The Vision of Orbit Infrastructure. A self-sovereign cloud without the cloud.

The Vision of Orbit Infrastructure. A self-sovereign cloud without the cloud.

Orbit Infra is a vision and a blueprint — a hypothetical, but achievable infrastructure paradigm built for sovereignty, security, and privacy. This podcast explores what it means to run modern, high-availability, zero-trust systems entirely on your own hardware, without relying on cloud vendors. We’re talking military-grade security, full automation, and per-industry custom stacks — all deployable with a button and maintainable without technical staff. DT is a security infrastructure engineer building sovereign, high-availability stacks for real-world industries. Today we explore the blueprint of how you can run modern systems with zero vendor dependence, full automation, and military-grade security — all on your own hardware. What you’re hearing is the early alpha-stage vision. Some features are complete, others are still being built. But the foundation is solid, and the goal is clear: to replace fragile, expensive cloud dependency with self-sustaining, franchise-ready infrastructure anyone can control. From self-hosted secrets and zero-trust mesh overlays to franchise-wide HA without subscriptions, we go deep into practical architecture, philosophical rebellion, and the tools powering the next wave of infrastructure. Follow along with Orbit's progress at https://orbit-infra.com

The Anatomy of a Breach - Where do you draw the line?

In this episode, we trace the quiet failures that open the door to massive breaches — not zero-days, but bad habits. We break down how poor security culture, unchecked risk, and convenience-first thinking create perfect conditions for collapse. Step-by-step, we explore how these cracks form, how attackers walk right through them, and what it really takes to block them. But here’s the hard question: Where do you draw the line? At what point is the rot too deep to patch? When is it time to burn it down and rebuild — this time with security and privacy at the core, from first boot to final byte? If only there were a simple way.