ARMO Sign Up: The Complete Guide to Getting Started with Kubernetes Security in 2026

Kubernetes security has become a major concern for businesses running cloud-native workloads. If you’re looking into ARMO sign up options, you’re probably aware that protecting your containerized applications takes more than basic tools. ARMO Platform offers end-to-end Kubernetes security with features that go beyond what traditional CNAPP or CSPM tools provide. This guide walks you through everything you need to know before creating your ARMO account. We’ll cover the registration process, platform features, pricing considerations, and how ARMO compares to other security solutions. Whether you’re managing on-premises Kubernetes clusters or multi-cloud environments, understanding what you’re signing up for helps you make a smarter choice. Let’s dig in.

What is ARMO Platform and Why Should You Care?

ARMO is the world’s only dedicated end-to-end Kubernetes-native security platform. That’s not marketing speak. It’s a real distinction from other tools in the market.

Most security platforms treat Kubernetes as just another workload. They bolt on container security features to existing cloud security tools. ARMO was built from the ground up specifically for Kubernetes environments.

The Core Problem ARMO Solves

Security teams face a flood of alerts. Most of these alerts lack context. They don’t tell you which vulnerabilities actually matter in your specific environment.

ARMO fixes this by providing:

• Noise-free alerts that filter out irrelevant findings
• Contextual insights based on your actual runtime behavior
• Actionable recommendations you can apply without breaking applications

The platform combines security posture management with runtime threat detection. You get visibility into misconfigurations, vulnerabilities, RBAC issues, and network policies from a single dashboard.

How ARMO Differs from Generic Security Tools

Traditional cloud security tools give you lists of problems. Hundreds of them. Maybe thousands. Good luck figuring out which ones to fix first.

ARMO takes a different approach. It looks at your actual runtime environment. It identifies which misconfigurations have real exposure. It separates theoretical risks from genuine threats.

Here’s a practical example. A vulnerability scanner might flag a critical CVE in one of your container images. But if that vulnerable package never loads into memory during runtime, is it really a priority? ARMO’s runtime analysis tells you the difference.

The Technology Behind ARMO

ARMO uses eBPF (extended Berkeley Packet Filter) for runtime security. This technology runs in the Linux kernel. It captures actual application behavior without heavy performance overhead.

With eBPF, ARMO can:

• Learn what normal behavior looks like for your applications
• Detect abnormal or malicious activities in real-time
• Auto-generate network policies based on observed traffic patterns
• Create seccomp profiles tailored to each workload

This isn’t guesswork. It’s security based on what your applications actually do.

Understanding the ARMO Sign Up Process

Getting started with ARMO is straightforward. The platform offers a self-service registration option. You don’t need to sit through a sales demo to try it out.

Creating Your ARMO Account

Head to cloud.armosec.io to begin registration. The sign up page is clean and simple. You have two main options:

• Sign up with email by entering your details and creating a password
• Sign in with existing accounts using supported identity providers

You’ll need to agree to the terms of service before proceeding. Once you confirm your email, your account is active.

No credit card required for the initial setup. You can explore the platform and connect your first cluster without financial commitment.

What Happens After You Register

After ARMO account creation, you’ll land in the main dashboard. The platform guides you through connecting your first Kubernetes cluster.

The onboarding process involves:

1. Installing the ARMO agent in your cluster
2. Running an initial security scan
3. Reviewing your security posture score
4. Exploring detected issues and recommendations

ARMO provides Kubescape as its scanning engine. Kubescape is an open-source Kubernetes security tool that ARMO created. The commercial platform adds features on top of this foundation.

Connecting Multiple Clusters

Most organizations run more than one Kubernetes cluster. ARMO handles multi-cluster environments well.

You can connect:

• Cloud-managed clusters like EKS, AKS, and GKE
• On-premises Kubernetes deployments
• Hybrid environments spanning multiple providers

Each cluster gets its own agent installation. All data flows back to your unified ARMO dashboard. You see your entire Kubernetes estate in one place.

ARMO Platform Features Worth Knowing Before Sign Up

Understanding what you’re getting helps you evaluate whether ARMO fits your needs. Let’s break down the main capabilities.

Security Posture Management

ARMO scans your Kubernetes configurations against security frameworks and standards. This includes:

• NSA-CISA Kubernetes Hardening Guidelines
• CIS Kubernetes Benchmark
• MITRE ATT&CK framework for containers
• SOC 2 compliance requirements
• Custom frameworks you define yourself

The platform doesn’t just list violations. It shows you which ones matter based on runtime context. A misconfiguration in a development namespace with no external exposure is different from one in production handling sensitive data.

Vulnerability Management

Container images often contain vulnerable packages. ARMO scans your images and running workloads to find these issues.

But here’s what makes it useful: ARMO correlates vulnerabilities with runtime data. It tells you:

• Whether the vulnerable component is actually loaded in memory
• If the vulnerability is reachable from the network
• What the blast radius would be if exploited

This context helps you prioritize fixes. You work on the vulnerabilities that pose actual risk, not theoretical ones.

RBAC Analysis

Kubernetes Role-Based Access Control gets complicated fast. Who can do what across your clusters? Are there overly permissive service accounts?

ARMO visualizes your RBAC configurations. It highlights:

• Overprivileged service accounts with unnecessary permissions
• Risky role bindings that could enable privilege escalation
• Unused permissions you should remove

The platform suggests right-sized permissions based on observed usage. This helps you follow the principle of least privilege without guessing.

Network Policy Generation

Kubernetes network policies control traffic between pods. Writing them manually is tedious and error-prone.

ARMO watches your application traffic using eBPF. It learns which pods talk to which services. Then it generates network policies that match your actual traffic patterns.

You get one-click recommendations for optimal network policies. These are tailored to your running applications, not generic templates.

Seccomp Profile Generation

Seccomp profiles restrict the system calls containers can make. They’re powerful security controls but hard to create manually.

ARMO’s runtime agent observes which syscalls your applications use. It generates seccomp profiles that allow only those calls. This reduces the attack surface without breaking your apps.

Runtime Threat Detection

Beyond posture management, ARMO monitors for active threats. The lightweight eBPF-based agent watches for:

• Unexpected process execution inside containers
• Suspicious network connections to known bad destinations
• File integrity changes in sensitive locations
• Privilege escalation attempts
• Container escape techniques

When something suspicious happens, you get alerted. The alerts include context about what triggered them and suggested response actions.

ARMO vs Traditional CNAPP and CSPM Tools

ARMO positions itself differently from traditional Cloud Native Application Protection Platforms (CNAPP) and Cloud Security Posture Management (CSPM) solutions. Understanding these differences helps you decide which approach works better for your situation.

What CNAPP and CSPM Actually Do

CNAPP is an umbrella framework. It combines multiple security capabilities for cloud-native environments. A typical CNAPP includes:

• Cloud Workload Protection Platform (CWPP) for application workload security
• Cloud Security Posture Management (CSPM) for configuration checking
• Cloud Infrastructure Entitlement Management (CIEM) for identity and access
• Container security features

CSPM specifically automates security processes for cloud environments. It identifies misconfigurations, checks compliance, and guides remediation.

These tools cover a lot of ground. But they’re designed for broad cloud environments, not specifically for Kubernetes.

Where Traditional Tools Fall Short for Kubernetes

Generic CNAPP tools treat Kubernetes as one component among many. They scan container images. They check some Kubernetes configurations. But they don’t understand Kubernetes deeply.

Common limitations include:

• Limited Kubernetes-specific controls compared to comprehensive frameworks
• No runtime correlation to identify real versus theoretical risks
• Basic RBAC analysis without deep permission mapping
• Manual network policy creation without traffic-based recommendations
• No seccomp profile generation

If Kubernetes is a small part of your infrastructure, generic tools might be fine. If Kubernetes is central to your operations, you’ll hit these limitations.

ARMO’s Kubernetes-First Approach

ARMO built everything around Kubernetes. The platform understands:

• Kubernetes resource relationships and dependencies
• How workloads interact within and across namespaces
• The full context of pod specifications and their security implications
• Runtime behavior at the container and process level

This depth shows in the recommendations ARMO provides. Fixes are contextual. They consider your specific Kubernetes setup, not just generic templates.

Alert Fatigue Comparison

Traditional security tools bury teams in alerts. A typical CSPM scan might return hundreds of findings. Many are low-priority or don’t apply to your environment.

ARMO takes a different stance. The platform filters findings through runtime context. You see:

• Which misconfigurations have actual exposure
• Which vulnerabilities are loaded and reachable
• Which issues affect production versus development

Fewer alerts. More relevance. Security teams can focus on what matters.

When to Choose ARMO vs CNAPP

Consider ARMO if:

• Kubernetes is your primary or sole container platform
• You need deep Kubernetes-specific security controls
• Alert fatigue from existing tools is a problem
• You want automated network policy and seccomp generation
• Runtime threat detection for containers matters to you

Consider traditional CNAPP if:

• You run diverse cloud workloads beyond Kubernetes
• You need strong IaaS configuration coverage
• Kubernetes is a smaller part of your environment
• You’re already invested in a vendor’s broader security platform

Some organizations use both. They run CNAPP for broad cloud coverage and ARMO specifically for Kubernetes depth.

On-Premises Kubernetes Security with ARMO

Not everything runs in public clouds. Many organizations have on-premises Kubernetes clusters. ARMO supports these environments while addressing data privacy concerns.

The Challenge of On-Prem Kubernetes Security

Running Kubernetes on-premises creates unique security challenges:

• No built-in cloud security services to rely on
• Full responsibility for infrastructure security
• Compliance requirements that may prevent data leaving your premises
• Limited visibility tools compared to managed cloud services

Many security platforms assume cloud deployment. They don’t work well for air-gapped or restricted environments.

How ARMO Handles On-Premises Deployments

ARMO Platform secures on-premises Kubernetes with a SaaS-like experience. You get the convenience of a managed platform without sacrificing data privacy.

The architecture works like this:

• Agents run in your cluster and process data locally
• Only metadata flows to ARMO’s cloud (no sensitive workload data)
• Scanning happens on your infrastructure
• Results aggregate in the central dashboard

This design respects data residency requirements while providing centralized visibility.

Data Privacy Considerations

When you register for ARMO and connect on-premises clusters, you might wonder what data leaves your environment.

ARMO’s approach minimizes data exposure:

• Kubernetes manifests and configurations get scanned
• Vulnerability scan results are transmitted
• Runtime telemetry metadata flows to the platform
• Actual application data, secrets, and business information stay in your cluster

For organizations with strict data handling requirements, this separation matters. You can verify exactly what the agent transmits.

Air-Gapped and Restricted Network Options

Some environments can’t connect to external services at all. Fully air-gapped clusters exist in government, financial, and critical infrastructure sectors.

ARMO offers options for these scenarios. Kubescape, the open-source scanner, runs entirely locally. For organizations needing the full platform capabilities without cloud connectivity, enterprise deployment options exist.

Talk to ARMO’s team if you have strict network restrictions. They can explain what’s possible for your specific situation.

The Kubescape Connection: Open Source Foundation

When you sign up for ARMO Platform, you’re getting a commercial product built on open source. Understanding this connection helps you evaluate the platform.

What is Kubescape?

Kubescape is an open-source Kubernetes security scanner. ARMO created it and maintains it. The project has grown into one of the most popular Kubernetes security tools available.

Kubescape can:

• Scan Kubernetes clusters for misconfigurations
• Check compliance against multiple frameworks
• Identify vulnerabilities in container images
• Analyze RBAC configurations
• Run as a CLI tool, in CI/CD pipelines, or as an in-cluster operator

It’s free to use. You can run it today without signing up for anything.

How ARMO Platform Extends Kubescape

ARMO Platform adds commercial capabilities on top of Kubescape:

Try Before You Buy: Start with Kubescape

If you’re not ready for ARMO sign up yet, start with Kubescape. Run it against your clusters. See what it finds.

This gives you a preview of ARMO’s scanning capabilities. If Kubescape provides value, the commercial platform offers more depth.

Installing Kubescape takes minutes. The CLI works on Linux, macOS, and Windows. You can also deploy it as a Helm chart in your cluster.

The Open Source Advantage

Building on open source has benefits for users:

• Transparency about how scanning works
• Community contributions improving the tool continuously
• No vendor lock-in on the core scanning technology
• Ability to customize if you need specific controls

If you ever stop using ARMO Platform, you can still run Kubescape. Your security scanning doesn’t disappear.

Use Cases: When ARMO Sign Up Makes Sense

Different organizations have different security needs. Here’s where ARMO tends to fit well.

DevSecOps Teams Building Security Into Pipelines

You want security checks before deployment, not just after. ARMO integrates into CI/CD workflows.

Set up scans that run on every pull request. Block deployments that fail security thresholds. Give developers feedback early when they can fix issues easily.

The platform provides contextual remediation recommendations. Developers don’t just see problems. They see specific fixes based on their application context.

Platform Engineering Teams Standardizing Security

You manage Kubernetes clusters for multiple teams. You need consistent security controls across all of them.

ARMO gives you:

• Centralized visibility into all connected clusters
• Standardized compliance checking against chosen frameworks
• Automated policy generation that teams can adopt
• Risk scoring that shows which clusters need attention

You can set organization-wide security standards. Monitor whether teams meet them. Identify gaps before they become incidents.

Security Teams Reducing Alert Fatigue

Your current tools generate thousands of alerts. Your team can’t investigate them all. Real threats hide in the noise.

ARMO’s runtime-aware approach changes this. By correlating findings with actual behavior, the platform surfaces what matters.

Instead of 500 vulnerability alerts, you might see 50 that have real exposure. Those 50 deserve investigation. The other 450 can wait.

Compliance-Driven Organizations

You need to prove security compliance to auditors, customers, or regulators. Documentation and evidence matter.

ARMO provides:

• Compliance reports against standard frameworks
• Historical tracking of security posture over time
• Evidence of controls you’ve put in place
• Audit trails for security changes

When an auditor asks about your Kubernetes security, you have data to show them.

Organizations Moving to Kubernetes

You’re migrating workloads to Kubernetes. Security concerns are slowing adoption.

ARMO helps you:

• Understand your starting security posture
• Identify issues to fix before production deployment
• Build security controls as you go
• Gain confidence that your new platform is protected

Starting with security built in is easier than adding it later.

ARMO Account Setup: Step-by-Step Walkthrough

Let’s get specific about what happens when you create your ARMO account. This section walks through the actual process.

Step 1: Navigate to the Sign Up Page

Go to cloud.armosec.io in your browser. You’ll see the login page with a sign up option.

Click “Don’t have an account? Sign up” to begin registration.

Step 2: Enter Your Information

Provide your email address. Create a password that meets the security requirements.

You’ll need to check the box agreeing to ARMO’s terms of service. Take a minute to review these if you haven’t before.

Click Continue to proceed.

Step 3: Verify Your Email

ARMO sends a verification email. Check your inbox (and spam folder if needed). Click the verification link.

This confirms you control the email address you provided.

Step 4: Complete Your Profile

After verification, you’ll set up your profile. This typically includes:

• Your name
• Organization name
• Role or job function
• How you plan to use the platform

This information helps ARMO personalize your experience. It also affects which features you see first.

Step 5: Access Your Dashboard

Now you’re in the ARMO Platform. The dashboard shows you onboarding steps to connect your first cluster.

The interface guides you through:

• Choosing your cluster type (EKS, AKS, GKE, on-prem, etc.)
• Getting installation commands for the ARMO agent
• Running the agent installation
• Verifying the connection

Step 6: Install the ARMO Agent

The agent installs via Helm chart. You’ll get commands that look something like this:

helm repo add armo https://armosec.github.io/armo-helm/

helm repo update

helm install armo armo/armo –set clusterName=your-cluster-name

The exact commands include your account-specific tokens. Copy them from the dashboard.

Run these commands against your Kubernetes cluster using kubectl context connected to the target cluster.

Step 7: Run Your First Scan

Once the agent connects, ARMO runs an initial scan automatically. This takes a few minutes depending on cluster size.

The scan covers:

• Kubernetes configurations and manifests
• Container images for vulnerabilities
• RBAC settings
• Network policies (or lack of them)

Results populate in your dashboard as scanning completes.

Step 8: Review Your Security Posture

The dashboard shows your overall security score. It breaks down findings by:

• Severity (critical, high, medium, low)
• Category (configuration, vulnerability, RBAC, etc.)
• Compliance framework
• Namespace and workload

Explore the findings. Click into specific issues to see details and remediation guidance.

Understanding ARMO’s Unified Security Dashboard

After ARMO registration, the dashboard becomes your main interface. Understanding its layout helps you use the platform effectively.

Main Dashboard Components

The primary view shows:

• Security Score giving an overall health rating
• Cluster Overview listing connected clusters and their status
• Risk Distribution showing findings by severity
• Compliance Status against selected frameworks
• Recent Activity including new findings and resolved issues

This view gives you a quick health check without clicking through multiple screens.

Navigating to Specific Views

The sidebar provides access to detailed sections:

• Configuration Scanning for misconfiguration details
• Vulnerabilities for image and workload CVEs
• RBAC for access control analysis
• Network Policies for traffic control management
• Runtime for threat detection and behavioral analysis
• Compliance for framework-specific reporting

Each section drills down into its focus area while maintaining context from the broader view.

Filtering and Sorting Findings

With potentially hundreds of findings, filtering matters. ARMO provides filters for:

• Cluster name
• Namespace
• Severity level
• Finding type
• Compliance framework
• Fix availability

Save filter combinations you use frequently. This speeds up regular review workflows.

Understanding Contextual Remediation

Click into any finding to see detailed information. ARMO shows:

• What the issue is in plain language
• Why it matters including potential attack scenarios
• How to fix it with specific code or configuration changes
• Risk context based on runtime exposure

The remediation guidance considers your specific setup. It’s not generic advice that might break your application.

For example, if ARMO suggests changing a pod security context, the recommendation accounts for what your application actually needs to function.

Tracking Progress Over Time

Security posture isn’t static. ARMO tracks changes over time, showing:

• How your security score has changed
• New issues introduced
• Issues you’ve resolved
• Regression alerts if fixed issues reappear

This historical view helps you demonstrate improvement to stakeholders. It also catches when deployments introduce new problems.

Integration Options After ARMO Account Creation

ARMO doesn’t exist in isolation. It connects to your existing tools and workflows. Here’s what integrations look like after you complete ARMO sign up.

CI/CD Pipeline Integration

Run ARMO scans as part of your deployment pipeline. Common integrations include:

• GitHub Actions with official marketplace actions
• GitLab CI using the scanner in pipeline stages
• Jenkins through CLI invocation
• Azure DevOps pipeline tasks
• CircleCI orbs

You can fail builds when critical security issues are detected. This shifts security left, catching problems before they reach production.

Notification and Alerting Integration

Get security alerts where your team already works:

• Slack channels for security notifications
• PagerDuty for critical runtime alerts
• Email for daily or weekly digests
• Webhooks for custom integrations

Configure different notification rules for different finding types. Critical runtime alerts might page someone immediately. Configuration drift might go to a Slack channel for daily review.

SIEM and SOC Integration

Security operations teams often aggregate data in central platforms. ARMO can send data to:

• Splunk
• Elastic
• Other SIEM tools via standard formats

This keeps Kubernetes security data alongside other security telemetry. SOC analysts can correlate events across your environment.

Ticketing System Integration

Turn security findings into trackable work items:

• Jira for development team tracking
• ServiceNow for IT service management
• Other ticketing systems via API

Automate ticket creation for new findings above a certain threshold. This ensures issues don’t get lost in dashboard noise.

Pricing Considerations for ARMO Sign Up

Understanding costs helps you plan before registering. Here’s what to know about ARMO pricing models.

Free Tier Availability

ARMO offers a free tier for getting started. This lets you:

• Connect a limited number of clusters
• Run configuration and vulnerability scans
• See compliance results against standard frameworks
• Experience the platform before financial commitment

The free tier has limitations on features and scale. But it’s enough to evaluate whether ARMO fits your needs.

Commercial Pricing Factors

Paid plans typically scale based on:

• Number of clusters you connect
• Number of nodes or workloads scanned
• Feature set (runtime vs. posture-only)
• Support level you require

Contact ARMO’s sales team for specific pricing. Like most enterprise security tools, published prices aren’t always available. Pricing often depends on your specific situation.

Calculating Your Likely Costs

Before signing up, estimate your usage:

• How many Kubernetes clusters do you have?
• How many nodes per cluster?
• Will you need runtime threat detection or just posture management?
• Do you require enterprise support with SLAs?

Gather this information before pricing conversations. It helps you get accurate quotes and compare with alternatives.

Total Cost of Ownership

Beyond subscription cost, consider:

• Implementation time to deploy and configure
• Learning curve for your team
• Maintenance overhead for agent updates
• Integration effort with existing tools

ARMO is relatively lightweight compared to some enterprise security platforms. The agent has low resource overhead. Setup is straightforward. These factors reduce total cost of ownership.

Security Best Practices After ARMO Registration

Creating your account is just the beginning. Here’s how to get maximum value from the platform.

Start with a Baseline Assessment

Before making changes, document your current state. Run scans across all clusters. Export the results.

This baseline helps you:

• Prioritize what to fix first
• Measure progress over time
• Demonstrate improvement to stakeholders

Don’t try to fix everything at once. Identify the highest-risk issues and address those first.

Establish a Regular Review Cadence

Security isn’t a one-time event. Set up regular reviews:

• Daily check for new critical findings or runtime alerts
• Weekly review of overall posture and trends
• Monthly compliance reporting and deeper analysis
• Quarterly assessment of security program effectiveness

Assign ownership for each cadence. Without clear responsibility, reviews get skipped.

Enable Runtime Monitoring Early

If your plan includes runtime threat detection, enable it as soon as possible. The eBPF agent needs time to learn normal behavior before it can detect anomalies.

Letting it run for a few weeks before you rely on it improves accuracy. You’ll get fewer false positives once the baseline is established.

Use Generated Policies Carefully

ARMO can auto-generate network policies and seccomp profiles. These are powerful but require care.

Don’t apply generated policies directly to production without testing. Instead:

1. Review the generated policy
2. Test in a non-production environment
3. Monitor for issues after applying
4. Iterate based on what you learn

Generated policies are excellent starting points. They’re not always perfect on the first try.

Connect All Your Clusters

Partial visibility is dangerous. If you only monitor some clusters, problems in unmonitored ones can surprise you.

Connect production, staging, and development clusters. You might apply different policies to each, but you need visibility into all of them.

Train Your Team

The best security tool is useless if your team doesn’t know how to use it. Invest in training:

• Walk through the dashboard with new users
• Document your remediation workflows
• Practice responding to runtime alerts
• Share knowledge about Kubernetes security generally

ARMO provides documentation and resources. Use them. Encourage your team to learn the platform deeply.

Common Questions During ARMO Onboarding

New users often have similar questions when getting started. Let’s address the frequent ones.

“How Long Does Setup Take?”

For a single cluster, expect about 15-30 minutes from sign up to first scan results. This includes:

• Account creation (5 minutes)
• Agent installation (5-10 minutes)
• Initial scan (5-15 minutes depending on cluster size)

Connecting additional clusters takes less time once you know the process.

“Will the Agent Impact My Cluster Performance?”

ARMO’s agent is designed to be lightweight. The eBPF-based runtime component runs in the kernel with minimal overhead.

Most users report no noticeable performance impact. If you’re concerned, start with non-production clusters to verify.

Resource requirements are documented. Check them against your cluster capacity before deploying.

“What If I Have Sensitive Workloads?”

ARMO processes security-relevant metadata. It doesn’t inspect your application data or business logic.

Review the data handling documentation if you have specific concerns. For highly sensitive environments, discuss your requirements with ARMO’s team before signing up.

“Can I Use ARMO for Compliance Audits?”

Yes. ARMO provides reports against standard frameworks. These can serve as evidence during audits.

Work with your auditors to understand what they need. ARMO can likely produce it, but format requirements vary.

“How Do I Get Help If Something Goes Wrong?”

Support options depend on your plan:

• Free tier relies on documentation and community resources
• Paid plans include various support levels with response time guarantees
• Enterprise plans may include dedicated support contacts

Check what support comes with your plan. Know how to reach support before you need it urgently.

Comparing ARMO to Other Kubernetes Security Solutions

ARMO isn’t your only option. Understanding the alternatives helps you make an informed choice before registration.

ARMO vs Open Source Only Approaches

You could use Kubescape and other open source tools without ARMO’s commercial platform.

Advantages of open source only:

• No subscription cost
• Full control over the tools
• No vendor dependency

Disadvantages:

• You build and maintain the dashboard yourself
• No unified multi-cluster view
• Limited runtime detection capabilities
• No commercial support

For smaller teams or those with strong internal expertise, open source might be enough. For organizations wanting a complete solution, ARMO adds clear value.

ARMO vs Cloud Provider Native Tools

AWS, Azure, and Google Cloud offer container security features. How do they compare?

Cloud provider tools are often:

• Included in your cloud subscription
• Well-integrated with their specific platform
• Limited to that single cloud
• Less deep on Kubernetes-specific controls

ARMO works across any Kubernetes environment. It provides more depth on Kubernetes security specifically. But it’s an additional cost on top of what cloud providers include.

ARMO vs Enterprise CNAPP Vendors

Big security vendors (Palo Alto, CrowdStrike, Wiz, etc.) offer container security as part of broader platforms.

These platforms typically:

• Cover more than just Kubernetes
• Have larger sales teams and enterprise relationships
• Cost more
• Treat Kubernetes as one component, not the focus

If you need broad cloud security beyond Kubernetes, these vendors make sense. If Kubernetes is your priority, ARMO’s focused approach often provides better depth.

Making Your Decision

Consider these factors:

There’s no universally right answer. The best choice depends on your specific situation.

Conclusion: Is ARMO Sign Up Right for You?

ARMO Platform offers serious Kubernetes security capabilities. The combination of posture management and runtime detection, built specifically for Kubernetes, sets it apart from generic tools. If you’re running Kubernetes at any scale and want security that understands your environment deeply, ARMO deserves consideration. The sign up process is simple. The free tier lets you evaluate without commitment. Start there, connect a cluster, and see what the platform finds. That hands-on experience will tell you more than any article can.

FAQ Section: ARMO Sign Up and Platform Questions