AI Automation Engineer
Workflow automation across CRM, email, calendars, reporting, lead response, and business APIs.
Explore AI automation →Self-hosted AI agent development
I build AI agents on client-controlled infrastructure when ownership, data boundaries, auditability, and deployment portability matter more than a fully managed black box.
Self-hosted does not mean every model runs locally. It means the orchestration layer, configuration, data path, logs, workspaces, and integrations run on infrastructure the client controls. Model APIs may still be external when they are the right technical choice.
Container isolation is one layer, not a complete security promise. A production design also needs scoped mounts, network policy, secret handling, permission review, input validation, tool allowlists, logging, updates, and an incident path.
Depending on workload and access requirements, systems can run on a Linux VPS, a dedicated server, or local hardware such as a Mac mini. The choice should follow data sensitivity, uptime, channel connectivity, and maintenance capacity.
Engineering services
Each service page describes a distinct delivery scope with public project evidence, technical boundaries, and a clear handoff path.
Workflow automation across CRM, email, calendars, reporting, lead response, and business APIs.
Explore AI automation →Tool-using agents with memory, approvals, multi-step execution, and failure handling.
Explore AI agent development →Client-owned runtimes with Docker isolation, host-side secrets, storage, and monitoring.
Explore self-hosted AI →OpenClaw and Hermes-Agent deployment, hardening, skills, integrations, and migration.
Explore OpenClaw development →Project-based AI agent and automation delivery for distributed teams worldwide.
Explore remote delivery →Review the architecture and public repository behind Mark’s self-hosted agent work.
Review the case study →Available for remote builds
I’ll help identify whether it needs an AI agent, deterministic automation, an OpenClaw deployment, a custom integration, or a simpler system.
Email Mark Carmona →