Cloud AI

TL;DR: Security assessment tools in 2026 span CNAPP platforms (Wiz, Orca), CMDB-backed solutions (Cloudaware), native ecosystem integrations (Microsoft Defender), and SIEM-powered analytics (Splunk). The CNAPP market grows at 14.6% CAGR while 81% of businesses experienced a security incident last year. This guide compares 12 tools across capabilities, pricing, and fit.

Why Assessment Tools Matter

Infrastructure sprawl is the new default. The average enterprise now manages 35+ distinct security tools across multi-environment deployments, according to SentinelOne’s 2025 Security Alert Index. Meanwhile, 81% of businesses suffered at least one security incident in the past year.

Agentless scanning, real-time posture management, and CMDB-backed risk correlation have replaced periodic penetration tests as the standard for infrastructure assessment. The CNAPP market is projected to grow at 14.6% CAGR through 2028 (MarketsandMarkets), confirming that platform consolidation is accelerating.

The tools below represent the four dominant architectural categories in security assessment: CNAPP platforms, CMDB-backed correlators, native ecosystem defenders, and SIEM/analytics engines.

Comparison Table

Wiz: Graph-Based Risk

Wiz maps your entire estate into a security graph — connecting compute, identity, data, and network layers into a single queryable model. The agentless scanner reads configuration metadata and runtime state without installing anything on workloads.

Its Security Graph lets you write custom queries to surface toxic combinations: for example, an internet-facing load balancer routing to an EC2 instance with an over-permissive IAM role that can access an unencrypted S3 bucket. No other tool makes cross-layer attack path analysis this accessible.

# Wiz CLI — find internet-exposed critical assets
wiz query "type = 'ComputeInstance'
  AND exposure = 'Internet'
  AND severity = 'Critical'" --format json

Wiz integrates with Terraform for shift-left scanning, letting teams catch misconfigurations in pull requests before they reach production. Its pricing is not publicly listed — expect enterprise-tier custom quotes based on spend or workload count.

Orca Security: SideScanning

Orca pioneered SideScanning — attaching directly to block storage to read workload filesystems and configurations without agents. This gives full visibility into OS-level vulnerabilities, secrets embedded in code, and compliance violations within minutes of deployment.

The platform covers CSPM, vulnerability management, container security, and IAM posture in a single pane. Orca’s Priority Score combines exploitability, blast radius, and business context to filter noise — critical when you are triaging thousands of findings across hundreds of accounts.

# Orca API — fetch critical alerts
curl -X GET \
  "https://api.orcasecurity.io/api/alerts" \
  -H "Authorization: Bearer $ORCA_API_KEY" \
  -d "severity=critical" -d "limit=50"

Orca pricing typically ranges from $50K to $500K+ annually depending on footprint size and feature modules selected.

Prisma: Code-to-Deploy

Palo Alto’s Prisma delivers the widest lifecycle coverage — scanning IaC templates, container images, serverless functions, and runtime workloads from a single platform. It combines CSPM, CWPP, and CI/CD security into one licensable product.

For teams already invested in Palo Alto’s ecosystem, Prisma’s network security correlation is a differentiator. It can tie firewall policies and network segmentation rules directly to posture findings.

# Prisma — scan Terraform plan
prisma-cloud scan iac tfplan.json \
  --template "CIS AWS Foundations" \
  --severity high,critical \
  --output json

Pricing is custom, typically bundled by workload volume and feature tier (CSPM only vs. full code-to-deploy).

CrowdStrike: XDR Meets Infra

CrowdStrike Falcon extends the platform’s endpoint detection into hosted workloads. The Falcon sensor runs as a lightweight agent on VMs and containers, feeding telemetry into CrowdStrike’s Threat Graph for correlation across endpoints, identities, and control planes.

Key differentiator: identity-threat correlation. Falcon detects lateral movement between on-prem Active Directory and federated IAM, catching hybrid attack chains that pure-play tools miss.

# CrowdStrike API — query detections
import requests
resp = requests.get(
    "https://api.crowdstrike.com/detects/queries/detects/v1",
    headers={"Authorization": "Bearer " + cs_token},
    params={"filter": "product:'cloud'+severity:'high'", "limit": 100}
)

CrowdStrike bundles workload security into its Falcon platform licensing, typically requiring an enterprise agreement.

Cloudaware: CMDB-Backed Correlation

Cloudaware takes a fundamentally different approach: it builds a Configuration Management Database (CMDB) as the foundation, then layers security findings on top. Every EC2 instance, S3 bucket, IAM user, and Kubernetes pod is cataloged with full metadata and relationship mapping.

This CMDB-first architecture solves the real problem in security assessment — context. Most tools flood you with thousands of findings. Cloudaware correlates each finding with asset criticality, ownership, and business service dependencies, letting you prioritize what actually matters.

# Cloudaware CMDB API — query assets with open CVEs
import requests
resp = requests.get(
    "https://cloudaware.com/api/v1/cmdb/assets",
    headers={"Authorization": "Bearer " + ca_token},
    params={"filter": "has_open_vulnerability:true,criticality:high"}
)

At $200/month, Cloudaware is the most cost-transparent option on this list and significantly cheaper than CNAPP incumbents. It supports 60+ services across AWS, Azure, and GCP, making it practical for teams that need assessment coverage without enterprise budgets.

Tenable: Exposure Prioritization

Tenable (formerly Tenable.cs) applies Tenable’s proven exposure-based vulnerability management methodology to hosted infrastructure. It calculates a Vulnerability Priority Rating (VPR) that factors in threat intelligence, exploit availability, and asset context — rather than relying on static CVSS alone.

For organizations already running Tenable Nessus or Tenable.io, the module provides a unified view of on-prem and hosted vulnerabilities in a single dashboard. Integration with Tenable’s VPR algorithm means you stop chasing CVEs that nobody is actually exploiting.

Datadog: Observability-Native

Datadog Security integrates directly into the observability pipeline you likely already run. CSPM checks, workload security rules, and compliance benchmarks feed into the same dashboards as your APM traces and infrastructure metrics.

The advantage is speed of deployment. If Datadog agents are already installed, enabling security features is a toggle — no new agents, no separate dashboards. The disadvantage is depth: Datadog’s security module does not yet match the granular policy engines of dedicated CNAPP tools.

# datadog.yaml — enable CSPM agent module
cloud_security_metadata:
  enabled: true
compliance_config:
  enabled: true

Pricing starts at $15 per host per month for CSPM, with workload protection and runtime security as add-on modules.

Check Point CloudGuard

CloudGuard brings Check Point’s network security heritage into modern infrastructure environments. It combines CSPM posture checks with intelligent auto-provisioning of firewall policies based on topology changes.

The standout feature is Adaptive Threat Prevention — CloudGuard automatically adjusts firewall rules and network segmentation when new resources are provisioned. This prevents the common drift scenario where security groups and NACLs become stale as infrastructure evolves.

# CloudGuard Terraform — auto-provision policy
resource "checkpoint_management_access_rule" "cg" {
  layer   = "Network"
  name    = "Auto-safelist"
  source  = var.trusted_cidr_blocks
  action  = "accept"
  enabled = true
}

Microsoft Defender for Cloud

For Azure-centric organizations, Microsoft Defender for Cloud is the path of least resistance. It provides native CNAPP capabilities — CSPM, CWPP, container security, and DevOps scanning — deeply integrated with Azure Resource Manager and Microsoft Sentinel.

Its Secure Score provides an actionable, weighted view of your posture, tied directly to Azure Advisor recommendations. Defender also extends to AWS and GCP via agent-based connectors, though the experience and depth are best on Azure.

# Azure CLI — enable Defender on subscription
az security pricing create \
  --name VirtualMachines \
  --pricing-tier Standard \
  --subscription $SUB_ID

Pricing runs $5-$15 per node per month depending on the workload type (VMs, containers, storage, databases).

Splunk: SIEM-Powered Analytics

Splunk Enterprise Security remains the gold standard for log-based security analytics. While not a CNAPP tool, Splunk ingests audit logs, VPC flow logs, and tool findings to provide deep behavioral analytics and long-term threat hunting.

For mature security operations teams, Splunk complements CNAPP tools by providing the correlation layer — tying misconfigurations detected by Wiz or Prisma to actual exploitation attempts seen in network and endpoint telemetry.

# Splunk SPL — detect anomalous API calls
index=audit action="Create*" user!=known_admin_list
| stats count by user, action, src_ip
| where count > 50
| sort -count

Lacework FortiCNAPP

Lacework (now FortiCNAPP after Fortinet’s acquisition) differentiates with behavioral anomaly detection. Its Polygraph technology baselines normal behavior for every resource and alerts on deviations — unusual API calls, anomalous network traffic patterns, or unexpected IAM activity.

This approach reduces alert fatigue by surfacing genuine anomalies rather than flooding teams with every policy violation. It excels in environments with dynamic, auto-scaling workloads where static rule-based approaches generate excessive noise.

Qualys TotalCloud

Qualys extends its decades-long vulnerability management leadership into modern environments with TotalCloud. The platform provides continuous discovery, vulnerability assessment, and compliance monitoring across AWS, Azure, and GCP.

Its strength is the Qualys Vulnerability Management (QVM) engine — the industry’s most comprehensive vulnerability database, updated in near real-time. For teams that need rigorous CVE tracking across hybrid environments, Qualys offers the deepest vulnerability intelligence in this list.

# Qualys — launch assessment via CLI
qualys-totalcloud scan launch \
  --connector aws-prod \
  --type full \
  --output json

Selection Criteria

Choosing the right tool depends on three variables:

• Infrastructure maturity — Teams early in adoption benefit from CMDB-backed tools (Cloudaware) that provide asset visibility before layering security assessment. Mature teams benefit from full CNAPP platforms (Wiz, Orca) that assume you already know what you own.
• Stack alignment — Azure shops should evaluate Microsoft Defender first. Splunk-heavy SOCs get faster time-to-value from Datadog or Tenable integrations. Palo Alto customers should shortlist Prisma.
• Budget transparency — Cloudaware at $200/month is the only tool with public, predictable pricing. Everyone else requires custom quotes, making apples-to-apples comparison difficult without a formal procurement cycle.

The data is clear: tool sprawl is itself a security risk. The average enterprise’s 35+ security tools create visibility gaps and alert fatigue. The winning strategy in 2026 is platform consolidation — pick one CNAPP or CMDB-backed platform as your primary assessment layer, then complement it with a SIEM for analytics depth.

Sources

• Cloudaware — Security Assessment Tools Guide
• MarketsandMarkets — CNAPP Market Report (14.6% CAGR)
• SentinelOne — Security Alert Index (81% incident rate, 35+ tools avg)