Wiz vs Orca vs Prisma Cloud: The Best CNAPP Platforms Compared for 2026

Two things happened in the twelve months leading up to this article that reshape the CNAPP comparison, and most of the content on the internet has not caught up.

First, Palo Alto Networks quietly renamed Prisma Cloud. It is now Cortex Cloud — the product was merged with Palo Alto’s Cortex CDR platform and folded into the broader Cortex XSIAM ecosystem. If you are reading a “Wiz vs Prisma Cloud” comparison written before mid-2025, you are reading about a product that no longer exists under that name. The underlying technology is similar; the strategic positioning is very different.

Second, Google closed its $32 billion acquisition of Wiz. US regulators cleared the deal in November 2025; the European Commission followed in February 2026. Wiz is now a Google Cloud subsidiary. Google has committed to maintaining multi-cloud support and continuing to sell Wiz to AWS and Azure customers, but the neutrality argument that made Wiz easy to recommend to a multi-cloud buyer is now something you have to actively convince yourself of rather than assume.

Neither event changes the fundamentals of what each platform does. Both change how you should evaluate them. Here’s the honest comparison.

What we’re actually comparing

A Cloud-Native Application Protection Platform (CNAPP) consolidates what used to be half a dozen separate tools: Cloud Security Posture Management (CSPM), Cloud Workload Protection (CWPP), Cloud Infrastructure Entitlement Management (CIEM), Kubernetes Security Posture Management (KSPM), Data Security Posture Management (DSPM), and container and Infrastructure-as-Code scanning. The pitch is always the same — one platform, one graph, fewer alerts, less context-switching.

In practice, CNAPPs differ on three things that actually matter: how they collect data (agent vs agentless), how they prioritise risk (list of findings vs contextual attack path), and how they integrate with everything else you run (the rest of your cloud security stack, your SOC tooling, your compliance evidence pipeline).

Wiz, Orca, and Cortex Cloud are the three platforms that show up on almost every enterprise shortlist. They are genuinely the category leaders. They also represent three different philosophies about what cloud security should be.

The short answer, for people who just want a recommendation

• Most buyers should start with Wiz. It is the market leader for good reasons: deployment is fast, the security graph is the clearest way to prioritise risk that any vendor has shipped, and the product is genuinely mature across CSPM, CIEM, KSPM, and container security. Forrester’s Q1 2026 CNAPP Wave named it a leader with the highest current offering score. The caveat is that you are now paying a Google subsidiary.
• Consider Orca if you want the Wiz model at 20–30% less money and are willing to accept a smaller ecosystem. Orca’s agentless SideScanning approach is technically distinctive, its customer satisfaction scores are consistently higher than Wiz’s on peer review sites, and the pricing is more negotiable. The trade-off is less market momentum, fewer integrations, and a smaller partner network.
• Choose Cortex Cloud if you are already committed to Palo Alto’s Cortex platform. The Cortex Cloud / XSIAM integration is a genuinely strong proposition if you run Palo Alto for network and endpoint already — your cloud risks, endpoint threats, and SOC workflows end up in one data model. If you are not a Palo Alto customer, the credit-based licensing and the operational complexity of the platform make it a harder starting point.
• None of these is a small-business product. Realistic annual spend starts around $30,000 (Orca’s low end) and $50,000 (Wiz’s low end) for small deployments, and scales into seven figures at enterprise volume. If you are under 500 workloads and not highly regulated, native cloud tooling (GuardDuty, Defender for Cloud, Security Command Center) is the honest starting point.

The rest of this article is the reasoning behind those positions.

Wiz: the market leader, now owned by Google

Wiz’s core innovation, when it launched in 2020, was the Security Graph — a contextual data model that correlates misconfigurations, vulnerabilities, exposed secrets, identity entitlements, network paths, and data sensitivity into connected risk. Instead of showing you a list of ten thousand CVEs, the graph shows you which five of them are actually exploitable end-to-end. This sounds like marketing, and it partly is, but the execution is genuinely ahead of most of the field.

The deployment story is the other half of the pitch. Wiz connects to your cloud accounts through APIs. No agents to install, no daemonsets, no kernel modules. For a small deployment, you can be scanning your environment within an hour. For a multi-cloud enterprise, you can be scanning within a day. That is a meaningfully different experience from agent-based platforms, and it is a large part of why Wiz took the market leadership position in the first place.

What Wiz does well:

• Agentless deployment across AWS, Azure, GCP, OCI, Alibaba, and Kubernetes.
• Attack path analysis that surfaces genuinely exploitable combinations rather than raw findings. This is the single most differentiated capability in the category.
• CSPM, CIEM, KSPM, CWPP, DSPM, and IaC scanning on one console with coherent navigation. The workflows across modules actually integrate rather than being stapled together.
• Strong integrations with the rest of the enterprise security stack — SIEM exports, ticketing systems, IaC remediation pull requests, CI/CD plug-ins.
• Market momentum. More than 50% of the Fortune 100 run Wiz according to the company’s public claims, and the partner ecosystem is by far the largest in the category.

Where Wiz is weaker:

• Runtime protection. Wiz Defend is the runtime product, and it works, but agent-based competitors (Sysdig, Aqua, CrowdStrike) still have an edge on deep runtime enforcement. Agentless scanning has inherent latency — you see what happened, not necessarily what is happening.
• Code security. Wiz Code has expanded the shift-left story, but teams consistently report that dedicated AppSec tools (Snyk, Semgrep, Checkmarx) outperform it on SAST, SCA, and DAST. If AppSec is your primary goal, Wiz is not the right starting point.
• Alert volume. The platform surfaces a lot of findings out of the box, and tuning down the noise takes work. The attack path feature mitigates this, but it does not eliminate it.
• Price, and the opacity of that price. Wiz does not publish pricing. Reported customer data puts small deployments (under 1,000 workloads) at $50,000–$100,000 per year, mid-sized deployments (1,000–5,000 workloads) at $100,000–$200,000, and large enterprises (5,000+ workloads) at $200,000 to $500,000-plus. AWS Marketplace listings show Wiz Essential at $24,000/year for 100 workloads and Wiz Advanced at $38,000/year for 100 workloads — but these are entry SKUs that most enterprise buyers upgrade beyond.

The Google question. Google’s acquisition of Wiz is the single largest variable in the 2026 CNAPP market. The deal closed with commitments to maintain multi-cloud neutrality, and for now the product remains available to AWS and Azure customers on the same terms as before. But the long-term alignment question is real. Google Cloud has its own Security Command Center; how Wiz and SCC coexist is still being worked out. If you run primarily on AWS or Azure, your multi-cloud CNAPP is now owned by one of the three hyperscalers — and not the one you are on.

This is not a reason to avoid Wiz. It is a reason to put “vendor independence” on your evaluation criteria list if it was not there already, and to take the multi-year discount rather than the short contract so that you lock in pricing before any strategic shift materialises.

Best for: mid-sized to large enterprises with multi-cloud environments, security teams that want fast time-to-value, and organisations where the Security Graph’s attack path analysis will drive real prioritisation decisions.

Orca: the agentless challenger with the happier customers

Orca Security launched with a patented technology called SideScanning — instead of either installing agents or calling cloud APIs, Orca takes point-in-time snapshots of cloud block storage volumes and reconstructs the workload state from them. The result is agentless like Wiz, but technically distinct: Orca sees the actual contents of VMs and containers (files, installed packages, secrets) rather than just the cloud configuration surrounding them. That difference matters for some findings (secret detection in disk contents, malware identification) and matters less for others (IAM entitlement risk, network exposure).

In the market, Orca is consistently ranked second to Wiz — PeerSpot’s February 2026 data gives Orca 6.3% CNAPP mindshare versus Wiz’s 17.4% — but user satisfaction data tells a different story. 100% of Orca’s peer reviewers say they would recommend it, compared to 97% for Wiz. Orca’s customers tend to say it was easier to deploy and that support was more responsive. Wiz’s customers tend to say it does more and integrates more broadly.

What Orca does well:

• Agentless SideScanning covers the ground Wiz covers, plus some content-level detection (secrets in disk, PII in storage) that is technically distinctive.
• Pricing is meaningfully lower than Wiz at equivalent scale — reported at 20–30% less. Orca is more negotiable, and more willing to discount to win competitive deals.
• Customer support and account management get consistently stronger reviews than Wiz’s, particularly at mid-market scale where Wiz customers sometimes feel like they are not the priority.
• Strong compliance reporting out of the box, with pre-built mappings for SOC 2, ISO 27001, PCI-DSS, HIPAA, CIS benchmarks, and NIST frameworks.

Where Orca is weaker:

• Smaller ecosystem. Fewer integrations, fewer partners, fewer third-party tools that have pre-built Orca connectors. In a procurement process, this shows up as “and we need to build our own integration for X.”
• Runtime is, like Wiz, a weaker story than agent-based platforms. Orca does integrate with third-party agents for deeper runtime visibility, but that is an admission that the agentless approach has limits.
• Less market momentum. Orca grew fast in the 2020–2023 period and has grown slower since, as Wiz has pulled away on market share and Palo Alto has consolidated mid-market buyers into the Cortex Cloud story. This is not an existential problem — Orca is a healthy business — but it does affect partner availability and talent pool when you need to hire people who know the platform.
• Less public R&D velocity in the past year. Wiz has shipped aggressively on the AI security and DSPM fronts; Orca has been quieter. Either the company is conserving engineering capacity for strategic moves, or it is falling behind. It is too early to tell which.

Pricing: Orca does not publish prices either, but reported figures put the range at $30,000–$200,000 per year depending on scale, with small deployments starting around $30,000 and large enterprise deployments around $150,000–$200,000. Multi-year and volume discounts are common.

Best for: buyers who want the Wiz-style agentless CNAPP experience at 20–30% less cost, and who value responsive support over the largest possible integration ecosystem. Particularly strong for regulated mid-market organisations where compliance reporting is a primary use case.

Cortex Cloud (formerly Prisma Cloud): the incumbent, reorganised

What was Prisma Cloud is now Cortex Cloud. Palo Alto Networks announced the rebrand and re-platforming in February 2025; existing Prisma Cloud customers were offered an automatic upgrade, and new buyers sign contracts for Cortex Cloud. The October 2025 release of Cortex Cloud 2.0 introduced deeper integration with Cortex XSIAM, the company’s SOC platform, along with an AI agent layer (AgentiX) that handles some autonomous investigation and remediation workflows.

Strategically, this rebrand is a bet. Palo Alto is betting that the future of cloud security is SecOps-integrated cloud security — not a standalone CNAPP, but a unified data model that feeds cloud risks, endpoint threats, and network events into the same SOC analytics platform. For customers already running Palo Alto’s network firewalls, Cortex XDR for endpoint, and XSIAM for SOC, this story is compelling. For customers who are not Palo Alto shops, it is a harder sell — you are either committing to Palo Alto across the stack, or you are buying a standalone CNAPP with a SOC platform attached that you are not using.

What Cortex Cloud does well:

• The broadest feature set in the category by some distance. CSPM, CWPP, CIEM, DSPM, AI-SPM, KSPM, ASPM, code security, vulnerability management, and container runtime protection are all in one product. If you want a single vendor to check every CNAPP box, Cortex Cloud does it.
• Deep runtime protection. Palo Alto acquired Twistlock in 2019, and that technology (now Prisma Cloud Compute / Cortex Cloud Runtime) remains one of the strongest agent-based runtime offerings in the market. For Kubernetes workloads, Cortex Cloud runtime protection is genuinely deeper than either Wiz or Orca.
• XSIAM integration. For Palo Alto SOC customers, cloud security telemetry flows directly into the same data model as endpoint, network, and identity signals. This is a real operational advantage, not just marketing.
• The Cortex AgentiX AI agents (as of October 2025) handle autonomous investigation of a meaningful fraction of common cloud security alerts. This is early, and the marketing claims outrun the current reality, but the direction is real.

Where Cortex Cloud is weaker:

• Integration complexity. Cortex Cloud is the product of multiple acquisitions (Twistlock, PureSec, RedLock, Bridgecrew, Cider Security, Dig Security) stitched together over seven years. The rebrand and re-platforming is specifically meant to address this, and it has helped, but customers still report that the user experience feels like multiple products rather than one.
• Credit-based licensing. Palo Alto uses a credit system where each capability (CSPM module, runtime module, compute protection, web application security) consumes a different number of credits. Buyers consistently report that credit consumption exceeds their initial estimates once all modules are activated. Total cost of ownership is often higher than the headline quote.
• Steep learning curve. G2 reviews of Cortex Cloud repeatedly flag configuration complexity, deep product knowledge requirements, and a learning curve that slows initial adoption. Deployment timelines are longer than Wiz or Orca.
• Less compelling for non-Palo Alto shops. If you are not running Palo Alto firewalls and Cortex XDR, the XSIAM integration story does not apply to you, and you are buying a complex CNAPP with an ecosystem tax attached.

Pricing: Cortex Cloud pricing is credit-based, which makes direct per-workload comparisons difficult. Published per-workload figures in the $5–15 per workload per year range exist but are misleading, because most real deployments activate multiple modules that each consume credits. Realistic enterprise spend is comparable to Wiz at the same scale — sometimes lower if you are a Palo Alto customer negotiating an enterprise-wide deal, often higher if you are not.

Best for: existing Palo Alto Networks customers running Cortex XDR or XSIAM, large enterprises that need the broadest possible feature set in one vendor, and teams where agent-based runtime protection is a hard requirement.

The comparison table

How to think about the decision

There are four honest buyer profiles where the CNAPP choice is genuinely different. Most of the confusion in the market comes from applying one buyer’s answer to another buyer’s situation.

The multi-cloud enterprise that doesn’t want to think about cloud security tooling for three years. Wiz. The time-to-value, the Security Graph, the ecosystem breadth, and the market momentum make it the lowest-regret choice. The Google acquisition adds friction at the procurement stage (more legal review, more vendor-risk-management questions), but does not change the product’s suitability. Negotiate a three-year term, take the 15–25% discount, and move on.

The mid-market buyer for whom Wiz’s price is the blocker. Orca. The product is materially similar in the use cases most mid-market teams actually care about (misconfiguration, vulnerability, compliance reporting), the 20–30% price gap is real, and the support experience is typically better. The ecosystem gap matters less at mid-market scale than at enterprise, because the integrations you actually need (Slack, Jira, ServiceNow, your SIEM) are all there.

The existing Palo Alto Networks customer. Cortex Cloud. The integration with Cortex XSIAM is a real operational advantage if you are running Palo Alto’s SOC platform already, and the enterprise agreement economics usually make Cortex Cloud the cheapest option when you bundle it with your existing Palo Alto spend. This is the one customer profile where Cortex Cloud is the clear first choice rather than a defensible one.

The organisation that needs the deepest possible runtime protection for regulated workloads. Cortex Cloud, or a combination of agentless CNAPP (Wiz or Orca) plus a specialist agent-based runtime platform like Sysdig or Aqua. For financial services, healthcare, or critical infrastructure workloads where runtime compromise detection is a compliance-grade requirement, agentless scanning is not sufficient on its own. We cover this architecture pattern in more detail in our comparison of Kubernetes runtime security platforms.

The procurement traps to avoid

Three patterns come up consistently in CNAPP procurements that go sideways.

Buying on the demo, not on the proof-of-value. Every vendor demo looks good. Every vendor has curated the demo environment to show the Security Graph or the SideScan or the XSIAM integration at its best. The only way to evaluate a CNAPP honestly is to deploy it against your actual cloud environment for at least two weeks and see what the alert volume looks like, how many findings are genuine, and whether the workflows your team will actually use feel natural. Vendors will resist this because a serious POV takes their engineering time, but every one of them will do it for an enterprise opportunity. Do not sign without it.

Underestimating module sprawl. The headline CNAPP price quotes the platform. Real deployments activate additional modules over time: DSPM, AI-SPM, code security, ASPM, container runtime, Kubernetes runtime. Each of these is either a separate SKU (Wiz, Orca) or a credit cost (Cortex Cloud). Budget for the full stack you actually want two years from now, not the minimum viable stack you are buying today, or you will be renegotiating every renewal.

Accepting the first quote. CNAPPs are heavily discounted against list pricing, and the discount is leverage-dependent. Evaluating at least two platforms in parallel is worth doing for the product fit, but it is also worth doing for the commercial leverage. Vendors know the competitive set. They price accordingly. A single-vendor evaluation will almost always cost you 15–25% more than a competitive one, regardless of which platform you eventually pick.

What this comparison does not cover

Three things worth noting about what a CNAPP comparison inherently cannot settle.

CNAPPs do not replace SaaS security. Wiz, Orca, and Cortex Cloud secure your cloud infrastructure workloads. They do not secure Salesforce, Workday, Slack, GitHub, or your OAuth-connected SaaS supply chain. The Salesloft/Drift OAuth compromise in 2024 drove home how distinct SaaS Security Posture Management (SSPM) is from CNAPP. If your primary risk is SaaS-shaped, a CNAPP is not the tool. We walk through the SSPM landscape and the Salesloft lessons in our post-incident analysis.

CNAPPs overlap with — but do not replace — secrets management. All three platforms detect exposed secrets in code, containers, and storage. None of them replace a proper secrets management platform (HashiCorp Vault, AWS Secrets Manager, Doppler, or the hyperscaler-native options). The CNAPP finds the leaked credentials; the secrets platform prevents them being leaked in the first place. We cover the secrets management decision separately in our comparison of Vault, AWS Secrets Manager, and Doppler.

Forrester and Gartner’s CNAPP rankings are useful but not definitive. Wiz led Forrester’s Q1 2026 CNAPP Wave on current offering score. Gartner’s Magic Quadrant for CNAPP typically places Wiz, Palo Alto, and Orca in the Leaders quadrant, with the exact positions shifting modestly year-on-year. These rankings are directionally useful for confirming that a vendor is serious; they are not a buying decision in themselves, because the analysts evaluate against generic enterprise criteria rather than your specific cloud footprint.

Independent vendor disclosure

Cybersecurity Essential does not accept affiliate commissions on CNAPP platform comparisons, and neither Wiz, Orca, nor Palo Alto Networks sponsors this content. We have no financial relationship with any of the three vendors. Pricing estimates in this article are compiled from AWS Marketplace listings, published Vendr dataset ranges, and customer-reported figures from public peer review sites as of April 2026. Your quote will differ from these numbers — sometimes significantly — based on your cloud footprint, negotiating leverage, and contract term.

Frequently asked questions

Is Prisma Cloud the same as Cortex Cloud?

Cortex Cloud is the successor product to Prisma Cloud. Palo Alto Networks rebranded and re-platformed Prisma Cloud in 2025, merging it with Cortex CDR into a single product that integrates with the Cortex XSIAM SOC platform. Existing Prisma Cloud customers were offered an automatic upgrade path. The underlying CNAPP capabilities (CSPM, CWPP, CIEM, DSPM, container security) are broadly the same; the strategic positioning, the user interface, and the SOC integration story are materially different.

Does Google’s acquisition of Wiz change Wiz’s multi-cloud support?

Not in the short term. Google committed to maintaining Wiz’s multi-cloud support as part of the regulatory approval process, and the product continues to sell to AWS and Azure customers on the same terms as before. Long-term strategic alignment with Google Cloud is a reasonable concern, but there is no current evidence of reduced investment in AWS or Azure coverage. Buyers who want to hedge the risk should negotiate multi-year contracts at current pricing.

How do Wiz, Orca, and Cortex Cloud compare on Kubernetes?

All three offer Kubernetes Security Posture Management (KSPM) and container image scanning. Cortex Cloud has the deepest runtime protection via its Twistlock lineage. Wiz and Orca rely more on agentless scanning of the Kubernetes control plane and node configurations, with optional sensors or agents for runtime visibility. For organisations where Kubernetes is the primary workload pattern and runtime enforcement matters, a dedicated Kubernetes security platform (Sysdig, Aqua) alongside a CNAPP is often a better architecture than relying on the CNAPP alone.

What’s the cheapest way to get CNAPP coverage for a small cloud environment?

For deployments under 500 workloads, CNAPPs are typically overkill. Native cloud provider tooling — AWS GuardDuty plus Security Hub, Microsoft Defender for Cloud, or Google Security Command Center — covers the majority of CSPM and threat detection use cases at a fraction of the cost. A full CNAPP becomes economically justified once you have multi-cloud footprint, regulated workloads, or a security team large enough to operationalise the additional alerting.

Is agentless or agent-based CNAPP better?

Neither is categorically better. Agentless platforms (Wiz, Orca) deploy faster, have less operational overhead, and are sufficient for posture management and most vulnerability prioritisation use cases. Agent-based platforms (Cortex Cloud’s runtime agents, Sysdig, Aqua) provide deeper runtime enforcement, real-time process-level detection, and the ability to block attacks inline. Most mature security programmes end up running both: an agentless CNAPP for broad posture and attack path analysis, and agent-based runtime protection for regulated or high-value workloads specifically.

Which CNAPP has the best AI-SPM (AI Security Posture Management) capability?

All three vendors shipped AI-SPM modules in 2025, targeting the detection of shadow AI usage, unsanctioned LLM API calls, and security risks in AI training data and model deployments. Wiz has moved most aggressively on AI-SPM roadmap velocity; Cortex Cloud has the strongest integration with Palo Alto’s Prisma AIRS AI security platform (particularly after the Prisma AIRS 2.0 release in October 2025); Orca covers AI-SPM fundamentals but has shipped less incremental capability in this area over the past year. For organisations where AI workload security is a primary use case, the decision increasingly splits between Wiz (for breadth) and the Cortex Cloud + Prisma AIRS combination (for depth).

How long does a CNAPP evaluation typically take?

Budget eight to twelve weeks for a serious evaluation: two weeks for scoping and RFP, four weeks for parallel proof-of-value deployments of two or three platforms, two weeks for internal review and reference calls, and two weeks for negotiation. Agentless platforms (Wiz, Orca) can be deployed in the POV stage within days; Cortex Cloud’s POV typically takes longer because of the agent-based components. Rushing the evaluation is a common procurement mistake — CNAPPs are multi-year commitments at six-figure annual spend, and the operational fit matters more than the feature comparison.

Should I wait for native cloud provider CNAPPs to mature?

All three hyperscalers are investing in native CNAPP capabilities — Microsoft Defender for Cloud is the most advanced, followed by Google Security Command Center Premium (which will presumably integrate more deeply with Wiz over time), and then AWS, which has the least unified native story. For single-cloud organisations, native tooling is a credible option and improving rapidly. For multi-cloud organisations, third-party CNAPPs remain the better architecture, because the unified-data-model argument across AWS, Azure, and GCP is precisely what hyperscaler-native tools cannot deliver.