Comparing as AI Cloud Security (CNAPP/CSPM)Wiz vs Orca Security
Core Differences
The fundamental difference between Wiz and Orca Security lies in their core agentless data collection methodologies and subsequent risk correlation:
- Wiz utilizes a Security Graph approach: Wiz collects data primarily through cloud provider APIs, configuration data, and optionally leverages an eBPF-based runtime sensor (Wiz Defend). It then builds a sophisticated "Security Graph" that maps the relationships and dependencies between all cloud resources, identities, vulnerabilities, and configurations. This graph-based analysis allows Wiz to identify "toxic combinations" of risks and actual attack paths, providing deep contextual understanding and prioritization of threats.
- Orca Security employs patented SideScanning: Orca's unique SideScanning technology directly reads the runtime block storage of cloud assets (VMs, containers, serverless functions) from outside the data path. This method provides deep visibility into the actual workload configuration, vulnerabilities, and sensitive data without installing any agents or impacting performance. SideScanning enables Orca to achieve 100% coverage across the entire cloud estate, including dormant assets and managed services, providing a comprehensive inventory and risk assessment.
Verdict by Category
Best for Contextual Risk Prioritization
Wiz's Security Graph excels at correlating disparate risks into 'toxic combinations,' providing superior contextual prioritization.
Best for Broad Agentless Coverage
Orca's patented SideScanning delivers 100% coverage across all cloud assets, including dormant ones, without agents or performance impact.
Best for Runtime Threat Detection
Wiz Defend, with its eBPF-based sensor, offers more robust real-time runtime threat detection capabilities.
Best for Unified Platform Simplicity
Orca offers a truly single, unified platform covering CSPM, CWPP, CIEM, DSPM, and AI-SPM with its core SideScanning technology.
Best for Emerging AI Security
Orca's AI-SPM and GenAI Investigation Assistant provide purpose-built features for AI workload security and accelerated remediation.
Best for Rapid Initial Visibility
Orca's SideScanning provides 100% cloud coverage and full visibility in minutes, enabling extremely fast initial risk assessment.
Editor's Take
Honest opinion from our review team
As an editor, I've had the chance to dive deep into both Wiz and Orca Security, and what immediately strikes me is the elegance of their agentless approaches. The sheer speed at which both platforms can onboard and provide initial visibility is astounding compared to traditional agent-based solutions. With Wiz, I found the Security Graph to be incredibly powerful; it's not just about listing vulnerabilities, but about showing how they connect to form exploitable attack paths. This contextualization is a game-changer for prioritizing remediation efforts in complex multi-cloud setups. It feels like having a highly intelligent security analyst instantly map out your entire cloud's risk landscape. Orca, on the other hand, with its SideScanning, offers a sense of absolute completeness. Knowing that every single asset, even dormant ones, is covered without any performance hit or deployment hassle, provides immense peace of mind. Its unified console for everything from CSPM to AI-SPM, backed by that deep SideScanning visibility, felt incredibly streamlined. While both require significant investment, the 'feel' is one of sophisticated, comprehensive coverage that fundamentally shifts how security teams interact with cloud risk.
Detailed Comparison22 Criteria
Complete side-by-side breakdown of specifications, capabilities, and feature parity
Both Wiz and Orca Security operate on an enterprise-only pricing model, meaning neither offers public list prices, free tiers, or self-service sign-ups. Procurement for both requires direct sales engagement and custom quotes, typically scaling with the number of cloud workloads protected. This opacity is standard for high-end CNAPP solutions targeting large organizations.
- Wiz provides some reference pricing via the AWS Marketplace, indicating plans like Wiz Essential ($24,000/year) and Wiz Advanced ($38,000/year) for 100 workloads, with additional costs for modules like Wiz Sensor, Wiz Code, and Wiz Defend. Third-party data suggests overall contracts range significantly, with a median around $111,500/year. This structure, while expensive, allows enterprises to tailor their investment based on the specific modules they need, potentially offering value by consolidating multiple point solutions into a single platform. The ability to add specific modules (Code, Defend) allows for a phased approach to adopting its full capabilities.
- Orca Security is even more opaque about its pricing, only stating it's workload-based across four tiers (Small to Large) and requires a demo for a custom quote. While it implies a single, unified platform for most core CNAPP features (CSPM, CWPP, CIEM, DSPM, Container Security, API Security), modular add-ons for AI-SPM and advanced capabilities are available. The value proposition here is in the simplicity of a single, comprehensive platform that leverages SideScanning for immediate, 100% coverage, potentially reducing the total cost of ownership by eliminating several other security tools from the outset. However, without published prices, it's harder for prospects to estimate initial investment.
In essence, both are premium solutions where value is derived from consolidation, advanced capabilities, and reduced operational overhead for large cloud environments, rather than cost savings on individual features. Wiz offers slightly more transparency on potential costs via marketplace listings and a modular approach, while Orca emphasizes a unified platform for rapid, comprehensive coverage.
Wiz Pros & Cons
Pros
- Agentless architecture enables fast onboarding without deploying agents everywhere
- Unified Security Graph correlates risk across code, cloud, identity, and runtime
- Strong analyst recognition: Forrester Wave CNAPP Leader, IDC MarketScape, high review ratings
- AI-SPM addresses emerging shadow-AI and model exposure risks
- Backed by Google Cloud following the March 2026 acquisition, ensuring continued investment
Cons
- Enterprise-only pricing with no free tier, self-serve option, or published list price
- Per-workload pricing scales linearly and can grow expensive for large cloud estates
- Full value (runtime protection, AI agents) requires significant configuration effort
- Limited built-in runtime protection compared to dedicated CWPP/EDR-only tools
- Recent Google acquisition introduces some uncertainty around long-term roadmap and pricing
Orca Security Pros & Cons
Pros
- Patented SideScanning delivers instant 100% cloud coverage without agents — no performance impact, no deployment complexity
- Single unified platform for CSPM + CWPP + CIEM + DSPM + AI-SPM + API security — eliminates 5-7 point solution tools
- $632M total funding at $1.8B valuation — strong financial position with Google Growth Fund (CapitalG) backing
- AI-SPM purpose-built for AI workload security — scans LLMs and GenAI pipelines, critical as AI adoption grows in 2026
- Attack path analysis connects cloud risks in context — prioritizes only the vulnerabilities that create real exploitable attack paths
- Customers include Robinhood, Databricks, Unity, and BeyondTrust — proven across modern cloud-native organizations
- GenAI-powered investigation and one-click PR code fixes — reduces remediation time dramatically for developer teams
Cons
- $632M raised but $50-66M ARR estimate suggests high burn rate relative to revenue — path to profitability unclear
- Enterprise-only pricing with no self-service or free tier — no way to evaluate without sales engagement
- Agentless architecture means less real-time runtime visibility than agent-based tools like CrowdStrike Falcon or SentinelOne
- Palo Alto Networks (Prisma Cloud) has greater enterprise brand recognition and install base in cloud security
- Runtime protection capabilities less mature than Wiz Defend or CrowdStrike Falcon Cloud for active threat response
AI Verdict
In the highly competitive Cloud-Native Application Protection Platform (CNAPP) landscape, Wiz and Orca Security stand out as formidable agentless solutions, each bringing unique strengths to the table for securing modern cloud environments. Both platforms aim to provide comprehensive security across the entire cloud lifecycle, from code to runtime, by eliminating the need for traditional agents. However, their core innovation and approach to data collection define their distinct advantages.
Wiz's central differentiator is its Security Graph, an innovative engine that ingests data agentlessly from cloud APIs, logs, and optionally eBPF sensors (Wiz Defend) to build a rich, interconnected graph of cloud resources, identities, vulnerabilities, and configurations. This allows Wiz to identify "toxic combinations" of risk – critical attack paths that would be missed by traditional flat vulnerability lists. Its modular design, encompassing Wiz Code (shift-left), Wiz Cloud (CSPM, CWPP, CIEM, DSPM), and Wiz Defend (runtime), provides a unified yet flexible platform. Wiz excels in delivering deep contextual risk prioritization, allowing security teams to focus on the most exploitable threats within a complex multi-cloud estate, often providing a full risk profile within 24 hours of onboarding.
Orca Security, on the other hand, distinguishes itself with its patented SideScanning technology. Instead of relying on agents or API-only data, SideScanning directly reads the runtime block storage of cloud assets (VMs, containers, serverless) from outside the data path. This unique method ensures 100% cloud coverage in minutes with zero performance impact, reaching even dormant workloads and services where agents cannot be deployed. Orca offers a truly unified platform for CSPM, CWPP, CIEM, DSPM, and AI-SPM, all powered by SideScanning's deep visibility. Orca's strengths lie in its unparalleled breadth of agentless coverage and its ability to provide immediate, comprehensive visibility across every asset in a multi-cloud environment, complemented by features like AI-powered investigation and one-click code fixes.
Frequently Asked Questions
QWhat is the primary difference in how Wiz and Orca Security achieve agentless visibility?
Wiz primarily leverages cloud provider APIs and configuration data to build its Security Graph, optionally using an eBPF-based sensor for runtime. Orca Security uses a patented SideScanning technology that directly reads the runtime block storage of cloud assets from outside the data path, providing deep workload visibility without agents or performance impact.
QWhich platform offers better real-time runtime protection for active threats?
Wiz, with its Wiz Defend module utilizing an eBPF-based sensor, is designed to provide more robust real-time runtime threat detection and response capabilities compared to Orca's agentless approach, which focuses more on comprehensive posture and workload insights.
QAre Wiz and Orca Security suitable for small businesses or startups?
No, both Wiz and Orca Security are enterprise-grade CNAPP solutions with enterprise-only pricing models, requiring direct sales engagement. They do not offer free tiers, self-service options, or published list prices, making them unsuitable for small businesses or startups with limited budgets.
QHow do Wiz and Orca Security address AI security posture management (AI-SPM)?
Both platforms have introduced AI-SPM capabilities. Wiz's AI-SPM helps discover shadow AI models, training datasets, and exposed inference endpoints. Orca's AI-SPM scans deployed AI models, LLM pipelines, and GenAI apps for security risks and policy violations, further enhanced by its GenAI Investigation Assistant for remediation.
QWhat is the typical onboarding time for each platform?
Both platforms boast very rapid onboarding due to their agentless nature. Wiz typically provides a full risk profile within 24 hours of connecting cloud accounts. Orca Security claims 100% cloud coverage and full visibility in minutes with its SideScanning technology.
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