Tech & Security 1 min read

XOps360: Hard Thinking, Simple Infrastructure

XOps360 operates on one principle: hard problems deserve simple systems. This is what that means in practice.

By Adam Bishop

Quick Facts
  • XOps360 LLC is a Service-Disabled Veteran-Owned Small Business founded by Adam Bishop in Hudson, Wisconsin.
  • The company operates on a single principle: hard problems deserve simple systems, not complex ones.
  • XOps360 builds software, conducts independent research, and consults on federal IT modernization.

XOps360 operates on one principle: hard problems deserve simple systems. This is what that means in practice.

Frequently Asked Questions
What does XOps360 do?

XOps360 provides federal IT modernization, security research, and systems architecture consulting from a Service-Disabled Veteran-Owned Small Business.

Who founded XOps360?

Adam Bishop, a medically retired Navy SEAL Lieutenant with 16 years of special operations experience.

Discussion

Adam Bishop

Veteran, entrepreneur, and independent researcher. Writing about formal methods, AI governance, production systems, and the operational discipline that connects them. Every project here demonstrates hard thinking on simple infrastructure.

GitHub XOPS360

More in Tech & Security

The Skeptic Agent Was Right About Bedrock In April I ran a multi-agent FedRAMP investigation on Cloudflare Workers primitives. One agent flagged an unresolved question about AWS Bedrock GovCloud authorization. Checking it changed the conclusion — and matters if you are planning a Workers AI remediation project. I Ran a Controlled BGP Experiment to Test a Network Field Theory. Policy Routing Was Not the Answer. 45 captures. 5 routing policies. 3 traffic matrices. A 7-node containerlab topology running on a single server. The experiment was designed to test whether Hodge decomposition could separate two sources of network flow structure. It could. But not the two I expected. What If Security Meant Things Don't Exist? A new security primitive for AI agent systems. Instead of hiding secrets behind locks, build systems where secrets only materialize inside protected execution boundaries.