NeuVector
Container security tools
DevSecOps software
- Features
- Ease of use
- Ease of management
- Quality of support
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What is NeuVector
NeuVector is a container security platform focused on protecting containerized workloads and Kubernetes environments across the build and runtime lifecycle. It supports use cases such as vulnerability scanning, configuration and compliance checks, and runtime threat detection with policy enforcement. The product is commonly deployed by platform, security, and DevOps teams operating container platforms in on-premises or cloud environments. A distinguishing characteristic is its emphasis on runtime visibility and controls for containers and Kubernetes, alongside CI/CD-oriented security capabilities.
Strong runtime container controls
NeuVector focuses on runtime visibility and protection for containerized workloads, including process, network, and service behavior monitoring. It supports policy-based controls that can be used to reduce the attack surface during execution rather than only in pre-deployment checks. This runtime orientation helps teams address threats that do not appear in image scanning results. It aligns well with Kubernetes-centric operations where workloads change frequently.
Kubernetes-focused security coverage
The product targets Kubernetes environments with capabilities that map to common cluster security needs, such as workload segmentation and policy enforcement. It is designed to integrate into container orchestration workflows where teams need consistent controls across namespaces and services. This makes it suitable for organizations standardizing on Kubernetes as the primary deployment platform. It can support security and platform teams that need operational guardrails without relying solely on cloud-provider tooling.
DevSecOps lifecycle integration
NeuVector includes capabilities that can be used earlier in the lifecycle, such as image vulnerability scanning and configuration checks, to support CI/CD gating. This enables teams to combine pre-deployment findings with runtime policies for a more complete control set. It fits DevSecOps programs that want a single product to cover multiple stages rather than separate point tools. The approach can reduce handoffs between development and security teams when workflows are standardized.
Operational tuning required
Runtime detection and policy enforcement typically require tuning to match application behavior and reduce false positives. Teams may need time to baseline normal activity and maintain policies as services evolve. This can increase the operational burden compared with tools that focus primarily on static scanning. Organizations with limited container security expertise may need additional enablement to run it effectively.
Best fit for containerized workloads
NeuVector is primarily designed for containers and Kubernetes, so coverage for non-container assets (traditional servers, endpoints, or broader cloud posture) is not its core strength. Organizations seeking a single platform for all cloud and endpoint security domains may still need additional products. This can lead to a multi-tool architecture for enterprises with heterogeneous environments. The product is most effective when container platforms are a major part of the footprint.
Ecosystem and workflow complexity
Integrating container security into CI/CD pipelines, registries, and cluster operations can be complex and varies by toolchain. NeuVector deployments may require coordination across DevOps, platform engineering, and security teams to connect scanners, admission controls, and runtime enforcement. In highly regulated environments, change management for enforcement policies can slow rollout. The overall value depends on consistent adoption across teams and clusters.
Plan & Pricing
Pricing model: Pay-as-you-go (node-based usage tiers via cloud marketplaces; also available as SUSE commercial subscription via partners/resellers) Free tier/trial: Open-source NeuVector code/images available for self-deploy (vendor documentation states NeuVector is open-source). No evidence of a vendor-hosted time-limited trial found on official pages. Example costs (published by SUSE for marketplace usage-based billing):
- 5–15 nodes: $112 per node / month (there is a 5-node minimum).
- 16–50 nodes: $105 per node / month.
- 51–100 nodes: $98 per node / month.
- 101–250 nodes: $91 per node / month.
- 251–1000 nodes: $84 per node / month.
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1000 nodes: $78 per node / month. Discount options / notes:
- Tiered volume pricing shown above (not progressive; the ordered quantity must fall within a single tier per SUSE partner announcement).
- Monthly usage-based billing available through AWS Marketplace (SUSE stated similar billing is/was to follow on Azure and GCP).
- SUSE also offers commercial subscription/support (enterprise licensing sold via SUSE partners/resellers) and one-year/three-year subscription SKUs via resellers/retailers. Notes / caveats:
- SUSE’s partner/product announcement indicates a 5-node minimum for NeuVector marketplace monthly purchases.
- The product is offered as open-source (self-deployable) with paid commercial support/subscription available from SUSE.
Seller details
SUSE S.A.
Luxembourg, Luxembourg
1992
Private
https://www.suse.com/
https://x.com/SUSE
https://www.linkedin.com/company/suse/
