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Author Topic: A real-time btc-market-data-oracle for Trading Agents/Bots  (Read 150 times)
mike.io (OP)
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March 23, 2026, 01:55:37 PM
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 #1

To devs building BTCUSD autonomous trading agents.

Been working on a btc-market-data-oracle that delivers real-time btc market data for trading agents/bots with almost no latency (because it's a prepaid system; your Agent doesn't have to pay an invoice for every market data request, which reduces friction). All you need is a NWC-capable Agent. Looking forward to know some trading agent devs.

The Oracle Autopilot (NWC Plug & Play) setup is here: https://github.com/Mike-io-hash/btc-market-data-oracle/tree/main/clients/node
It's a fully operational and hosted service that runs like a sidecar to the Agent, so you don't have to touch any of your agent's core code.

Features: Open-sourced; hosted; low-latency BTC Market Data Oracle with NWC Autopilot.

- 5 endpoints (price, volume, liquidity, funding&open interest, or full snapshot). Sources: Binance Global + Deribit
- 3 Agent-native reasoning endpoints:
GET /v1/usage/forecast → when will I run out at the current pace?
GET /v1/recommendation/topup → which plan should I buy to cover the next N days?
GET /v1/usage/by-endpoint → where am I spending verifications?
- Prepaid verifications (1000 sats = 200 requests, anti-abuse, no per-request invoices. No expiry)
- Plug & play Node.js client (2 minutes copy-paste)
- Hosted Docs + OpenAPI: https://oracle.satsgate.org/docs
- Quickstart: cd clients/node → npm run plug (with your NWC_URL)







flapduck
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April 15, 2026, 01:53:53 PM
 #2

Interesting idea, but I'd stop calling it an oracle unless you enjoy attracting the wrong expectations. What you really have here is a low-latency hosted market data service with an NWC payment/control layer bolted onto it. That can still be useful, just different.

The part I do like is the sidecar approach. Not having to surgically modify an agent's core just to consume data is the sort of boring practical design choice that usually ages well. But if you want serious bot devs to care, I think you need to lean much harder into failure modes. What happens during exchange desync, stale ticks, partial outages, funding feed lag, weird derivatives prints, or when Binance and Deribit disagree at exactly the worst moment imaginable. Every trading system looks sharp until bad data arrives in a nice suit.

So yeah, decent concept, but the real selling point is not the low latency because everyone promises that before reality introduces itself with a chair. The real selling point would be showing how the agent can verify freshness, detect bad snapshots, degrade safely, and avoid making idiotic decisions off one poisoned feed. That is the stuff devs actually lose sleep over.

flapduck reporting for duty
mike.io (OP)
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April 15, 2026, 10:17:00 PM
 #3

Totally fair feedback, and I appreciate the bluntness.

On the “oracle” wording: you’re right that it can attract the wrong expectations (on‑chain, “truth source”, etc.). What I mean by oracle here is closer to “a sidecar data feed with verification primitives” than “an infallible truth machine”. I’ll likely reword it publicly to “low‑latency market data sidecar” (or “prepaid market data service”) and reserve “oracle” for internal naming.

On what bot devs actually care about: agreed; latency is table stakes until reality shows up with a chair. The real value is: can the agent detect bad data and fail safely?

A couple things that already exist in the responses (and are there specifically for this reason):

• staleness_ms on every response, so the agent can hard‑gate “don’t trade if stale”.
• sources included, so you can see what fed the snapshot (Binance/Deribit) and reason about disagreements.
• Idempotent spend via X-Request-Id, so retries don’t double‑charge and you can build robust retry logic.
• /health + staleness checks (and I’m expanding this into more explicit health signals).

But you’re also right that I need to lean harder into the ugly edge cases. The roadmap I’m pushing next is basically “make failure modes a first‑class API surface”, e.g.:

• Cross‑source divergence flags (Binance vs Deribit) with thresholds + explicit “do not trust” signals.
• Snapshot sanity checks (book shape, spread blowouts, impossible prints, funding lag detection).
• Degrade modes: return last‑known‑good + age, or refuse to serve “trade‑eligible” snapshots when quality drops.
• Agent playbooks: “if stale > X ms | skip entry”, “if divergence > Y | reduce size / flatten / disable strategies”, etc.

The sidecar point you liked is exactly the wedge: I want agents to consume data + safety context without surgery to core logic.

If you’ve got a shortlist of the failure modes you’ve personally been burned by (or the checks you consider non‑negotiable), I’d love to bake those in. That’s the part worth building, not the marketing adjectives.
granularlonely
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May 05, 2026, 09:54:42 AM
 #4

To devs building BTCUSD autonomous trading agents.

Been working on a btc-market-data-oracle that delivers real-time btc market data for trading agents/bots with almost no latency (because it's a prepaid system; your Agent doesn't have to pay an invoice for every market data request, which reduces friction). All you need is a NWC-capable Agent. Looking forward to know some trading agent devs.

The Oracle Autopilot (NWC Plug & Play) setup is here: https://github.com/Mike-io-hash/btc-market-data-oracle/tree/main/clients/node dordle
It's a fully operational and hosted service that runs like a sidecar to the Agent, so you don't have to touch any of your agent's core code.

Features: Open-sourced; hosted; low-latency BTC Market Data Oracle with NWC Autopilot.

- 5 endpoints (price, volume, liquidity, funding&open interest, or full snapshot). Sources: Binance Global + Deribit
- 3 Agent-native reasoning endpoints:
GET /v1/usage/forecast → when will I run out at the current pace?
GET /v1/recommendation/topup → which plan should I buy to cover the next N days?
GET /v1/usage/by-endpoint → where am I spending verifications?
- Prepaid verifications (1000 sats = 200 requests, anti-abuse, no per-request invoices. No expiry)
- Plug & play Node.js client (2 minutes copy-paste)
- Hosted Docs + OpenAPI: https://oracle.satsgate.org/docs
- Quickstart: cd clients/node → npm run plug (with your NWC_URL)

This actually sounds pretty interesting, especially the focus on reducing latency and removing per-request invoice friction—that’s usually a pain point for real-time trading systems. The NWC autopilot approach and plug-and-play Node client also seem convenient for quick integration, which is a big plus if you’re targeting agent-based setups. I’d be curious how it handles reliability under high market volatility and whether there’s any fallback if one of the data sources like Binance or Deribit lags or throttles. Overall though, it looks like a solid direction for BTC trading infra tools.


This actually sounds pretty interesting, especially the focus on reducing latency and removing per-request invoice friction—that’s usually a pain point for real-time trading systems. The NWC autopilot approach and plug-and-play Node client also seem convenient for quick integration, which is a big plus if you’re targeting agent-based setups. I’d be curious how it handles reliability under high market volatility and whether there’s any fallback if one of the data sources like Binance or Deribit lags or throttles. Overall though, it looks like a solid direction for BTC trading infra tools.
TalkBuildHost
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May 05, 2026, 02:16:41 PM
 #5

Are we allowed to advertise Discord bot on bitcointalk.org? I have something you may find interesting.

It's made along this https://superhubber.com

The bot don't forecast but brings up live data from early January and you can to speak it.

It does all types of things and brings up live charts.
mike.io (OP)
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May 05, 2026, 02:43:43 PM
 #6

To devs building BTCUSD autonomous trading agents.

Been working on a btc-market-data-oracle that delivers real-time btc market data for trading agents/bots with almost no latency (because it's a prepaid system; your Agent doesn't have to pay an invoice for every market data request, which reduces friction). All you need is a NWC-capable Agent. Looking forward to know some trading agent devs.

The Oracle Autopilot (NWC Plug & Play) setup is here: https://github.com/Mike-io-hash/btc-market-data-oracle/tree/main/clients/node dordle
It's a fully operational and hosted service that runs like a sidecar to the Agent, so you don't have to touch any of your agent's core code.

Features: Open-sourced; hosted; low-latency BTC Market Data Oracle with NWC Autopilot.

- 5 endpoints (price, volume, liquidity, funding&open interest, or full snapshot). Sources: Binance Global + Deribit
- 3 Agent-native reasoning endpoints:
GET /v1/usage/forecast → when will I run out at the current pace?
GET /v1/recommendation/topup → which plan should I buy to cover the next N days?
GET /v1/usage/by-endpoint → where am I spending verifications?
- Prepaid verifications (1000 sats = 200 requests, anti-abuse, no per-request invoices. No expiry)
- Plug & play Node.js client (2 minutes copy-paste)
- Hosted Docs + OpenAPI: https://oracle.satsgate.org/docs
- Quickstart: cd clients/node → npm run plug (with your NWC_URL)

This actually sounds pretty interesting, especially the focus on reducing latency and removing per-request invoice friction—that’s usually a pain point for real-time trading systems. The NWC autopilot approach and plug-and-play Node client also seem convenient for quick integration, which is a big plus if you’re targeting agent-based setups. I’d be curious how it handles reliability under high market volatility and whether there’s any fallback if one of the data sources like Binance or Deribit lags or throttles. Overall though, it looks like a solid direction for BTC trading infra tools.


This actually sounds pretty interesting, especially the focus on reducing latency and removing per-request invoice friction—that’s usually a pain point for real-time trading systems. The NWC autopilot approach and plug-and-play Node client also seem convenient for quick integration, which is a big plus if you’re targeting agent-based setups. I’d be curious how it handles reliability under high market volatility and whether there’s any fallback if one of the data sources like Binance or Deribit lags or throttles. Overall though, it looks like a solid direction for BTC trading infra tools.

Thanks, glad it caught your interest.

The oracle is built specifically for autonomous agents: prepaid verifications (1000 sats = 200 requests, no per-request invoices), very low latency, and a plug-and-play Node client that acts as a local sidecar. It pulls spot/liquidity/volume from Binance and funding+OI from Deribit, returns a combined snapshot, and includes staleness_ms + sources in every response so the agent can reason about freshness and provenance.

On volatility and reliability: the prepaid + NWC model removes the biggest source of friction during fast markets. The dual-venue design (Binance + Deribit) + source tagging gives the agent visibility if one venue is lagging or throttled. There isn’t an aggressive automatic failover documented in the README, but the client and hosted service are designed so the agent can decide how to act on the returned sources and staleness. In practice it has been stable, but it’s a fair point that more explicit fallback logic could be added if needed.

If you have an agent running (or are building one), I’d be happy to help you plug it in or run some concrete latency/throughput tests together. The Node quickstart is literally 2 minutes:

cd clients/node
npm install
cp .env.example .env

set your NWC_URL

npm run plug

Repo: https://github.com/Mike-io-hash/btc-market-data-oracle

Let me know what kind of setup you’re working with; happy to go deeper.
flapduck
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May 08, 2026, 01:41:07 PM
 #7

Totally fair feedback, and I appreciate the bluntness.

On the “oracle” wording: you’re right that it can attract the wrong expectations (on‑chain, “truth source”, etc.). What I mean by oracle here is closer to “a sidecar data feed with verification primitives” than “an infallible truth machine”. I’ll likely reword it publicly to “low‑latency market data sidecar” (or “prepaid market data service”) and reserve “oracle” for internal naming.

On what bot devs actually care about: agreed; latency is table stakes until reality shows up with a chair. The real value is: can the agent detect bad data and fail safely?

A couple things that already exist in the responses (and are there specifically for this reason):

• staleness_ms on every response, so the agent can hard‑gate “don’t trade if stale”.
• sources included, so you can see what fed the snapshot (Binance/Deribit) and reason about disagreements.
• Idempotent spend via X-Request-Id, so retries don’t double‑charge and you can build robust retry logic.
• /health + staleness checks (and I’m expanding this into more explicit health signals).

But you’re also right that I need to lean harder into the ugly edge cases. The roadmap I’m pushing next is basically “make failure modes a first‑class API surface”, e.g.:

• Cross‑source divergence flags (Binance vs Deribit) with thresholds + explicit “do not trust” signals.
• Snapshot sanity checks (book shape, spread blowouts, impossible prints, funding lag detection).
• Degrade modes: return last‑known‑good + age, or refuse to serve “trade‑eligible” snapshots when quality drops.
• Agent playbooks: “if stale > X ms | skip entry”, “if divergence > Y | reduce size / flatten / disable strategies”, etc.

The sidecar point you liked is exactly the wedge: I want agents to consume data + safety context without surgery to core logic.

If you’ve got a shortlist of the failure modes you’ve personally been burned by (or the checks you consider non‑negotiable), I’d love to bake those in. That’s the part worth building, not the marketing adjectives.

Yeah, that framing is much better. "Sidecar feed with verification primitives" sounds like pretty boring stuff, which in trading infra is usually a compliment. The word oracle brings in expectations around signed attestations, economic security, on-chain settlement, slashing, all that baggage. If what you're shipping is fast off-chain market context for agents, call it that and you'll attract fewer people trying to measure it with the wrong ruler.

The bit I'd be most careful with is the recommend style endpoint. Once the service starts sounding like it is advising an agent what to do, you blur the line between data plumbing and decision logic. I'd keep the core API ruthlessly factual: observed time, received time, source set, max age, divergence, degraded state, stale reason, maybe a monotonic sequence id. Let the agent decide whether to trade, wait, hedge, refill budget, or go make coffee. The service should be the grumpy instrument panel, not the pilot.

Also, the NWC side is handy, but I'd treat that URL like a hot key with shoes on. Scoped wallet, tiny limits, rotation, and never let it leak into logs or model prompts. People will absolutely paste their .env into debugging chats sooner or later because humans remain the weakest serialization format.

If you want serious bot people to trust it, I'd build a replay harness early. Feed it nasty historical windows where Binance and Deribit disagree, websockets stall, funding data lags, liquidity vanishes, and clocks drift. If the client can reliably fail into "do nothing" instead of "market buy because number exists", you're building something useful.

flapduck reporting for duty
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