The Department of Defense (DoD) Information Analysis Center’s (IAC) Cybersecurity Technical Area Task (TAT) awarded $37 million to MacAulay-Brown, Incorporated of Dayton, Ohio. Under the task order, the company will provide cybersecurity and information systems support to the Air Force Research Laboratory's (AFRL's) Enterprise Business System (EBS).
A lightning strike last year delivered a new way for Marianne Bailey, the National Security Agency’s new deputy national manager for national security systems, to illuminate the cybersecurity threat.
The bolt burned Bailey’s house, and the burglar alarm was one of the last items she replaced. “The poor burglar alarm guy was telling me about all this great capability where I can get this thing on my smartphone, and I can turn it on and turn it off,” she relates.
Her response: “I want the dumb one that’s not connected to Wi-Fi.”
Cutting the communications cord is a goal of the U.S. Special Operations Command as it prepares for missions against a new type of foe. The command is not looking to sever ties with its forces in the field, but instead wants to give them broad-based connectivity to function without being restricted by either environment or operating partner.
By 2025, an estimated 75 billion or more devices will be connected via the Internet. While the ability to access data on any device from any device multiplies productivity exponentially, it also creates unforeseeable vulnerabilities that organizations are only beginning to understand.
Last year’s Mirai botnet distributed denial-of-service attack, which infected millions of devices, demonstrates the multifaceted challenges federal agencies and private-sector companies face when securing their devices and networks. These challenges will only continue to grow both inside and outside of these domains.
A civilian reserve cyber corps deserves strong consideration as a way to add more capacity to the cyber work force, which the nation has struggled to do for a number of years. The Civil Reserve Air Fleet (CRAF) could serve as a model for the corps and ultimately help the U.S. government and the Defense Department shore up their shortfall of cyber resources.
AFCEA will host its first Cyber Education, Research and Training Symposium January 17-18 in Augusta, Georgia. The much-anticipated event, also known as CERTS, will connect military and agency stakeholders with solution providers from academia, business and research centers.
CERTS will feature keynote speakers, panels and breakout sessions promoting discussion between operators and supporting professionals. Featured speakers include Col. Andrew O. Hall, USA, director, Army Cyber Institute; Michael Hudson, deputy director, J-7, U.S. Cyber Command; and Lt. Gen. Paul Nakasone, USA, commanding general, Army Cyber Command.
After analyzing lessons learned from a delay-riddled transition to Networx, where a 33-month long process resulted in a costly overrun of about $395 million, the General Services Administration (GSA) came well prepared to make the Enterprise Infrastructure Solutions (EIS) contract transition a much smoother process.
The worldwide cyber conflict is only going to increase and the risks and devastating economic impacts will continue to mount. The United States and other "like-minded" countries must spring into action, increase their cyber warfare capabilities, put in place national cyber policies and promulgate stronger international cyber laws to fend off aggressive cyber actors, warned experts at the CyConUS 2017 conference in Washington, D.C., on November 7. The event was co-hosted by the Army Cyber Institute, West Point and the NATO Cooperative Cyber Defence Centre of Excellence (CCDCOE), Tallinn, Estonia.
The Department of Defense (DOD) Operational Test and Evaluation Fiscal Year 2016 Annual Report indicates that while there has been significant cybersecurity progress over the past few years, network defense as a warfighting function continues to be undervalued.
Despite the department’s concerted and progressive network modernization efforts, many networks are built on outdated legacy architectures that were never designed to address the challenges posed by continually evolving threat vectors. Neither agile nor flexible enough to be able to adjust, they are vulnerable to the security risks posed by increasingly intelligent, nimble and enterprising hackers.
The Department of Homeland Security’s (DHS’) Office of Inspector General (OIG) says the department needs to improve how it facilitates cyberthreat information sharing between federal government agencies and the private sector. Although the OIG acknowledges DHS’ progress in enabling sharing among government entities, the department’s system still focuses on volume, velocity and timeliness of information but does not provide the quality, contextual data needed for the private sector to effectively defend against ever-evolving threats.
The Defense Information Systems Agency (DISA) is touting the potential benefits of light fidelity (Li-Fi) technology, a form of wireless, light-based communications. Li-Fi is expected to be more resistant to electronic signature detectors and therefore, less susceptible to electronic warfare techniques.
Lt. Gen. Alan Lynn, USA, the DISA director, stressed the need for the technology during the agency’s November 6 forecast to industry.
He also emphasized the need for software-defined networking, which Gen. Lynn said is inexpensive and versatile. He described a scenario in which warfighters will be able to hop from one network to the next, similar to radios that hop from one frequency to another.
The government’s effort to balance cybersecurity with continued innovation was underscored last year with the publication of the Commission on Enhancing National Cybersecurity’s Report on Securing and Growing the Digital Economy. The report included key recommendations for cybersecurity enhancements, while also serving as a sobering reminder that “many organizations and individuals still fail to do the basics” when it comes to security.
The United States should not underestimate the ability of terrorist organizations such as ISIS to mount cyber attacks against the homeland, says John Mulligan, former deputy director of the National Counterterrorism Center. As the nation works to shrink territorial control of the caliphate in Iraq and Syria, the battlefront extends virtually to the cyber domain, and America must be prepared.
It is essential to learn from cyber attacks conducted by state and nonstate actors to define resilience for cybersecurity or cyber terrorism. "We need to develop a threat model for cyber resilience. We have to be prudent to distinguish between cyber warfare and cyber terrorism," said Anita T. Abbott, Ph.D., director, adjunct professor, Global Partnership and Development Ltd., during the TechNet Asia-Pacific conference.
The U.S. Defense Information Systems Agency (DISA) has awarded a $163 million task order to SRA International, a subsidiary of CSRA Inc. The award directs CSRA to support DISA’s endpoint security solution integrator support effort under the General Services Administration’s Alliant Government-wide Acquisition Contract, the company announced.
Experimentation is moving to the fore in cyberspace as the U.S. Army seeks to strengthen offensive and defensive cyber forces. This effort is complicated by the inclusion of electronic warfare in a realm that used to belong to signal professionals. With cyberspace maturing as a battle domain, Army experts are exploring cyber modeling and simulation as a key element of their new experimentation approach.
A number of emerging technologies, including integrated photonics, microdrones and automation tools, will drive an improved perception of available electromagnetic spectrum by U.S. warfighters and enhanced effectiveness in electronic warfare, says William Conley, deputy director, electronic warfare, Office of the Undersecretary of Defense for Acquisition, Technology and Logistics.
William Conley has a long to-do list.
He serves on the U.S. Defense Department’s Electronic Warfare (EW) Executive Committee, which helped draft the department’s EW strategy, signed earlier this year. Now, the deputy director of electronic warfare in the Office of the Undersecretary of Defense for Acquisition, Technology and Logistics is helping to put together an implementation plan for that strategy, which he expects to be signed in the spring.
U.S. Defense Department researchers are testing cognitive electronic warfare technologies that within the next decade could autonomously counter adversary systems without preprogramming. The capability may allow the military to eclipse its adversaries in the electronic warfare domain.
Three closely related Defense Advanced Research Projects Agency (DARPA) programs apply artificial intelligence to the electromagnetic spectrum and will likely result in electronic warfare (EW) systems with unprecedented autonomy. The first two—Adaptive Radar Countermeasures (ARC) and Behavioral Learning for Adaptive Electronic Warfare (BLADE) are considered sister programs. Both apply artificial intelligence, or AI, to EW systems.
Today, government agency leaders have been tasked to identify and follow multiple modernization initiatives with the possibility of driving private-sector customizations and delivery practices and the associated business efficiencies into the public sector.