Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

As ransomware strains hospital operations and supply‑chain attacks target energy grids, Australia’s public and regulated sectors need proven cyber resilience. At the heart of most breaches lie human error and weak identity controls, making the Infosec Registered Assessors Program (IRAP) assessment program the gold standard for moving sensitive workloads to the cloud.

In the first half of 2024, 7.78M attacks hit the UK, driven by AI-fueled threats and persistent exposure. Even with Zero-Trust, human error and zero days can still risk an AI-powered breach. Penetration testing is crucial but with 50+ providers, who can you trust?

AI is transforming the way we work. There are immense opportunities for automation, intelligent decision-making, and productivity gains. This transformation is a tremendous opportunity, but it also comes with tremendous responsibility, especially when security is involved. For example, AI systems can now act on behalf of users, access sensitive data across tools, and make decisions without oversight, all of which have security implications.

The UK will ban public bodies from paying ransoms and introduce new reporting rules for ransomware incidents. Public sector organisations must prepare to recover without paying. Private firms must notify the government if they plan to pay. Attackers may shift focus to private targets and use data leaks over encryption. Organisations need better visibility, response readiness, and tested recovery plans. Payment is no longer a fallback.

Last year, Mexico was hit with 324 billion attempted cyberattacks, lending credence to the World Economic Forum's report that the country is the recipient of more than half of all cyber threats in Latin America. This does not bode well for the nation projected to rank 15th in world economies this year. The imperative is clear: Mexico and the businesses it supports need to bolster cybersecurity measures to withstand the disproportionate amount of cyber incidents they may be facing in the next 12 months.

Learn why deterministic security remains essential in an AI-driven world and how GitGuardian combines probability and proof for safe, auditable development.

As organizations move to the cloud, ensuring robust data security and privacy controls has become a top priority. Encryption is crucial for any organization’s cloud security and data sovereignty strategy; however, who controls the encryption keys can significantly affect the effectiveness of these measures.

Artificial intelligence (AI) is not a new concept or technology in the world of cybersecurity. It’s been iterated and utilized by security professionals for decades. But as both cybersecurity technology and cyber threats continue to advance, AI is being adopted by organizations at a rapid pace, all of whom seek to harness AI’s power to automate, advance, and empower their security.

Enterprises deploying AI agents and LLMs often look to prompt scanning as their first line of defense against privacy and security breaches. The idea is simple: analyze the text of the user’s prompt before it reaches the model, detect it for sensitive keywords or patterns, and block the sensitive words that may trigger a security or compliance issue. Enterprises thought this was a safe around, till they walked into unexpected issues.

To keep pace with rapidly evolving threats and the decreasing breakout times of attackers, the LevelBlue security operations team leverages multiple tools and key partnerships to shorten the time between detection and response. Below are some examples of the tools used by our SOC and some of the circumstances in which each tool would be used.