Governments across the globe have long recognised the need to undertake a form of digital transformation. Many have been working for some time on transformation strategies designed to support the gradual adoption of digital technologies to increase productivity, improve efficiency, and enable better resource management.
Whatever shape these strategies took, they had one common goal – to create the next-generation digital infrastructure that would improve the delivery of services to citizens, from tailored health services and customised education to personalised administrative services and safer care for all. Two years ago, though, the pandemic changed everything.
Suddenly, governments’ mid- and long-term digital transformation objectives had become redundant. Government workforces quickly had to move to working remotely, while governments themselves had to adapt to find ways to continue delivering services to citizens. Fortunately, the wealth of digital tools available meant governments at all levels were able to shift their operations and service delivery online.
A short step
These weren’t the only things that shifted. Life under COVID changed societal expectations about how the world should work. More than half of public and private sector workers say they’d like to work from home at least three days a week now the worst of the pandemic is over, for example, while 55 percent of companies believe the pandemic has prompted a need for greater digitalisation.
To meet these expectations, governments must, once again accelerate their digital transformation strategies. Indeed, the current trend for hybrid working should be a short intermediate step toward a digital workplace.
In a digital workplace, advanced data and digital technologies will enable greater collaboration and communication among government employees, as well as between governments and citizens. This, in turn, will support new, more innovative, agile and – importantly – participatory forms of governing and delivering public services.
The European Commission explains that the digital workplace “will provide staff with the right IT tools, platforms, and services, enabling users to work and collaborate anywhere, anytime with fit-for-purpose security, and optimising their work experience and productivity. It will be adaptive and flexible to incorporate different types of users, new behaviours, and new technologies.”
Employees will use a single platform for unified communications, collaboration, mail, calendar and task management tools, all of which will be accessible from wherever – and whenever – people choose to work. Ultimately, the digital workplace will allow employees to work more flexibly, with the autonomy they need to work in a way that suits them best.
Achieving the benefits offered by the digital workplace means looking beyond immediate requirements for hybrid working, to ensure governments are in a position to meet the expectations of workers and citizens alike – long after the health crisis has become a distant memory. To this end, the Organisation for Economic Cooperation and Development (OECD) suggests that creating the digital workplace requires the full digitalisation of the public sector.
This digitalisation should apply as much as to external government processes as to internal operations. Self-serve digital portals should become standard for most government services that don’t require citizens to connect directly with government employees. This way, citizens will be able to access the services they need more quickly, from wherever they are, and whenever they need them.
And in those cases where citizens do have to connect to a government employee, those employees will have the digital tools they need to access information and respond to questions and requests in real time – a much better experience for both parties.
The evolution to a digital workplace will not be without its challenges, however.
Without the right technologies and digital tools, no digitalisation effort will ever reach its full potential. Governments must therefore consider a variety of technological challenges.
It’s vital, for instance, to ensure that employees and citizens always have secure access to applications and important data wherever they are via public, private, or hybrid cloud environments. Robust connectivity is essential, too, if employees and citizens are to have access to the network, applications, and data that power the digital workplace. IT silos, created over time by dividing responsibilities among multiple internal teams for desktop tools, citizen interfaces, and network and communications services, must be streamlined if they are to operate with any efficiency. And, of course, these must be protected at every point throughout the communication and collaboration process.
By addressing such challenges, governments can build a robust technology foundation for a digital workplace that will meet the needs of employees and enable them to deliver on the service expectations of citizens.
Building a foundation
Enabling efficient and effective communications and collaboration should be the overarching goal of any technology foundation upon which a government can build a digital workplace. But, if this foundation comprises multiple disparate elements, it won’t provide the seamless technology integration needed to support not only the organisation’s immediate requirements, but also a smooth transition to more complex workplaces in the future.
The ideal technology foundation should streamline communications between employees and allow more efficient communications with citizens. A single integrated environment is the right foundation for integrating speciality applications and enhancing communications with services such as common calendars and directories, chatbots, and more complex AI-powered cognitive technology.
Wired and wireless connectivity is a given, allowing both employees and citizens to access the networks that enable connections, support advanced applications, and facilitate the flow of information. But governments must also provide inclusive technology for those citizens who may not have the tools necessary for accessing digital services. This may involve the creation of publicly available digital access points – kiosks or service locations equipped with tablets or computers citizens can use to connect with government services.
And the entire communications and collaboration environment must be underpinned by ubiquitous advanced security practices, policies, and procedures, constantly updated to protect the network and the data it holds from potential intrusions – at every step of the value chain.
The pandemic had a significant impact on digital transformation in the public sector. Long-planned strategies were put on hold to ensure ‘business as usual’. And now, as life returns to normal, and organisations everywhere adopt hybrid working practices, it looks as though that impact is irrevocable. Governments should consider it an evolutionary step. The future of the public sector lies in the digital workplace. By overcoming potential challenges now, governments and citizens will enjoy more efficient and effective service delivery for the good of all.
How Computer Vision Paired with AR Can Be Used for Navigation Aide
AR and computer vision in navigation have become significant for automotive industries to provide information about movements in different places.
The future of driving may be the driverless car. AR and computer vision in navigation are being preferred by some automotive companies lately. One of the most popular brands in this segment is Tesla. The company has been focusing on developing autonomous electric vehicles for the past few years and has now set its eyes on a new frontier – augmented reality.
How Computers Interpret The World And What’s Different With Augmented Reality
Augmented reality is a computer-generated, interactive experience of a real-world environment, where the objects that reside in the real world are “augmented” by computer-generated perceptual information. Using augmented reality in navigation will help to know the real world by adding virtual components to them where the virtual objects comprehend and follow the real-world physics. Augmented reality differs from virtual reality because it interacts with the natural world and not just an artificial environment. Augmented reality relates virtual reality with real-world physics and comprehends the physics rules so they can be connected to objects. The use of AR and computer vision in navigation will help people traverse through the maps and find the exact location they are looking in the form of signs, symbols, and landmarks. Let’s explore this further in detail.
How Computer Vision is Used in Maps to Create Navigation Aids in Real Time
Computer vision is a type of artificial intelligence that helps create navigation aids in real-time. Computer vision application in maps has been around for a while now. Still, it has grown exponentially over the past few years. It can track the user’s location and orientation to provide directions. It can also help with other tasks like detecting traffic, locating parking spaces, and identifying objects of interest.
AR and Computer Vision in Navigation in Vehicles – The Future of Driving?
Tesla’s CEO Elon Musk has revealed that they are working on a new feature called “Tesla Vision,” which would allow drivers to see important information about their surroundings, such as signs, traffic lights, and pedestrians, in real-time by overlaying it onto their windshields. Drivers can navigate through any environment with just one camera sensor. This technology can also warn drivers about potential accidents and dangers or even take control of the vehicle if necessary.
The Future of Navigation Is Here and It’s Promising
In the future, AR and computer vision will be more helpful to the users by providing ideas about which road to take for driving or which place is available for parking. AR and computer vision are likely to be used most commonly for navigation in the future. AR and computer vision in navigation is the future as they will make our lives easier and more productive.
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