In rapid development environment, traditional security measures often struggle to keep pace with the complexity of distributed applications. Avocado Systems provides a groundbreaking approach to application security by moving protection inside the application runtime.
The Avocado Security Platform empowers organizations to transition from reactive security to a proactive, automated posture ensuring that your software is secure by design, secure in development, and secure in execution.
<br><br> Plugin licenses are counted per Application.
Automated Application Runtime Threat Modeling
Stop relying on static snapshots. Avocado provides continuous, real-time visibility into application behavior. By analyzing actual traffic patterns and execution paths, the platform automatically generates dynamic threat models that evolve as your application does.
Learn more about the use case here: https://www.avocadosys.com/automaticappthreatmodeling/
Application-Centric Zero Trust
Extend Zero Trust beyond the network layer. Avocado enforces "Least Privilege" at the application level, ensuring that even if a network perimeter is breached, lateral movement is stopped. With the advent of Process Level Micro-segmentation, Avocado verifies every interaction within the application environment, regardless of location.
Learn more about the use case here: https://www.avocadosys.com/applicationzerotrustandavocadoprotect/
Integrated DevSecOps Threat Modeling
Shift security to the left without slowing down your engineers. By integrating threat modeling directly into the CI/CD pipeline, Avocado identifies architectural flaws and vulnerabilities during the build phase, reducing the cost and risk of remediation.
Learn more about the use case here:
https://www.avocadosys.com/devsecopstesting/
Automated Architecture Governance & SBOM
Maintain a clear record of what is running in your environment.
Avocado Systems, Inc.
Automated Architecture Governance: Every time a code change occurs, it is studied automatically in the context of application architecture. Ensure every microservice complies with corporate security architecture policies automatically. Any accidental new security flaw in the application gets caught right away.
Dynamic SBOM: Generate a real-time Software Bill of Materials (SBOM) to track third-party dependencies and supply chain risks with 100% accuracy.
Learn more about the use case here: https://www.avocadosys.com/revealautomationapplicationarchitecturegovernance/
Application Architecture Change Management
Modern applications change daily. Avocado automatically detects shifts in application topology and configuration. This ensures that "configuration drift" never creates an accidental security hole, providing a continuous audit trail for compliance.
Learn more about the use case here: https://www.avocadosys.com/automationofenterpriseapplicationchangemanagement/
Highlights
1. Automated Application Runtime Threat Modeling
2. Application Centric Zero Trust, Microsegmentation
3. Integrated DevSecOps Threat Modeling
4. Automated Architecture Governance and SBOM
5. Application Architecture Change Management and Governance
1. AI driver Application Threat Modeling
2. Threat Modeling integrated into DevSecOps
3. SBOM generation in DevSecOps
AWS Marketplace now accepts line of credit payments through the PNC Vendor Finance program. This program is available to select AWS customers in the US, excluding NV, NC, ND, TN, & VT.
Pricing is based on the duration and terms of your contract with the vendor. This entitles you to a specified quantity of use for the contract duration. If you choose not to renew or replace your contract before it ends, access to these entitlements will expire.
Additional AWS infrastructure costs may apply. Use the AWS Pricing Calculator to estimate your infrastructure costs.
This contract prices two independent components, each billed by units. The Avocado Security Orchestrator provides centralized observability, threat modeling, and security orchestration across your applications. The Avocado Security Plugin Library provides a set of plugins that extend the platform. You buy units of each dimension separately, so you can size the Orchestrator and Plugin Library to match your needs. Neither dimension is a tier of the other. Your total cost scales with the number of units you commit to for each component under the contract term.
Top-of-mind questions for buyers
What does one unit of the Avocado Security Orchestrator cover?
A unit maps to orchestrator capacity for centralized observability, threat modeling, and security orchestration across your applications. The platform discovers and models applications in runtime and can handle application modules across many servers. Buy units to match the number of applications and workloads you need to observe and orchestrate.
What does one unit of the Avocado Security Plugin Library provide?
A unit of the Plugin Library gives access to plugins that extend the platform. These plugins add capabilities such as integrations and additional security controls layered onto the Orchestrator. You buy plugin units separately, sizing them to the number of plugins your deployment requires.
Which dimension drives most of my cost — the Orchestrator or the Plugin Library?
Both dimensions bill independently by units and appear on the same contract. The Orchestrator usually drives the larger share, since it scales with the applications and workloads you observe and model. The Plugin Library adds cost only for the extension plugins you choose to deploy.
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Vendor refund policy
Software charges for this product are eligible for a refund on a case-by-case basis. To request a refund, please contact our support team at Support@avocadosys.com. Requests must include your AWS Account ID, Product ID, and a brief justification. Please note that AWS infrastructure charges (e.g., EC2, S3) are handled independently by AWS and are not covered by this software refund policy. For more information, please refer to the AWS Marketplace Buyer Guide.
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Helm charts are Kubernetes YAML manifests combined into a single package that can be installed on Kubernetes clusters. The containerized application is deployed on a cluster by running a single Helm install command to install the seller-provided Helm chart.
Version release notes
Release Notes
1. Avocado Security Platform Release Notes
These release notes provide details about the latest release of the Avocado Security Platform, including new features, bug fixes, and known issues.
2. What is New
This section highlights the new features and enhancements introduced in this release of the Avocado Security Platform Plugin and Avocado Security Orchestrator.
2.1 Avocado Security Orchestrator
Single Sign-On (SSO) Integration
The Avocado Security Orchestrator now supports Single Sign-On (SSO) with:
Microsoft Entra ID (formerly Azure AD)
ForgeRock
This integration enables centralized user authentication, improved security, and streamlined user access through enterprise identity providers.
Highlights:
OAuth 2.0-based integration with role-based access control (RBAC)
Support for custom role mapping either through the IdP or internally within the Orchestrator
Token claims configuration for user identity and permissions
Seamless login experience via enterprise credentials
Component Version Upgrades
As part of this release, critical backend components have been updated for better performance, security, and compatibility:
MySQL: Upgraded to the latest supported version
Elasticsearch: Updated to a newer version compatible with enhanced data indexing and retrieval features
Orchestrator Components: Various improvements and internal enhancements to ensure stability and scalability
These upgrades enhance database reliability, improve query performance, and ensure compatibility with modern deployment environments.
2.2 Avocado Security Platform Plugin for Linux
Amazon Linux 2023 Support for Avocado Security Plugin: The Avocado Security Plugin now supports Amazon Linux 2023, extending compatibility to AWS-optimized Linux distributions.
Non-root Init Container for Avocado Security Plugin: With this release, we will support plugin deployment on non-root init containers.
Bug Fixes: Addresses various functionality issues, improving the overall plugin performance.
3. Issues Fixed
This section outlines the issues resolved in the Avocado Security Platform Plugin and Avocado Security Orchestrator in this release.
3.1 Avocado Security Orchestrator Bug Fixes
SLA Over Websocket: Plugins now send SLA data via WebSocket.
Application Architecture Model: Consolidated multiple clients connecting to a single application group.
MySQL Performance Improvement: Resolved high CPU usage in MySQL caused by numerous simultaneous SLA processes.
3.2 Avocado Security Platform Plugin Bug Fixes
SLA Caching Mechanism: Fixed caching issues related to SLA data.
[!NOTE]
Compatibility Note: It is recommended to use Avocado Security Platform Plugin version 3.3 with Avocado Security Orchestrator version 3.3.
4. Known Issues
4.1 Avocado Security Orchestrator
Dashboard Filter Missing: Filtering by Application Type is currently unavailable, impacting usability when searching by application categories.
Login Issues in HA Deployments: Users may experience login failures post-password reset in high-availability environments.
Workaround: Clear browser cache and cookies. Also, new users are not automatically prompted to change their passwords upon first login. They must manually navigate to the My Profile page to do so.
Empty UI Message: The UI may display a blank screen when updating a user's tenancy via the List Tenancy API.
4.2 Avocado Security Platform Plugin for Linux
ADPL Log Forwarding in Non-Root Contexts: In Kubernetes environments running with non-root user contexts, the plugin cannot forward ADPL logs to remote targets.
Limitation (Secure Data Policy): Secure data policies created after deployment are applied to containers spawned after the policy's activation.
Additional details
Usage instructions
Avocado Security Platform Usage Instructions
Preconditions
An existing MySQL Kubernetes cluster must be up and running, and an admin/root user must already exist.
An existing Elasticsearch Kubernetes cluster must be up and running, and an admin user must already exist.
Required Kubernetes Secrets must be created before installing this Helm chart.
Do not put real passwords, API keys, certificates, keystores, truststores, or private keys in Helm values files.
After changing that ConfigMap, update global.runtimeConfig.revision to force pod rollout.
Secrets
Create all required Secrets before installation. Use placeholder values in documentation and automation. Never store real secret values in values.yaml.
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