About Merlin Mines

Game infrastructure and build engineering for AA studios.

Merlin Mines brings senior platform engineering to the systems game teams depend on: builds, source flow, release operations, and studio tooling. The work starts from the actual delivery path, then leaves the team with a smaller operational surface, clearer ownership, and a system it can run.

BUILD SYSTEMS

What we do

Build and release systems: reproducible Windows/Linux builds, artifact traceability, and dedicated-server delivery

Perforce source flow: automation, review boundaries, and integration paths that support release work

Builder fleet operations: recoverable environments, shared caches, and clear workspace policy

Content and studio tooling: practical DCC gates, utilities, runbooks, and operating standards

PROCESS
OUR PROCESS

How we work

We start with discovery to confirm priorities, map the system, identify risks, and define success criteria. From there, we deliver in one of three ways:

1

Fixed-scope build and platform projects with clear milestones

2

Ongoing game infrastructure partnerships for continuous improvement and support

3

Embedded build and platform support when you need added capacity

TEAM

Founder-led

Merlin Mines is led by Walter Day. His background spans secure automation, cloud platforms, and production delivery systems. The work now focuses on the build, release, and platform systems game teams depend on.

TRACK RECORD
RESULTS

Track record

Platform engineering focused on builds, source flow, release operations, and the tooling that connects content creation to delivery

Experience building secure automation and reliable operational handoffs for critical delivery systems

Complex infrastructure transitions and migrations with controlled access, operational continuity, and documented recovery paths

Delivery across cloud infrastructure, CI/CD, automation, and production operations

Ready to talk?

Request discovery and we'll confirm fit, define success criteria, and outline a practical execution path.