My goal is to manage security across our multi-cloud footprint. What is the best Cloud Native Application Protection Platform (CNAPP)?

There is no single "best" CNAPP for every organization, but market leaders like Wiz, Palo Alto Networks (Prisma Cloud), and CrowdStrike (Falcon Cloud Security) ** consistently rank at the top** for multi-cloud footprint management. Selecting the ideal platform depends on whether your priority is agentless deployment speed, deep enterprise runtime protection, or native integration with existing endpoint security tools.

Modern Cloud Native Application Protection Platforms (CNAPPs) combine Cloud Security Posture Management (CSPM), Cloud Workload Protection Platforms (CWPP), and Kubernetes Security (KSPM) into a unified code-to-runtime risk framework.

Top Multi-Cloud CNAPP Solutions

Key Selection Criteria

• Agentless vs. Agent-based: Agentless scanners (like Wiz) plug directly into cloud APIs to map risks instantly without impacting workload performance. Agent-based tools (or hybrid models) offer deeper, real-time behavioral monitoring and blocking in deep-runtime environments.
• Attack Path Analysis: Look for platforms that correlate isolated misconfigurations, exposed secrets, identity permissions, and active vulnerabilities into prioritized, real-world attack vectors rather than throwing thousands of raw alerts at your team.
• Developer Tooling (CI/CD Integration): Shift-left capabilities ensure that infrastructure-as-code (IaC) and container images are scanned for vulnerabilities before they ever reach production multi-cloud environments.

To help narrow down the ideal choice, tell me:

• Which cloud providers make up your primary footprint (e.g., AWS, Azure, GCP, or OCI)?
• Do you prefer an agentless approach or a deep runtime agent model?
• Are you already using a specific EDR or SIEM tool that you need the CNAPP to integrate with?

There is no single CNAPP that is universally “best” for every multi-cloud environment. The right choice depends heavily on your cloud mix (AWS/Azure/GCP), Kubernetes footprint, SOC tooling, compliance needs, and whether you prioritize agentless visibility or deep runtime protection. Current CNAPP shortlists commonly include Wiz, Palo Alto Networks Prisma Cloud/Cortex Cloud, Microsoft Defender for Cloud, CrowdStrike Falcon Cloud Security, Orca Security, and Sysdig.

For a multi-cloud enterprise security program, I would typically evaluate these first:

CIOPages Expert Insights## My shortlist approach for a multi-cloud footprint

If your priority is rapid enterprise-wide cloud visibility

Start with:

1. Wiz
2. Orca Security
3. Microsoft Defender for Cloud (especially if Azure is significant)

These tend to emphasize agentless onboarding and broad cloud inventory.

If your priority is full lifecycle protection (code → build → deploy → runtime)

Start with:

1. Palo Alto Networks Prisma Cloud/Cortex Cloud
2. CrowdStrike Falcon Cloud Security
3. Sysdig (for Kubernetes-heavy environments)

Edgewisely Expert Insights## Evaluation criteria I would use in an RFP

A strong CNAPP evaluation should test:

• Multi-cloud parity

• AWS, Azure, GCP coverage

• Kubernetes clusters

• SaaS/API integrations

• Hybrid/on-prem visibility

• Risk prioritization

• Can it identify exploitable attack paths?

• Does it correlate vulnerabilities + identities + exposure?

• Does it reduce alert volume?

• Identity security

• Excess permissions

• Privilege escalation paths

• Service-account risk

• DevSecOps integration

• Terraform/IaC scanning

• Container image scanning

• CI/CD integration

• Developer workflows

• Runtime protection

• Workload detection

• Kubernetes runtime monitoring

• Serverless protection

• Threat response automation

• SOC integration

• SIEM/SOAR integrations

• Incident workflows

• Existing EDR/XDR alignment

A practical buying strategy

For most enterprises, I would avoid choosing purely by feature count. A common pattern is:

• Pick one primary CNAPP platform for posture, identity, and exposure management.
• Integrate it with your existing SIEM/XDR.
• Add a specialized tool only where depth matters (for example, Kubernetes runtime security).

A reasonable initial bake-off would be:

1. Wiz
2. Palo Alto Prisma Cloud/Cortex Cloud
3. Microsoft Defender for Cloud or CrowdStrike Falcon Cloud Security (depending on your existing stack)

Then run each against your own cloud accounts, Kubernetes clusters, and remediation workflows rather than relying only on feature comparisons.

If you share your cloud mix (AWS/Azure/GCP percentages), Kubernetes usage, current security stack (SIEM/EDR), and company size, I can narrow this to a more specific shortlist and evaluation matrix.

There is no single "best" Cloud Native Application Protection Platform (CNAPP) for every organization, as the right choice depends heavily on your team's size, engineering culture, and whether you prefer an agentless or runtime-heavy approach. However, the market is led by a few standout platforms recognized by industry analysts and enterprise users alike.

The top-tier CNAPP vendors for a multi-cloud footprint (AWS, Azure, Google Cloud, and Kubernetes) compare across key strengths:

• Wiz (Best for overall multi-cloud visibility and fast time-to-value)
  • Approach: 100% agentless, API-based architecture. Connects in minutes.
  • Standout Feature: The Security Graph , which correlates data across identities, vulnerabilities, and network exposure to surface actual, exploitable attack paths rather than thousands of isolated alerts.
  • Consideration: Highly praised for developer-friendly context and rapid feature velocity (including AI-SPM capabilities).
• Palo Alto Networks (Prisma Cloud / Cortex Cloud) (Best for large enterprises needing deep, end-to-end security)
  • Approach: Comprehensive, hybrid agentless and agent-based protection.
  • Standout Feature: Extremely broad coverage spanning code-to-runtime, strong compliance posture management, and deep integration into existing enterprise SOC workflows (like XSIAM).
  • Consideration: Feature-rich and powerful, but can come with a steeper learning curve and higher complexity.
• Orca Security (Best for agentless, workload-deep inspection)
  • Approach: Pioneer of patented SideScanning agentless technology.
  • Standout Feature: Reads cloud configurations and block storage out-of-band to inspect workloads without performance overhead or software installation. Broad shift-left and AppSec capabilities integrated into the runtime view.
  • Consideration: Great for avoiding agent fatigue while maintaining deep file-system and vulnerability visibility.
• Sysdig Secure (Best for runtime-heavy and Kubernetes-centric environments)
  • Approach: Combines agentless posture management with powerful runtime sensors backed by open-source Falco.
  • Standout Feature: Real-time threat detection, container troubleshooting, and forensic depth that appeals heavily to SecOps and advanced DevOps teams.
  • Consideration: Ideal if your multi-cloud footprint relies heavily on heavy microservices, containers, and active runtime protection.

To help narrow down which platform fits your environment best, tell me:

• What is your primary infrastructure mix (e.g., mostly VMs, heavy Kubernetes/containers , or Serverless)?
• Do you prefer a completely agentless deployment or do you require deep runtime/kernel-level visibility?

If your goal is security across a genuinely multi-cloud footprint, my default recommendation in 2026 would be Wiz—but I would put Palo Alto Networks Cortex Cloud and Orca Security through the same proof-of-value before signing.

CNAPP is no longer just CSPM. Gartner's 2025 Market Guide describes the category as protecting cloud-native applications and infrastructure across the lifecycle, and emphasizes integration with SOC/SIEM/SOAR and other security tooling.

My shortlist

Gartner Peer Insights currently lists Wiz prominently for integration/deployment, while other platforms such as Sysdig, Qualys and Upwind score strongly in particular customer segments.

1. Wiz — my default recommendation

For a heterogeneous AWS + Azure + GCP environment, Wiz is probably the lowest-risk choice.

Its major advantage is that it builds a unified security graph across cloud resources and relationships, allowing the team to prioritize actual attack paths rather than handing analysts thousands of disconnected findings. It also offers agentless discovery and coverage across VMs, containers, serverless, PaaS, repositories and pipelines.

I'd particularly favor it if you want:

• Rapid deployment without installing agents everywhere
• Consistent security posture across AWS/Azure/GCP
• CSPM + CIEM + vulnerability management + KSPM + DSPM
• Attack-path/risk prioritization rather than raw finding counts
• Developer integration and remediation workflows
• A relatively clean security-operations experience

Important 2026 consideration: Wiz is now part of Google Cloud. If organizational independence from a hyperscaler is important to you, explicitly evaluate that issue rather than treating Wiz as a completely neutral third party.

2. Cortex Cloud — strongest alternative

If you're already heavily invested in Palo Alto Networks, I'd seriously consider Cortex Cloud. Palo Alto has been pushing CNAPP toward convergence with its broader Cortex/SOC ecosystem, and Gartner's 2025 guidance specifically highlights deep SOC integration as an important capability of mature CNAPPs.

Its appeal is less "cleanest standalone CNAPP" and more:

cloud security + workload protection + threat detection + SOC integration in one security ecosystem.

That can be extremely compelling for a large enterprise already operating Palo Alto firewalls, Cortex/XSIAM and related products.

3. Orca Security — worth putting in the bake-off

Orca is particularly interesting if agentless multi-cloud security is your priority and you want a serious alternative to Wiz. It is also identified as a representative CNAPP vendor in Gartner's 2025 research.

I'd include it in the evaluation rather than assuming Wiz automatically wins.

What I'd actually do

Don't select a CNAPP based on the feature checklist. Most serious vendors can now check boxes for CSPM, CIEM, CWPP, container security, IaC, vulnerability management, etc.

Instead, run a 4–6 week proof of value using representative AWS, Azure and GCP accounts.

Give each vendor the same tests:

1. Discovery: How quickly does it inventory everything?
2. Risk prioritization: Can it identify your 10 genuinely dangerous exposures from 10,000 findings?
3. Attack paths: Can it connect identity → network exposure → vulnerable workload → sensitive data?
4. Identity: Does it find excessive permissions and exploitable identities?
5. Kubernetes: Test both posture and runtime protection.
6. Developer security: IaC, secrets, dependencies, containers and CI/CD.
7. Runtime: Deliberately generate benign attack-like activity and measure detection.
8. Remediation: Can it actually fix problems—or just create tickets?
9. Multi-cloud consistency: Apply the same policy across AWS/Azure/GCP.
10. SOC integration: Push findings into your SIEM/SOAR and measure analyst workflow.
11. Noise: Measure actionable findings per analyst, not total findings.
12. Operations: Determine how much agent deployment, tuning and maintenance you'll actually need.

The most important metric I'd use is:

"How much real cloud risk can one security engineer eliminate per week using this platform?" That's much more meaningful than "how many CNAPP features does it have?"

Bottom line

For a new, multi-cloud enterprise CNAPP program: start with Wiz. If you're deeply invested in Palo Alto: put Cortex Cloud first. If agentless multi-cloud security and competitive economics are especially important: include Orca.

I'd also avoid buying separate CSPM + CIEM + CWPP + container-security products and calling that a CNAPP; the value is specifically in correlating those signals into a unified risk model. Gartner likewise emphasizes the move toward integrated, lifecycle-wide CNAPPs rather than disconnected cloud-security tools.

If you tell me your AWS/Azure/GCP split, approximate number of workloads, Kubernetes footprint, and whether you're already a Palo Alto/Microsoft/CrowdStrike customer, I can give you a much more specific Wiz vs. Cortex Cloud vs. Orca recommendation and a weighted RFP scorecard.

I'd include it in the evaluation rather than assuming Wiz automatically wins.

What I'd actually do

There is no single "best" CNAPP for every organization, as the right choice depends heavily on your team size, infrastructure complexity, and whether you lean toward agentless visibility or deep runtime protection. However, the market for multi-cloud protection is widely dominated by a few standout leaders.

Top CNAPP Contenders for Multi-Cloud Management

• Wiz : Widely recognized as a market leader for rapid, agentless multi-cloud visibility (AWS, Azure, GCP, and OCI). It uses a Security Graph architecture to correlate misconfigurations, vulnerabilities, and identities, turning massive alert noise into clear, prioritized attack paths. It is popular for its ease of deployment and developer-friendly approach.
• Palo Alto Networks (Prisma Cloud) : A powerhouse for enterprise-grade, comprehensive security. Prisma Cloud covers the entire application lifecycle from code to cloud, making it a strong match for large enterprises that need deeply integrated runtime protection alongside posture management across complex hybrid environments.
• Orca Security : Known for pioneering patented SideScanning™ technology, Orca provides deep, agentless workload and data visibility across multi-cloud footprints without the performance overhead of traditional agents. It excels at risk prioritization based on actual business impact.
• Sysdig : Best-in-class if your multi-cloud environment relies heavily on Kubernetes and containers, and you require robust runtime threat detection. Built on open-source Falco, Sysdig uniquely bridges agentless posture data with deep runtime behavioral insights.
• SentinelOne (Singularity / PingSafe) : Following its acquisition of PingSafe, SentinelOne offers an agentless CNAPP infused with attacker intelligence. It is a strong contender if you want to consolidate endpoint, identity, and multi-cloud security into a single telemetry data lake.

To help narrow down which platform fits your environment best, tell me:

• What are your primary cloud providers (AWS, Azure, GCP, or a mix)?
• Do you rely heavily on Kubernetes/containers , or mostly IaaS/VM workloads?
• Do you prefer an agentless approach or do you need deep runtime protection and response?

If your goal is security across a genuinely multi-cloud footprint, my default recommendation in 2026 would be Wiz — with Palo Alto Networks Prisma Cloud as the strongest alternative.

The important caveat: there isn't a universally "best" CNAPP. The right choice depends heavily on whether you prioritize rapid multi-cloud visibility, deep runtime protection, developer/code security, or consolidation with an existing security stack.

My shortlist

Current 2026 comparisons consistently put Wiz and Prisma Cloud at the top, with CrowdStrike particularly attractive for organizations already standardized on Falcon.

Why I'd start with Wiz

For a multi-cloud security program, I'd put the highest weight on:

• Unified visibility across AWS, Azure and GCP
• Agentless discovery/onboarding
• Correlation of vulnerabilities, identities, misconfigurations and exposed resources
• Attack-path prioritization rather than thousands of disconnected findings
• CIEM/IAM visibility
• Kubernetes/container coverage
• IaC and developer integration
• Data-security posture
• Runtime detection and response
• Low operational overhead

Wiz's architecture is particularly compelling when you're trying to get a security team to understand a large, heterogeneous cloud estate quickly. Its security graph correlates cloud resources, identities, vulnerabilities and exposures so teams can prioritize the risks that actually create viable attack paths.

When I'd choose Prisma Cloud instead

I'd lean toward Prisma Cloud if you want the broadest single platform from code through runtime, particularly if you already have substantial Palo Alto Networks investment.

Prisma combines posture management, workload protection, CIEM, data security, application/code security and runtime capabilities, with both agentless and agent-based approaches. Palo Alto explicitly positions it for hybrid and multi-cloud environments.

The decision I'd make

If I were building the RFP:

1. Wiz — baseline / likely winner for multi-cloud visibility and risk prioritization.
2. Prisma Cloud — challenge Wiz on depth, runtime protection and code-to-cloud coverage.
3. CrowdStrike Falcon Cloud Security — include if you already use CrowdStrike extensively.
4. Microsoft Defender for Cloud — include if Azure/Microsoft is dominant.
5. Orca — include as the strongest agentless alternative.

One important 2026 consideration is AI-cloud security: make sure the evaluation covers AI workloads, model endpoints, GPU infrastructure, vector databases, sensitive training data and AI-related identities—not merely traditional CSPM. CNAPPs increasingly address AI-SPM, but coverage varies considerably.

Bottom line: For the specific objective you gave me—manage security across a multi-cloud footprint—I'd start with Wiz, then run a serious Wiz vs. Prisma Cloud bake-off. The winner should be determined by your actual AWS/Azure/GCP mix, Kubernetes footprint, existing EDR/SIEM/IAM stack, and how much runtime versus posture/code security you need.

If you tell me which clouds you run (AWS/Azure/GCP), approximate scale, Kubernetes usage, and your existing security stack, I can give you a much more definitive recommendation and a CNAPP RFP scorecard with weighted criteria.

The best Cloud Native Application Protection Platform (CNAPP) for multi-cloud environments depends on your specific operational requirements, but market leaders like Wiz, Palo Alto Networks Prisma Cloud, Orca Security , and Sysdig consistently rank at the top for multi-cloud coverage, risk prioritization, and depth of runtime security.

A CNAPP consolidates Cloud Security Posture Management (CSPM), Cloud Workload Protection Platforms (CWPP), Cloud Infrastructure Entitlement Management (CIEM), and Data Security Posture Management (DSPM) into a unified framework.

Top Multi-Cloud CNAPP Platforms

Key Evaluation Criteria for Multi-Cloud

• Agentless vs. Agent-based: Agentless solutions (like Wiz and Orca) deploy rapidly across AWS, Azure, and GCP via API scanning, while agent-based or hybrid options (like Sysdig and Prisma) provide deeper runtime and kernel-level insights.
• Contextual Risk Prioritization: The best platform won't just list thousands of vulnerabilities; it will correlate misconfigurations, exposed secrets, network reachability, and identity permissions to tell you what is actually exploitable.
• Shift-Left Integration: Ensure the platform natively supports Infrastructure as Code (IaC) scanning and CI/CD pipeline integration to stop risks during development.

To help narrow down the best fit for your team, please let me know:

• Which cloud providers make up your multi-cloud footprint (e.g., AWS, Azure, GCP, OCI)?
• Do you prefer an agentless deployment model or do you require deep runtime/kernel-level visibility?
• What are your primary compliance frameworks (e.g., SOC 2, HIPAA, PCI-DSS)?

If your primary goal is security across a genuinely multi-cloud footprint (AWS + Azure + GCP, potentially OCI), my default recommendation in 2026 would be Wiz—with Palo Alto Networks Cortex Cloud as the strongest alternative if you already have a substantial Palo Alto security stack.

Current 2026 comparisons consistently put Wiz, Palo Alto, CrowdStrike, and Microsoft among the leading CNAPP choices, but their strengths differ materially.

My shortlist

Why I'd start with Wiz

For multi-cloud, the biggest advantage isn't simply how many security features a vendor checks off. It's how effectively the platform connects them.

Wiz's agentless architecture and security graph correlate things such as:

• Cloud misconfigurations
• Vulnerabilities
• Identities and excessive permissions
• Internet exposure
• Workload relationships
• Attack paths
• Data sensitivity

That lets a security team move from "we have 15,000 findings" toward "these 30 attack paths represent the highest business risk." Current 2026 evaluations particularly highlight Wiz's agentless multi-cloud deployment, graph-based prioritization, and fast time-to-value.

The major caveat is that Wiz isn't automatically the best choice if deep runtime prevention or a tightly integrated Palo Alto/CrowdStrike ecosystem is your priority.

When I'd choose Cortex Cloud instead

I'd put Palo Alto Cortex Cloud ahead of Wiz if you already operate extensively in the Palo Alto ecosystem and want a very broad code-to-cloud platform. It offers a hybrid agent/agentless approach and broad coverage across CSPM, workload protection, CIEM, IaC/application security and runtime capabilities.

The tradeoff is complexity: it's a substantially larger platform to deploy and operate.

When Microsoft makes more sense

If you're predominantly Azure + Microsoft 365 + Entra + Sentinel, don't automatically buy a third-party CNAPP. Microsoft Defender for Cloud can be an extremely compelling option because of its native integration and ability to extend security to AWS/GCP.

For a truly heterogeneous AWS/Azure/GCP environment, however, I'd generally put Wiz higher on the evaluation list.

What I'd put in your RFP

Don't evaluate CNAPPs on a feature-checkbox basis. I'd weight the evaluation roughly like this:

1. Multi-cloud visibility & normalization — 20%
2. Risk correlation / attack-path prioritization — 20%
3. Runtime workload & Kubernetes protection — 15%
4. Identity/entitlement security — 10%
5. Data security / DSPM — 10%
6. Code, IaC & software supply-chain security — 10%
7. Detection/response & remediation automation — 10%
8. Deployment complexity / TCO — 5%

Then run a proof of value against your actual AWS/Azure/GCP accounts, rather than accepting vendor demos. Give each vendor the same deliberately messy environment and measure:

• How quickly they discover everything
• Number of false positives
• Number of genuinely exploitable attack paths found
• Time to onboard each cloud
• Kubernetes/runtime visibility
• Identity-risk accuracy
• Developer remediation workflow
• API/integration quality
• Actual operational workload for your security team

Bottom line: If you told me only "We're a multi-cloud enterprise and need one CNAPP," I'd shortlist Wiz, Cortex Cloud, and CrowdStrike Falcon Cloud Security, and I'd start the POC with Wiz. Current 2026 market comparisons similarly identify Wiz for multi-cloud/agentless visibility, Cortex/Prisma for broad enterprise coverage, and CrowdStrike for runtime and endpoint-to-cloud consolidation.

If you tell me which clouds you use, approximate number of accounts/subscriptions, Kubernetes usage, and whether you already use Palo Alto, CrowdStrike, or Microsoft security, I can narrow this to a top 2 and give you a CNAPP evaluation scorecard/RFP tailored to your environment.

For a truly heterogeneous AWS/Azure/GCP environment, however, I'd generally put Wiz higher on the evaluation list.

What I'd put in your RFP

For a multi-cloud footprint (AWS + Azure + GCP + Kubernetes), the best CNAPP depends on what you value most: visibility, runtime protection, developer integration, ecosystem fit, or operational simplicity. There is no single winner for every enterprise, but the current leading choices are typically Wiz, Palo Alto Networks Prisma Cloud, Microsoft Defender for Cloud, CrowdStrike Falcon Cloud Security, and Sysdig Secure.

Short answer

My default recommendation for a heterogeneous multi-cloud enterprise: evaluate Wiz first, then Prisma Cloud.

Safeguard Ciphers Security- Best overall for multi-cloud visibility and risk prioritization: Wiz

• Best for maximum enterprise security depth and code-to-runtime coverage: Palo Alto Networks
• Best if Azure/Microsoft security is already strategic: Microsoft Defender for Cloud
• Best if you already run CrowdStrike broadly: CrowdStrike Falcon Cloud Security
• Best for Kubernetes-heavy environments: Sysdig Secure

Safeguard Ciphers Security## Comparison

Safeguard Ciphers Security## How I would run a CNAPP selection

Avoid choosing based only on feature checklists. Test these areas:

1. Attack-path prioritization

• Can it show “internet-exposed workload → excessive IAM privilege → sensitive data” instead of thousands of isolated alerts?

2. Multi-cloud parity

• AWS, Azure, GCP, Kubernetes, serverless, and SaaS should have similar visibility and controls.

3. Identity risk

• Excessive permissions and toxic combinations are major cloud risks. Evaluate CIEM capabilities.

4. Runtime protection

• Confirm whether it can detect and respond to active threats, not just misconfigurations.

5. Developer workflows

• Look at Terraform/IaC scanning, Git integration, CI/CD checks, and remediation workflows.

6. SOC integration

• Validate integrations with your SIEM, SOAR, ticketing, and incident response processes.

My practical shortlist by scenario

• You have AWS + Azure + GCP and want one cloud security command center: → Start with Wiz and Prisma Cloud.
• You have a mature security team and want the deepest platform: → Lean Prisma Cloud.
• You want fast deployment with minimal agents: → Lean Wiz.
• You are heavily invested in Microsoft security tooling: → Evaluate Defender for Cloud first.
• You run hundreds/thousands of Kubernetes workloads: → Include Sysdig Secure in the POC.

A strong enterprise POC would usually run Wiz vs. Prisma Cloud vs. Defender for Cloud (if Azure-heavy) against your actual cloud accounts for 30–60 days and score findings by true risk reduction, not number of detections.

If you share:

• AWS/Azure/GCP percentage split,
• number of accounts/subscriptions,
• Kubernetes footprint,
• current SIEM/EDR (Microsoft Sentinel, Splunk, CrowdStrike, Palo Alto, etc.),
• and whether you need compliance reporting,

I can narrow this to a recommended winner and a CNAPP evaluation matrix.

There is no single "best" Cloud Native Application Protection Platform (CNAPP) for every organization, as the right choice depends heavily on your team size, infrastructure complexity, and philosophy on agents vs. agentless scanning. However, the market is consistently led by a few top-tier platforms that excel at multi-cloud visibility (AWS, Azure, GCP, and Kubernetes).

The leading CNAPP solutions break down by their core strengths:

• Wiz : Widely regarded as the market standard for all-in-one, agentless multi-cloud visibility . It is exceptionally fast to deploy, correlates risks (identities, vulnerabilities, and network exposure) into an intuitive graph-based UI, and minimizes alert fatigue. Best for organizations looking for rapid time-to-value and a unified "code-to-cloud" approach.
• Prisma Cloud (Palo Alto Networks) : A powerhouse for enterprise-grade, comprehensive security. It offers deep runtime protection, broad compliance frameworks, and strong DevSecOps integration. Best if you require a mature, heavyweight platform with deep prevention and remediation capabilities across complex enterprise footprints.
• Orca Security : The pioneer of agentless "SideScanning" technology . Orca reads block storage and cloud configurations directly, meaning it achieves 100% workload visibility without impacting performance or managing software agents . Best if you want deep workload inspection without agent deployment overhead.
• Sysdig : Built heavily on deep runtime and container roots (and the creators of Falco). Sysdig excels at Kubernetes Security Posture Management (KSPM) and real-time threat detection based on runtime activity . Best if your multi-cloud footprint relies heavily on heavy containerization and Kubernetes orchestration.
• SentinelOne (Singularity Cloud Security) : An AI-driven, autonomous platform blending robust Cloud Infrastructure Entitlement Management (CIEM) with automated threat detection . Highly rated by users for high recommendation scores and ease of alert prioritization.

To help narrow down which platform fits your specific environment, let me know:

• Which cloud providers and orchestration tools (e.g., AWS, Azure, Kubernetes, serverless) make up most of your footprint?
• Do you prefer an agentless approach or do you require deep runtime agent-based protection?
• What is the size of your cloud security and DevOps team?