Secure Soft
- Av. Manuel Olguín 325 Edificio Plus Olguín, Floor 14 Santiago de Surco Lima, Peru
Company Profile
CyberArk operates in one of the most dangerous layers of enterprise cybersecurity: privileged identity.
Its market position is built around a simple reality: not all identities carry the same risk.
A standard user account can expose data.
A privileged account can collapse systems.
A machine identity can move silently across infrastructure.
An exposed secret can open cloud, DevOps, database, and application environments without triggering normal user-based controls.
CyberArk focuses on the point where identity becomes power.
Its core function is to secure privileged access, credentials, secrets, machine identities, cloud permissions, workforce access, and high-risk identity pathways before attackers can turn them into operational control.
In modern enterprise environments, privilege is no longer limited to administrators. It exists across servers, databases, cloud consoles, DevOps pipelines, applications, APIs, service accounts, AI agents, contractors, engineers, and automated workflows.
That makes privileged identity one of the highest-value targets in cybersecurity.
CyberArk’s relevance comes from its ability to reduce the attack surface around credentials, standing privileges, exposed secrets, excessive access, and unmanaged non-human identities.
The company does not only protect accounts.
It protects the permissions that attackers want most.
In TheGatekeeping structure, CyberArk belongs to the privileged identity and access-control layer.
It sits where access becomes authority.
TheGatekeeping Perspective:
CyberArk protects the identities that can collapse the enterprise.
Visual Signature
Website
Website
Operational Snapshot
Problem They Solve
Privileged Identity Risk
Solution They Provide
Privileged Access Security
In Plain Terms
What They Really Do?
CyberArk helps organizations control the accounts, credentials, secrets, and permissions that carry the highest risk.
That includes administrators, engineers, service accounts, cloud identities, DevOps pipelines, applications, scripts, AI agents, machine identities, and privileged users.
In simple terms, CyberArk helps organizations decide:
Who has elevated access.
Which credentials are exposed.
Which secrets need protection.
Which accounts can reach critical systems.
Which users need temporary access.
Which permissions should be removed.
Which machine identities need control.
Which privileged sessions must be monitored.
This matters because many serious breaches do not start with malware alone.
They escalate through stolen credentials, overprivileged accounts, exposed API keys, unmanaged secrets, misused admin rights, or machine identities with excessive access.
CyberArk helps reduce that risk by securing privileged identities and limiting how much power any user, account, application, or machine identity can hold.
In plain terms: CyberArk protects the keys attackers use after they get inside.
That includes administrators, engineers, service accounts, cloud identities, DevOps pipelines, applications, scripts, AI agents, machine identities, and privileged users.
In simple terms, CyberArk helps organizations decide:
Who has elevated access.
Which credentials are exposed.
Which secrets need protection.
Which accounts can reach critical systems.
Which users need temporary access.
Which permissions should be removed.
Which machine identities need control.
Which privileged sessions must be monitored.
This matters because many serious breaches do not start with malware alone.
They escalate through stolen credentials, overprivileged accounts, exposed API keys, unmanaged secrets, misused admin rights, or machine identities with excessive access.
CyberArk helps reduce that risk by securing privileged identities and limiting how much power any user, account, application, or machine identity can hold.
In plain terms: CyberArk protects the keys attackers use after they get inside.
Founder
Bio
CyberArk was founded around the problem of securing privileged access to sensitive enterprise systems.
The company’s long-term market role is closely tied to the rise of Privileged Access Management as a core cybersecurity discipline.
Before PAM became central to enterprise security, many organizations treated privileged credentials as an IT administration issue. Admin passwords, root credentials, service accounts, database credentials, application secrets, and infrastructure access were often scattered across teams, systems, scripts, and operational workflows.
That model created serious risk.
If attackers gained privileged access, they could move beyond initial compromise and begin controlling infrastructure, stealing data, disabling defenses, escalating permissions, or maintaining persistence inside the environment.
CyberArk’s strategic contribution is the elevation of privileged identity into a dedicated security category.
Its role became more important as enterprise infrastructure moved into cloud, DevOps, hybrid environments, APIs, automation, machine identities, and now AI-driven operations.
In that environment, privilege is no longer human-only.
It is machine-driven, cloud-distributed, token-based, API-connected, and often invisible unless governed properly.
CyberArk’s market importance comes from securing that privilege layer before it becomes attacker leverage.
The company’s long-term market role is closely tied to the rise of Privileged Access Management as a core cybersecurity discipline.
Before PAM became central to enterprise security, many organizations treated privileged credentials as an IT administration issue. Admin passwords, root credentials, service accounts, database credentials, application secrets, and infrastructure access were often scattered across teams, systems, scripts, and operational workflows.
That model created serious risk.
If attackers gained privileged access, they could move beyond initial compromise and begin controlling infrastructure, stealing data, disabling defenses, escalating permissions, or maintaining persistence inside the environment.
CyberArk’s strategic contribution is the elevation of privileged identity into a dedicated security category.
Its role became more important as enterprise infrastructure moved into cloud, DevOps, hybrid environments, APIs, automation, machine identities, and now AI-driven operations.
In that environment, privilege is no longer human-only.
It is machine-driven, cloud-distributed, token-based, API-connected, and often invisible unless governed properly.
CyberArk’s market importance comes from securing that privilege layer before it becomes attacker leverage.
Headquarters
60, Wells Avenue, Oak Hill Park, Oak Hill, Newton, Middlesex County, Massachusetts, 02459, United States
Services & Solutions
CyberArk provides a broad identity security ecosystem focused on privileged access, secrets management, workforce access, machine identity security, cloud security, dynamic access, and high-risk identity protection.
Its solution areas include:
Privileged Access Management
Identity and Access Management
Single Sign-On
Adaptive Multi-Factor Authentication
Lifecycle Management
Machine Identity Security
AI Identity Security
Secrets Management
Dynamic Privileged Access
Secure Workforce Access
Cloud Privilege Security
Just-in-Time Access
Least Privilege Enforcement
Credential Rotation
Password Vaulting
Session Monitoring
Secure Audited Connections
API Key Protection
Token Protection
Application Secrets Security
DevOps Pipeline Security
Hybrid Cloud Access
Multi-Cloud Access Control
Privileged Session Control
Credential Masking
Sensitive Account Protection
Administrator Access Control
Server Access Protection
Database Credential Security
CyberArk’s platform is especially relevant in environments where privileged users, administrators, engineers, applications, cloud systems, and machine identities require controlled access to sensitive infrastructure.
Its solution areas include:
Privileged Access Management
Identity and Access Management
Single Sign-On
Adaptive Multi-Factor Authentication
Lifecycle Management
Machine Identity Security
AI Identity Security
Secrets Management
Dynamic Privileged Access
Secure Workforce Access
Cloud Privilege Security
Just-in-Time Access
Least Privilege Enforcement
Credential Rotation
Password Vaulting
Session Monitoring
Secure Audited Connections
API Key Protection
Token Protection
Application Secrets Security
DevOps Pipeline Security
Hybrid Cloud Access
Multi-Cloud Access Control
Privileged Session Control
Credential Masking
Sensitive Account Protection
Administrator Access Control
Server Access Protection
Database Credential Security
CyberArk’s platform is especially relevant in environments where privileged users, administrators, engineers, applications, cloud systems, and machine identities require controlled access to sensitive infrastructure.
Operational Focus
Methodology
CyberArk’s operational methodology is built around reducing privileged identity risk.
The company focuses on controlling access before privileged credentials, secrets, and permissions become attacker leverage.
Its methodology is based on several operational principles:
secure privileged accounts,
vault sensitive credentials,
rotate passwords automatically,
mask root credentials from end users,
monitor privileged sessions,
enforce least privilege,
grant temporary access when needed,
remove standing privilege,
secure secrets used by applications and scripts,
control machine identities,
protect AI agent permissions,
manage cloud access,
secure DevOps pipelines,
audit high-risk access,
and reduce the window of exposure.
CyberArk’s model is especially important because attackers often seek privilege after the first compromise.
Initial access is only the beginning.
Privilege determines what happens next.
With privilege, attackers can disable controls, access sensitive data, move laterally, compromise cloud environments, abuse service accounts, manipulate systems, and expand control across the enterprise.
CyberArk’s methodology is designed to make that escalation harder.
The company focuses on controlling access before privileged credentials, secrets, and permissions become attacker leverage.
Its methodology is based on several operational principles:
secure privileged accounts,
vault sensitive credentials,
rotate passwords automatically,
mask root credentials from end users,
monitor privileged sessions,
enforce least privilege,
grant temporary access when needed,
remove standing privilege,
secure secrets used by applications and scripts,
control machine identities,
protect AI agent permissions,
manage cloud access,
secure DevOps pipelines,
audit high-risk access,
and reduce the window of exposure.
CyberArk’s model is especially important because attackers often seek privilege after the first compromise.
Initial access is only the beginning.
Privilege determines what happens next.
With privilege, attackers can disable controls, access sensitive data, move laterally, compromise cloud environments, abuse service accounts, manipulate systems, and expand control across the enterprise.
CyberArk’s methodology is designed to make that escalation harder.
Market Scope
Geography
CyberArk operates across global enterprise, government, cloud, regulated-industry, and critical-infrastructure environments where privileged access, machine identity, secrets, and high-risk permissions must be controlled.
Its coverage is strongest across organizations that operate complex digital infrastructure, including:
Financial Services
Healthcare
Public Sector
Technology
Cloud Infrastructure
SaaS Platforms
Critical Infrastructure
Energy
Manufacturing
Telecommunications
Defense
Retail
Education
Transportation
Pharmaceuticals
Insurance
Utilities
Large Enterprise
Regulated Industries
DevOps Environments
AI-Enabled Organizations
CyberArk’s market scope includes environments where access is no longer limited to human users.
It covers:
Privileged Users
Administrators
Engineers
Contractors
Developers
Service Accounts
Machine Identities
API Keys
Tokens
Application Secrets
Cloud Workloads
DevOps Pipelines
AI Agents
Automation Workflows
Database Credentials
Root Credentials
Privileged Sessions
Its relevance is strongest wherever one compromised identity, credential, secret, or permission can give attackers control over critical systems.
From a TheGatekeeping perspective, CyberArk does not simply serve industries.
It secures the power layer inside them.
Its coverage is strongest across organizations that operate complex digital infrastructure, including:
Financial Services
Healthcare
Public Sector
Technology
Cloud Infrastructure
SaaS Platforms
Critical Infrastructure
Energy
Manufacturing
Telecommunications
Defense
Retail
Education
Transportation
Pharmaceuticals
Insurance
Utilities
Large Enterprise
Regulated Industries
DevOps Environments
AI-Enabled Organizations
CyberArk’s market scope includes environments where access is no longer limited to human users.
It covers:
Privileged Users
Administrators
Engineers
Contractors
Developers
Service Accounts
Machine Identities
API Keys
Tokens
Application Secrets
Cloud Workloads
DevOps Pipelines
AI Agents
Automation Workflows
Database Credentials
Root Credentials
Privileged Sessions
Its relevance is strongest wherever one compromised identity, credential, secret, or permission can give attackers control over critical systems.
From a TheGatekeeping perspective, CyberArk does not simply serve industries.
It secures the power layer inside them.
Infrastructure Tags
Canvia Cybersecurity
- Jirón Chota, Urbanización Cercado de Lima, Lima, Province of Lima, Lima Metropolitan Area, Lima, 15083, Peru
