## 4 Results  
### Cyber-Attacks and Security Risks  
It is common to see attacks, including who's conducting them, which system vulnerabilities are being used, which security gaps are being targeted, and the outcomes of the attack s possible risks. These are all important considerations that need to be considered [73]. When there is a risk to the confidentiality, integrity, or accessibility of data, systems, or other resources, a security flaw occurs. Each cybersecurity event offers a different threat to an individual or organization's systems and networks. Commonly referred to as \"malware,\" malicious software is computer code created to harm a user's computer, server, or network [74]. Malware can enter a system by taking advantage of a security hole, such as when a user accidentally installs spyware by opening a malicious attachment or visiting a compromised website. Usually, the system's actual user won't be aware that this malicious program is present. Malicious software can easily access a system since there are many different ways to do it. A user may be deceived into installing malware by accessing a fake version of a valid file, going to a website known to spread malware, or connecting to an infected system or device. Another situation is when someone views malicious websites and is deceived into installing them. Any computing device is vulnerable to being infected by malicious software. Cyberattacks can target process control systems like Supervisory Control and Data Collection systems, end users, servers, and the hardware that connects them. Like the people it hurts, malicious software comes in various shapes and sizes. Examples include bot executables, Trojan horses, spyware, viruses, ransomware, and worms. Unhealthy programmed are constantly evolving and getting more complex [75]. The most cost-effective way to make long-term savings is to install efficient controls at the system's boundaries. A detection and prevention system is one type of this technology (firewall, anti-virus software). Using a security barrier, administrators can limit user access to a protected internal resource. Despite these safeguards, it is still possible for someone to misuse their access credentials. The degree of the misbehavior will determine whether a corporation uses a punishment from its accountability policy. Regrettably likely, comprehensive security strategies, access control techniques, and accountability mechanisms won't work [76]. The idea behind the Internet of Things is that everyday things may communicate with one another and other computers via the internet without the need for human interaction. Fires, break-ins, overheating, and door locks that unlock as someone approaches can all be detected and prevented with the use of Internet of Things technology. The Smart workspace system, which makes use of Telegram messengers and the on-hand AI Chabot, is made to make it easier for employees to use electronic devices at their workplaces. Remote management is possible for the office's technology [77]. Additionally, the Chabot can inform staff members whether a device can be turned on or off or remind them to turn on the fan if the temperature rises too high. By enabling workers to manage all office technology from a single internet-connected device, such as a smartphone or laptop, the Internet of Things and artificial intelligence in the workplace can help employees save money on utilities and time. The number of people using the messaging programmed Telegram Messenger is growing. There are 62 million active Telegram users right now, 15 million DAU, and 1 million new users join every week [78]. Since Telegram Messenger can be used with or without a smartphone and can also be accessed through a web browser, many people use it every day to connect with family, friends, and coworkers.