

Google Kubernetes Engine and Microsoft Defender for Cloud both compete in the cloud service management space. Google Kubernetes Engine holds an advantage in multi-cloud integration, while Microsoft Defender for Cloud stands out in security features.
Features: Google Kubernetes Engine offers advanced autoscaling capabilities, seamless multi-cloud integration, and strong support for machine learning workloads. Microsoft Defender for Cloud excels with compliance policies, incident management capabilities, and integration with Logic Apps for automated incident response.
Room for Improvement: GKE can focus on enhancing security assessment capabilities, simplifying network configurations, and better documentation for application-level security. Users also seek improved backup solutions and intuitive user experience. Microsoft Defender for Cloud could improve pricing transparency, reduce false-positive alerts, and offer better integration with third-party services while providing more granular control over alerts and automation.
Ease of Deployment and Customer Service: GKE is noted for its simple deployment across clouds, with some users suggesting improvement in technical support response times. Its integration into Google’s ecosystem aids cloud management. Microsoft Defender for Cloud offers flexibility across cloud environments and receives positive feedback on technical support, facilitating seamless business integration.
Pricing and ROI: GKE provides flexible pricing across machine types, making it cost-effective despite regional clusters being expensive. Microsoft Defender for Cloud offers a competitively priced comprehensive security suite. Both solutions deliver satisfactory ROI by enhancing management efficiencies and integration, yet GKE users note potential costs for high-availability setups.
By migrating from AWS to Google Cloud Platform, we have saved a lot of time and money.
Defender proactively indexes and analyzes documents, identifying potential threats even when inactive, enhancing preventative security.
Identifying potential vulnerabilities has helped us avoid costly data losses.
Compared to not having Microsoft Defender for Cloud in place, we definitely saw an advantage by not having downtime due to a security threat.
Since security is critical, we prefer a quicker response time.
The support team was very responsive to queries.
They understand their product, but much like us, they struggle with the finer details, especially with new features.
The autoscaling capabilities of Google Kubernetes Engine have significantly impacted our operations.
As we have reduced our on-premises infrastructure, it is about how we can migrate workloads to the cloud to make it easier, and then having everything fully encompassed and secured within that area makes it much easier for us to scale as needed and grow.
We are using infrastructure as a code, so we do not have any scalability issues with Microsoft Defender for Cloud implementation because our cloud automatically does it.
It has multiple licenses and features, covering infrastructures from a hundred to five hundred virtual machines, without any issues.
If I have 100 replicas of containers and the traffic suddenly pushes to 1,000 within a fraction of a second, the selected machine type must be fast.
Defender's stability has been flawless for us.
Microsoft Defender for Cloud is very stable.
Microsoft sometimes changes settings or configurations without transparency.
When looking at the web interface, it feels kind of slow due to the many features involved.
Log observability could be made easier so someone from high school can use it without having technological expertise.
It would be helpful if I could easily find log information in a particular namespace without needing to write certain labels.
Microsoft, in general, could significantly improve its communication and support.
It would be beneficial to streamline recommendations to avoid unnecessary alerts and to refine the severity of alerts based on specific environments or environmental attributes.
The artificial intelligence features could be expanded to allow the system to autonomously manage security issues without needing intervention from admins.
Instead, we only pay for the hardware we use, which results in cost-cutting.
Google is considered cheaper compared to AWS, making it suitable for smaller to medium companies concerning cost.
The on-demand nodes are quite expensive.
Security has essentially no cost when compared to the cost of a breach.
Every time we consider expanding usage, we carefully evaluate the necessity due to cost concerns.
We appreciate the licensing approach based on employee count rather than a big enterprise license.
The most valuable aspect of Google Kubernetes Engine (GKE) is its managed nature, which significantly reduces the burden on our platform team.
The best advantage of Google Kubernetes Engine is that it manages Kubernetes for you, making everything related to the master nodes managed for you with automatic updating and upgrading.
GKE is easier to understand and use than Elastic Kubernetes Service.
The most valuable feature for me is the variety of APIs available.
This feature significantly aids in threat detection and enhances the user experience by streamlining security management.
The most valuable feature is the recommendations provided on how to improve security.
| Product | Market Share (%) |
|---|---|
| Microsoft Defender for Cloud | 1.4% |
| Google Kubernetes Engine | 2.3% |
| Other | 96.3% |


| Company Size | Count |
|---|---|
| Small Business | 21 |
| Midsize Enterprise | 6 |
| Large Enterprise | 15 |
| Company Size | Count |
|---|---|
| Small Business | 27 |
| Midsize Enterprise | 10 |
| Large Enterprise | 49 |
Kubernetes Engine is a managed, production-ready environment for deploying containerized applications. It brings our latest innovations in developer productivity, resource efficiency, automated operations, and open source flexibility to accelerate your time to market.
Microsoft Defender for Cloud is a comprehensive security solution that provides advanced threat protection for cloud workloads. It offers real-time visibility into the security posture of cloud environments, enabling organizations to quickly identify and respond to potential threats. With its advanced machine learning capabilities, Microsoft Defender for Cloud can detect and block sophisticated attacks, including zero-day exploits and fileless malware.
The solution also provides automated remediation capabilities, allowing security teams to quickly and easily respond to security incidents. With Microsoft Defender for Cloud, organizations can ensure the security and compliance of their cloud workloads, while reducing the burden on their security teams.
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