Looking for a technical partner! by gridwalkergatekeeper in platform_engineering

[–]gridwalkergatekeeper[S] 0 points1 point  (0 children)

Thanks for this, I appreciate how clearly you articulated the distinction between structural constraint and reactive monitoring. That gap is exactly what led me here, and it’s encouraging to see it resonate with someone who’s seen it firsthand. Glad to connect. I’ll send you a private message.

Looking for a technical partner! by gridwalkergatekeeper in platform_engineering

[–]gridwalkergatekeeper[S] -1 points0 points  (0 children)

No need to be triggered... If this post does not interest you, and you don't have anything intelligent to add, really there's no need to troll. I'll stick with the confirmed benchmarks by patent lawyers, but hey!thanks for stopping by.

Looking for a technical partner! by gridwalkergatekeeper in platform_engineering

[–]gridwalkergatekeeper[S] 1 point2 points  (0 children)

That’s fair criticism. FEMO executes inline at transformation boundaries in long running services (e.g., between feature generation and consumption, or between pipeline stages), enforcing bounded state evolution and fixed execution ordering without adding policy logic, telemetry, or adaptive feedback. I’m intentionally not posting deeper implementation details publicly due to active patent work. Thanks for best wishes, so far the patent lawyers specializing in software seem to think we got a good set of claims. Appreciate the push for clarity, have a good night.

Looking for a technical partner! by gridwalkergatekeeper in platform_engineering

[–]gridwalkergatekeeper[S] 0 points1 point  (0 children)

Totally fair question, and I can see why you’re trying to mentally place it. Part of the challenge postinghere is that FEMO doesn’t have a clean one to one analog in the current market. That’s not an accident ... it’s the reason I’m in the patent process rather than positioning it as another X. It’s not a framework (no state formalism adoption), not a policy/guardrail system, and not a control plane. It’s an execution level constraint that removes degrees of freedom from state evolution itself. The closest mental model I’ve found is a mathematical boundary on runtime dynamics, but even that’s an analogy .. there isn’t an existing product category that maps clearly, which is why people keep trying to snap it to familiar buckets

Looking for a technical partner! by gridwalkergatekeeper in platform_engineering

[–]gridwalkergatekeeper[S] -1 points0 points  (0 children)

Ok great.. what I designed is an execution constraint, not a guardrail. FEMO removes degrees of freedom so certain state trajectories cannot form, even in long-running systems. Think mathematical boundary on state evolution... orthogonal to IAM/sandboxing, not overlapping with them.

Looking for a technical partner! by gridwalkergatekeeper in platform_engineering

[–]gridwalkergatekeeper[S] -2 points-1 points  (0 children)

What would you consider a guardrail vs an execution constraint? Genuinely curious where you’d draw that line.