PaaS Orchestrator Sandbox Validation for Network-Aware Deployment
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Solution Overview
Problem
Existing PaaS platforms lack the ability to incorporate unique network requirements such as latency, bandwidth, scalability, compliance, interoperability, and security requirements into the process of authoring, testing, and deploying applications on telecommunications networks, leading to inefficient resource allocation and network management errors.
Innovation Solution
An orchestrator device is introduced to facilitate the building, testing, and validation of software components, automate lifecycle management, and optimize network performance by enforcing network requirements, using bot templates and machine learning models to deploy software components rapidly and reduce errors.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If existing PaaS platforms are used without an orchestrator device, then the platform provides basic cloud infrastructure and software services, but the ability to incorporate unique network requirements (latency, bandwidth, scalability, compliance, interoperability, and security) into the authoring, testing, and deployment process is lacking, leading to inefficient resource allocation and increased complexity
Solution Approach 1:
The orchestrator device serves as an intermediary component between the PaaS platform and the network infrastructure. It mediates the interaction by receiving software component templates, executing them in sandbox environments, validating results, and automatically deploying approved components. This intermediary layer enables the system to handle complex network requirements without increasing the complexity of the underlying PaaS platform, as the orchestrator absorbs and manages the complexity of enforcing latency, bandwidth, scalability, compliance, interoperability, and security requirements.
2Productivity
If manual deployment processes are used without automation, then flexibility in customization is maintained, but deployment time and error rates increase
Solution Approach 1:
The orchestrator device implements self-service automation through autonomous execution of software component templates in sandbox environments. The system automatically validates execution results against predefined criteria, performs compliance checks, and deploys components without human intervention. This self-service mechanism accelerates deployment while reducing errors, as the automated process consistently applies the same validation and deployment procedures, eliminating human variability and manual mistakes.
Solution Approach 2:
The orchestrator device incorporates feedback mechanisms by monitoring the execution results of software components in sandbox environments and using this information to validate whether components meet required network requirements before deployment. The system receives feedback from sandbox executions, analyzes compliance with latency, bandwidth, and security requirements, and only proceeds with deployment when validation succeeds. This feedback loop ensures high reliability by preventing non-compliant components from being deployed, while maintaining rapid throughput through automated decision-making.
3Reliability
If software components are deployed without sandbox validation, then deployment speed is maintained, but network performance and compliance cannot be ensured
Solution Approach 1:
The orchestrator device performs preliminary validation actions by executing software component templates in sandbox environments before actual deployment to production network infrastructure. This preliminary execution allows the system to validate compliance with network requirements, test interoperability, and verify security protocols in advance. By performing these validation actions beforehand, the system ensures network compliance and reliability while the automated parallel execution in sandbox environments minimizes the time penalty, as validation occurs concurrently with template processing rather than sequentially blocking deployment.
Data Source
AI summary
In some implementations, a platform as a service (PaaS) orchestrator may receive a set of values for a set of parameters of a software component template for a software component. The PaaS orchestrator may generate the software component using the set of values for the set of parameters. The PaaS orchestrator may execute the software component in a sandbox environment. The PaaS orchestrator may validate the software component for deployment. The PaaS orchestrator may deploy the software component in a deployment environment of the PaaS orchestrator. The PaaS orchestrator may detect a network event relating to the deployment environment. The PaaS orchestrator may identify a network management action associated with the network event. The PaaS orchestrator may one or more instructions to cause the network management action to be performed.