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Documentation and Guides
  • ABOUT APONO
    • Why Choose Apono
    • Security and Architecture
    • Glossary
  • GETTING STARTED
    • How Apono Works
    • Getting started
    • Access Discovery
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  • CONNECTORS AND SECRETS
    • Apono Integration Secret
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    • Installing a connector with Docker
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  • AWS ENVIRONMENT
    • AWS Overview
    • Apono Connector for AWS
      • Installing a connector on EKS Using Terraform
      • Updating a connector in AWS
      • Installing a connector on AWS ECS using Terraform
    • AWS Integrations
      • Integrate an AWS account or organization
        • Auto Discover AWS RDS Instances
        • AWS Best Practices
      • Amazon Redshift
      • RDS PostgreSQL
      • AWS RDS MySQL
      • Integrate with EKS
      • AWS Lambda Custom Integration
      • EC2 via Systems Manager Agent (SSM)
  • AZURE ENVIRONMENT
    • Apono Connector for Azure
      • Install an Azure connector on ACI using Azure CLI
      • Install an Azure connector on ACI using PowerShell
      • Install an Azure connector on ACI using Terraform
      • Updating a connector in Azure
    • Azure Integrations
      • Integrate with Azure Management Group or Subscription
        • Auto Discover Azure SQL Databases
      • Azure MySQL
      • Azure PostgreSQL
      • Integrate with AKS
  • GCP ENVIRONMENT
    • Apono Connector for GCP
      • Installing a GCP connector on Cloud Run using CLI
      • Installing a GCP connector on GKE using CLI (Helm)
      • Installing a GCP connector on GKE using Terraform
      • Updating a connector in Google Cloud
    • GCP Integrations
      • Integrate a GCP organization or project
      • CloudSQL - MySQL
      • CloudSQL - PostgreSQL
      • Google Cloud Functions
      • Integrate with GKE
      • AlloyDB
  • KUBERNETES ENVIRONMENT
    • Apono Connector for Kubernetes
      • Installing a connector on Kubernetes with AWS permissions
      • Updating a Kubernetes connector
    • Kubernetes Integrations
      • Integrate with Self-Managed Kubernetes
  • ADDITIONAL INTEGRATIONS
    • Databases and Data Repositories
      • Microsoft SQL Server
      • MongoDB
      • MongoDB Atlas
      • MongoDB Atlas Portal
      • MySQL
      • Oracle Database
      • PostgreSQL
      • Redis Cloud (Redislabs)
      • Snowflake
      • Vertica
      • MariaDB
    • Network Management
      • SSH Servers
      • RDP Servers
      • Windows Domain Controller
      • AWS EC2 SSH Servers
      • Azure VM SSH Servers
      • Installing the Apono HTTP Proxy
    • Development Tools
      • GitHub
      • Rancher
    • Identity Providers
      • Okta SCIM
      • Okta Groups
      • Okta SSO for Apono logins
      • Google Workspace (Gsuite)
      • Google Workspace (GSuite) Groups
      • Azure Active Directory (Microsoft Entra ID)
      • Azure Active Directory (Entra ID) Groups
      • Jumpcloud
      • JumpCloud Groups
      • OneLogin
      • OneLogin Group
      • LDAP Groups
      • The Manager Attribute in Access Flows
      • HiBob
      • Ping Identity SSO
    • Incident Response Integrations
      • Opsgenie
      • PagerDuty
      • VictorOps (Splunk On-Call)
      • Zenduty
    • ChatOps Integrations
      • Slack integration
      • Teams integration
      • Backstage Integration
  • WEBHOOK INTEGRATIONS
    • Webhooks Overview
    • Anomaly Webhook
    • Audit Log Webhook
    • Request Webhook
      • Custom Webhooks
      • Communications and Notifications
        • Slack Outbound Webhooks
        • Teams
        • Outlook and Gmail (Using Azure Logic App)
      • ITSM
        • Freshdesk
        • Jira
        • ServiceNow
        • Zendesk
        • Freshservice
        • ServiceDesk Plus
      • Logs and SIEMs
        • Coralogix
        • Datadog
        • Logz.io
        • Grafana
        • New Relic
        • SolarWinds
        • Sumo Logic
        • Cortex
        • Logpoint
        • Splunk
        • Microsoft Sentinel
      • Orchestration and workflow builders
        • Okta Workflows
        • Torq
    • Integration Webhook
    • Webhook Payload References
      • Audit Log Webhook Payload Schema Reference
      • Webhook Payload Schema Reference
    • Manage webhooks
    • Troubleshoot a webhook
    • Manual Webhook
      • ITSM
        • PagerDuty
  • ACCESS FLOWS
    • Access Flows
      • What are Access Flows?
    • Create Access Flows
      • Self Serve Access Flows
      • Automatic Access Flows
      • Access Duration
    • Manage Access Flows
      • Right Sizing
    • Revoke Access
    • Dynamic Access Management
      • Resource and Integration Owners
    • Common Use Cases
      • Ensuring SLA
      • Protecting PII and Customer Data
      • Production Stability and Management
      • Break Glass Protocol
    • Create Bundles
    • Manage Bundles
  • ACCESS REQUESTS AND APPROVALS
    • Slack
      • Requesting Access with Slack
      • Approving Access with Slack
    • Teams
      • Requesting Access with Teams
      • Approving Access with Teams
    • CLI
      • Install and manage the Apono CLI
      • Requesting Access with CLI
    • Web Portal
      • Requesting Access with the Web Portal
      • Approving Access with the Web Portal
      • Reviewing historical requests with the Web Portal
    • Freshservice
    • Favorites
  • Inventory
    • Inventory Overview
    • Inventory
    • Access Scopes
    • Risk Scores
    • Apono Query Language
  • AUDITS AND REPORTS
    • Activity Overview
      • Activity
      • Create Reports
      • Manage Reports
    • Compliance: Audit and Reporting
    • Auditing Access in Apono
    • Admin Audit Log (Syslog)
  • HELP AND DEBUGGING
    • Integration Status Page
    • Troubleshooting Errors
  • ARCHITECTURE AND SECURITY
    • Anomaly Detection
    • Multi-factor Authentication
    • Credentials Rotation Policy
    • Periodic User Cleanup & Deletion
    • End-user Authentication
    • Personal API Tokens
  • User Administration
    • Role-Based Access Control (RBAC) Reference
    • Create Identities
    • Manage Identities
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On this page
  • Intro
  • How to improve production stability with Apono
  • Access bundles for tasks or incidents in production
  • Least privilege and access control in production
  • Separation of environments and tenants

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  1. ACCESS FLOWS
  2. Common Use Cases

Production Stability and Management

How to reduce risk of downtime and human error in Production environments with Apono

PreviousProtecting PII and Customer DataNextBreak Glass Protocol

Last updated 7 months ago

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Intro

Downtime is one of the scariest words in product development. When customers and users trust your product, they expect performance, quality and availability, often governed by .

Apono helps admins and resource owners control access to their production assets with dynamic Access Flows.

  • Just-in-Time access requests keep your production environments least-privilege, which prevents human errors and sabotage.

  • When needed (for everyday work or during incidents), developers can be granted temporary access.

  • Access requests help prevent errors and confusion with pre-defined bundles for incidents and tasks.

How to improve production stability with Apono

Access bundles for tasks or incidents in production

With Apono, users can request bundles set for different tasks and incidents by admins or create freeform access requests based on their Access Flows. The process prevents users logging in to the wrong environment or tenant and performing changes.

  1. Integrate your cloud environments with Apono

  2. Integrate other crucial production systems, like CI/CD tools, databases and you incident response tool

  3. Create an access bundle containing exactly the right resources and permissions for different incidents, production environments, customers and teams.

  4. When needed, developers can use Slack, Teams or CLI to request that bundle temporarily

This process limits the access users can request and helps them focus; when there's an urgent production incident, developers can request all the access with a single click.

Least privilege and access control in production

Keeping production environments least privilege in the first place reduces risk of downtime; the less users can perform CRUD actions on your sensitive assets, the last issues and errors you'll run into.

With Apono, you can:

  1. Integrate your cloud environments and other crucial production systems, like CI/CD tools databases with Apono

  2. Use tags to label your most sensitive instances and resources

  3. Create Access Flows around production instances and resources with differing flows;

    1. Read access can be granted temporarily and automatically

    2. Write access can be granted temporarily with approval

    3. Delete and Admin access can be granted temporarily with several approvers

  4. Approvers can be a developers' team lead, the resource owner, your DevOps, DevSecOps, Infra or other team, as well as shift members. Apono also lets you require several approvers for extra-sensitive actions and resources.

  5. When needed, developers can use Slack, Teams or CLI to request access to production

Separation of environments and tenants

As your product and company grow, more and more environments, tenants and accounts are created. Each developer has several local and staging/development/playground environments at any given moment, on top of different environments or tenants for customers.

This naturally causes confusion and, unfortunately, human errors in production. Developers are accessing the wrong environment, deploying code to production by accident and moving, changing or even deleting databases.

Apono helps prevent unnecessary production incidents:

  1. Admins separate environments with bundles and Access Flows, making their management easier

  2. Admins control what resources are requestable for different users, so that users can only request access relevant to them

  3. Users create access requests and pick bundles or resources they need access to. When approved, access details are sent with the link to the exact instance, preventing confusion

  4. If you decide to require approvers, another user will examine the request to make sure the resources and permissions make sense for that user.

Service Level Agreements (SLA)