About Divine Automation

We build the system around the business problem — not the other way around.

Divine Automation LLC combines software engineering, AI, automation, infrastructure, web development, cloud systems, and connected hardware to solve operational problems end to end.

Divine Automation logoFrom Concept
to Automation

Founder

Darryck Sherrill

Before founding Divine Automation, Darryck served as a Vice President of Engineering in fintech and led a 16-person development team. Divine Automation grew from the same practical approach: understand the operating problem, design the right system, build it, test it, and make it usable in the real world.

The work spans application development, automation, AI systems, infrastructure, websites, deployment, integrations, and projects where software has to interact with physical devices or existing business systems.

Business firstTechnology is only useful when it improves the way the business actually operates.
End-to-end ownershipPlanning, implementation, testing, deployment, and support are treated as one system.
Reuse what worksWe do not force a full replacement when existing tools or hardware can be integrated safely.
Privacy and controlAI systems should make access, approvals, data movement, and user control explicit.

How we work

One partner across disciplines that usually get split between vendors.

Software + AI

Applications, internal tools, intelligent assistants, workflow logic, APIs, and contextual systems.

Infrastructure

Servers, networks, cloud deployments, monitoring, backups, access, and operational reliability.

Web + growth

Websites, landing pages, technical SEO, conversion flows, forms, and customer-facing experiences.

Connected systems

Hardware/software integration, sensors, smart devices, controllers, dashboards, and physical workflows.

Have a complicated problem?

That is usually where Divine Automation is most useful.

If your project crosses software, infrastructure, AI, web, or physical systems, we can help map the whole thing instead of optimizing one isolated piece.

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