Oligo Security vs SUSE NeuVector

Oligo Security provides runtime security for applications, cloud workloads, and AI systems. Its sensor tracks which libraries and functions execute, helping security teams distinguish vulnerabilities that are active in runtime from those that are not. eBPF-based monitoring detects behavior such as unexpected system calls and data exfiltration; the platform can block malicious functions and alert on unauthorized external connections. Oligo also identifies containers, pods, and code paths involved in an attack, and detects novel execution anomalies without relying on static signatures. For AI environments, AI-SPM discovers production models, agents, SDKs, frameworks, and external services and builds a continuing AI bill of materials. AI-DR observes agent tool calls and links LLM calls to the processes behind them. Deployment is supported on Kubernetes-based cloud applications and older on-premises applications without code changes, according to Oligo. The platform is available through API, Linux, web, and self-hosted options, and supports hybrid cloud coverage. Product pages do not state a price and direct visitors to book a demo; a free AWS Marketplace subscription is listed, though additional AWS infrastructure costs may apply.

SUSE NeuVector is a free, open-source Kubernetes security product deployed on a self-hosted system and accessed through the web. Its controls cover registry scanning, image scanning, runtime protection and admission control, addressing images, workload activity and decisions about what enters a cluster. API access is also listed for programmatic interaction. The product facts include KVM hypervisor support, live migration, high availability and disaster recovery. SUSE NeuVector was founded in 2015 and is headquartered in San Jose, California, United States. The self-hosted model leaves deployment responsibility with the operating organization, while the open-source pricing model has no paid price listed. Its feature list spans preventative checks, runtime safeguards and infrastructure continuity functions, but the available facts do not describe configuration details or support terms.