How Technology is Changing the Security Industry
Whether you’re a security professional or you’re simply interested in the industry, it’s important to understand how technology is changing the security industry. From Applied AI to Reactive vs Proactive security, there are a number of new technologies that can change how you do your job.
5G networks projected to cover one-third of the world’s population by 2025
Several of the world’s leading cell phone operators are deploying 5G networks around the world. These technologies are designed to bring new levels of speed, efficiency, and connectivity to mobile users. Among the benefits of 5G is increased throughput, lower latency, and secure connections. In addition, 5G will improve battery efficiency for handheld devices.
The GSMA estimates that by 2025, one-third of the world’s population will have access to 5G networks. These networks will deliver a variety of wireless services, including secure connections, high-definition video backup, augmented reality applications, virtual reality applications, smart autonomous navigation, and drone delivery. These technologies are designed to work together and adapt to user needs.
As a result of the new technology, consumers will be able to experience a wider range of wireless services and a more personalized approach to consumers. These services will include 4K and 8K ultra-high-definition video, holograms, and virtual reality applications.
Applied AI promises unique opportunities for the security industry
Applied AI is not only the name of the game for monitoring and combating cybersecurity vulnerabilities, but it also promises to improve the quality of life by increasing productivity and improving transportation. As we enter the age of big data and machine learning, we are seeing increased computing power and more data sets for AI development. Moreover, advances in hardware and software have increased the speed of AI algorithms. This combination has led to a plethora of innovations in AI. For instance, AI-driven solutions can optimize natural resources management activities, maximizing carbon credits, and maximising ecosystem services. Aside from the usual suspects, AI-driven solutions also explicitly build trust through producer- and consumer-oriented methods.
The NSF is keen on AI research that is both smart and useful. To this end, the agency is planning to select new AI Research Institutes, and to award AI related prizes. To ensure that such institutes are armed with the necessary tools to succeed, the agency is providing some guidance.
AI-enabled drones and robots perform a wide range of guarding tasks
Using artificial intelligence, robots and drones perform a variety of guarding tasks that have traditionally required human intervention. In fact, there are more than 20 companies in the United States that are currently using the technology to perform guarding functions. Using AI, companies are able to make smarter decisions, improve productivity, and save money, all without taking a human life. With the right software, these robots can perform the tasks that have traditionally required a human operator, all while maintaining a high level of safety.
In terms of the AI-enabled drones, there are a myriad uses for this technology, from agricultural to security. Drones are capable of performing a wide variety of guarding tasks and are an impressive feat of technological wizardry. As such, they can make a variety of high-tech and high-cost jobs more affordable.
Reactive vs proactive security
Whether to use reactive or proactive security is a decision every business must make. In order to make a decision, the first step is to understand which approach is best suited for your organization. The second step is to determine your risk level and find the best practices to minimize that risk.
Reactive security involves putting in place a series of security measures to combat cybersecurity risks. These measures are designed to detect threats before they reach the network. They are also designed to reduce the impact of cyberattacks and protect sensitive information. Unlike proactive security measures, reactive measures do not prevent an attack from occurring, but they do help prevent the incident from happening.
A reactive security strategy works best in rare situations. For example, if your company experiences a stolen bicycle or a robbery of an apartment building, you might be able to use reactive security to recover the stolen items.
Cloud-based vs on-premise security technology
Compared to the on-premise security technology, cloud-based security solutions offer lower costs and greater flexibility. However, there are still some differences to consider. Whether you need a cloud-based or an on-premise system for your business, it is best to consider your requirements and then select the most suitable.
Cloud-based systems are based on a subscription model. This means you pay a monthly or annual fee, which includes maintenance, software upgrades, licensing, and bandwidth. You also have the option to add more users and expand storage.
Cloud-based security solutions allow you to manage your security remotely. They are also easier to scale up. They will allow you to add more users without adding extra hardware or hiring more IT staff. You also have the option to disable the service if you do not want it.