AI-Driven Cloud & Microservices Architect

Relha LLC; Hartford (CT); Hybrid; USD 132,000 - 197,000; Full time

Job summary

The Hartford Employee Benefits is seeking a Solution Architect to modernize an enterprise IT ecosystem with cloud-native patterns and GenAI readiness. You will drive end-to-end designs across APIs, microservices, and SPA front-ends, advocating for security, reliability, and cost efficiency.

Collaborating with leaders and engineering teams, you will shape roadmaps, perform option analyses, and ensure alignment with enterprise strategies while advancing AI-enabled, cloud-first architectures.

Qualifications

• 5–8 years in solution or application architecture within a large enterprise.
• Cloud-native design with AWS or GCP, APIs and integration patterns.
• GenAI/ML in production with agentic architectures and LLMs.

Responsibilities

• Establish end-to-end solution designs aligned to reference architectures.
• Translate strategy into designs for APIs, microservices, and SPA components.
• Produce option analyses balancing security, cost, and reliability.
• Design SaaS and Native Cloud solutions and modern asset rationalization.
• Advance identity, zero-trust patterns, and security alignment.
• Collaborate with value streams on roadmaps and governance.
• Explore emerging technologies to improve outcomes.

Skills

Cloud-Native Solutions

APIs & Integrations

Microservices

GenAI/ML in prod

CIAM / Digital Identity

OIDC/OAuth2

SPA Frameworks (Angular/React)

Event-Driven Architecture

Education

Bachelor's in CS/Engineering

Job description

The Hartford Employee Benefits is seeking a Solution Architect to modernize an enterprise IT ecosystem with cloud-native patterns and GenAI readiness. You will drive end-to-end designs across APIs, microservices, and SPA front-ends, advocating for security, reliability, and cost efficiency.

Collaborating with leaders and engineering teams, you will shape roadmaps, perform option analyses, and ensure alignment with enterprise strategies while advancing AI-enabled, cloud-first architectures.