With many of us using our faces to "open" our phones, biometric technology has become an everyday consumer technology. Capitalizing on the comfort and ease of use of facial recognition, government agencies are looking to incorporate it (and other biometric methods) into their modern cybersecurity plans and approaches but are realizing implementation in a government setting raises a host of complications.
While the focus of government modernization has been transitioning government into the Cloud, NASA and Space Force have their sights set even further. Both organizations are focused on bringing "new knowledge and opportunities back to Earth."
Show Me the Data!
Data is critical to that mission. Using data, NASA leaders have set a goal to accelerate the time it takes to release innovations to the market by 25%. This data use challenge is common across government, and becomes even more complex when you have to get data from where it is to where it's needed and that movement involves data coming from space.
Being a new agency, Space Force is able to implement many digital born systems, but working with legacy data and systems is a constant challenge that requires innovative thinking. Critical to this is understanding a technology's application to a specific mission and effectively communicating its impact to leaders to help reduce barriers to changing "how it's always been done."
Pandemic-necessitated remote work and increased reliance on online apps and sites for routine everyday tasks like shopping and transportation showed us that Internet connection is a critical utility. It also proved that getting connected is not enough -- the speed and quality of that connection have a huge impact on how we carry out day-to-day activities. In a timely coincidence, this reliance on connectivity comes at a time when networks are improving their service to supply that exact speed and reliability.
Introducing a Whole New Level of Speed: 5G
5G promises to be faster with less latency when connecting to the network. The speeds afforded by 5G mean that visions for smart, connected cities can be logistically achieved as 5G networks will be better able to handle more users, lots of sensors, and heavy traffic. The Department of Veterans Affairs is already tapping into 5G to allow doctors to use augmented reality to look at and manipulate large imaging files, like MRIs or CT scans.
Artificial Intelligence (AI) allows tasks that typically require human intelligence to be completed at machine speed. For government agencies, this means that they can make better use of the troves of data they hold for daily decision making, strategic planning, and citizen service.
Protecting the Bat Population
Bats are a critical part of the natural ecosystems as pollinators and in their role of natural insect extermination. However, many bats are at risk due to habitat loss. When they lose their natural habitat, many take to bridges as a new home, causing potential damage and even posing health hazards.
The Department of Veterans Affairs (VA) is keenly focused on improving the healthcare and general services that support our military veterans. Incumbent on these improvements is the integration of leading edge technologies that digitize and automate processes for efficiency along with important security enhancements.
ONE: Implementation of Electronic Health Records
The Department's efforts to modernize the way they store and access records for the nine million veterans they care for into a comprehensive electronic system has been well documented. These efforts involve upgrading all 1200+ VA facilities' existing systems to ensure better continuity of care, and are currently focused on moving EHR data to a cloud system that will be interoperable with the Military Health System. The ultimate goal is to ensure service members can seamlessly and digitally transition from DOD to VA health care, instead of needing to carry around stacks of paper forms as is current practice.