Zero-Trust Access, Defined in Code.
AccessFlow replaces VPNs with GitOps-driven security. Automate access policies, eliminate manual configs, and secure your infrastructure faster.
How AccessFlow works
Step 1
Declare your policy files
Create your policy files for each enviroment you want to control
Step 2
Declare your policy
Using simple YAML to declare your unique network policies
Step 3
Review your policies
Using graphical illustrations to review your policies, and you are done!
How AccessFlow works
Step 1
Declare your policy files
Create your policy files for each enviroment you want to control
Step 2
Declare your policy
Using simple YAML to declare your unique network policies
Step 3
Review your policies
Using graphical illustrations to review your policies, and you are done!
How AccessFlow works
Step 1
Declare your policy files
Create your policy files for each enviroment you want to control
Step 2
Declare your policy
Using simple YAML to declare your unique network policies
Step 3
Review your policies
Using graphical illustrations to review your policies, and you are done!
Features
Built for developers
Eliminate Security Drift
Automatically enforce and reconcile access policies. Your live environment always matches your Git-defined rules, closing dangerous compliance gaps.
Slash Operational Toil
Replace manual ticket-based access requests and error-prone admin panels with automated, Git-based workflows. Grant access in minutes, not days.
Full Audit Trail & Compliance
Every change is version-controlled, peer-reviewed, and timestamped in your Git history. Instantly generate reports for SOC2, ISO27001, and more.
Developer-First Security
Integrates seamlessly into existing CI/CD and IaC workflows (Terraform, Kubernetes). Developers get the tools they love; security gets enforceable policies.
Instant Visibility
Move from obscure spreadsheets to a real-time, visual map of all user-to-resource connections. See who has access to what, at a glance.
Zero-Trust, By Default
Enforce least-privilege access and secure every connection without the complexity and cost of traditional VPNs.
Features
Built for developers
Eliminate Security Drift
Automatically enforce and reconcile access policies. Your live environment always matches your Git-defined rules, closing dangerous compliance gaps.
Slash Operational Toil
Replace manual ticket-based access requests and error-prone admin panels with automated, Git-based workflows. Grant access in minutes, not days.
Full Audit Trail & Compliance
Every change is version-controlled, peer-reviewed, and timestamped in your Git history. Instantly generate reports for SOC2, ISO27001, and more.
Developer-First Security
Integrates seamlessly into existing CI/CD and IaC workflows (Terraform, Kubernetes). Developers get the tools they love; security gets enforceable policies.
Instant Visibility
Move from obscure spreadsheets to a real-time, visual map of all user-to-resource connections. See who has access to what, at a glance.
Zero-Trust, By Default
Enforce least-privilege access and secure every connection without the complexity and cost of traditional VPNs.
Features
Built for developers
Eliminate Security Drift
Automatically enforce and reconcile access policies. Your live environment always matches your Git-defined rules, closing dangerous compliance gaps.
Slash Operational Toil
Replace manual ticket-based access requests and error-prone admin panels with automated, Git-based workflows. Grant access in minutes, not days.
Full Audit Trail & Compliance
Every change is version-controlled, peer-reviewed, and timestamped in your Git history. Instantly generate reports for SOC2, ISO27001, and more.
Developer-First Security
Integrates seamlessly into existing CI/CD and IaC workflows (Terraform, Kubernetes). Developers get the tools they love; security gets enforceable policies.
Instant Visibility
Move from obscure spreadsheets to a real-time, visual map of all user-to-resource connections. See who has access to what, at a glance.
Zero-Trust, By Default
Enforce least-privilege access and secure every connection without the complexity and cost of traditional VPNs.
Why Clario?
Why Clario?
Why Clario?
There’s a smarter way to manage networking
Other Tools
Network-level connectivity
Manual config files
IP-based trust
Manual setup per device
Log-based, hard to track
Other Tools
Network-level connectivity
Manual config files
IP-based trust
Manual setup per device
Log-based, hard to track
Other Tools
Network-level connectivity
Manual config files
IP-based trust
Manual setup per device
Log-based, hard to track
Join the waiting list
AccessFlow is still being developed at the moment, we would love your feedbacks!
Join the waiting list
AccessFlow is still being developed at the moment, we would love your feedbacks!
Join the waiting list
AccessFlow is still being developed at the moment, we would love your feedbacks!
Got questions?
We’ve got answers.
01
What exactly is AccessFlow?
AccessFlow is a GitOps-driven Zero Trust Network Access (ZTNA) platform. It allows infrastructure and security teams to define, deploy, and manage secure access policies for their resources (servers, databases, Kubernetes clusters) using code stored in a Git repository. This replaces manual processes and traditional VPNs with an automated, auditable, and secure workflow.
02
How is this different from a traditional VPN?
Traditional VPNs operate on network-level trust (once you're on the network, you can see everything) and require complex, manual configuration. AccessFlow uses a Zero-Trust model, meaning it authenticates every user and device for every request. More importantly, it automates policy management through Git, eliminating manual setup and reducing human error.
03
How is this different from Tailscale or NetBird?
While Tailscale and NetBird are excellent for user-centric, easy-to-setup access, AccessFlow is built for infrastructure automation. Our core differentiator is deep GitOps integration. Access policies are defined, reviewed, and version-controlled as code (YAML), seamlessly integrating into existing CI/CD pipelines. This is ideal for DevOps teams that already manage their infrastructure with tools like Terraform and Kubernetes.
04
How does the "GitOps for access" workflow actually work?
1. You define your access rules (users, resources, permissions) in a YAML file in your Git repo. 2. You propose changes via a Pull Request for team review and approval. 3. Once merged, AccessFlow automatically detects the change and applies the new policies across your entire infrastructure. All changes are logged and auditable in your Git history.
05
What does "Drift Detection" mean?
Drift Detection is a critical feature that continuously monitors your live environment. If someone manually changes an access policy outside of the Git workflow (e.g., directly in the cloud console), AccessFlow will alert you and can automatically revert the change to match the state defined in your Git repository, ensuring policy consistency and security.
06
What infrastructure does AccessFlow support?
AccessFlow is designed for modern cloud-native environments. It integrates with major cloud providers (AWS, GCP, Azure), Kubernetes clusters, and common databases and internal applications.
Got questions?
We’ve got answers.
01
What exactly is AccessFlow?
AccessFlow is a GitOps-driven Zero Trust Network Access (ZTNA) platform. It allows infrastructure and security teams to define, deploy, and manage secure access policies for their resources (servers, databases, Kubernetes clusters) using code stored in a Git repository. This replaces manual processes and traditional VPNs with an automated, auditable, and secure workflow.
02
How is this different from a traditional VPN?
Traditional VPNs operate on network-level trust (once you're on the network, you can see everything) and require complex, manual configuration. AccessFlow uses a Zero-Trust model, meaning it authenticates every user and device for every request. More importantly, it automates policy management through Git, eliminating manual setup and reducing human error.
03
How is this different from Tailscale or NetBird?
While Tailscale and NetBird are excellent for user-centric, easy-to-setup access, AccessFlow is built for infrastructure automation. Our core differentiator is deep GitOps integration. Access policies are defined, reviewed, and version-controlled as code (YAML), seamlessly integrating into existing CI/CD pipelines. This is ideal for DevOps teams that already manage their infrastructure with tools like Terraform and Kubernetes.
04
How does the "GitOps for access" workflow actually work?
1. You define your access rules (users, resources, permissions) in a YAML file in your Git repo. 2. You propose changes via a Pull Request for team review and approval. 3. Once merged, AccessFlow automatically detects the change and applies the new policies across your entire infrastructure. All changes are logged and auditable in your Git history.
05
What does "Drift Detection" mean?
Drift Detection is a critical feature that continuously monitors your live environment. If someone manually changes an access policy outside of the Git workflow (e.g., directly in the cloud console), AccessFlow will alert you and can automatically revert the change to match the state defined in your Git repository, ensuring policy consistency and security.
06
What infrastructure does AccessFlow support?
AccessFlow is designed for modern cloud-native environments. It integrates with major cloud providers (AWS, GCP, Azure), Kubernetes clusters, and common databases and internal applications.
Got questions?
We’ve got answers.
01
What exactly is AccessFlow?
AccessFlow is a GitOps-driven Zero Trust Network Access (ZTNA) platform. It allows infrastructure and security teams to define, deploy, and manage secure access policies for their resources (servers, databases, Kubernetes clusters) using code stored in a Git repository. This replaces manual processes and traditional VPNs with an automated, auditable, and secure workflow.
02
How is this different from a traditional VPN?
Traditional VPNs operate on network-level trust (once you're on the network, you can see everything) and require complex, manual configuration. AccessFlow uses a Zero-Trust model, meaning it authenticates every user and device for every request. More importantly, it automates policy management through Git, eliminating manual setup and reducing human error.
03
How is this different from Tailscale or NetBird?
While Tailscale and NetBird are excellent for user-centric, easy-to-setup access, AccessFlow is built for infrastructure automation. Our core differentiator is deep GitOps integration. Access policies are defined, reviewed, and version-controlled as code (YAML), seamlessly integrating into existing CI/CD pipelines. This is ideal for DevOps teams that already manage their infrastructure with tools like Terraform and Kubernetes.
04
How does the "GitOps for access" workflow actually work?
1. You define your access rules (users, resources, permissions) in a YAML file in your Git repo. 2. You propose changes via a Pull Request for team review and approval. 3. Once merged, AccessFlow automatically detects the change and applies the new policies across your entire infrastructure. All changes are logged and auditable in your Git history.
05
What does "Drift Detection" mean?
Drift Detection is a critical feature that continuously monitors your live environment. If someone manually changes an access policy outside of the Git workflow (e.g., directly in the cloud console), AccessFlow will alert you and can automatically revert the change to match the state defined in your Git repository, ensuring policy consistency and security.
06
What infrastructure does AccessFlow support?
AccessFlow is designed for modern cloud-native environments. It integrates with major cloud providers (AWS, GCP, Azure), Kubernetes clusters, and common databases and internal applications.