Many Australian businesses have moved their applications and data to cloud-native architectures for agility, scalability, and sovereignty. However, this move extends their attack surface beyond their typical security boundaries.
As evidenced by the Thales 2026 Data Threat Report, attackers increasingly target web applications and APIs with sophisticated methods that outpace the traditional protection built into cloud platforms. Security teams face intense pressure to deliver control and risk reduction, but this mandate creates frustration with DevOps teams, who push for speed and scale while leveraging the benefits of cloud-native tools.
The gap is best addressed by bringing the Thales enterprise-grade Imperva Web Application and API Protection (WAAP) solution directly into Australia’s Google Cloud infrastructure through a native integration. For Australian organisations running critical workloads in Google Cloud, this creates some important opportunities.
Data Sovereignty Is No Longer Just A Compliance Discussion
Organisations need confidence in where their data is stored, how it is processed, and who can access it.
For operators of critical infrastructure, the data itself is strategically significant. Data such ass traffic patterns, transaction flows, and operational telemetry from energy, financial, and health systems can reveal how essential services function, where dependencies lie, and how disruptions might be engineered. Losing visibility and control over where that data is processed and who can access it is a different order of risk. For businesses subject to SOCI Act, APRA CPS 234, or other government security mandates, controlling where data is stored and how it travels is essential for complying with Australian data sovereignty requirements.
Performance Matters When Security Becomes Part Of The Application Path
Security controls should not become a performance bottleneck. The conflict is tangible
While security teams want to ensure applications and APIs are protected with consistent security controls, visibility, compliance, and governance, DevSecOps teams want security that can be deployed quickly and integrated seamlessly into existing development workflows without creating operational overhead or slowing down application delivery.
This is one of the key reasons many organisations are showing strong interest in CI/CD-based onboarding models. Security teams prefer having the ability to deploy security controls without changing DNS records, modifying application architectures, or handing operational control of applications to another team or third-party provider.
Applications And APIs Have Become Primary Targets
A focus on websites is no longer enough for modern applications, as they depend on APIs, automation, third-party services, and machine-to-machine interactions that happen out of view of conventional monitoring. The threat actors understand this dependency and focus on the interfaces that run today’s digital services.
That is why WAAP has become such an important security category. Organisations need protection that addresses web application attacks, API abuse, automated bot activity, and Layer 7 denial-of-service attacks within a single security approach.
Imperva for Google Cloud delivers the same Imperva capabilities available through the broader cloud service, including Web Application Firewall (WAF) for cloud applications, API security, bot management, Layer 7 DDoS protection, and threat intelligence informed by global attack activity.
This is not a pared-down instance; Imperva for Google Cloud delivers the full WAAP stack locally, feature-for-feature, with the global service.
Built For Google Cloud Environments
Pressure on security teams to cut complexity is high. According to the Thales 2026 Data Threat Report, companies use 7 distinct data protection and monitoring solutions, yet visibility, staffing, and complexity remain major concerns for security teams.
As Imperva WAAP now operates within Google Cloud Australia, it makes perfect sense for solutions such as Google Cloud Load Balancing, Google Kubernetes Engine (GKE), Compute Engine, and other networking tools to work together with API security.
For cloud and platform teams, security can be deployed alongside applications rather than treated as a separate environment that requires its own operational model.
Security That Scales With Cloud Native Workloads
One of the reasons organisations move to cloud platforms is the ability to scale up or down. Security infrastructure should be able to do the same.
Regardless of whether a business is dealing with seasonal demand challenges, big public-facing platforms, high-volume APIs, or expanding digital services, the security layer must evolve with the applications and not require continuous redesign.
As more Australian organisations build cloud-native services, that expectation will become standard.
Organisations increasingly want security controls that operate where their applications operate. For businesses building on Google Cloud, keeping workloads within Australia is becoming a practical architectural decision rather than a future aspiration. By unifying Imperva’s proven application security leadership with Google Cloud’s high-performance infrastructure, organisations can eliminate the need to compromise between security and speed.
Get in contact with the local team and see how Imperva WAAP works in Google Cloud Australia.
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