Artificial Intelligence is being implemented across government to modernize and automate traditional manual processes. For many organizations, this means taking paper-based, tedious, error-prone tasks and turning them over to a machine for automated completion. Beyond using AI to hand off tasks best completed by machines -- those that are rote and repetitive -- agencies are also looking at ways to introduce the technology into already complex human-driven activities to make them even more effective and efficient.
Researchers at Dartmouth College's Department of Computer Science have taken a technique that proved valuable in WWII and applied AI to extend the usefulness of the method. A canary trap is a technique that plants different instances of false information in documents. If one of those documents is leaked, the canary will "sing," identifying the leaker. For example, in WWII British intelligence agents planted false documents on a corpse to trick Nazi Germany into preparing for an assault on Greece while the Allies invaded Sicily. The team at Dartmouth created a modern version, WE-FORGE, that plants different instances of false information in documents. The process is relatively simple when creating a small number of variations in a handful of documents, but to extend it to large scientific or technical documents, AI is essential. WE-FORGE uses natural language processing to generate multiple fake files that are believable yet incorrect.
Human Resources (HR) in government has always been complex. From very specific hiring criteria to security clearances to battling the stereotypes of government work, it's never been a task for the faint of heart. Then came a global pandemic. HR departments had to quickly pivot to serve a remote workforce and find ways to continue filling positions critical to the government response to COVID-19.
To meet the needs of a remote workforce, HR needed a clear understanding of every job function within the organization to help guide employees on how to adapt their processes to complete that work remotely. It also meant ensuring that employees had the technology they needed to complete their work at home. As new laptops and software were issued, HR and IT had to work together to distribute and track the flow of new technology. As if serving existing employees was not enough, agencies also had to continue recruiting and hiring.
It has not all been easy or smooth, but a Monster.com survey found that 100% of agencies reported they implemented new remote hiring processes. This included virtual onboarding, virtual interviews, electronic signatures, and virtual oath of office.
Beyond the immediate needs of transforming office workers into remote workers, government HR professionals have several other overarching challenges to contend with. Continue reading →
State and local agencies are home to some of the most innovative ideas in government. Their use of artificial intelligence (AI) is no exception. Localities are embracing AI as a way to make sense of all the data they hold to better understand how citizens are using their services and where gaps may exist. A survey from the National Association of State Chief Information Officers (NASCIO) released in the fall of 2019 found that 32% of those surveyed "strongly agreed" that AI and related technologies can help them meet citizen demands and improve operations. Specifically, the survey found that nearly 50% of respondents planned to use AI as a way to shift workers away from rote tasks and toward high-value activities.
Taking a look around the country, we see some interesting applications of AI at the state and local level.
The U.S. Federal government is the single largest employer in the country (even just counting civilian employees, not military). With the size and scope of work involved in running our government programs, this community of over two million people is incredibly diverse, but there are some commonalities in terms of workforce challenges and concerns.
Automation - There is a real fear as digital initiatives become routine and administrative tasks are automated, machines will take over the work of humans. However, workforce and technology leaders have said over and over this is simply not the reality. Yes, certain tasks that people used to do will be handled by machines, but that shift frees up those same people to do other, more valuable work. The government is committed to "reskilling" the workforce to be able to rise to these new, more innately human tasks and, in turn, expect to see increased job satisfaction as people move from rote, mundane tasks, to activity that has a closer connection to the mission of the organization they work for.
Relocation - The military has grown accustomed to the BRAC process as bases are closed or their use changes to better support the realities of global defense. However, relocation is now a reality for the civilian workforce. With telework and remote workforces now better enabled, it is not as critical that all workers are located in Washington, DC. The government, including the Department of Agriculture and the Department of the Interior, has been looking for ways to consolidate operations in areas that are more central to the constituents they serve and are in areas of the country with lower real estate prices and cost of living.
Stability - Once thought to be the most stable of jobs, recent spending impasses and resulting government shutdowns have left one in four government workers worried about the impact a shutdown would have on their life.
Implementations and pilots of blockchain continue across government. The benefits of blockchain, including decentralization, immutability, security, and transparency, are appealing in government as they relate directly to mandates around security, privacy, and data openness. It is these needs that will drive further acceptance and use of blockchain.
As this article points out, innovation is not found in just one technology alone - it is a combination of inventions that when used together toward a specific goal create a new way of doing something. The example cited is the airplane. Human flight was made possible by the desire to travel faster and the combination of technologies and discoveries such as the gasoline engine and aerodynamics. Similarly, the goal of peer-to-peer transactions powered by blockchain will be achieved when the technology is combined with other innovations and processes. Some early successes fueling the wide application of blockchain include: