kimmel and Short would bear the onus for the disaster. But the fifty years following the investigations would see a stream of “revisionist” histories and rationalizations for the major figures, such as Admiral Kimmel. Conspiracies to suppress intelligence by Churchill, Roosevelt, and others would be “exposed,” and historians would “discover” new intelligence that existed which would have saved Pearl Harbor.
 
However, the phoenix-like nature of the Pearl Harbor controversy proved only what one of Admiral Kimmel’s lawyers wrote to him in 1953: “Pearl Harbor never dies, and no living person has seen the end of it.”