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Researchers virtually open and read sealed historic letters – MIT News

An international team of scholars has read an unopened letter from early modern Europe without breaking its seal or damaging it in any way using an automated computational flattening algorithm. The team, including MIT Libraries and Computer Science and Artificial Intelligence Laboratory (CSAIL) researchers and an MIT student and alumna, published their findings today in a Nature Communications article titled, Unlocking history through automated virtual unfolding of sealed documents imaged by X-ray microtomography.

The senders of these letters had closed them using letterlocking, the historical process of folding and securing a flat sheet of paper to become its own envelope. Jana Dambrogio, the Thomas F. Peterson Conservator at MIT Libraries, developed letterlocking as a field of study with Daniel Starza Smith, a lecturer in early modern English literature at Kings College London, and the Unlocking History research team. Since the papers folds, tucks, and slits are themselves valuable evidence for historians and conservators, being able to examine the letters contents without irrevocably damaging them is a major advancement in the study of historic documents.

Letterlocking was an everyday activity for centuries, across cultures, borders, and social classes, explains Dambrogio. It plays an integral role in the history of secrecy systems as the missing link between physical communications security techniques from the ancient world and modern digital cryptography. This research takes us right into the heart of a locked letter.

This breakthrough technique was the result of an international and interdisciplinary collaboration between conservators, historians, engineers, imaging experts, and other scholars. "The power of collaboration is that we can combine our different interests and tools to solve bigger problems," says Martin Demaine, artist-in-residence in MITs Department of Electrical Engineering and Computer Science (EECS) and a member of the research team.

The algorithm that makes the virtual unfolding possible was developed by Amanda Ghassaei SM 17 and Holly Jackson, an undergraduate student in electrical engineering and computer science and a participant in MITs Undergraduate Research Opportunity Program (UROP) at the Center for Bits and Atoms. The virtual unfolding code is openly available on GitHub.

When we got back the first scans of the letter packets, we were instantly hooked, says Ghassaei. Sealed letters are very intriguing objects, and these examples are particularly interesting because of the special attention paid to securing them shut.

Secrets revealed

Were X-raying history, says team member David Mills, X-ray microtomography facilities manager at Queen Mary University of London. Mills, together with Graham Davis, professor of 3D X-ray imaging at Queen Mary, used machines specially designed for use in dentistry to scan unopened locked letters from the 17th century. This resulted in high-resolution volumetric scans, produced by high-contrast time delay integration X-ray microtomography.

Who would have thought that a scanner designed to look at teeth would take us so far? says Davis.

Computational flattening algorithms were then applied to the scans of the letters. This has been done successfully before with scrolls, books, and documents with one or two folds. The intricate folding configurations of the locked letters, however, posed unique technical challenges.

The algorithm ends up doing an impressive job at separating the layers of paper, despite their extreme thinness and tiny gaps between them, sometimes less than the resolution of the scan, says Erik Demaine, professor of computer science at MIT and an expert in computational origami. We weren't sure it would be possible."

The teams approach utilizes a fully 3D geometric analysis that requires no prior information about the number or types of folds or letters in a letter packet. The virtual unfolding generates 2D and 3D reconstructions of the letters in both folded and flat states, plus images of the letters writing surfaces and crease patterns.

One of coolest technical contributions of the work is a technique that explores the folded and flattened representations of a letter simultaneously, says Holly Jackson. Our new technology enables conservators to preserve a letters internal engineering, while still giving historians insight into the lives of the senders and recipients.

This virtual unfolding technique was used to reveal the contents of a letter dated July 31, 1697. It contains a request from Jacques Sennacques to his cousin Pierre Le Pers, a French merchant in The Hague, for a certified copy of a death notice of one Daniel Le Pers. The letter comes from the Brienne Collection, a European postmasters trunk preserving 300-year-old undelivered mail, which has provided a rare opportunity for researchers to study sealed locked letters.

The trunk is a unique time capsule, says David van der Linden, assistant professor in early modern history, Radboud University Nijmegen. It preserves precious insights into the lives of thousands of people from all levels of society, including itinerant musicians, diplomats, and religious refugees. As historians, we regularly explore the lives of people who lived in the past, but to read an intimate story that has never seen the light of day and never even reached its recipient is truly extraordinary.

Advancing a new field

In the Nature Communications article, the team also unveils the first systematization of letterlocking techniques. After studying 250,000 historical letters, they devised a chart of categories and formats that assigns letter examples a security score. Understanding these security techniques of historical correspondence means archival collections can be conserved in ways that protect small but important material details, such as slits, locks, and creases.

Sometimes the past resists scrutiny, explains Daniel Starza Smith. We could simply have cut these letters open, but instead we took the time to study them for their hidden, secret, and inaccessible qualities. Weve learned that letters can be a lot more revealing when they are left unopened.

The research team hopes to make a study collection of letterlocking examples available to scholars and students from a range of disciplines. The virtual unfolding algorithm could also have broad applications: Because it can handle flat, curved, and sharply folded materials, it can be used on many types of historical texts, including letters, scrolls, and books.

What we have achieved is more than simply opening the unopenable, and reading the unreadable, says Nadine Akkerman, reader in early modern English literature at Leiden University. We have shown how truly interdisciplinary work breaks down boundaries to investigate what neither humanities nor the sciences can hope to understand alone.

Computational tools promise to accelerate research on letterlocking as well as reveal new historical evidence. Thanks to this research, adds Rebekah Ahrendt, associate professor of musicology at Utrecht University, we can now imagine new affective histories that physically connect the past and the present, the human and the nonhuman, the tangible and the digital.

The research team includes Jana Dambrogio, Thomas F. Peterson Conservator, MIT Libraries; Amanda Ghassaei, research engineer at Adobe Research; Daniel Starza Smith, lecturer in early modern English literature at Kings College London; Holly Jackson, undergraduate student at MIT; Erik Demaine, professor in EECS; Martin Demaine, robotics engineer in CSAIL and Angelika and Barton Weller Artist-in-Residence in EECS; Graham Davis and David Mills, Queen Mary University of London's Institute of Dentistry; Rebekah Ahrendt, associate professor of musicology at Utrecht University; Nadine Akkerman, reader in early modern English literature at Leiden University; and David van der Linden, assistant professor in early modern history at Radboud University Nijmegen.

This research was supported in part by grants from the Seaver Foundation, the Delmas Foundation, the British Academy, and the Nederlandse Organisatie voor Wetenschappelijk Onderzoek.

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New Partnership Aims to Help University of Maryland Further Diversify D.C. Region’s Tech Ecosystem – Yahoo Finance

The University of Maryland will build programs to propel more students who identify as women and non-binary into tech education--and ultimately tech careers--thanks to a new partnership with Break Through Tech. The goal is to increase the number of these students graduating with a tech degree at UMD by 12.5 percentage points by 2026, through curriculum innovation, career access and community building.

COLLEGE PARK, Md., March 2, 2021 /PRNewswire-PRWeb/ -- The University of Maryland will build programs to propel more students who identify as women and non-binary into tech educationand ultimately tech careersthanks to a new partnership with Break Through Tech. The goal is to increase the number of these students graduating with a tech degree at UMD by 12.5 percentage points by 2026, through curriculum innovation, career access and community building.

"The University of Maryland is committed to making computing inclusive and accessible for all," said UMD President Darryll J. Pines. "Break Through Tech will contribute to our efforts with programs focused on increasing the graduation rate and success of the nearly 1,000 women in our computer science and information science majors."

UMD and George Mason University will be joining Break Through Tech as it expands from its hubs in New York City and Chicago to D.C. This expansion was made possible through the Gender Equality in Tech (GET) Cities initiative, which is led by a $50 million investment from Pivotal Ventures, the investment and incubation company created by Melinda Gates, as well as an additional $7 million investment from the Cognizant U.S. Foundation and Verizon. UMD's Break Through Tech program will be administered by the Iribe Initiative for Inclusion and Diversity in Computing in partnership with the College of Computer, Mathematical, and Natural Sciences (CMNS) and the College of Information Studies (iSchool).

"Break Through Tech's programs and the expansion of our existing programs will greatly increase impact toward improving computing education and successful degree completion by a greater diversity of participants," said Jandelyn Plane, director of the Iribe Initiative for Inclusion and Diversity in Computing and director of the Maryland Center for Women in Computing. Plane is also a principal lecturer in the Department of Computer Science.

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UMD's Break Through Tech program will include: A summer program for rising first-year students designed to ignite interest in tech by teaching them how to code real-world, mission-driven applications; New, innovative introductory computer science course sequences; A paid, three-week mini-internship (called a Sprinternship) program, which gives first- and second-year students a resume credential and real-world experience to make them more competitive when applying for a paid summer tech internship; and The development of a networked community of individuals who identify as women and non-binaryboth peer-to-peer and student-to-professionalin the D.C. metro area to support, engage and motivate one another.

"We have one of the largest groups of women and non-binary computing students in the country here at the University of Maryland," said CMNS Dean Amitabh Varshney. "We are excited that this new grant from Break Through Tech will allow us to engage these students the minute they step on campus through experiential learning and networking with the regional computing community, which will lead to long-term career success."

In Break Through Tech's founding city, Cornell Tech partnered with the City University of New York (CUNY), which saw an increase in the number of women pursuing computer science bachelor's degrees by 61% since Break Through Tech New York launched in 2016.

"Participating in the Break Through Tech program to increase the graduation rate of women in UMD's computer science and information science programs aligns with the iSchool's long history of advocacy," said iSchool Dean Keith Marzullo. "The program, which will bring together computing majors from both CMNS and the iSchool, will also serve as a way to rethink how we can more collaboratively deliver education at UMD to better serve other underserved populations."

The combination of the current economic crisis brought on by the COVID-19 pandemic, along with the national awareness of COVID's outsized impact across gender, race and other underrepresented identities in society, makes this a critical time to scale a movement toward equity in techan industry with the growth potential to support the kind of economic empowerment that should be available to everyone.

"GET DC will impact an emerging tech hub that's bustling with opportunity for women and underrepresented groups in an industry that continues to trend majority male and white," said Judith Spitz, founder and executive director at Break Through Tech. "Break Through Tech will work towards tackling two key hurdles for womenaccess and experience."

About Break Through Tech Launched at Cornell Tech, with support from Pivotal Ventures, Cognizant U.S. Foundation, and Verizon, Break Through Tech provides curriculum innovation, career access, and community building for women in tech. The program originated in 2016 as a program called Women in Technology & Entrepreneurship New York (WiTNY), created at Cornell Tech in partnership with the City University of New York (CUNY) and a broad set of industry partners. Now Break Through Tech is replicating the highly effective ecosystem model originated in New York City to increase women's representation in computing graduates across the United States. To date, the program is in New York City, Chicago and the D.C. Metro Area.

About the Iribe Initiative for Inclusion and Diversity in Computing The Iribe Initiative for Inclusion and Diversity in Computing (I4C) is committed to making computing a field that includes participation of individuals across the intersections of gender identification, race, ethnicity, socioeconomic status, sexual orientation, and disability status. I4C aims to create a vibrant, inclusive community of students, educators, and researchers coming together to increase the involvementand successof underrepresented populations interested in computing.

About the College of Information Studies Founded in 1965 and located just outside of Washington, D.C., the University of Maryland College of Information Studies (UMD iSchool) is a top-10 ranked research and teaching college in the field of information science. UMD iSchool faculty, staff and students are expanding the frontiers of how people access and use information and technology in an evolving worldin government, education, business, social media and more. The UMD iSchool is committed to using information and technology to empower individuals and communities, create opportunities, ensure equity and justice, and champion diversity.

About the College of Computer, Mathematical, and Natural Sciences (CMNS) The College of Computer, Mathematical, and Natural Sciences at the University of Maryland educates more than 9,000 future scientific leaders in its undergraduate and graduate programs each year. The college's 10 departments and more than a dozen interdisciplinary research centers foster scientific discovery with annual sponsored research funding exceeding $200 million. The Department of Computer Science is one of those departments, with 50 faculty members who have been recognized with membership in the National Academy of Engineering, fellowship in professional scientific organizations including ACM and IEEE, National Science Foundation Faculty Early Career Development awards and Sloan Fellowships. The department, in conjunction with the University of Maryland Institute for Advanced Computer Studies, receives over $25 million annually in external research funding.

Media Contact

Abby Robinson, University of Maryland, 301-405-5845, abbyr@umd.edu

SOURCE University of Maryland

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UL Lafayette adds online option to master’s degree in informatics – FOX 15

University of Louisiana at Lafayette students who enroll in the states only masters in informatics program will soon be able to complete degree requirements online or in a traditional classroom setting.

The Louisiana Board of Regents approved an online option for UL Lafayettes existing masters degree in informatics in January; students who opt for the online format and are accepted into the program will begin taking courses in August.

Both options feature the same interdisciplinary curriculum taught by the same faculty members with the same intent to prepare students to secure the jobs they want and to thrive in them, said Dr. Mary Farmer-Kaiser, dean of the Graduate School.

Informatics is applied computer science that centers on ways people interact with and share information. Informatics students learn to design and adapt information systems to solve problems that arise in everyday life. Businesses and governments value such systems because they enable them to operate more efficiently.

Prospective students with a bachelors degree in many fields including sciences, engineering, business, social sciences and health sciences may apply for admission into the Universitys masters degree in informatics program.

Its focus is the information technology aspect of enterprise computing, said Dr. Azmy S. Ackleh, dean of Ray P. Authement College of Sciences. Enterprise computing incorporates analytics, reporting, database management and other software solutions systems.

By definition, informatics is applied computing across multiple domains business, health sciences, engineering. So we train students to have applied computing skills," Ackleh explained.

UL Lafayette launched the states only informatics masters degree in 2018. The University began offering a bachelors degree in informatics in Fall 2011. The programs are part of the College of Sciences School of Computing and Informatics.

The programs were established and the online option was added to help address workforce needs in the city, state and nation, Ackleh explained.

According to the U.S. Bureau of Labor Statistics, national employment for computer and information technology professionals is projected to grow by 15 percent by the end of the decade.

That trend is evident in Lafayette, where CGI, Perficient and Enquero are among many companies that hire computing and informatics graduates. Each of the large technology companies has opened facilities in the city since 2015. CGI is located in UL Lafayettes University Research Park; Perficient and Enquero are in downtown Lafayette.

The trend is also evident across Louisiana. Over the last decade, companies such as IBM in Baton Rouge, DXC Technology in New Orleans and CenturyLink in Monroe have either relocated to the state or expanded existing operations.

The 33-hour masters degree in informatics degree provides advanced knowledge and training that will prepare graduates for a number of computing-related careers, said Dr. Michael W. Totaro, an associate professor who coordinates the informatics program.

The curriculum incorporates courses in informatics and computing, emphasizes research, and includes thesis and non-thesis options. Students learn about subjects such as human-computer interaction, network infrastructures, systems development, IT security, data analysis and visualization, distributed databases, cloud computing and big data applications.

If a person has interest in technology, computing, information, and data, and how all that can be wrapped together bundled together and used for specific purposes informatics is certainly worth considering, Totaro explained.

Learn more about the new online option for UL Lafayettes masters degree in informatics or email online@louisiana.edu.

Photo caption: The University of Louisiana at Lafayette will begin offering an online option for its masters degree in informatics. The masters degree, the only of its kind in the state, was launched in 2018. Students who opt for the online format and are accepted into the program will begin taking courses in August. Photo credit: Rachel Rafati / University of Louisiana at Lafayette

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Lu named editor-in-chief of ACM Transactions on Cyber-Physical System – Washington University in St. Louis Newsroom

Chenyang Lu, the Fullgraf Professor at the McKelvey School of Engineering at Washington University in St. Louis, has been named editor-in-chief ofACM Transactions on Cyber-Physical Systems. His three-year term started March 1.

ACM Transactions on Cyber-Physical Systems,the flagship journal in the field of cyber-physical systems (CPS), publishes papers that advance sciences and technologies at the interactions of information processing, networking and physical processes. A leading researcher in cyber-physical systems, Lus research areas also include real-time and embedded systems, mobile health, clinical artificial intelligence and the Internet of Things.

It is Lus second term as editor-in-chief for an ACM journal. From 2011-17, he was editor-in-chief forACM Transactions on Sensor Networks. ACM, the Association for Computing Machinery, is the largest organization in computer science, and ACM journals are regarded as the premier journals in their respective fields.

I feel it important to serve the broad CPS community when invited to serve, Lu said. CPS is a vibrant interdisciplinary field with exciting applications from smart cities to health care.

Earlier this year, Lu was named a fellow of the Association for Computing Machinery. He also is a fellow of IEEE. He is professor of computer science and engineering and a member of the Center for Trustworthy AI in CPS in McKelvey Engineering; and part of the universitys Division of Computational & Data Sciences and Institute for Informatics.

The McKelvey School of Engineering at Washington University in St. Louis promotes independent inquiry and education with an emphasis on scientific excellence, innovation and collaboration without boundaries. McKelvey Engineering has top-ranked research and graduate programs across departments, particularly in biomedical engineering, environmental engineering and computing, and has one of the most selective undergraduate programs in the country. With 140 full-time faculty, 1,387 undergraduate students, 1,448 graduate students and 21,000 living alumni, we are working to solve some of societys greatest challenges; to prepare students to become leaders and innovate throughout their careers; and to be a catalyst of economic development for the St. Louis region and beyond.

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Gender Equality in Tech (GET) Cities Expands to DC to Diversify the Tech Ecosystem – PRNewswire

WASHINGTON, March 2, 2021 /PRNewswire/ -- Gender Equality in Tech (GET) Cities, led by SecondMuse and Break Through Tech in partnership with Pivotal Ventures, today launched GET DC as its next city hub. As part of Pivotal Venture's $50 million investment in GET Cities, GET DC will work collaborativelywith the metro region's tech ecosystem to propel more women and underrepresented groups into tech education, careers, and leadership.

"The tech industry impacts all of us, which is why it needs to include all of usespecially women and other underrepresented groups," said Dr. Renee Wittemyer, Pivotal Ventures Director of Program Strategy and Investment. "We are excited that GET Cities is coming to the DC Metro Area to help accelerate women's representation and leadership in this growing tech hub. Great ideas can come from anyone, anywhere, which is why it is critical to support tech talent across the country."

The combination of the current economic crisis brought on by the COVID pandemic along with the growing national awareness of inequities across gender, race, and other underrepresented identities in society make this a critical time to scale a movement toward equity in tech. Tech is an industry with the growth potential to support the kind of economic empowerment that should be available to all of us, and women and other underrepresented groups bring essential skills and experience to build a thriving economy.

GET DC will build on the model of the first city of the initiative, GET Chicago,to create an inclusive tech economy by focusing on three key pillars -- academia, industry, and entrepreneurship. Specifically, it aims to:

When selecting a new hub, GET Cities looks at the broad state of gender equity in tech and identifies cities that have strong diversity and the opportunity for impact. DC consistently ranks as one of the best cities for tech due to its growing tech talent pool, proximity to federal government infrastructure and data centers, and the number of Fortune 1000 companies headquartered in the metro area. GET DC is committed to working in the DC Metro Area to accelerate the representation and leadership of women and other underrepresented people in tech, with the mission of supporting the growth of an inclusive tech economy.

"When looking for the right levers to pull to accelerate the influence of women, trans, and non-binary people in tech particularly Black, indigenous, and people of color we want to be able to make an immediate and real impact. We see a lot of opportunity in the DC Metro Area because of its ongoing investments in its regional tech economy and its work around equity with regard to gender and race. And we're excited about building partnerships across advocacy to add to our ecosystem approach currently focused on academia, industry, and entrepreneurship." Leslie Lynn Smith, National Director GET Cities

Break Through Tech, a national initiative that began at Cornell Tech in New York City, willbring together the supply side (academia) and the demand side (industry) to build an ecosystem where more women are graduating with relevant degrees today and finding an inclusive career environment waiting for them for years to come. In Break Through Tech's founding city, the program partnered with the City University of New York, which saw an increase in the number of women pursuing computer science degrees by 61% since Break Through Tech New York launched in 2016.

Break Through Tech chose George Mason University and the University of Maryland, College Park to launch a cross-institutional collaboration with the goal of increasing women graduating with a tech degree by 12.5 percentage points at each university by 2026. Break Through Tech's immersive program will include (but is not limited to): summer programming to ignite interest in tech; new introductory computer science courses designed to encourage inclusion; innovative internship programs to provide real world experiences early in college; and the development of a networked community of women in the DC Metro Area to support, engage, and motivate one another.

"GET DC will impact an emerging tech hub that's bustling with opportunity for women and underrepresented groups in an industry that continues to trend more male and white. Break Through Tech will work towards tackling two key hurdles for women -- access and experience," says Judith Spitz, Founder and Executive Director at Break Through Tech. "Thanks to our GET Cities partner Pivotal Ventures, and Break Through Tech's additional national expansion funders Cognizant U.S. Foundation and Verizon, our program will continue to reach new hubs around the country, building a more inclusive tech economy."

"Computer science is a growing and lucrative field, yet less than 20% of computer science degrees in this country are awarded to women," George Mason University President Gregory Washington said. "George Mason is the largest producer of tech talent in Virginia, and this partnership with Break Through Tech will provide additional opportunities for women to excel in computer science, broadening the capabilities of the digital workforce."

"The University of Maryland is committed to making computing inclusive and accessible for all," said University of Maryland President Darryll J. Pines. "Break Through Tech will contribute to our efforts with programs focused on increasing the graduation rate and success of the nearly 1,000 women in our computer science and information science majors."

GET Cities will announce its third city later in 2021. To learn more about GET DC and GET Cities and to get involved, please visit: https://www.getcities.org/

About GET Cities

GET Cities is an initiative designed to accelerate the representation and leadership of women in tech through the development of inclusive tech hubs across the United States. Launched in 2020, GET Cities is led by SecondMuse and Break Through Tech, in partnership with Pivotal Ventures, the investment and incubation company created by Melinda Gates. Now in Chicago and the DC Metro Area, GET Cities will launch its third city later in 2021.

About SecondMuse

SecondMuse is an impact and innovation company that builds resilient economies by supporting entrepreneurs and the ecosystems around them. They do this by designing, developing, and implementing a mix of innovation programming and investing capital. From Singapore to San Francisco, SecondMuse programs define inspiring visions, build lasting businesses, and unite people across the globe. Over the last decade, they've designed and implemented programs on 7 continents with 600+ organizations such as NASA, The World Bank, and Nike. To find out more about how SecondMuse is positively shaping the world, visit: http://www.secondmuse.com.

About Break Through Tech

Launched at Cornell Tech, with support from Pivotal Ventures, Cognizant U.S. Foundation, and Verizon, Break Through Tech provides curriculum innovation, career access, and community building for women in tech. The program originated in 2016 as a program called Women in Technology & Entrepreneurship New York (WiTNY), created at Cornell Tech in partnership with the City University of New York (CUNY) and a broad set of industry partners. Now Break Through Tech is replicating the highly effective ecosystem model originated in New York City to increase women's representation in computing graduates across the United States. To date, the program is in New York City, Chicago, and the DC Metro Area.

Media Contact Information:

Alisha Golden Chief Public Relations Officer | Plan A[emailprotected]+1.717.982.7961

SOURCE Second Muse

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Akoya and Johns Hopkins’ Collaborative Agreement Supports Pioneering New Approach to Immunotherapy Biomarker Discovery and Validation – Business Wire

MARLBOROUGH, Mass.--(BUSINESS WIRE)--Akoya Biosciences, Inc., The Spatial Biology Company, today announced a collaboration with the Bloomberg-Kimmel Institute for Cancer Immunotherapy (BKI) and the Bloomberg Center for Physics and Astronomy at the Johns Hopkins University School of Medicine. The agreement brings together Akoyas Phenoptics multiplex immunofluorescence (mIF) platform for spatial phenotyping and Johns Hopkins AstroPath platform, an interdisciplinary team of immunologists, pathologists, oncologists, and astrophysicists focused on immuno-oncology biomarker discovery and validation. As part of the collaboration, researchers will develop, validate, and clinically implement novel spatial phenotypic signatures for immunotherapy and facilitate more effective drug development using Phenoptics technology.

Immunotherapies utilize the immune system to combat cancer and are revolutionizing the field of oncology. Despite this great progress, most patients do not respond to immunotherapy, creating a pressing need for clinically validated biomarkers that accurately predict which patients are likely to benefit from a particular treatment.

A recent multi-institutional study found that mIF, which preserves the spatial context of cellular expression and whole tissue architecture, more precisely predicts response to immunotherapy compared to gene expression profiling, tumor mutational burden (TMB), and current single-marker immunohistochemistry1. The Phenoptics mIF platform provides an end-to-end solution with the reproducibility, sensitivity, and throughput needed to overcome the biomarker challenge by turning spatial data into actionable intelligence.

The AstroPath program applies an innovative approach to analyze large mIF datasets by using celestial objectmapping algorithms to rapidly identify optimized predictive signatures. The program leverages the principles of immunology, pathology, computer science, and astronomy to lay the foundation for rapid, efficient biomarker discovery. The real power of the AstroPath platform comes from the unique combination of knowledge and skills of the principals involved Dr. Janis Taube, Director of the Division of Dermatopathology, Dr. Drew Pardoll, Director of the Bloomberg~Kimmel Institute for Cancer Immunotherapy, and Dr. Alex Szalay, Bloomberg Distinguished Professor in the Department of Computer Science, an avid astrophysicist and big data expert.

This collaboration lays out an integrated process for biomarker development from discovery to eventual clinical use. Johns Hopkins will receive support to further develop its AstroPath biomarker platform and Akoya will work with AstroPath and its partners to convert AstroPath discoveries to standardized high-throughput assays for clinical and translational studies. Together, the teams will help immuno-oncology groups within pharmaceutical and biotech companies take full advantage of biological information made available by multiplexed immunofluorescence, to accelerate development of new immunotherapies and commercialize predictive tests that can identify upfront those patients likely to respond to specific immunotherapies.

Cliff Hoyt, Vice President of Translational and Scientific Affairs at Akoya, commented, We have worked closely with the Johns Hopkins team as they have refined multiplexed immunofluorescence methods and integrated them into their AstroPath platform. This paves the way for us to rapidly explore the deep spatial biology of whole tissue sections. Now, we look forward to making this method available to researchers developing new immunotherapies and to enable better stratification of patients once new biomarkers become validated and standardized.

Through the AstroPath collaboration, we have a unique opportunity to push the limits of our Phenoptics platform in the realm of spatial tissue exploration, and broadly disseminate the discoveries and inventions from a world-leading interdisciplinary team of experts at Johns Hopkins, said Brian McKelligon, Chief Executive Officer of Akoya. The results of this collaboration could help reshape the future of immunotherapy biomarker development.

The latest findings from the AstroPath platform can be viewed in this virtual Science/AAAS presentation by Dr. Janis Taube and Dr. Alex Szalay.

About Akoya Biosciences

Akoya Biosciences, The Spatial Biology Company, offers the most comprehensive, end-to-end solutions for high-parameter tissue analysis from discovery through clinical and translational research, enabling the development of more precise therapies for immuno-oncology and other drug development applications. The company has two industry-leading platforms that empower investigators and researchers to gain a deeper understanding of complex diseases such as cancer and other immune system or neurological disorders. The CODEX system is the only benchtop platform that can efficiently quantify more than 40 biomarkers and is ideally suited for biomarker discovery. The Phenoptics platform is the only end-to-end multiplexed immunofluorescence solution with the robustness and high throughput necessary for translational research and clinical trials. For more information, please visit https://www.akoyabio.com/.

1Lu S, Stein JE, Rimm DL, et al. Comparison of biomarker modalities for predicting response to pd-1/pd-l1 checkpoint blockade: a systematic review and meta-analysis. JAMA Oncol. Published online July 18, 2019.

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Syracuse teams with Honeywell to advance air quality research | – University Business

The university's College of Engineering and Computer Science will be studying technologies that can create more healthy and more productive working environments.

Ventilation and indoor air quality have become hot topics during the COVID-19 pandemic as schools, institutions and businesses have reopened and are working to provide safer environments for those they serve.

Beyond the obvious benefits such as improved breathing and fewer airborne pollutants, improved ventilation can have a number of other perks, including increased productivity among students and workers, energy savings and potentially higher building values.

Seizing on an opportunity to further improve advances in the field, Syracuse University has launched a partnership with Honeywell to develop research on new indoor air quality technologies that might show just how impactful new technologies can be.

This is a fantastic partnership, and were excited to work with Honeywell on indoor air quality research that benefits people all over the world, said J.Cole Smith, dean of the College of Engineering and Computer Science.

TheCollege of Engineering and Computer Sciencewill be leading this initiative at its new Honeywell Indoor Air Quality Laboratory and seeking to learn how impactful ventilation is in boosting creativity and productivity and most crucially, fostering cleaner workspaces.

Indoor air quality isnt a buzz word its a critical factor in creating safer, healthier building environments, saidManish Sharma, vice president and chief technology and product officer, Honeywell Building Technologies. Our work withSyracusewill measure the performance of a variety of emerging indoor air quality technologies to not only improve occupant productivity and well-being but also help building owners understand the best solutions for different building environments and situations.

Researchers note they will be performing tests of the latest indoor air quality technologies to determine which are most effective in buildings based on how well specific sensors react to environments via HVAC controls that are driven by artificial intelligence. In turn, their results will be able to provide institutions and companies with better data about which technologies should be utilized in different environments to maximize air quality efficiency.

Ultimately, the hopes are to lessen sick days among employees, keeping them healthy and productive. The Environmental Protection Agency has noted that contaminants can be 2-5 times higher indoors than outdoors.

People typically spend 80-90% of their times indoors, and occupantexposure to the various gas, particulate and biologicalcontaminants found indoors has tremendous impactson human health, productivity and creativity, said Jensen Zhang, professor of mechanical and aerospace engineering atSyracuse University and a leader in air quality research. The Honeywell and Syracusecollaboration will lead toenergy-efficient and cost-effective approaches and technologiesto improvingindoor environmental quality and reducingthe risk of infectious disease transmission, as we look to improve social, economic and environmental conditions.

There are far more considerations that go into healthy building environments than simply rotating out and utilizing high-quality filters in HVAC systems. Comfortable humidity and temperature, the exchanges of air and chemicals in it along with technologies that can sense how busy a space is through sensors and whether or not social distancing can occur are other critical must-haves for healthy spaces in 2021.

Honeywells Healthy Buildings solutions can work in all types of commercial buildings and even those that serve campuses, such as stadiums and healthcare facilities. The technologies not only can keep those environments safer and cleaner but also can be targeted to serve buildings with higher of lower densities of foot traffic and at different times of the day.

The partnership with Syracuse hopes to raise the bar even higher on improving in all environments.

When private industry and academia team up, we can create meaningful change, said Suresh Venkatarayalu, chief technology officer at Honeywell.

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Women in STEM; contributions to Weber State and the world – The Signpost

The United Nations recognized Feb. 11 as International Day of Women and Girls in Science. This includes the achievements women make in our society today in careers related to science, technology, engineering and mathematics.

As for the history of this day, the General Assembly made it a reality in 2015. The main motive and movement of this day is to recognize and encourage women and girls entering this field.

According to the United Nations Educational, Scientific and Cultural Organization, total gender equality is a global priority, and over the past couple decades, this goal has been getting closer to being achieved.

Weber State University has its own representation of this. Jennifer Morales, a junior and double major in computer science and professional sales, is a prime example of the excellence in the Womens Tech Council with her recently acquired Student-Pathway award that acknowledges female students pursuing a career in tech.

Morales was recognized by WSU faculty, stating that she had no idea she was nominated until she was addressed as a finalist.

Morales feels very inspired to encourage others around her, especially first-generation college students like herself, to pursue this position.

While volunteering at the first Lego-League at Weber, an event where kids from elementary schools come to build robots and make obstacle courses, it had a sentimental effect on me to see the impact someone can have on young minds in tech science, Morales said.

Morales also credited Pat Dejong, her computer science advisor, as fully supporting and encouraging her from the moment she met her on her first tour of Weber State.

One recent example from the past year of how women have been accomplishing major feats in this field of work is the COVID-19 pandemic. Many individuals have been putting time in to help the world become more knowledgeable about the virus and generating the vaccine to combat the virus.

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Ime Archibong and Craig Williams to Join the Capital One Board of Directors – PRNewswire

MCLEAN, Va., March 2, 2021 /PRNewswire/ --Capital One Financial Corporation (NYSE: COF), today announced the addition of two new members to its Board of Directors. Ime Archibong, Head of New Product Experimentation (NPE) at Facebook, and Craig Williams, President of Jordan Brand at Nike, have been appointed to fill two new seats on the Board, and will stand for election by Capital One shareholders in May 2021.

Ime Archibong is Head of New Product Experimentation at Facebook where he leads an internal group of entrepreneurs building and testing new mobile applications and product experiences. Previously, Archibong was Vice President of Product Partnerships at Facebook where, for nearly a decade, he built and scaled the global team that manages strategic partnerships with consumer technology companies, platform developers, community leaders, and nonprofits.

Prior to Facebook, Archibong served in various roles at IBM, including as a software engineer working on storage systems, within the Corporate Strategy team that laid the foundation for the Smarter Cities initiative, and the Advanced Technology Business Development team supporting memory and storage research. He earned a Bachelor of Science in Computer Science and Electrical Engineering from Yale University and an MBA from the Stanford Graduate School of Business.

"When I first met Ime, his optimism and sense of possibility jumped off the screen," said Richard D. Fairbank, Chairman and CEO of Capital One. "Ime's product and partnership experience at a company that has billions of users and global reach has given him a broad understanding of the issues at the intersection of product, technology, data, and the customer experience. He brings unique perspectives to Capital One's Board that span the technology landscape as well as his deep commitment to building community and helping people understand each other. I'm sure he will make a powerful impact on our company, especially as we continue Capital One's technology and data transformation."

Craig Williams has more than 30 years of experience leading international consumer brands, business operations and strategy. He is a member of the senior executive team at Nike, where Williams serves as President of Jordan Brand. In this role, he leads the global vision, strategy and growth of its multi-billion dollar portfolio. Prior to joining Jordan Brand, Williams was Senior Vice President, The Coca-Cola Co. and President of The McDonald's Division (TMD) Worldwide, where he was responsible for leading and growing the company's strategic partnership with McDonald's in more than 100 countries.

Williams' earlier experience extends across industries, including three years with CIBA Vision Corporation focused on global marketing, seven years with Kraft Foods Inc. in brand management, and five years in the U.S. Navy as a Naval Nuclear Power Officer. Williams earned his MBA from Northwestern University and a Bachelor of Science in Physics from Benedict College.

"Craig's great judgment has been honed by more than three decades of global experience in setting visions, building brands, and driving stellar results at some of the world's most admired companies," added Fairbank. "He's a seasoned business executive who was hand-picked to lead Jordan Brand, one of the world's most iconic brands. Craig also leads with his heart as he focuses on creating inspirational opportunities to help young people worldwide reach their highest potential. Craig brings tremendous wisdom, creativity, and humanity to our Board, and we are thrilled to have him join us."

Capital One also announced today that, after 16 years of service on the company's board, Pierre Leroy is retiring from the Board effective as of the date of the 2021 Annual Meeting, in accordance with the company's retirement policy. Capital One is deeply grateful for the leadership and perspective that Mr. Leroy has provided to the Board and the company's executive management team.

About Capital OneCapital One Financial Corporation (www.capitalone.com) is a financial holding company whose subsidiaries, which include Capital One, N.A., and Capital One Bank (USA), N.A., had $305.4 billion in deposits and $421.6 billion in total assets as of December 31, 2020. Headquartered in McLean, Virginia, Capital One offers a broad spectrum of financial products and services to consumers, small businesses and commercial clients through a variety of channels. Capital One, N.A. has branches located primarily in New York, Louisiana, Texas, Maryland, Virginia, New Jersey and the District of Columbia. A Fortune 500 company, Capital One trades on the New York Stock Exchange under the symbol "COF" and is included in the S&P 100 index.

Visit Capital One Aboutfor more information.

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Tech executives testify in Solorigate hearing. Accellion breach updates. Silver Sparrow targets Macs. – The CyberWire

By the CyberWire staff

Representatives from SolarWinds, Microsoft, FireEye, and CrowdStrike testified before the US Senate Select Committee on Intelligenceregarding the Solorigate cyberespionage campaign. According to the Wall Street Journal, SolarWinds CEO Sudhakar Ramakrishna emphasized that the compromise of the company's Orion product was only one aspect of a wide-ranging campaign, and said SolarWinds is still investigating how the attackers gained initial access to its servers.

Microsoft president Brad Smith said there should be an investigation into other companies that may have been used as initial access vectors, stating, "There may be other brand-name players that may have been penetrated that not have been as forthcomingleaving policy makers and potentially customers in the dark."

CrowdStrike CEO George Kurtz blamed Microsoft's "antiquated" architecture for the failed attack against CrowdStrike. Seeking Alpha quotes Kurtz as saying, "The threat actor took advantage of systemic weaknesses in the Windows authentication architecture, allowing it to move laterally within the network. Should Microsoft address the authentication architecture limitations around Active Directory and Azure Active Directory, or shift to a different methodology entirely, a considerable threat vector would be completely eliminated from one of the worlds most widely used authentication platforms."

FireEye CEO Kevin Mandia said most of the victims targeted in the campaign "were government, consulting, technology, and telecommunications entities in North America."

Amazon was invited to the hearing but declined to attend, stating that it wasn't affected by the hack, according to Business Insider. Amazon Web Services' vice president of public policy Shannon Kellogg stated in a letter, "AWS does not use the SolarWinds Orion software and our services were not compromised in any way, which is why we did not provide formal testimony on the panel yesterday. However, we look forward to continuing our ongoing engagement with you and your committee on cyber security issues. When we learned of SolarWinds, we immediately investigated, ensured we werent affected, and provided mitigation measures to help our customers who were. We promptly shared what we learned with the FBI. Weve also provided detailed briefings to government officials, including Members of Congress and, specifically, to your committee."

Senator Susan Collins (Republican of Maine) said the Committee should "should look at next steps" if Amazon declines to participate in the future.

Are you interested in the security of space and communications?

If so, take a look at the Cosmic AES Signals & Space, where aerospace meets outer space. This monthly briefing on the cyber security of the space and SIGINT sectors covers technology, policy, market news and more. Our new issue comes out on Monday, March 1, 2021.

Cloud solutions provider Accellion has sustained a data breach that's affected dozens of the company's clients, including Kroger, Singtel, Reserve Bank of New Zealand, theAustralian Securities and Investments Commission (ASIC), the Office of the Washington State Auditor, and the University of Colorado. BleepingComputer reports that the breach was carried out by the Clop ransomware gang and the FIN11 threat actor, but the attackers didn't deploy their ransomware and instead simply threatened to release the stolen data. The attackers exploited zero-day vulnerabilities in Accellion's legacy File Transfer Appliance (FTA) product, which have since been patched. The vulnerabilities involved are tracked as CVE-2021-27101, CVE-2021-27102, CVE-2021-27103, and CVE-2021-27104. Accellion stated, "Out of approximately 300 total FTA clients, fewer than 100 were victims of the attack. Within this group, fewer than 25 appear to have suffered significant data theft."

FireEye's Mandiant unit investigated the attack and says the attackers, which Mandiant tracks as UNC2546, installed a web shell dubbed "DEWMODE" to exfiltrate the data. FireEye states, "Starting in mid-December 2020, malicious actors that Mandiant tracks as UNC2546 exploited multiple zero-day vulnerabilities in Accellions legacy File Transfer Appliance (FTA) to install a newly discovered web shell named DEWMODE. The motivation of UNC2546 was not immediately apparent, but starting in late January 2021, several organizations that had been impacted by UNC2546 in the prior month began receiving extortion emails from actors threatening to publish stolen data on the CL0P^_- LEAKS" .onion website. Some of the published victim data appears to have been stolen using the DEWMODE web shell."

The company adds, "We are currently tracking the exploitation of the zero-day Accellion FTA vulnerabilities and data theft from companies running the legacy FTA product as UNC2546, and the subsequent extortion activity as UNC2582. We have identified overlaps between UNC2582, UNC2546, and prior FIN11 operations, and we will continue to evaluate the relationships between these clusters of activity."

Canadian jet manufacturer Bombardier disclosed on Tuesday that it was affected by the breach, stating, "Forensic analysis revealed that personal and other confidential information relating to employees, customers and suppliers was compromised. Approximately 130 employees located in Costa Rica were impacted. Bombardier has been proactively contacting customers and other external stakeholders whose data was potentially compromised." ZDNet says some of the company's data has been posted, including "design documents for various Bombardier airplanes and plane parts."

Ajoint advisoryfrom authorities in Australia, New Zealand, Singapore, the UK, and the US outlines the risks of the Accellion FTA compromise and recommends risk mitigation measures. The advisory states, "This activity has impacted organizations globally, including those in Australia, New Zealand, Singapore, the United Kingdom, and the United States. Worldwide, actors have exploited the vulnerabilities to attack multiple federal and state, local, tribal, and territorial (SLTT) government organizations as well as private industry organizations including those in the medical, legal, telecommunications, finance, and energy sectors."

The alert, which is hosted on CISA's site, recommends that FTA users temporarily block internet access to and from any systems that host the software, check for evidence of malicious activity and especially for the indicators of compromise included in the alert, consider auditing FTA user accounts for unauthorized changes, reset security tokens on the system and upgrade to the latest version of the Accellion product.

For more, see the CyberWire ProPrivacy Briefing.

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Researchers at Red Canary, with help from Malwarebytes and VMware Carbon Black,uncovereda malware downloader dubbed "Silver Sparrow" that's designed to run on Apple's new M1 chips.Accordingto Malwarebytes, the malware has been detected on just under 40,000 Macs, although its purpose is unclear since it currently lacks a payload. The researchers also aren't sure how the malware is delivered. Red Canary's researchers say they "suspect that malicious search engine results direct victims to download the PKGs based on network connections from a victims browser shortly before download. In this case we cant be certain because we dont have the visibility to determine exactly what caused the download."

Red Canary concludes, "[T]he ultimate goal of this malware is a mystery. We have no way of knowing with certainty what payload would be distributed by the malware, if a payload has already been delivered and removed, or if the adversary has a future timeline for distribution....Finally, the purpose of the Mach-O binary included inside the PKG files is also a mystery. Based on the data from script execution, the binary would only run if a victim intentionally sought it out and launched it. The messages we observed of 'Hello, World!' or 'You did it!' could indicate the threat is under development in a proof-of-concept stage or that the adversary just needed an application bundle to make the package look legitimate."

AppleInsiderreportsthat Apple has revoked the developer certificates used by Silver Sparrow's author, which will prevent new infections.

For more, see the CyberWire ProResearch Briefing.

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SecurityWeekreportsthat Twitter has taken down three sets of coordinated, inauthentic accounts that separately pushed narratives in the service of Iranian, Armenian, and Russian interest. Twittercharacterizedthe takedowns as "disclosing networks of state-linked information operations."

The Iranian influence operation was principally interested in issues surrounding the US Presidential election. Based on tips Twitter began receiving from the US FBI in October, the platform "suspended a total of 238 accounts operating from Iran for various violations of our platform manipulation policies.As previously stated,the accounts had low engagement and did not make an impact on the public conversation. Today, were adding these accounts to the archive to empower independent research and analysis."

Thirty-five accounts linked to the government of Armenia were also suspended. Those had a more narrowly regional interest, and pretended to represent political figures and government officials in neighboring Azerbaijan. Some of them also misrepresented themselves as Azerbaijan news agencies. These, too, Twitter took down for violation of itsplatform manipulation policy. (As a bonus, these bogus accounts also "engaged in spammy activity to gain followers and further amplify this narrative" unfavorable to Armenia's rival, Azerbaijan.)

Finally, Twitter took down two distinct networks run by Russian operators. Sixty-nine fake accounts were "reliably tied to Russian state actors." This crew had two interests: boosting the Russian government and undermining confidence in NATO. The second takedown addressed thirty-one accounts from two distinct networks that were assessed as being run by the Internet Research Agency, a notorious troll farm based in St. Petersburg.

For more, see the CyberWire ProDisinformation Briefing.

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Due to your student or military status (active or reserve military status), you are able to subscribe to CyberWire Pro or CyberWire Pro+ at a significant discount. That means you can unlock access to our focus briefings, exclusive podcasts, quarterly analyst calls, premium articles and much more. To learn more, visithereand click on the Contact Us button in the Academic or Government & Military box.

Sunnyvale, California-based email security firmProofpointwillacquireColorado-headquartered data protection companyInteliSecurefor $62.5 million in cash, with the acquisition expected to close in March 2021. Proofpoint stated, "The acquisition of InteliSecure will add approximately 150 employees to Proofpoints growing global team and will boost Proofpoints ability to support its robust channel partner ecosystems service delivery and increase partners competitiveness by providing processes and experience from working with multiple vendors."

Texas-based cloud identity management companySailPointhasacquiredIntello, an SaaS management startup headquartered in New York City. Intello's CEO and co-founder Barak Kaufman stated, "As part of the SailPoint crew, well help to build the future of identity security, combining Intellos SaaS discovery and insights with SailPoints leading identity security platform."

French IT consulting companyAtoshasacquiredNetherlands-based managed security services providerMotiv ICT Security. Atos stated, "This move reinforces Atoss position as the 3rd worldwide Managed Security Services provider1 by strengthening the Groups local capabilities and bringing its recent investment in the Managed Detection and Response (MDR) platform, AIsaac, to Dutch customers. In addition, Motivs sovereign Security Operations Center (SOC), independently certified at the highest levels of maturity, further expands Atoss extensive network of global SOCs, a pivotal component of the Atos Prescriptive Security approach."

Irish MSP security companyKaseyahasacquiredDallas, Texas-based MDR and SOC providerRocketCyber. Kaseya stated, "RocketCyber will continue to operate as an independent business within Kaseya, led by Banzhof in Dallas, Texas. Kaseyas state-of-the-art SOCs will be located in Dallas, TX, Miami, FL and Dublin, Ireland. Additional integrations across the IT Complete suite are in development between RocketCyber and ID Agent Dark Web ID, IT Glue, Graphus and RapidFire Tools."

More business news can be found in the CyberWire ProBusiness Briefing.

Open-source web browser Brave has patched a privacy bug that was exposing users' browser histories, The Hacker Newsreports. The flaw impacted Braves privacy feature "Privacy Window with Tor," which, by relaying the user request through a network of Tor nodes, was intended to allow users to visit .onion websites without sharing the IP addresses. However, a vulnerability in the browser's CNAME ad blocker was revealing the addresses of the .onion sites to the user's ISP or DNS provider.

The US Justice Department has indicted a Serbian man, Kristijan Krstic, for allegedly running cryptocurrency scams via phony online investment platforms called "Start Options" and "B2G," stating, "In truth, the money sent by investors in Start Options and B2G allegedly was never invested and instead was laundered internationally to a Phillippines-based financial account and digital-currency wallet, and diverted to a U.S.-based promoter of the fraud. Subsequently, as alleged, the promoter transferred to Krstic approximately $7 million in investor funds from B2G and Start Options, and Krstic thereafter stopped responding to all communications and absconded with those investors funds."

A 66-year-old Missouri man has been charged a second time for Internet stalking. The US Attorneys Office for the Western District of Texas states, "Todays indictment charges [Mark Joseph] Uhlenbrock with one count of internet stalking the same victim again.The indictment alleges that from May 2020 to September 2020, Uhlenbrock used the internet to cause substantial emotional distress to a person.The conduct in this indictment occurred while Uhlenbrock was still on supervised release for his first conviction of internet stalking."

US convenience store company Wawa reached a preliminary settlement of $12 million in a class-action lawsuit over its 2019 payment card breach, Law360 reports. The proposed settlement states, "(a) Class members who did not suffer attempted or actual fraud on their payment card are eligible to receive a $5 Wawa gift card; (b) Class members who can provide reasonable proof of an actual or attempted fraudulent charge on their card after a Wawa transaction are eligible to receive a $15 Wawa gift card; and (c) Class members who can provide reasonable documentary proof of money they lost or spent out-of-pocket in connection with an actual or attempted fraudulent transaction on their payment card are eligible to reimbursement of those costs up to $500."

The Wall Street Journal reports that TikTok's corporate parent has reached a settlement in a class action suit alleging misuse of children's and teenagers' personal data. In a settlement filed in the US District Court for the Northern District of Illinois, ByteDance has agreed to pay $95 million to establish a victims' compensation fund in response to class action suits alleging that the company's TikTok social media platform violated user privacy. The Journal quotes a TikTok representative as saying, "While we disagree with the assertions, rather than go through lengthy litigation, we'd like to focus our efforts on building a safe and joyful experience for the TikTok community."

The Consumer Data Protection Act (CDPA) was passed by the Virginia house of representatives and senate last week and is expected to soon be signed into law by the governor, making it the second comprehensive privacy regulation in the US,AdExchanger reports. More stringent than the California Consumer Protection Act (CCPA), the CDPA is an opt-in law and requires clear consumer consent much like the EUs General Data Protection Regulation (GDPR).

Facebook has reversed its decision to block news content for Australian users, the BBC reports. Campbell Brown, Facebook's vice president of global news partnerships, stated, "Going forward, the government has clarified we will retain the ability to decide if news appears on Facebook so that we won't automatically be subject to forced negotiation. We have come to an agreement that will allow us to support the publishers we choose to, including small and local publishers."

The US Department of Homeland SecuritysummarizedSecretary Mayorkas" cybersecurity agenda and upcoming cyber projects, which include international outreach, domestic speaking engagements, raising FEMA grants baseline cybersecurity spend, elevating CISAs "Reduce the Risk of Ransomware" initiative, and promoting the Secret Services ransomware response capabilities. Public-private partnership, workforce development, and infrastructure renovation are additional priorities.

US President Biden signed anExecutive Orderdirecting a comprehensive review of the resilience of American supply chains. The order includes, but isn't limited to, software supply chains.

For more, see the CyberWire ProPolicy Briefing.

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Tech executives testify in Solorigate hearing. Accellion breach updates. Silver Sparrow targets Macs. - The CyberWire

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