Wiz vs Orca Security vs Lacework: Which Agentless CNAPP in 2026?

The agentless CNAPP category exists because agent-based tools (Aqua, Sysdig) require deploying something into every workload, which is a real adoption barrier for large, fast-moving estates. Wiz, Orca, and Lacework all promised "full visibility in hours, no agents" — but they've differentiated meaningfully since. Here is an honest comparison.

Quick Comparison

Wiz

Wiz became the fastest-growing security company in the space specifically because of its combination of genuinely fast agentless deployment and a graph-based attack path visualization that made complex cloud risk understandable to non-specialists.

# Wiz's core pitch: connect cloud accounts, get full visibility
# without deploying anything into workloads
wiz-cli auth login
wiz-cli iac scan --path ./terraform    # Also does shift-left IaC scanning

Wiz strengths:

• Attack path graph visualization is genuinely the clearest way to communicate "here's how an attacker chains a public S3 bucket + overly permissive IAM role + a vulnerable EC2 instance into full account compromise" — this is the feature most security leaders point to
• Very fast time-to-value — widely reported full-environment visibility within hours of connecting cloud accounts
• Broad platform now spans CSPM, vulnerability management, IaC scanning, and expanding runtime detection, all unified
• Strong momentum means rapid feature development and integration ecosystem growth

Wiz weaknesses:

• Runtime detection depth, while growing fast, started from a posture-management foundation rather than runtime-first (unlike Sysdig/Falco) — still maturing relative to specialist runtime tools
• Premium pricing that scales with cloud footprint size — a real cost at large scale
• The breadth of the platform means, like Prisma Cloud, real configuration and tuning investment to use it well beyond the default dashboards

When to use Wiz: You want the clearest attack-path risk communication for both security and non-security stakeholders, with fast agentless deployment across a large cloud footprint.

Orca Security

Orca pioneered agentless "SideScanning" technology (reading cloud workload disk/config data without deploying agents) and remains in tight feature parity with Wiz, often the second name mentioned in any Wiz evaluation.

# Orca's agentless approach — connects via cloud provider APIs,
# reads workload data via snapshot analysis, no agent deployment

Orca Security strengths:

• Very similar core value proposition to Wiz — fast agentless deployment, graph-based attack path analysis — genuinely a close competitor feature-for-feature
• Often positioned as a strong alternative with competitive pricing relative to Wiz at similar scale
• SideScanning technology was genuinely first-to-market with this specific agentless approach, and Orca has continued refining it

Orca Security weaknesses:

• Smaller market share and community/integration ecosystem than Wiz's rapid growth has produced
• Feature parity race with Wiz means evaluating both closely is worthwhile — the gap, where it exists, is often narrow and changes release to release
• Runtime detection maturity faces the same "started from posture, expanding into runtime" trajectory as Wiz

When to use Orca: A strong, often more cost-competitive alternative to Wiz with a very similar feature set — worth evaluating side-by-side rather than assuming Wiz's market lead means a clear capability gap.

Lacework

Lacework differentiates through its behavioral anomaly detection approach, built on machine learning baselines of "normal" cloud activity from the start, rather than posture management expanding into behavior later.

# Lacework's polygraph model builds a behavioral baseline of normal
# activity, then flags deviations — conceptually different from
# pure attack-path/posture analysis

Lacework strengths:

• Behavioral detection is a genuinely different foundation than Wiz/Orca's posture-first approach — better positioned for catching anomalous activity that doesn't map to a known misconfiguration pattern
• More established enterprise sales/support motion, appealing to larger organizations wanting a mature vendor relationship
• Broad coverage across cloud posture, container security, and behavioral runtime detection in one platform

Lacework weaknesses:

• Behavioral baselining takes real time to mature (weeks, not hours) before it's producing high-confidence anomaly detection — slower time-to-value than Wiz/Orca's near-immediate posture visibility
• Attack path visualization, while present, is generally considered less visually mature than Wiz's graph interface
• Has gone through more public business/leadership changes than Wiz or Orca in recent years, worth factoring into a long-term vendor evaluation

When to use Lacework: Behavioral anomaly detection is your priority over immediate posture visibility, and you're comfortable with the longer baselining period that entails.

The Honest Verdict

Want the clearest attack-path risk visualization and fastest agentless time-to-value: Wiz. The market leader for a reason, but at premium pricing.

Want a very close feature-parity alternative to Wiz, often at better pricing: Orca. Evaluate both side-by-side rather than assuming a capability gap.

Behavioral anomaly detection matters more to you than immediate posture visibility: Lacework. A genuinely different technical foundation, worth the longer ramp-up if that's your priority.

All three solve the "I need visibility without deploying agents everywhere" problem well — the real differentiation is in attack-path UX (Wiz/Orca) versus behavioral detection depth (Lacework), and pricing at your specific cloud footprint size, which is worth getting concrete quotes for rather than assuming from list pricing.

More cloud security comparisons? Read our Prisma Cloud vs Aqua vs Sysdig Secure and Cloud Custodian vs Prowler vs ScoutSuite.