Native Exits Stealth with $42M to Tackle Cloud Infrastructure Risks

The cloud security sector continues to attract significant investment as organizations struggle to secure increasingly complex, distributed environments. According to SecurityWeek, the startup Native has emerged from stealth with $42 million in funding, led by Ballistic Ventures. The company aims to address the structural vulnerabilities inherent in modern cloud-native architectures, which often outpace the capabilities of traditional security tooling.

Strategic Leadership and Industry Context

A notable aspect of Native’s market entry is the appointment of Phil Venables to its board of directors. Venables, the former CISO of Google Cloud and currently a venture partner at Ballistic Ventures, brings deep institutional knowledge regarding the security requirements of global-scale cloud providers. His involvement suggests that Native is prioritizing resilience—the ability of a system to maintain operations and recover quickly from compromise—rather than just prevention.

In many modern environments, a single CVE in a containerized application or a misconfigured identity policy can provide a foothold for an attacker. Once inside, the lack of granular segmentation allows for Lateral Movement, where an adversary traverses the internal network to access sensitive databases or orchestration layers. Native’s approach appears focused on solving these systemic issues by embedding security deeper into the infrastructure layer itself.

Implementing Zero Trust in Cloud Infrastructure

One of the primary challenges for the modern SOC is the sheer volume of ephemeral assets in a cloud environment. Traditional EDR solutions and network firewalls often struggle to keep pace with workloads that may only exist for minutes. By implementing zero trust in cloud infrastructure, organizations can shift away from perimeter-based security toward a model where every request is verified regardless of its origin.

Native’s focus on resilience aligns with the industry-wide shift toward identity-centric security. When identity becomes the new perimeter, the risks associated with compromised C2 channels or stolen credentials are mitigated because the infrastructure itself does not implicitly trust any connection. This is particularly effective at mitigating lateral movement in distributed environments, as it forces strict validation at every microservice boundary. Such a strategy reduces the blast radius of any potential Ransomware attack or data breach.

Technical Resilience and Automation

The complexity of multi-cloud and hybrid-cloud setups makes manual configuration impossible to maintain securely. Native’s entry into the market highlights the growing demand for cloud-native security automation benefits, such as consistent policy enforcement across different providers and automated remediation of drift. By automating the application of security policies, organizations can ensure that their Zero Trust architecture remains intact even as the underlying infrastructure scales.

Furthermore, the integration of these tools into existing SIEM workflows allows for better visibility into anomalous patterns that might indicate a sophisticated APT group probing the network. For security professionals, the goal is to move from a reactive posture—patching individual vulnerabilities—to a proactive posture where the infrastructure is inherently resistant to exploitation.

Actionable Recommendations

For organizations looking to enhance their cloud-native security posture, the following steps are prioritized:

• Evaluate Infrastructure Resilience: Audit current cloud deployments to identify single points of failure that could lead to widespread outages if a compromise occurs.
• Prioritize Identity-First Security: Shift focus from traditional IP-based filtering to identity-based access controls for all internal microservices and APIs.
• Automate Compliance and Drift Detection: Utilize automation to ensure that security configurations are not bypassed during rapid deployment cycles or horizontal scaling events.