Emerging Technologies...the Impact

Emerging technologies rapidly transform our world. The impact on the economy and industry is undeniable. The world saw an example after the early failure of ChatGPT's competitor Google's LaMDA. Moving more into a world always connected and digitized with AR and AI, the Neuralink. These technologies and future technologies have the potential to revolutionize various sectors, including healthcare, manufacturing, transportation, and finance.

One of the most significant concerns related to these emerging technologies is their impact on cybersecurity. As we become more reliant on technology, we become more vulnerable to cyber threats. Here, we will discuss some of the most prominent emerging technologies' impacts, focusing on cybersecurity.

Artificial Intelligence (AI) has the potential to transform the economy and industry by automating tasks that humans once performed. This technology can help businesses streamline their operations and reduce costs. However, the increasing use of AI poses significant risks to cybersecurity as malicious hackers can use AI algorithms to find vulnerabilities in networks and systems, making it easier for them to launch attacks.

The Internet of Things (IoT) refers to a network of interconnected devices connected to the internet and thus posing the risk of adding an endpoint and increasing cybersecurity needs. These devices communicate with each other but also transmit the data to a 3rd Party, which is one primary concern of IoT. It has revolutionized several industries, including healthcare, transportation, and manufacturing. However, the increasing use of IoT devices also increases the risk of cyber attacks. Hackers can exploit vulnerabilities in IoT devices to access sensitive data, such as medical records or financial information. Threat groups use these devices as a foothold for launching further attacks.

Blockchains are typically decentralized ledgers that can record transactions securely. This technology can transform various industries, including finance, healthcare, and logistics. The use of blockchain technology can increase transparency and reduce fraud. However, blockchains and associated technologies are not immune to cyber-attacks. Hackers can exploit vulnerabilities in blockchain networks to steal data or disrupt transactions.

5G Networks are the latest generation of mobile networks. These networks offer faster speeds and lower latency, enabling new applications and services. Within bigger cities, the technology changes to 5G+ (ATT), 5G UC (TMO), and 5G UW (VZ), bringing internet and often better speed into the palm of your hand everywhere, with full mobility around the specialized transmitters. However, using 5G networks also increases the risk of cyber attacks. As more devices connect to 5G networks, the attack surface also increases, making it easier for hackers to launch attacks.

Quantum Computing is a machine using quantum-mechanical phenomena (physics). Some proven theorems used are ideas s superposition and entanglement to perform calculations and allow for wireless networking. This technology has the potential to revolutionize almost every industry in the world. However, quantum computing poses a significant cybersecurity threat and can easily break traditional encryption methods. They do this by exponentially increasing the mathematical processing power of the computer by giving it Schrodinger's Cat. In other words, using the Qubit, a bit that is both 0 and 1, as the theory of Quantum Mechanics states, at no point will the answer be either but both at a given time, especially when confronted with a complex problem. To conclude, Quantum computers' detriment to the world is the ability to make it easier for hackers or nation-states to steal sensitive data.

Another emerging technology is advancements in Quantum Entanglement (QE for repeat purposes in this paper). Defined as the strong correlation between two or more quantum particles, where the state of each particle is only defined once observed or measured. The interaction with one particle instantly determines the other's; the particles remain identical no matter how far apart. QE has important implications for applications such as cybersecurity quantum and cryptography when using Quantum Computers.

?Quantum Entanglement will be fundamental in the networks of the future. Future networks will not require external wiring for connectivity. The transmission lines through the entanglement process are unnecessary from destination to destination. Entangled quantum particle devices allow something occurring on one device to be on the partner device instantly. This change will enable instantaneous transmission of information from one device to the other without wires or any method that can be manipulated or deciphered. With quantum entanglement, the particles act like the same particle once entangled with a transmission speed faster than the speed of light, the 'spooky action at a distance,' as Einstein called this phenomenon. The travel between these atoms breaks the laws of physics as we currently understand them. Photon speed, or the speed of light, is the fastest known travel unit. How are these transmissions occurring, what are they using as the travel medium, and is it universal travel between dimensions? All valid questions, ALL unknown.??

Networks can use QE to enable secure communication between parties by allowing them to distribute encryption keys. It is known as quantum key distribution (QKD), and it could significantly enhance the security of computer networks. QKD is the version of this technology in testing, development, and cheapest implementation. The lower cost results from the technology's ability to utilize existing technologies and computer networks. Less hardware, training, setup, and thus work hours for many lower install or upgrade expenses and operating expenses. The change replaces the current key distribution, eliminating tracing, capturing, deciphering, or ever intercepting the data unless the malicious actor has access to either machine that makes up the distribution network.???

?QE and other quantum advancements allow for the further development of quantum networks and their design. Quantum entanglement can enable Quantum Teleportation (QT), which transfers quantum states from one location to another without physically moving the particles that carry the information. Networks that can use these entangled devices for secure communication and distributed computing will increase cybersecurity and the protection of networks.

?Quantum entanglement is at the heart of Quantum Computing, which has the potential to revolutionize computer networks by enabling faster and more efficient processing of certain types of problems. Quantum Computers use entangled qubits to perform calculations beyond classical computers' capabilities and could be used to optimize complex networks, simulate complex systems and architectures, and improve cryptography.

?Quantum Entanglement will improve computer networks' security, efficiency, and capabilities. QE is an active area of research in Quantum Information Science (QIS). However, many technical challenges still need to be overcome before the realization of these technologies, with the current largest being error correction, causing a lack of accuracy in the results.

Emerging technologies transforming the economy and industry are released now almost daily. However, their impact on cybersecurity needs to addressing today as it is time to end the cycle we have faced for years. As more businesses adopt these technologies, it is essential for cybersecurity. The emergence of AI in the world allows for implementing robust encryption methods, conducting regular vulnerability assessments, and training employees to identify and respond to cyber threats. By taking these steps, we can enjoy the benefits of emerging technologies while minimizing the risk of cyber attacks.

In conclusion, emerging technologies can instantaneously transform the economy and entire industries. However, the impact on cybersecurity, if ignored, will be brief. Use Microsoft's investment in OpenAI as an example of the future of Cybersecurity and Programming. For 25+ years, Microsoft Security was critiqued heavily due to the; lack of proper implementation. Think of an AI system like GPT -4's capabilities aiding the Microsoft Sentinel product. It will be done and will be a whole new game-changing technology. The more advanced the competition like Darktrace or Bitdefender has become will pale. As more businesses adopt these technologies, AI, it is essential to take steps to ensure their cybersecurity. Due to these advancements, future business can include implementing robust encryption methods, conducting regular vulnerability assessments, including active red teaming, and training employees. For example, identifying and responding to cyber threats instantly and the top security minds implementing the protection or vulnerability into any use from detection to mitigation, but with it implemented, the second should be extremely rare. By taking these steps, we can enjoy the benefits of emerging technologies while minimizing the risk of cyber attacks.