AI Integration Engineer — MuleSoft & Enterprise APIs

Ethereum Technologies; Irvine (CA); In loco; USD 83.000 - 118.000; Tempo pieno

Descrizione del lavoro

Ethereum Technologies in Irvine, CA, is seeking an experienced AI Integration Engineer specializing in MuleSoft and Enterprise APIs. You will design, develop, and manage enterprise integrations, build REST APIs and API gateways, and implement secure authentication and authorization using OAuth 2.0, JWT, and client credentials.

Collaborating with AI, security, architecture, and development teams, you will implement RBAC/ABAC, API gateway policies, and identity propagation across distributed

Competenze

• Extensive experience with MuleSoft Anypoint Platform and enterprise API integration.
• Strong knowledge of API security including RBAC and ABAC.
• Experience designing System/API/Experience APIs and securing APIs.

Mansioni

• Design, develop, and manage enterprise integrations using MuleSoft Anypoint Platform.
• Build REST APIs, API Gateways, and API-led connectivity solutions.
• Implement OAuth 2.0, JWT, and client credentials for secure auth.
• Configure RBAC/ABAC and identity propagation across distributed services.
• Support CI/CD pipelines and Git-based source control.
• Collaborate with AI, security, architecture, and development teams.

Conoscenze

MuleSoft API integration

API-led connectivity

OAuth 2.0

JWT

RBAC

ABAC

REST APIs

API Gateways

Security best practices

Distributed tracing

Strumenti

MuleSoft Anypoint Platform

GitHub

CI/CD pipelines

Google Cloud IAM

Descrizione del lavoro

Ethereum Technologies in Irvine, CA, is seeking an experienced AI Integration Engineer specializing in MuleSoft and Enterprise APIs. You will design, develop, and manage enterprise integrations, build REST APIs and API gateways, and implement secure authentication and authorization using OAuth 2.0, JWT, and client credentials.

Collaborating with AI, security, architecture, and development teams, you will implement RBAC/ABAC, API gateway policies, and identity propagation across distributed