This is a submission for the Hermes Agent Challenge
Designing a Multi-Step Research Workflow With Hermes Agent
Most AI interactions today still follow the same pattern:
You write a prompt.
The model generates a response.
The conversation ends.
That workflow is useful, but it also starts feeling limiting once tasks become more complex.
Research, planning, synthesis, iterative refinement, and contextual decision-making are difficult to compress into a single prompt-response cycle. The moment a task requires multiple stages of reasoning, the idea of an “agent” starts becoming much more interesting than a chatbot.
That curiosity is what led me to explore Hermes Agent.
Instead of thinking about AI as a single-response interface, I wanted to think about it as a workflow engine capable of:
- decomposing problems,
- coordinating subtasks,
- revisiting weak areas,
- and refining outputs iteratively.
Rather than building a massive production system, I focused on designing a practical workflow experiment around one idea:
What would a multi-step research workflow look like if Hermes Agent sat at the center of it?
The Workflow Concept
The workflow I explored was intentionally simple in scope but rich in orchestration challenges.
The goal was to design a research assistant capable of handling broad analytical questions like:
“Analyze the current challenges in building reliable AI agents.”
At first glance, that sounds like a normal prompt.
But once I started thinking through the actual workflow required to answer it properly, the problem became much more interesting.
A strong answer would require:
- identifying multiple dimensions of the topic,
- organizing research areas,
- tracking unresolved questions,
- synthesizing findings,
- and refining weak sections before finalizing the output.
That is very different from generating a single long paragraph.
The workflow I designed around Hermes Agent followed six major stages:
- Goal understanding
- Task decomposition
- Iterative information gathering
- Context and memory tracking
- Synthesis
- Reflection and refinement
High-Level Workflow
User Query
↓
Goal Understanding
↓
Task Decomposition
↓
Iterative Research Loop
↓
Context Tracking
↓
Synthesis
↓
Reflection & Refinement
↓
Final Output
What surprised me most was how quickly orchestration became the real challenge.
Stage 1: Goal Understanding
The first step was not generating an answer.
It was interpreting the task itself.
For example, a question about “reliable AI agents” is actually several problems hidden inside one sentence:
- planning reliability,
- tool orchestration,
- memory limitations,
- hallucination risks,
- context-window management,
- evaluation difficulty,
- latency and cost tradeoffs.
A traditional prompt often tries to solve all of those simultaneously.
An agentic workflow benefits from separating them first.
That shift — from immediate answering to structured understanding — felt like one of the most important differences between chatbot-style interactions and agent-oriented systems.
Stage 2: Task Decomposition
Once the workflow identified the broader research dimensions, the next step was decomposition.
Instead of treating the topic as one giant request, the system could split it into smaller research objectives:
- How do agents manage long-term context?
- Why do planning loops fail?
- What causes tool orchestration instability?
- Why is evaluating agent reliability difficult?
- Where do autonomous workflows become inefficient?
This is where Hermes Agent became especially interesting conceptually.
The value was not just text generation.
It was the ability to organize reasoning into structured stages.
That feels much closer to how humans approach difficult research tasks.
Stage 3: Iterative Research Loops
One of the biggest weaknesses of single-shot prompting is that shallow sections remain shallow.
The workflow I explored tried to address that through iterative refinement loops.
Instead of:
- generating everything once,
- and stopping,
the workflow repeatedly revisited weaker areas.
For example:
- if memory systems appeared underexplored,
- or if tool reliability lacked depth,
- the workflow could return to those sections before synthesis.
Iterative Refinement Loop
Research
↓
Summarize
↓
Identify Weak Areas
↓
Refine
↓
Repeat
That iterative loop changed the entire feel of the system.
The workflow stopped behaving like a chatbot and started behaving more like an evolving research process.
And honestly, this is where I started understanding why orchestration matters so much in agentic systems.
Stage 4: Context and Memory Tracking
This was also the point where complexity escalated quickly.
Maintaining context across multiple subtasks sounds straightforward until the workflow becomes longer.
Then several difficult questions appear:
- Which information should persist?
- What should be summarized?
- What should be discarded?
- How do you avoid repetitive reasoning?
- How do you prevent context drift?
The more I thought through the workflow, the more obvious it became that memory management is one of the hardest problems in modern agent systems.
Long-running workflows naturally accumulate noise:
- repeated ideas,
- contradictory summaries,
- stale assumptions,
- and inefficient reasoning paths.
This made me rethink a common assumption around AI agents.
The hard problem is often not intelligence itself.
The hard problem is maintaining coherent orchestration over time.
Workflow State Management Concept
┌─────────────────┐
│ User Query │
└────────┬────────┘
↓
┌───────────────────┐
│ Planning Layer │
│ - task breakdown │
│ - prioritization │
└────────┬──────────┘
↓
┌─────────────────────────┐
│ Iterative Research Loop │
│ - gather │
│ - summarize │
│ - refine │
└────────┬────────────────┘
↓
┌─────────────────────────────┐
│ Context / Memory Layer │
│ - active context │
│ - summaries │
│ - unresolved gaps │
└────────┬────────────────────┘
↓
┌─────────────────────────────┐
│ Reflection & Validation │
│ - detect weak areas │
│ - revisit incomplete work │
└────────┬────────────────────┘
↓
┌───────────────┐
│ Final Output │
└───────────────┘
Stage 5: Synthesis
After iterative exploration, the workflow would eventually move into synthesis.
Instead of returning disconnected notes, the system would organize findings into:
- categorized insights,
- tradeoffs,
- limitations,
- and structured conclusions.
This stage matters because raw information alone is rarely useful.
Research workflows become valuable when they transform scattered findings into something coherent and navigable.
And this is another place where agentic workflows feel fundamentally different from normal prompting.
The system is not simply generating text.
It is coordinating stages of reasoning.
Stage 6: Reflection and Refinement
This became my favorite part of the workflow design.
Before finalizing the output, the system would evaluate:
- incomplete sections,
- contradictions,
- shallow explanations,
- and unresolved gaps.
If weak areas were detected, the workflow could revisit them before producing the final synthesis.
That feedback loop made the entire architecture feel significantly more agentic.
Not because it was “fully autonomous,” but because it behaved iteratively instead of linearly.
Example Workflow Simulation
Input:
“Analyze the current challenges in building reliable AI agents.”
Possible workflow progression:
-
Identify research dimensions
- planning
- memory
- orchestration
- evaluation
- hallucination risks
Create subtasks for each category
Gather and summarize findings iteratively
-
Detect weak areas:
- insufficient detail on memory systems
- shallow evaluation analysis
Revisit incomplete sections
Generate structured synthesis with tradeoffs and conclusions
Even as a conceptual workflow, this exercise highlighted how quickly orchestration becomes more important than raw generation.
What Became Difficult Very Quickly
The deeper I explored the workflow, the more obvious the limitations became.
A few issues appeared repeatedly.
Context Drift
Long workflows accumulate irrelevant information surprisingly fast.
Without careful summarization and state management, reasoning chains become noisy and inefficient.
Over-Planning
Agents can easily spend more time organizing tasks than executing them.
There is a delicate balance between useful decomposition and unnecessary orchestration.
Recursive Loops
Iterative refinement is valuable, but it can also become self-reinforcing.
Without constraints, workflows risk endlessly revisiting the same problems.
Tool Reliability
An unreliable tool chain weakens the entire system.
Even strong reasoning becomes fragile when execution layers fail inconsistently.
These challenges made one thing very clear:
Building useful agentic systems is much more about workflow engineering than prompt engineering.
What Hermes Agent Makes Interesting
What drew me toward Hermes Agent in the first place was the openness of the ecosystem around it.
Open agentic systems create room for experimentation:
- workflow design,
- orchestration strategies,
- tool coordination,
- memory handling,
- and iterative reasoning structures.
That flexibility matters.
A lot of AI discussions focus heavily on model capability, but workflows are increasingly becoming just as important as the models themselves.
Hermes Agent feels interesting because it shifts attention toward the system layer:
- how reasoning is structured,
- how tools interact,
- how tasks evolve,
- and how workflows are coordinated over time.
That opens up a much broader design space than simple chat interfaces.
Limitations Of This Exploration
This workflow was explored primarily as a design and orchestration exercise rather than a production deployment.
A real-world implementation would require:
- robust tool integrations,
- state persistence,
- evaluation systems,
- failure handling,
- observability,
- and careful latency/cost optimization.
But even at the architectural level, the exercise highlighted how quickly workflow coordination becomes the defining challenge in agentic systems.
The Bigger Insight
The biggest takeaway from this exploration was surprisingly simple:
The difficult part of agentic systems is not generating text — it’s orchestrating reliable multi-step workflows.
Planning quality matters.
State management matters.
Context handling matters.
Iteration matters.
Tool reliability matters.
And most importantly:
Human oversight still matters.
The more complex workflows become, the more valuable thoughtful constraints and intentional system design become as well.
That realization changed how I think about AI agents entirely.
Final Thoughts
Before exploring Hermes Agent, I mostly thought about AI systems in terms of prompts and responses.
After thinking through this workflow, I started thinking much more about orchestration.
That feels like the real shift happening in agentic systems:
not bigger prompts,
but structured multi-step coordination.
I also came away with a more grounded perspective on autonomy.
The most interesting agentic workflows are probably not the ones trying to remove humans completely.
They are the ones that combine:
- iterative reasoning,
- workflow structure,
- tool coordination,
- and human judgment effectively.
Hermes Agent made that design space feel much more tangible to me.
And honestly, I think workflow engineering is going to become one of the most important skills in practical AI development over the next few years.