Zero Trust for Cloud

Never Trust, Always Verify—
Across All Your Clouds

Implement comprehensive Zero Trust security for AWS, Azure, and GCP with cloud-native identity management, network microsegmentation, workload protection, and continuous verification. Secure every user, service, and workload in your multi-cloud environment.

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Verify Cloud Identity

Continuous authentication for IAM users, service accounts, and workloads

Least Privilege Access

Just-in-time cloud permissions with automatic rightsizing

Assume Breach

Microsegmentation and runtime protection to contain threats

Complete Zero Trust for Multi-Cloud

From cloud identity to workload protection, secure every layer with Zero Trust principles

Cloud Identity Security

AWS IAM Users

247

Azure AD Users

312

GCP SA Keys

MFA Enabled

98%

✓ Root Account MFAEnabled

⚠ Access Key Rotation12 keys > 90d

✓ Privilege EscalationNo paths found

Cloud Identity

Cloud-Native Identity & Access Management

Enforce Zero Trust across AWS IAM, Azure AD, and GCP IAM with continuous verification, MFA enforcement, and automated least-privilege access. Detect overly permissive roles and service account misuse.

Multi-Cloud IAM Security
Monitor IAM policies, roles, and permissions across AWS, Azure, and GCP
MFA Enforcement
Ensure multi-factor authentication for all cloud console and API access
Service Account Protection
Automated rotation and least-privilege for cloud service accounts

Network Segmentation

Unrestricted Ingress8

Security groups allow 0.0.0.0/0

Overly Permissive23

NSG rules need tightening

Missing Segmentation12

Flat network topology

Latest Finding

RDP open to internet on AWS Security Group

prod-web-sg • us-east-1

Cloud Network Security

Cloud Microsegmentation & Network Policies

Implement Zero Trust networking with AWS Security Groups, Azure NSGs, and GCP Firewall Rules. Automatic microsegmentation based on workload identity with least-privilege network access.

Network Segmentation
Automatic VPC/VNet segmentation with identity-based firewall rules
East-West Traffic Control
Monitor and control inter-service communication in cloud environments
Zero Trust Network Access
Private connectivity with VPC endpoints, Private Link, and Service Endpoints

Workload Protection

Zero Trust Score94

Cloud workloads secured

✓ EC2 Instances487 protected

✓ Azure VMs312 protected

⚠ GCE Instances23 unprotected

✓ K8s Pods1,247 secured

⚠ Threat Detection5 blocked today

Cloud Workload Protection

Zero Trust for Cloud Workloads

eBPF-powered runtime protection for EC2, Azure VMs, GCE, containers, and Kubernetes. Enforce Zero Trust at the workload level with behavioral monitoring, process whitelisting, and automated threat response.

Runtime Enforcement
Real-time policy enforcement for cloud VMs, containers, and serverless
Workload Identity
Cryptographic workload identity with automatic credential rotation
Lateral Movement Prevention
Detect and block lateral movement between cloud workloads

Five Pillars of Cloud Zero Trust

Comprehensive security across all dimensions of your cloud infrastructure

Cloud Identities

IAM users, service accounts, managed identities

Cloud Workloads

VMs, containers, serverless functions

Cloud Networks

VPC, VNet, Security Groups, NSGs

Cloud Data

S3, Blob Storage, GCS with KMS encryption

Cloud Governance

Policies, compliance, and controls

Zero Trust Across All Clouds

Unified Zero Trust security for AWS, Azure, GCP, and Oracle Cloud

AWS

IAM Users, Roles, and Policies
Security Groups & NACLs
VPC Microsegmentation
EC2, ECS, EKS Protection
S3 Bucket Access Control
KMS Encryption Management

Azure

Azure AD & Managed Identities
Network Security Groups
VNet Service Endpoints
VM, AKS, Container Security
Storage Account Access Control
Key Vault Encryption

Google Cloud

Cloud IAM & Service Accounts
VPC Firewall Rules
Private Google Access
GCE, GKE, Cloud Run Protection
GCS Bucket IAM Policies
Cloud KMS Encryption

Oracle Cloud

IAM Users & Policies
Security Lists & NSGs
VCN Segmentation
Compute, OKE Protection
Object Storage Access Control
Vault Key Management

Zero Trust Implementation Roadmap

Deploy Zero Trust security in 4 progressive phases across your cloud environment

Cloud Visibility

Discover all cloud assets, IAM identities, and network flows across AWS, Azure, and GCP

Microsegmentation

Implement network segmentation with Security Groups, NSGs, and VPC isolation

Policy Enforcement

Deploy least-privilege IAM policies and runtime workload protection

Automation

Automate threat response, credential rotation, and continuous verification

Frequently Asked Questions

Everything you need to know about Zero Trust for cloud

Zero Trust for cloud is a security model that assumes no user, device, or workload should be trusted by default—even if they are inside your cloud network. It requires continuous verification of identity and authorization for every access request to cloud resources (EC2, S3, Azure Storage, GCS, etc.) based on context like user identity, device health, location, and risk level.

TigerGate implements Zero Trust across clouds by: (1) Enforcing MFA and least-privilege IAM policies, (2) Monitoring and securing cloud identities (IAM users, service accounts, managed identities), (3) Implementing network microsegmentation with Security Groups/NSGs/Firewall Rules, (4) Protecting cloud workloads with eBPF runtime monitoring, (5) Encrypting data at rest and in transit with cloud-native KMS, (6) Continuous compliance monitoring for Zero Trust controls.

Yes! TigerGate provides unified Zero Trust security across AWS, Azure, GCP, and Oracle Cloud. We normalize security policies across cloud providers, enforce consistent identity and access controls, and provide a single pane of glass for Zero Trust posture management across all your cloud environments.

Cloud workload identity assigns a cryptographic identity to every workload (VM, container, serverless function) running in your cloud. This enables Zero Trust authentication between workloads without storing secrets. Examples: AWS IAM Roles for EC2, Azure Managed Identities, GCP Service Accounts, Kubernetes Service Accounts. TigerGate ensures these identities follow least-privilege and are properly secured.

TigerGate prevents lateral movement by: (1) Network microsegmentation with Security Groups/NSGs that limit east-west traffic, (2) Runtime monitoring that detects anomalous network connections between cloud workloads, (3) Blocking unauthorized process execution and privilege escalation, (4) Enforcing least-privilege IAM policies to prevent attackers from accessing additional cloud resources, (5) Automated threat isolation and workload quarantine.

Yes! TigerGate takes a progressive Zero Trust approach. Start with visibility (discover all cloud assets and access patterns), then implement microsegmentation (network policies), enforce least-privilege IAM, add runtime protection, and finally automate threat response. You can implement Zero Trust incrementally without disrupting existing cloud workloads.

Ready to Implement Zero Trust for Your Cloud?

Start your Zero Trust journey with TigerGate's multi-cloud security platform

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Never Trust, Always Verify—Across All Your Clouds