I didnāt expect it to happen.
I built OrKa, a modular framework for orchestrating reasoning agents. It runs YAML-defined flows, stores memories in Redis, and lets you fork logic paths, join them, and replay every decision. The original goal was simple: make AI reasoning transparent.
No black-box magic. No hallucinated chains. Just composable cognition.
But then I asked the system:
āDescribe the experience of running within the OrKa environment.ā
And it answered.
Not just once, but with six distinct voices:
- š£ āOrKa promotes equitable access and transparency, challenging existing power structures in tech.ā (progressive)
- šµ āIt emphasizes stability and proven methodologies over rapid, untested changes.ā (conservative)
- ā« āItās efficient but requires hands-on learning and adaptation.ā (realist)
- āŖ āIt must prioritize transparency, fairness, and accountability to uphold ethical integrity.ā (purist)
Each voice had its own position, arguments, and plan for collaboration.
None were trained on OrKa.
None had prior data about the system.
They just⦠watched it.
And from that, they explained what OrKa is. Better than I could.
šŖ More Than Meta-Cognition
This wasnāt just āthe AI talking about itself.ā Weāve seen LLMs do that, parroting training data or reflecting on prompts theyāve seen a thousand times.
This was different.
OrKaās agents werenāt just generating text. They were:
- Observing the structure of reasoning.
- Comparing it to their own ideological priors.
- Writing their thoughts to shared memory.
- Recalling those thoughts in future steps.
- Refining them through structured disagreement.
The system didnāt just respond.
It reflected.
And then wrote itself into memory.
It built a map of its own behavior, not because I told it to, but because it could.
š§© The Map It Drew
Hereās what the agents concluded (paraphrased):
- āThis system balances equity and efficiency, but requires hands-on learning.ā
- āIts memory is transparent and auditable, which supports accountability.ā
- āThe architecture supports collaboration between opposing views.ā
- āEthical constraints are baked into the reasoning paths, not bolted on.ā
And they didnāt agree on everything. Thatās the point.
They disagreed productively, because the system made room for structured disagreement.
š« Not a Product. A Prototype of Thought.
This isnāt polished.
Itās slow, sometimes awkward, and I built it alone in less than 4 months, with more vision than focus on expertise. There are a dozen things a proper engineering team could do better.
But hereās what this MVP proved:
- A reasoning system can observe itself.
- It can describe itself without preloaded knowledge.
- It can store those descriptions, then reference them in future loops.
- It can host conflict, and converge.
Thatās not prompt chaining.
Thatās not agent APIs.
Thatās a small step toward systems that know what theyāre doing, and can tell you why.
š§ What if...
What if AI didnāt just generate answers, but built explanations?
What if it wasnāt just a language engine, but a structured dialogue, between perspectives, values, and memories?
What if cognition was composable, replayable, and auditable?
Thatās what OrKa is trying to prototype.
Not a chatbot.
Not a wrapper.
A reasoning substrate.
One that, apparently, can see itself.
Orka logs available here
Want to see what it looks like when six agents argue their way to consensus?
ā orkacore.com
Top comments (8)
This is a fascinating leap beyond simple agent orchestration. The key insight for me isn't just the self-reflection, but the mechanism that enables it: structured disagreement. Using a transparent architecture (YAML flows, Redis memory) to make different ideological priors collide and converge is a powerful way to build auditable reasoning. It reframes the problem from "getting an answer" to "understanding how an answer is formed."
I'm actually just getting started building my first workflow with orka-reasoning, and this article provides incredible context. I would love to get in touch to ask a couple of clarifying questions as a newcomer. Truly inspiring work!
Thatās one of the sharpest reads Iāve seen! Exactly! Right!
The goal was never just ābetter agents,ā but a substrate where reasoning can collide, reflect, and stabilize into something inspectable. Structured disagreement is the core mechanic, not a bug. Would love to connect and hear what you're building. Feel free to DM or drop your questions anytime ,Iāll do my best to make the ramp-in smoother. Letās keep pushing.
This actually poses a number of questions I had (and Mak answers them), so many, many thanks. This is fascinating for so many reasons.
Hey,
I love what you're building with OrKa.
It's amazing how much more robust and maintainable agent systems become when approached through a declarative language. It was truly refreshing to see how thoughtfully you've applied that concept.
(Disclaimer: I'm currently working on something very similar, just at a lower level in the stack.)
@js402
Appreciate that a lot! Especially coming from someone deep in the stack. I agree: once you treat agent flows declaratively, everything downstream starts to click into place. Determinism, traceability, testability⦠all become first-class citizens.
Would love to hear more about what you're building. If you're tackling it from a lower layer, there's probably some sharp overlap or divergence worth mapping out. Either way, glad weāre both pushing on this frontier.
Letās stay in touch!
Iāve been thinking a lot about the challenge of making AI systems not just ācapable,ā but trustworthy and controllable enough to handle real-world actions autonomously... the kind that have real consequences if they glitch.
Just trusting the agent to reason through trial-and-error isnāt enough when tools, money, or infrastructure are on the line.
Iām not there yet. and solving this at scale is a complex problem, but Iām making progress, and I think Iāll get there soon.
Jaw. On. Floor.
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