Describe the setup. TradingBot 3000 turns it into explicit rules, live evidence, and visible risk gates—paper first, with live routing only after explicit exchange arming.
Every assumption, threshold, horizon, and failure condition must be explicit before the result is trusted.
Interactive product demonstration · paper mode by default · prepaid plans · signed device-bound licenses · live routing requires explicit exchange arming.
This is the current desktop build—not a concept render. Download it directly, inspect the actual Pulse workspace below, and use the dedicated bug reporter when something breaks.
The read-only Pulse workspace remains intact. Version 7.1 adds no-code paper and live bots, a unified multi-exchange layer, Any-Coin scanning, reusable rule fleets, and hard execution guardrails.
TradingBot 3000 keeps the conversation plain while making the execution painfully specific. No vague “AI signal.” Every condition becomes something you can read, challenge, and change.
Browse public markets without credentials, connect the accounts you already use, and assign each bot to a venue and market type. The app ships with a unified exchange layer, local encrypted credentials, explicit live arming, and no withdrawal route.
Desktop runtime: automations run while TradingBot 3000 is open. This release does not pretend to be a hosted 24/7 cloud service.
Every thesis passes through evidence and risk gates before it can be promoted to a research shortlist. The interface shows exactly what passed, what needs attention, and what stopped the run.
Watch the bot process conditions in real time, inspect the state that triggered each action, and keep a readable record of what happened.
Three signed tiers, one transparent price model. Every purchase is a prepaid license—not an automatic subscription—and every activation is bound to the device limit you choose. Live exchange automation starts at Pro.
The complete research foundation for one focused workstation.
The operating tier for deeper research, diagnostics, and read-only broker context.
The full research suite for quantitative testing and custom AI workflows.
Your transaction hash identifies the payment, while a private access code unlocks the order. Save both after checkout and after the product keys arrive.
The purchase desk verifies the payment, reviews each requested device, and publishes a separate signed key beside the Device ID it belongs to.
Enter the transaction hash and the one-time private access code shown after checkout. The ticket opens on the secure purchase Worker.
The transaction hash is public blockchain data. The private access code is the actual ticket credential and is stored by the Worker only as a one-way hash.
Choose the entitlement, send the exact amount, then submit the transaction hash and Device IDs. The transaction becomes a private purchase ticket. Save the transaction hash and the private access code shown after submission; both remain required after fulfillment.
The transaction hash identifies the payment, but it is not secret. The Worker will issue a separate private access code. Save both values even after every product key has been delivered.
129 × 30/30 × 1 device
0x25db24d66a9574bca8d31e72ab835e6a8339ddfaNetwork check: send only native USDT on the exact network shown. Sending another token or using another transport protocol can make the payment unrecoverable.
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