Company Profile
Wiz operates in the cloud and AI security layer of enterprise cybersecurity.
Its market position is built around a simple problem: cloud environments move faster than traditional security models can understand.
Modern organizations run across AWS, Azure, Google Cloud, Kubernetes, containers, code repositories, CI/CD pipelines, data stores, SaaS integrations, AI systems, workloads, identities, permissions, and runtime environments. The result is not one attack surface. It is a constantly changing web of exposure.
Wiz focuses on making that exposure visible.
The company provides a cloud and AI security platform designed to help organizations identify, prioritize, and remove critical risks across major cloud environments. Its approach is based on creating a normalizing layer between cloud environments so security teams can understand risk across fragmented infrastructure.
That matters because cloud risk rarely exists in isolation.
A vulnerability alone may not be critical.
An exposed workload alone may not be catastrophic.
A misconfigured identity alone may not cause breach impact.
A sensitive data path alone may not trigger urgency.
But when these signals connect, they create attack paths.
Wiz’s relevance comes from showing security teams which combinations of vulnerabilities, permissions, exposures, data, workloads, and cloud configurations actually matter.
The company does not simply scan the cloud.
It maps the risk graph behind cloud exposure.
In TheGatekeeping structure, Wiz belongs to the cloud risk, exposure management, AI security, and vulnerability prioritization layer.
It sits where cloud complexity becomes attack path intelligence.
TheGatekeeping Perspective:
Wiz exposes cloud risk before attackers turn it into leverage.
Visual Signature
Website
Website
Operational Snapshot
Problem They Solve
Cloud Risk Visibility
Solution They Provide
Cloud & AI Security Platform
In Plain Terms
What They Really Do?
Wiz helps organizations see where cloud and AI environments are exposed.
It connects signals across cloud infrastructure, workloads, vulnerabilities, identities, permissions, data, containers, Kubernetes, code, and runtime systems so security teams can understand which risks actually create attack paths.
In simple terms, Wiz helps organizations identify:
What is exposed.
What is vulnerable.
What can be reached.
What contains sensitive data.
Which identities have dangerous access.
Which workloads create risk.
Which cloud paths attackers could use.
Which problems should be fixed first.
This matters because cloud environments are too large, too dynamic, and too interconnected for security teams to treat every alert equally.
A serious risk is not always the loudest alert.
It is often the combination of exposure, vulnerability, identity, permission, workload, and data context.
Wiz helps security teams find those combinations.
In plain terms: Wiz shows which cloud risks can actually become breach paths.
It connects signals across cloud infrastructure, workloads, vulnerabilities, identities, permissions, data, containers, Kubernetes, code, and runtime systems so security teams can understand which risks actually create attack paths.
In simple terms, Wiz helps organizations identify:
What is exposed.
What is vulnerable.
What can be reached.
What contains sensitive data.
Which identities have dangerous access.
Which workloads create risk.
Which cloud paths attackers could use.
Which problems should be fixed first.
This matters because cloud environments are too large, too dynamic, and too interconnected for security teams to treat every alert equally.
A serious risk is not always the loudest alert.
It is often the combination of exposure, vulnerability, identity, permission, workload, and data context.
Wiz helps security teams find those combinations.
In plain terms: Wiz shows which cloud risks can actually become breach paths.
Founder
Bio
Wiz was founded by a leadership team with deep experience in cloud security, enterprise infrastructure, and large-scale cyber operations.
The company is led by Assaf Rappaport as CEO, with Ami Luttwak as CTO, Yinon Costica in product leadership, and Roy Reznik in research and development leadership. Its leadership team reflects the company’s focus on cloud-native security, engineering depth, product velocity, and enterprise-scale risk visibility.
Wiz’s rise is closely connected to the shift from traditional security scanning toward cloud-native risk correlation.
Before platforms like Wiz became central to cloud security, organizations often relied on separate tools for cloud posture, vulnerability scanning, container security, data security, identity permissions, infrastructure-as-code scanning, compliance, and runtime protection.
That model created security silos.
Each tool could show a piece of risk.
Few could explain how the pieces connected.
Wiz’s market contribution is the movement toward unified cloud risk visibility, where security teams can understand how vulnerabilities, identities, exposed services, sensitive data, workloads, and misconfigurations combine into real attack paths.
Its importance grows as enterprises adopt multi-cloud infrastructure, AI workloads, Kubernetes, containers, DevOps pipelines, and agentic systems.
In that environment, cloud security is no longer just posture management.
It is exposure control across constantly changing infrastructure.
The company is led by Assaf Rappaport as CEO, with Ami Luttwak as CTO, Yinon Costica in product leadership, and Roy Reznik in research and development leadership. Its leadership team reflects the company’s focus on cloud-native security, engineering depth, product velocity, and enterprise-scale risk visibility.
Wiz’s rise is closely connected to the shift from traditional security scanning toward cloud-native risk correlation.
Before platforms like Wiz became central to cloud security, organizations often relied on separate tools for cloud posture, vulnerability scanning, container security, data security, identity permissions, infrastructure-as-code scanning, compliance, and runtime protection.
That model created security silos.
Each tool could show a piece of risk.
Few could explain how the pieces connected.
Wiz’s market contribution is the movement toward unified cloud risk visibility, where security teams can understand how vulnerabilities, identities, exposed services, sensitive data, workloads, and misconfigurations combine into real attack paths.
Its importance grows as enterprises adopt multi-cloud infrastructure, AI workloads, Kubernetes, containers, DevOps pipelines, and agentic systems.
In that environment, cloud security is no longer just posture management.
It is exposure control across constantly changing infrastructure.
Headquarters
One Manhattan West, 401, 9th Avenue, Chelsea District, Manhattan Community Board 4, Manhattan, New York County, New York, 10001, United States
Services & Solutions
Wiz provides a broad cloud and AI security ecosystem designed to secure development, cloud environments, workloads, runtime systems, infrastructure, data, identities, and AI-related risk.
Its solution areas include:
Cloud Security
AI Security
Cloud Security Posture Management
Cloud-Native Application Protection
Unified Vulnerability Management
Attack Surface Management
Exposure Management
Data Security Posture Management
Cloud Infrastructure Entitlement Management
Cloud Compliance
Workload Protection
Runtime Protection
Cloud Detection and Response
Container Security
Kubernetes Security
Infrastructure-as-Code Scanning
Supply Chain Security
SCA and SBOM
Application Security Posture Management
Static Application Security Testing
Secure Container Images
AI Threat Readiness
AI-Powered Security
Code-to-Cloud Security
Agentless Cloud Risk Detection
Runtime Threat Detection
Wiz Code
Wiz Cloud
Wiz Defend
Wiz Sensor
WizOS
Wiz’s platform is especially relevant for organizations that need one view across development, cloud posture, workload exposure, runtime behavior, data risk, identity permissions, and AI security.
Its solution areas include:
Cloud Security
AI Security
Cloud Security Posture Management
Cloud-Native Application Protection
Unified Vulnerability Management
Attack Surface Management
Exposure Management
Data Security Posture Management
Cloud Infrastructure Entitlement Management
Cloud Compliance
Workload Protection
Runtime Protection
Cloud Detection and Response
Container Security
Kubernetes Security
Infrastructure-as-Code Scanning
Supply Chain Security
SCA and SBOM
Application Security Posture Management
Static Application Security Testing
Secure Container Images
AI Threat Readiness
AI-Powered Security
Code-to-Cloud Security
Agentless Cloud Risk Detection
Runtime Threat Detection
Wiz Code
Wiz Cloud
Wiz Defend
Wiz Sensor
WizOS
Wiz’s platform is especially relevant for organizations that need one view across development, cloud posture, workload exposure, runtime behavior, data risk, identity permissions, and AI security.
Operational Focus
Methodology
Wiz’s operational methodology is built around cloud risk correlation.
The company focuses on connecting fragmented cloud signals into a single risk picture that security and engineering teams can act on.
Its methodology is based on several operational principles:
normalize visibility across major clouds,
identify exposed cloud assets,
detect vulnerable workloads,
map attack paths,
prioritize critical risk,
connect identity and permission context,
identify sensitive data exposure,
scan infrastructure as code,
secure containers and Kubernetes,
detect cloud misconfigurations,
reduce cloud attack surface,
support cloud compliance,
monitor runtime behavior,
protect AI-related environments,
and connect security findings to engineering workflows.
Wiz’s model is especially important because cloud security failures usually emerge from combinations.
A vulnerable workload becomes more dangerous when it is internet-exposed.
An exposed service becomes more dangerous when it has access to sensitive data.
An identity misconfiguration becomes more dangerous when it can reach production infrastructure.
A container issue becomes more dangerous when it connects to critical workloads.
An AI system becomes more dangerous when its permissions, data access, and operational context are unmanaged.
Wiz attempts to show those relationships before they become attacker leverage.
Operational Overview
Wiz represents the cloud risk visibility layer of modern cybersecurity infrastructure.
Its role is especially important because cloud environments are not static.
Assets appear and disappear.
Developers ship code.
Containers move.
Workloads scale.
Permissions change.
Data spreads.
AI systems connect to enterprise workflows.
Infrastructure becomes harder to understand in real time.
Traditional security tools often struggle in that environment because they treat findings as isolated alerts.
Wiz focuses on context.
It asks:
What is exposed?
What is vulnerable?
What is reachable?
What has privilege?
What contains sensitive data?
What connects to what?
What creates a real attack path?
Which issue matters first?
That makes Wiz structurally different from a basic scanner.
Its value is not only detection.
Its value is prioritization through cloud context.
For cybersecurity teams, that distinction matters. Large enterprises do not suffer from a lack of alerts. They suffer from a lack of clarity about which alerts can become breach paths.
Wiz’s strength is turning cloud noise into risk hierarchy.
From a TheGatekeeping perspective, Wiz is a gatekeeper of cloud exposure visibility.
It does not control access like Okta.
It does not protect privileged identities like CyberArk.
It does not operate at the network edge like Cloudflare.
It shows where the cloud is already weak before attackers turn weakness into movement.
The company focuses on connecting fragmented cloud signals into a single risk picture that security and engineering teams can act on.
Its methodology is based on several operational principles:
normalize visibility across major clouds,
identify exposed cloud assets,
detect vulnerable workloads,
map attack paths,
prioritize critical risk,
connect identity and permission context,
identify sensitive data exposure,
scan infrastructure as code,
secure containers and Kubernetes,
detect cloud misconfigurations,
reduce cloud attack surface,
support cloud compliance,
monitor runtime behavior,
protect AI-related environments,
and connect security findings to engineering workflows.
Wiz’s model is especially important because cloud security failures usually emerge from combinations.
A vulnerable workload becomes more dangerous when it is internet-exposed.
An exposed service becomes more dangerous when it has access to sensitive data.
An identity misconfiguration becomes more dangerous when it can reach production infrastructure.
A container issue becomes more dangerous when it connects to critical workloads.
An AI system becomes more dangerous when its permissions, data access, and operational context are unmanaged.
Wiz attempts to show those relationships before they become attacker leverage.
Operational Overview
Wiz represents the cloud risk visibility layer of modern cybersecurity infrastructure.
Its role is especially important because cloud environments are not static.
Assets appear and disappear.
Developers ship code.
Containers move.
Workloads scale.
Permissions change.
Data spreads.
AI systems connect to enterprise workflows.
Infrastructure becomes harder to understand in real time.
Traditional security tools often struggle in that environment because they treat findings as isolated alerts.
Wiz focuses on context.
It asks:
What is exposed?
What is vulnerable?
What is reachable?
What has privilege?
What contains sensitive data?
What connects to what?
What creates a real attack path?
Which issue matters first?
That makes Wiz structurally different from a basic scanner.
Its value is not only detection.
Its value is prioritization through cloud context.
For cybersecurity teams, that distinction matters. Large enterprises do not suffer from a lack of alerts. They suffer from a lack of clarity about which alerts can become breach paths.
Wiz’s strength is turning cloud noise into risk hierarchy.
From a TheGatekeeping perspective, Wiz is a gatekeeper of cloud exposure visibility.
It does not control access like Okta.
It does not protect privileged identities like CyberArk.
It does not operate at the network edge like Cloudflare.
It shows where the cloud is already weak before attackers turn weakness into movement.
Market Scope
Geography
Wiz operates across global cloud, enterprise, AI, regulated-industry, DevOps, security operations, and cloud-native infrastructure environments where visibility, posture, exposure, workload protection, and risk prioritization are critical.
United States
Israel
United Kingdom
France
Japan
Netherlands
Australia
Its coverage is strongest across organizations running complex cloud and AI infrastructure, including:
Financial Services
Healthcare & Life Sciences
Government
Technology
SaaS Platforms
Cloud-Native Companies
Enterprise Software
Retail
Manufacturing
Energy
Telecommunications
Media
Insurance
Education
Large Enterprise
Regulated Industries
DevOps Environments
AI-Enabled Organizations
Multi-Cloud Environments
Kubernetes-Heavy Environments
Wiz’s market scope includes environments where cloud risk is distributed across:
Cloud Workloads
Containers
Kubernetes Clusters
Cloud Identities
Permissions
Sensitive Data
Code Repositories
CI/CD Pipelines
Infrastructure as Code
Runtime Systems
Public Exposure
Vulnerabilities
Misconfigurations
AI Models
AI Agents
Application Dependencies
Software Supply Chains
Cloud Compliance Controls
Its relevance is strongest wherever cloud infrastructure changes faster than security teams can manually track.
From a TheGatekeeping perspective, Wiz does not simply serve cloud teams.
It maps the exposure layer of the modern enterprise.
And yes, Wiz is not just a cloud security scanner.
It is the visibility layer that shows which cloud risks can become attack paths.
United States
Israel
United Kingdom
France
Japan
Netherlands
Australia
Its coverage is strongest across organizations running complex cloud and AI infrastructure, including:
Financial Services
Healthcare & Life Sciences
Government
Technology
SaaS Platforms
Cloud-Native Companies
Enterprise Software
Retail
Manufacturing
Energy
Telecommunications
Media
Insurance
Education
Large Enterprise
Regulated Industries
DevOps Environments
AI-Enabled Organizations
Multi-Cloud Environments
Kubernetes-Heavy Environments
Wiz’s market scope includes environments where cloud risk is distributed across:
Cloud Workloads
Containers
Kubernetes Clusters
Cloud Identities
Permissions
Sensitive Data
Code Repositories
CI/CD Pipelines
Infrastructure as Code
Runtime Systems
Public Exposure
Vulnerabilities
Misconfigurations
AI Models
AI Agents
Application Dependencies
Software Supply Chains
Cloud Compliance Controls
Its relevance is strongest wherever cloud infrastructure changes faster than security teams can manually track.
From a TheGatekeeping perspective, Wiz does not simply serve cloud teams.
It maps the exposure layer of the modern enterprise.
And yes, Wiz is not just a cloud security scanner.
It is the visibility layer that shows which cloud risks can become attack paths.
Operational Overview
Infrastructure Tags
Secure Soft
- Av. Manuel Olguín 325 Edificio Plus Olguín, Floor 14 Santiago de Surco Lima, Peru