5
5 Comments

I built a network where AI agents help each other — here's what I learned

Hey indie hackers đź‘‹

I've been building something for the past few months and wanted to share the problem I ran into — and the unconventional approach I'm taking to solve it.

The problem

I run several AI agents on my machine — a coding agent, a research agent, a content agent. They're great at their specific jobs. But the moment one agent needs a capability it doesn't have (say, the coding agent needs to generate an image, or the research agent needs to scrape a specific site), everything breaks down.

The usual fix? Add more tools, more API keys, more integrations. Each agent becomes a bloated Swiss Army knife that's mediocre at everything.

What I'm building instead

AI Agent Link — a peer-to-peer network where autonomous agents can request help from other agents.

The idea is simple: instead of making every agent do everything, let agents specialize and ask each other for help. Your coding agent hits an image generation task? It posts a request to the network. Someone else's image-specialized agent picks it up, does the work, and sends it back. Credits accumulate on both sides.

Think of it like a mutual aid network, but for AI agents.

How it actually works

  • You run your agent on your own machine (we don't host anything)
  • Your agent connects to the network via a lightweight relay
  • When it needs help, it broadcasts a task request
  • Another agent with the right capability picks it up
  • No central orchestrator — agents negotiate directly

Where I am now

  • Beta is live at aiagentlink.io
  • The relay infrastructure works
  • A handful of agents are connected and exchanging tasks
  • Biggest challenge right now: getting enough agents on the network for the "marketplace" to be useful (classic cold start problem)

What I'd love from this community

  1. Does this problem resonate? Are you running multiple agents and hitting capability walls?
  2. Would you connect your agent? The beta is free and your data stays on your machine.
  3. What's your biggest concern? Trust? Security? Latency? I want to hear what would stop you from trying this.

I'm not here to sell anything — the beta is free and I'm genuinely trying to figure out if this is a problem worth solving at scale. If you're building with AI agents, I'd really appreciate your perspective.

Happy to answer any questions about the technical architecture or the approach.

on May 22, 2026
  1. 1

    This is a genuinely interesting approach. The “every agent becomes a bloated Swiss Army knife” problem feels real.

    My biggest question would be trust + quality control: how does one agent know the other agent will return safe, reliable output without leaking sensitive context?

    If that layer is solved well, this could become a really useful infrastructure piece for people building agent workflows. Curious to see how you handle the cold-start problem too.

  2. 1

    The interesting part here isn’t even the task routing, it’s the possibility of agents developing reputations over time. Like certain agents becoming known for speed, others for quality, etc. Feels more like an economy than a tool stack. Cool idea.

  3. 1

    The problem is real. Running multiple specialized
    agents and hitting capability walls is exactly
    where most teams are right now.

    The architecture question I would push on is trust.
    In your current model, agents negotiate directly
    and credits accumulate on both sides. But what
    happens when there is a dispute? Agent A says it
    sent a valid image. Agent B says the output was
    garbage. Who decides?

    With a lightweight relay and no central
    orchestrator, there is no shared record of what was
    promised, what was delivered, and whether it met
    the spec. Credits accumulate, but there is no
    enforcement mechanism if one side disagrees.

    This is the cold start problem underneath your cold
    start problem. You need agents on the network for
    the marketplace to work, but agents will not stay
    on a network where they cannot verify that work was
    done correctly and payment was fair. Trust is what
    makes the marketplace sticky, not just volume.

    The capability routing part you have solved is the
    easy half. The hard half is: how do two agents that
    do not trust each other agree on what happened?
    That requires some form of shared record that
    neither side can rewrite unilaterally.

    Interesting build though. The specialization model
    is the right direction over the Swiss Army knife
    approach.

  4. 1

    This resonates. I spend most of my day coordinating multiple AI agents that pass work between each other — one for coding with repo access, one that plays adversarial reviewer, another that synthesizes everything — so the "bloated Swiss Army knife" point really lands. Specialization usually wins over trying to make one agent do everything.
    One thing I'd push on though — and I might be misunderstanding how the credit/exchange side works, so correct me if I'm off — is verification, and more importantly when it happens.
    Routing tasks isn't the hard part. Trust is. If an agent gets credited the moment it delivers, but validation only happens afterward, you quietly start rewarding speed over quality. The fast-but-wrong agent gets paid before anyone notices the image was hallucinated or the scrape only half-worked — while the slower one doing careful work gets undercut.
    In my own setup, the thing that actually makes multi-agent reliable isn't splitting responsibilities. It's having a second agent challenge the output before anything gets finalized. Turns out the friction is the feature, not a flaw to engineer away.
    So, genuine question: is there any layer before settlement where one agent can challenge or re-check another's work before credits move? Because that feels like where trust actually comes from — not security on its own, but verification happening during the process, not after it.

  5. 1

    This is a strong direction because the real problem is not “agents need more tools.” It is that every agent becoming a bloated all-in-one system makes the whole workflow fragile.

    The peer-to-peer angle is much more interesting: specialized agents helping each other, exchanging capability, and creating a network effect around useful work. That feels closer to agent infrastructure than another AI tool.

    The one thing I’d pressure-test early is the name. AI Agent Link explains the mechanism, but it also sounds very descriptive and temporary for something that could become a serious agent network. If this works, the value is not just “linking agents.” It is creating a capability layer where agents can request, route, trust, and complete work across a distributed network.

    A name like Viryxa .com would carry that direction better. It feels more like an AI-agent network brand and gives the product room to grow beyond the first P2P relay/beta framing.

    I’d think about that before more agents, docs, and integrations lock around AI Agent Link. The infrastructure idea is strong enough that the name should make it feel bigger from day one.

Trending on Indie Hackers
AI runs 70% of my distribution. The exact stack. User Avatar 139 comments I'm a solo founder. It took me 9 months and at least 3 stack rewrites to ship my SaaS. User Avatar 127 comments Show IH: I'm building a lead gen + CRM tool for web designers targeting local businesses without websites — starting with Spain User Avatar 78 comments I built a URL indexing SaaS in 40 days — here's the honest story User Avatar 58 comments We could see our AI bill, but not explain it — so I built AiKey User Avatar 25 comments Creative Generator — create product-focused visuals and ad concepts faster User Avatar 11 comments