Apiiro

Apiiro is a cloud-native application security platform that connects code, configuration, and infrastructure data to help enterprises manage software risks across the development lifecycle.

• Code-centric application security posture management for cloud-native environments (application security).
• Risk-based orchestration of security controls across source code, Continuous Integration and Continuous Deployment (CI/CD) pipelines, and cloud infrastructure (cloud DevSecOps).
• Correlation of software assets, misconfigurations, and vulnerabilities into unified risk views (security posture management).
• Policy-driven workflows for security and engineering teams to prioritize and remediate application risks (security automation).
• Integration with developer tooling, Storage Class Memory (SCM), and cloud platforms for continuous security enforcement in Secure Development Lifecycle (SDLC) (DevSecOps integration).

More About Apiiro

Apiiro focuses on security for cloud-native software development, with offerings that help enterprises understand and manage risk across source code, application configurations, and cloud infrastructure. The platform is positioned for security, DevSecOps, and engineering teams that need consolidated visibility into how code changes, Infrastructure-as-Code (IaC) templates, and deployment configurations affect the security posture of applications in multi-cloud and hybrid environments.

Apiiro operates in the categories of application security posture management (ASPM), code security, and cloud DevSecOps. Its platform ingests data from source code repositories, CI/CD systems, ticketing tools, and cloud accounts to construct a model of applications, services, and components. Within this model, Apiiro evaluates vulnerabilities, misconfigurations, secrets exposure, compliance gaps, and other risk factors, and groups them by application, service, or business context. This approach is designed to give enterprises a unified view of risk that aligns with how software is built and deployed, rather than treating code, pipelines, and cloud resources as siloed domains.

From an architectural perspective, Apiiro integrates via APIs and native connectors with source control management systems such as Git-based platforms, CI/CD pipelines, container registries, and cloud service providers. It analyzes code and infrastructure definitions written in common programming languages and IaC frameworks used in cloud-native environments. By correlating findings from static analysis, configuration checks, and cloud posture assessments, Apiiro presents a graph of relationships between repositories, services, environments, and risk items, which can support prioritization and remediation planning.

Apiiro’s workflows enable policy definition and enforcement across the software development lifecycle. Security and platform teams can define guardrails that apply to pull requests, builds, and deployments, such as blocking merges when high-risk issues are detected, requiring approvals from security owners, or triggering automated fixes and tickets in issue tracking systems. The platform connects these policies to business applications and code assets, so that risk tolerance and controls can vary by application criticality, compliance requirements, or environment.

Within the broader enterprise security and DevOps marketplace, Apiiro aligns with categories including application security, code risk management, Cloud Security Posture Management (CSPM) extensions, and DevSecOps orchestration. Organizations often use it in combination with other tools such as Static Application Security Testing (SAST), Software Composition Analysis (SCA), and cloud security platforms; Apiiro consumes findings and contextual data from these tools and aggregates them into a single risk-centric view. This aggregation helps teams move from tool-by-tool triage toward centralized governance of application risk, while still using existing scanners and cloud-native services.

Apiiro is typically evaluated by enterprises seeking to connect security posture data across repositories, pipelines, and cloud environments. It is suited for environments that rely on modern development practices such as microservices, containers, and IaC, where the number of codebases, services, and cloud resources can be large. In such contexts, the platform acts as a hub for risk correlation, policy enforcement, and collaboration between security and engineering stakeholders.