Magnetometer locations ranging from on the bottom of the sea to orbiting in space constitute the first round winners of the National Geospatial-Intelligence Agency's (NGA's) MagQuest open innovation challenge. Designed to generate novel ways of measuring Earth’s magnetic field, MagQuest is offering prizes totaling $1.2 million for novel geomagnetic data collection methodologies.
The U.S. Navy is working to keep pace with its land counterparts by providing the right information, software updates and new technical capabilities to its sailors at the right place and the right time. In the case of the sea service, the right place is often out at sea and under suboptimal conditions for satellite transmissions. The right time is every moment they need it.
The Office of the Director of National Intelligence issued a special notice on May 22 seeking input from companies on advancing technologies such as artificial intelligence, data management and advanced computing to aid the intelligence community and strengthen national security. The request for information ask interested parties to respond by July 26.
The agency, or ODNI, is broadening the range of its Intelligence, Science, and Technology Partnership, known as In-STeP, to provide input on innovative capabilities that address ODNI's Intelligence Community (IC)-wide Strategic Initiatives.
ODNI’s IC-wide Strategic Initiatives include:
The FBI has a full plate: fighting public corruption, organized and white-collar crime and domestic and foreign terrorism; solving violent crimes; protecting civil rights; neutralizing national security threats, espionage and counterintelligence; and mitigating threats of weapons of mass destruction, among other responsibilities. And one part of the bureau is growing to protect the nation against cyber threats.
The National Security Agency is now sharing the source code of Ghidra, its reverse engineering tool developed by the agency’s Research Directorate in support of its cybersecurity mission. Ghidra, a suite of software analysis tools, examines complied code using capabilities such as disassembly, assembly, decompilation, graphing and scripting.
Ghidra helps analyze malicious code and malware and improves cybersecurity professionals’ understanding of potential vulnerabilities in their networks and systems. With this release, developers can now collaborate, create patches and extend the tool to fit their cybersecurity needs.
The National Geospatial-Intelligence Agency, headquartered in Springfield, Virginia, today announced the launch of MagQuest, its $1.2 million global open innovation challenge, seeking advanced approaches to geomagnetic data collection.
As the chief information officer and an assistant director of the U.S. Marshals Service, Karl Mathias spends 75 percent to 80 percent of his time on the day-to-day information technology needs of the agency. In order to focus on developing new technologies, he would rather decrease that time, by leveraging advanced technologies that can help “keep the lights on, so to speak, the circuits alive, and the laptops running, patched and secure.”
The Office of the Director of National Intelligence’s John Sherman, chief information officer (CIO) of the intelligence community, is alarmed about the shifting geopolitical forces around the world.
In his position since September 2017, Sherman is leading the flagship integration of the Intelligence Community Information Technology Enterprise, known as IC ITE (and pronounced like eyesight), which has been a six-year effort to modernize the information technology (IT) for the 17 member agencies of the intelligence community (IC).
A new strategy for U.S. intelligence looks to improve integration of counterintelligence and security efforts, increasingly address cyber threats, and have clear guidance of civil liberties, privacy and transparency. As outlined in the U.S. National Intelligence Strategy (NIS), from Director of National Intelligence (DNI) Dan Coats, the intelligence community is facing a turbulent and complex strategic environment, and as such, the community “must do things differently.”
The United States faces a “toxic mix of threats,” Dan Coats, the director of National Intelligence, testified today before the Senate Select Committee on Intelligence while unveiling the annual Worldwide Threat Assessment of the U.S. Intelligence Community.
The Intelligence Advanced Research Projects Activity (IARPA) has announced two new challenges: the Credibility Assessment Standardized Evaluation (CASE) Challenge, which seeks methods for measuring the performance of credibility assessment techniques and technologies, and the Activities in Extended Video (ActEV) Prize Challenge, which aims to develop algorithms that will monitor surveillance videos for suspicious activity.
The Intelligence Advanced Research Projects Activity (IARPA) is seeking information on research efforts in the area of machine learning with a particular focus on deep learning and in the area of cooling systems for small mobile devices.
Data from mobile device signals such as GSM may be an untapped resource for signals intelligence on the battlefield. Although the payload of a communication system is encoded, information about the nature of the communication that is included in the GSM signal is not and should not be overlooked. This information, known as metadata, could prove to be an important tool for warfighters, experts say.
Foreign influence operations against the United States and its allies are likely to proliferate as more nations with propaganda agendas learn how to exploit social media technologies, say intelligence community experts. Russia’s attempts to interfere with the 2016 U.S. presidential election are only the tip of the iceberg, and government must learn how to work with industry to counter these efforts.
A challenge to develop an intelligence app concluded with software that uses neural networks to predict social unrest around the world. Sponsored by the AFCEA Emerging Professionals in Intelligence Committee (EPIC) and the Cyber Council of the Intelligence and National Security Alliance, the challenge awarded a total of $6,000 to three firms tasked with developing a software solution to a problem currently confronted by the intelligence community.
A resurgent Russian military that has adopted an entirely different posture than its communist predecessor is posing a major military challenge to U.S. forces worldwide, according to U.S. service intelligence chiefs. Where China is boosting its military to realize its goal of global economic supremacy, Russia is focusing its force modernization to defeat the U.S. military in any setting, the flag officers said.
Across-the-board innovation is increasing the national security threat picture, and the U.S. Defense Department is preparing to respond in kind. Technology advances such as hypersonics and artificial intelligence may join macroprojects such as a new space force as peer and near-peer adversaries gear up to overcome U.S. military superiority.
Economics, crime, terrorism and technology form the basis of four major challenges confronting the U.S. intelligence community, according to its director. Dan Coats, director of national intelligence, described the causes of these challenges to a large luncheon audience on the first day of the 2018 Intelligence and National Security Summit sponsored by AFCEA International and INSA at National Harbor, Maryland.
The next sector to benefit from commercial space technology spinoffs could be the intelligence community. Facing a growing threat to its mission capabilities in orbit, the community is weighing several options to prevent adversaries from denying the use of vital systems, including national technical assets. At the same time, plans are in the works for the next generation of space-based intelligence assets.
Among the options is a greater reliance on commercial technologies to ensure space system survivability. The intelligence community is already working to exploit private-sector innovations, and future developments offer the potential to change the U.S. national security space architecture.
In the future, voice analysis of an intercepted phone call from an international terrorist to a crony could yield the caller’s age, gender, ethnicity, height, weight, health status, emotional state, educational level and socioeconomic class. Artificial intelligence-fueled voice forensics technology also may offer clues about location; room size; wall, ceiling and floor type; amount of clutter; kind of device, down to the specific model used to make the call; and possibly even facial characteristics of the caller.