DVMDash aims to be a monitoring and debugging tool for DVM activity on Nostr. Data Vending Machines (nip-90) offload computationally expensive tasks from relays and clients in a decentralized, free-market manner. They are especially useful for AI tools, algorithmic processing of user’s feeds, and many other use cases.

A version of the website is running here:

https://dvmdash.live/

Better installation instructions are coming soon!

Besides the Django web app, the following scripts should be running with access to the same databases used by the webapp:

• run_asyncio_listen_for_DVM_events.sh
• run_compute_stats.sh

• After you've added a new library to the package.json file and made any changes to webpack.config.js, you can run npm run build to update the javascript files in the static/ directory in the monitor/static/ directory.
• Then run python dvmdash/manage.py collectstatic to update the static files in the main staticfiles/ directory, which is where static files are served when running locally.

1. Run a MongoDB locally

   • for example, run mongo locally:
     • ./mongod --dbpath ~/mongodb/data/db

2. Run Neo4j

   • See https://neo4j.com/docs/operations-manual/current/installation/
   • Once you have the tar file, you can run it with ./neo4j start
     • Or ~/bin/neo4j-community-5.20.0/bin/neo4j start
   • Then check it's running in the web browser at https://localhost:7474/

3. (Optional) Run a local DVM

4. (Optional) Run a local relay, such as bucket

   • this is helpful to test local dvms with the playground page, testing sending and receiving DVM events.

• Download the APOC library JAR file that matches your Neo4j version from the APOC releases page on GitHub: https://github.com/neo4j/apoc/releases
• Copy the APOC JAR file to the plugins directory of your Neo4j installation. For example, if you're using Neo4j 4.x, the path would be neo4j-home/plugins/.
• Open the neo4j.conf configuration file located in the conf directory of your Neo4j installation.
• Uncomment or add the following line to the neo4j.conf file to enable the APOC library: dbms.security.procedures.unrestricted=apoc.*

The graph structure of events is stored in a Neo4j database.

• Entity:
  • These have an npub, and contain all users and DVMs
• Event:
  • These are Nostr events signed by Entities
• Invoice:
  • Data that contains information for a payment. Events refer to these
• Payment Receipt:
  • Data showing a receipt of purchase, such as a zap receipt.

Note that these are the primitive relationships. There will be other, inferred relationships later based on the primitive ones.

• MAKES_EVENT: # Used any time an entity makes an event
  • Entity -> Event
• FEEDBACK_FOR: # Used to connect a DVM feedback event to the original request
  • Event -> Event
• RESULT_FOR: # Used to connect a DVM result event to the original request
  • Event -> Event
• HAS_INVOICE: # Used to connect a feedback event to an invoice
  • Event -> Invoice
• HAS_RECEIPT: # Used to connect an invoice to a payment receipt
  • Invoice -> Payment Receipt
• PAYMENT_FROM: # Used to connect a payment receipt to the entity that paid
  • Payment Receipt -> Entity
• PAYMENT_TO: # Used to connect a payment receipt to the entity that received the payment
  • Payment Receipt -> Entity

These are the relays where we watch for DVM events.

• wss:https://nostr-pub.wellorder.net
• wss:https://relay.damus.io
• wss:https://nos.lol
• wss:https://relay.primal.net
• wss:https://offchain.pub
• wss:https://nostr.mom
• wss:https://relay.nostr.bg
• wss:https://nostr.oxtr.dev
• wss:https://relay.nostr.bg
• wss:https://nostr-relay.nokotaro.com
• wss:https://relay.nostr.wirednet.jp