When we first introduced Pages, it started with a few updates to our forms tool. We took a simple form and added more dynamic page elements and a formal page editor. That led to granular access, customization, and so much more to make it the powerful feature it is today. Now, teams can build polished and efficient apps for stronger collaboration and communication across the entire organization.

CVE-2025-1974 is a critical remote code execution (RCE) vulnerability in Kubernetes’ Ingress-NGINX Controller that allows unauthenticated attackers with network access to inject arbitrary NGINX configuration directives, potentially leading to full cluster compromise. Ingress-NGINX is a software-only ingress controller provided by the Kubernetes project. Because of its versatility and ease of use, ingress-nginx is quite popular: it is deployed in over 40% of Kubernetes clusters.

In February of 2025, North Korean state-backed cybercriminals stole over $1.9 billion from a popular crypto exchange. That's a mind-boggling amount of money, let alone from a breach. But here's the craziest part; it was excruciatingly simple. In short, it went down like this: an engineer was phished, attackers located static API keys — and just like that, attackers had direct access to critical cloud resources. Static credentials strike again.

When we first launched Project Calico in 2016, we set out to make Kubernetes networking easy, reliable, and scalable for all organizations. Our goal was to abstract away the complexity and performance overheads of other CNI plugins while simultaneously extending Kubernetes network policy to make it easier to secure your Kubernetes workloads.

In cybersecurity, the adage “what’s old is new” continues to hold true as attackers resurface longstanding techniques or repurpose them with new twists and adaptations. The popularization of Living Off the Land Binaries (LOLBins) — legitimate, Windows-native tools commonly abused for malicious uses — is a great example of this.

Security teams today face increasing pressure to quantify the effectiveness of their application security programs. Whether it’s justifying security investments to leadership or demonstrating compliance with regulations like PCI DSS, HIPAA, and GDPR, teams struggle to showcase the real impact of their security efforts. Without clear, actionable data, proving that an AppSec program is actively reducing risk becomes a challenge. That changes today.

The cyber insurance industry continues to face challenges related to traditional cyber security risks, and more recently, data privacy risks. In many cases, traditional cyber insurance policies may cover legal fees or costs related to a data privacy infringement. Organizations not only get hit with class action lawsuits following incidents like breach of PII/PHI, but are seeing demand letters from law firms who are looking to protect their clients from any possible disclosure of their sensitive data.

For founders of early-stage startups in Australia and New Zealand, growth is the ultimate goal. You’re focused on building an exceptional product, winning customers, and scaling fast. But one thing that should also be on your radar is security compliance. ‍ The reality is, compliance isn’t just about meeting legal requirements or ticking a box when an enterprise customer asks for certifications. It’s a strategic advantage.

The sheer volume of cybersecurity vulnerabilities is overwhelming. In 2024, there were 39,998 CVEs — an average of 109.28 per day! This constant stream of new threats makes it increasingly difficult for security teams to keep up. Large Language Models (LLMs) offer a possible solution, helping automate vulnerability investigation and prioritisation, allowing teams to more efficiently assess and respond to emerging risks. Do you even have time to skim over 109 CVEs a day?