Quantum computing poses a significant threat to current encryption systems, making sensitive data vulnerable to future decryption by cybercriminals using "harvest now, decrypt later" tactics. To mitigate this risk, organizations must adopt post-quantum cryptography (PQC) standards, such as those developed by NIST, and integrate them into their data infrastructure to ensure long-term security and maintain trust in a quantum-powered future.
The annual AUSCERT conference, a major gathering for cybersecurity professionals, industry leaders, and academics, unfolded last week at the Star Casino on the sunny Gold ...
The nature of corporate risk in Australia is evolving rapidly at a strategic, reputational, and liability level. As the next five years shape up to be even more disruptive in ...
Louise Hanna has witnessed and sailed many seas towards the evolution of cybersecurity from the inside out. Now General Manager at Excite Cyber, Hanna recently shared ...
Companies maintain internal databases for sensitive information. However, sometimes employees want to take work home or believe it is easier to save files on their ...
While compliance ensures steady improvements to application security, the cadence of upgrades is not enough to meet best practice or evolving customer expectations.
NinjaOne recently announced that it has been recognised as a Leader in two IDC MarketScape reports:
Worldwide Unified Endpoint Management Software for Small and Medium ...
Innovation Partnership Award highlights deep collaboration, real-time intelligence sharing, and advanced security deployment across one of Australia’s leading financial ...
Study shows verified brand identities in email protect consumers from phishing while driving higher engagement and brand credibility during peak online shopping season and beyond
Sophos today announced its best-ever results in the MITRE ATT&CK® Enterprise 2025 Evaluation. Sophos XDR detected 100% of adversary behaviours (sub-steps)1 across two ...
