Your Apple ID is valuable to hackers because, if compromised, someone could use it to access your sensitive accounts, important documents, private photos and more. Signs that your Apple ID may be hacked include receiving emails from Apple about a new login, being locked out of your Apple device or iCloud account, getting notifications of account changes or noticing unfamiliar charges from Apple on your bank statements.

It's not a new technique, but that doesn't mean that cybercriminals cannot make rich rewards from SEO poisoning. SEO poisoning is the dark art of manipulating search engines to ensure that malware-laced adverts and dangerous websites appear high on users' results - often impersonating legitimate businesses and organisations. But the simplest way of all to get a malicious website in front of a potential victim is to create a Google advertising account, and buy your way to the top of the search results.

The rapid evolution of the Internet of Things (IoT) and Operational Technology (OT) is transforming industries, especially in critical sectors like healthcare. While these innovations promise enhanced efficiency and connectivity, they also expose organisations to a broader and more complex cybersecurity threat landscape. With quantum computing on the horizon, the stakes have never been higher.

An Internet Protocol (IP) address is a unique series of numbers that identifies your device on the internet or the network it’s connected to. IP is a set of rules that determines how data is formatted when sent through the internet or a local network. Therefore, an IP address allows information to be transmitted on a network and distinguishes between various devices on the internet. You will typically see an IP address as a set of four numbers ranging from 0 to 255, separated by periods.

As 2024 comes to a close, we went around the room and asked some of Trustwave’s top executives what cybersecurity issues and technology they saw playing a prominent role in 2025. Over the next several weeks their thoughts will be posted here, so please read on and stay tuned! As artificial intelligence (AI) continues to advance, its applications in cybersecurity will become more prominent and will spark conversations around its potential and its risks.

For digital asset businesses, the increased clarity in the global regulatory landscape, driven by frameworks like MiCA and DORA in the EU and from the Hong Kong SFC and Monetary Authority, has been a welcome evolution. It also means that internal and external compliance requirements are growing more complex to manage as digital asset businesses consider expansion strategies and the need to streamline operational plans.

How does the exponential advancement of technology impact the security landscape? It makes managing the fundamental risk of the technology, the software, exponentially more complex. From AI accelerating risky code production to cloud infrastructure increasing the attack surface, the world of application risk management is enduring a rapid transformation that needs immediate attention.

The use of version control systems, continuous integration (CI), container services, and other tools in software development have enabled developers to ship code more quickly and efficiently. However, as organizations expand their build and packaging ecosystems, they also increase the number of entry points for malicious code injections that can ultimately make their way to production environments.

As we embrace a connected world where machines have literal and figurative voices, we stand at the confluence of opportunity and responsibility. The IoT and OT landscape continues to evolve rapidly, bridging the physical and digital worlds. However, as Miguel Morales aptly highlighted during the Device Authority Virtual Summit 2024, the promise of IoT hinges on one critical factor: trust.