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InfoVision Inc. in Irving, TX seeks a Senior Solution Architect to lead the design and execution of an AI-driven cybersecurity initiative that automates remediation of cryptographic vulnerabilities across ~200 applications using autonomous LLM agents.
The role requires hands-on architectural leadership bridging DevSecOps, Cloud Infrastructure, and Generative AI to deliver scalable solutions. The position involves designing an agent orchestration pipeline on AWS ECS Fargate, integrating Bedrock,
We are seeking a Senior Solution Architect to lead the technical design and execution of a strategic, AI-driven cybersecurity initiative [cite: 3]. This program aims to automate the remediation of enterprise cryptographic vulnerabilities across a portfolio of ~200 applications using autonomous LLM agents [cite: 3].
Operating initially within an isolated InfoVision AWS Sandbox before scaling to enterprise production, you will be the definitive technical authority driving this initiative [cite: 3, 4]. You will architect the multi-agent orchestration pipeline, integrate Large Language Models (LLMs), and ensure the seamless translation of enterprise security rules into executable Infrastructure-as-Code (IaC) templates [cite: 3]. This role requires a hands-on architectural leader who can bridge the gap between DevSecOps, Cloud Infrastructure, and Generative AI to deliver a scalable, long-term solution.
Architect cyclic graph-based state machines using LangGraph on AWS ECS Fargate, defining clear handoffs between the Scan, Classify, Plan, and Execute agents.
Oversee the integration of Amazon Bedrock and LLM APIs (Claude and Gemini), designing prompt structures and context-management logic to parse complex Software Bills of Materials (SBOM) and Cryptography Bills of Materials (CBOM).
Architect a Retrieval-Augmented Generation (RAG) system using OpenSearch vector search to dynamically map scan findings against the established North Star rule dictionary.
Design and govern a secure AWS environment, including VPC, IAM, and CloudWatch, initially isolating the development sandbox and eventually scaling it into production-ready pipelines.
Architect the state-management layer using DynamoDB to track remediation checkpoints and workflow progress.
Design the Reviewer Dashboard using Amazon API Gateway, AWS Lambda, and Amazon Cognito to enforce human-in-the-loop approval workflows.
Oversee offshore AWS Cloud and DevOps engineers responsible for building automated execution pipelines using AWS CodeBuild, AWS Systems Manager (SSM), and Git-based pull request automation.
Own and govern the baseline mapping table, translating characteristic maps provided by the on-site data analysis team into logical frameworks required for Infrastructure-as-Code (IaC) remediation templates.
Guide the engineering team in accurately introducing industry-standard cryptographic vulnerabilities, such as TLS 1.2 configurations, AES-128 encryption, and hardcoded secrets, into reference applications to simulate real-world security scenarios during the initial development phase.
Serve as the technical bridge between the on-site security analysis teams and offshore AI engineering teams, ensuring that AI agents are designed and implemented to address the correct enterprise security requirements and technical constraints.
10+ years of progressive experience in Cloud Architecture, Software Architecture, and enterprise technology solutions.
Deep, demonstrable expertise in AWS networking, compute services (ECS/Fargate), and serverless and managed services, including DynamoDB, OpenSearch, API Gateway, and Lambda.
AWS Certified Solutions Architect – Professional certification is highly preferred.
Hands-on architectural experience with Generative AI orchestration frameworks, including LangGraph and LangChain, and LLM APIs such as Amazon Bedrock, Claude, and Gemini.
Strong foundation in DevSecOps practices, Infrastructure-as-Code (IaC) using Terraform, and automated security remediation pipelines.
Ability to understand complex enterprise encryption standards and protocols, including TLS, IPsec, AES-256, and translate them into secure infrastructure configurations and remediation strategies.