Insurance Institute for Business & Home Safety - IBHS’ Post

What does the future of the firefighting look like? Never before has this question been as interesting, but also as difficult to answer, as it is today. With the Firefighting Trendmap, we want to help you prepare for future challenges in the best possible way. Let's stay connected. 🔗 Sounds so simple and yet there is so much more behind it. Connectivity offers an incredible number of possibilities in the firefighting sector. 🔍 Operations can be carried out more efficiently and safely and information can be called up at the touch of a button. And that's just the tip of the many benefits. 🚒 At the same time, however, it is also important to consider the risks that new technologies entail. 💥 Fire services are also becoming more vulnerable when it comes to cybercrime or blackouts. Appropriate precautions must be taken here. In our Firefighting Trendmap, we have taken up all the obvious, but also potentially surprising points relating to connectivity. We highlight the advantages and disadvantages and provide tips on how to deal with them. 💡 Curious? You can find all the information here: https://bit.ly/3wc43lF #connectivity #firefighting #megatrend #FirefightingTrendmap #tendresearch #Rosenbauer

An interesting read that I stumbled across detailing the external threats to our water infrastructure nationwide. Always good to be vigilant but great to know the many failsafe's that our engineers and cities have in place to keep our drinking water safe and secure! Would love to hear what my network thinks of the warnings and potential attacks? Is there credence to it and something of serious concern? Or is this just a warning to be sure we remain vigilant?

Cyberattackers Unleash Flood of Potentially Disruptive Election-Related Activity https://lnkd.in/gZAr8UDZ Cyberattackers, Unleash, Flood, Potentially, Disruptive, Election-Related, Activity

Defend Against the Storm: Analyzing a SYN Flood Attack SYN flood attacks are a common type of denial-of-service (DoS) attack, designed to overwhelm a server by exploiting the TCP handshake process. In a normal connection, a client sends a SYN request, the server responds with a SYN-ACK, and the client finalizes with an ACK. But in a SYN flood, the attacker sends a massive number of SYN requests without completing the handshake, causing the server to keep resources tied up until it's overwhelmed. Understanding these attacks helps in implementing protections like SYN cookies and adjusting timeout settings to mitigate their impact. Stay ahead by knowing the signs of an attack and responding quickly!

When attackers flood your network with unnecessary traffic, it can cripple your systems. Understanding the nuances of ICMP Floods is vital to maintaining robust security. bit.ly/4fKlJXo NETSCOUT

When attackers flood your network with unnecessary traffic, it can cripple your systems. Understanding the nuances of ICMP Floods is vital to maintaining robust security. bit.ly/3CMhXhJ NETSCOUT

When attackers flood your network with unnecessary traffic, it can cripple your systems. Understanding the nuances of ICMP Floods is vital to maintaining robust security. bit.ly/3ZqSkMj NETSCOUT

When attackers flood your network with unnecessary traffic, it can cripple your systems. Understanding the nuances of ICMP Floods is vital to maintaining robust security. bit.ly/3OY7VwV NETSCOUT

Russian group’s hack of Texas water system sheds light on critical #OT #cyberthreats. #Cyberattacks on water systems are on the rise, with Russian state-linked #hacktivists showcasing apparent amateur intrusions. However, the recent attack on Stanton, Texas, reveals more sinister #implications. In 2024, cybersecurity threats to water utilities have surged, as #Iranian, #Chinese, and #Russian threat actors focus on targeting these vital systems. A series of joy-riding intrusions by potential Russian state-linked hacktivists in rural water systems persist, with experts highlighting the minimal harm caused by these young amateurs. Nonetheless, the potential for experienced OT hackers to exploit vulnerabilities in the nearly 52,000 local water and irrigation systems in the US and global water facilities remains a significant concern. The evolving #landscape of cyber threats highlights the importance of fortifying cybersecurity measures in #critical #infrastructure sectors to prevent potentially catastrophic incidents. #Cybersecurity #WaterSystems #OTCyberThreats

Cyberattacks on water systems are rising, with Russian state-linked “hacktivists” posting videos of seemingly amateur intrusions. But their prank-like nature belies more malicious possibilities, as a recent attack on the small Texas town of Stanton, reported here for the first time, illustrates. Cybersecurity threats to water utilities have accelerated in 2024 as Iranian, Chinese, and Russian threat actors increasingly target these critical systems. A spate of apparent joy-riding intrusions of rural water systems by could-be Russian state-linked hacktivists has continued unabated this year. Experts say these attacks, undertaken primarily by young amateurs, have caused little serious harm. But, they add, if experienced OT hackers took the reins, havoc could be wreaked on any number of the nearly 52,000 local water and irrigation systems in the US and other water facilities around the globe. One recent water system intrusion in Stanton, Texas, population 2,700, reported here for the first time, illustrates how vulnerabilities in under-resourced water facilities — the lowest-hanging fruit in the OT security space — must be addressed quickly. link in comments