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Navigating AI with Cyber-Resilient Storage: Use Cases Lead, Infrastructure Enables

This article discusses how intelligent data infrastructure enables AI adoption and innovation while providing robust cybersecurity protection through features like AI-powered ransomware detection and multi-layered security approaches. The piece emphasizes that while use cases drive technology adoption, secure and resilient data infrastructure is the essential foundation that makes AI initiatives viable and protects enterprises from evolving cyber threats.

Security Metrics That Matter

Introduction Organisations must move beyond reactive security postures and embrace data-driven decision-making as the sophistication and prevalence of threat actors continues to increase. For start-ups, especially those scaling rapidly or navigating compliance...

Rethinking Cyber Resilience in the Age of AI

AI is transforming both innovation and risk, driving advancements while enabling more sophisticated cyber threats. To achieve true cyber resilience, organizations must shift from passive data storage to intelligent, proactive defense, integrating AI-driven detection and recovery directly into the data layer to anticipate, withstand, and recover from attacks seamlessly.

How To Protect Your Professional Image In The AI Age

When Canadian Jake Moffat’s grandmother died in late 2022, he was at least comforted by an assurance from Air Canada’s helpful AI chatbot that he could get a compassionate rebate for his airfare after the event. That was a nice thing for an airline to do, made all the...
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Security Metrics That Matter

Security Metrics That Matter

Introduction Organisations must move beyond reactive security postures and embrace data-driven decision-making as the sophistication and prevalence of threat actors continues to increase. For ... Read More

Rethinking Cyber Resilience in the Age of AI

Rethinking Cyber Resilience in the Age of AI

AI is transforming both innovation and risk, driving advancements while enabling more sophisticated cyber threats. To achieve true cyber resilience, organizations must shift from passive data storage to intelligent, proactive defense, integrating AI-driven detection and recovery directly into the data layer to anticipate, withstand, and recover from attacks seamlessly. Read More

Future-Proofing Your Data Infrastructure with Post-Quantum Cryptography

Future-Proofing Your Data Infrastructure with Post-Quantum Cryptography

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. Read More

Rising Cybersecurity Vulnerabilities In Increasingly Interconnected IT/OT Environments

Rising Cybersecurity Vulnerabilities In Increasingly Interconnected IT/OT Environments

From Outage to Infiltration: Cybersecurity Risk and the Evolving Threat to Electrical Infrastructure As electrical infrastructure modernizes, its vulnerabilities evolve in parallel. From ... Read More

Love-bombing and Pig-butchering: How Romance Scams are Evolving

Love-bombing and Pig-butchering: How Romance Scams are Evolving

As Valentine’s Day approaches, millions of Australians will be encouraged to swipe, match and message online in the search for romance. Dating apps and social platforms typically see a surge in activity during this period, driven by the promise of companionship, intimacy and connection. But alongside genuine relationships, this heightened activity also creates fertile ground for romance scams, where emotional vulnerability is deliberately exploited using increasingly sophisticated digital techniques. Romance scams in Australia increasingly combine emotional manipulation, investment fraud and emerging technologies. ... Read More

Future-Proofing Your Data Infrastructure with Post-Quantum Cryptography

Future-Proofing Your Data Infrastructure with Post-Quantum Cryptography

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. Read More

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