rns.recipes

Be it specific a nomadnet site thing or a new reticulum interface or whatever, here's the dumping ground for ideas that you either don't have the technical know-how for or you are too lazy/busy to do.

• MicroReticulum RNode firmware to support ethernet for RAK4631 devices.
• MicroReticulum RNode firmware to support telemetry.

• microreticulum: discoverable interfaces
• microreticulum: Autointerface and TCP interface
• a reticulum LoRa rangetest app that creates some sort of heatmap
• Groupchat without a shared server

Anonymous wrote:

• microreticulum: discoverable interfaces
• microreticulum: Autointerface and TCP interface
• a reticulum LoRa rangetest app that creates some sort of heatmap

https://git.rns.moscow/deuxyeux/rns-wardrive-app

I am working on one. Still under development though...

• Syncthing, but over Reticulum
• Signal K integration (working on it)
• Collaborative text editor like SubEthaEdit

A nomadnet reviewing nomadnet site where anyone can give a nomadnet site a rating between 1 and 5 and give a review that is publicly viewable

Nickie wrote:

Anonymous wrote:
> - microreticulum: discoverable interfaces
> - microreticulum: Autointerface and TCP interface
> - a reticulum LoRa rangetest app that creates some sort of heatmap

https://git.rns.moscow/deuxyeux/rns-wardrive-app

I am working on one. Still under development though...

Awesome! I saw something like it on rns.moskow but did not get how it worked exactly. That must be your work then :)

Anonymous wrote:

Nickie wrote:
> Anonymous wrote:
> > - microreticulum: discoverable interfaces
> > - microreticulum: Autointerface and TCP interface
> > - a reticulum LoRa rangetest app that creates some sort of heatmap
>
> https://git.rns.moscow/deuxyeux/rns-wardrive-app
>
> I am working on one. Still under development though...
>

Awesome! I saw something like it on rns.moskow but did not get how it worked exactly. That must be your work then :)

It's still under heavy testing but works for basic uplink mapping. I am working on making a combined mode that will map both uplink and downlink. It works by using a bot installed on the instance directly connected to the rnode. I am currently in the middle of rebuilding my PoE-RNodes so I didn't have a chance of testing it out yet.

Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.

Pena wrote:

Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.

I believe it already exists: Use a RAK4631 + RAK15001, with a Unify enclosure (https://store.rakwireless.com/products/unify-enclosure-ip65-100x75x38-solar). Hope it helps.

LMXF for group calendar event/task information at group destination hashes outside of nomadnet. Community spaces use time as a denominator to instill consistency and activity at a given action/development. It's not necessarily a pure Reticulum feature, but it is something that should be useful for everyone.

p1ld7a wrote:

Pena wrote:
> Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.

I believe it already exists: Use a RAK4631 + RAK15001, with a Unify enclosure (https://store.rakwireless.com/products/unify-enclosure-ip65-100x75x38-solar). Hope it helps.

Is this something you are running yourself?

A protocol similar to ActivityPub or AT, but designed specifically to run over Reticulum would be cool. I think federated platforms are generally a good idea.

Anonymous wrote:

p1ld7a wrote:
> Pena wrote:
> > Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.
>
> I believe it already exists: Use a RAK4631 + RAK15001, with a Unify enclosure (https://store.rakwireless.com/products/unify-enclosure-ip65-100x75x38-solar). Hope it helps.

Is this something you are running yourself?

Yes, I have all the things. I am now missing the battery that I will order soon.

Anonymous wrote:

Anonymous wrote:
> p1ld7a wrote:
> > Pena wrote:
> > > Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.
> >
> > I believe it already exists: Use a RAK4631 + RAK15001, with a Unify enclosure (https://store.rakwireless.com/products/unify-enclosure-ip65-100x75x38-solar). Hope it helps.
>
> Is this something you are running yourself?

Yes, I have all the things. I am now missing the battery that I will order soon.

Anonymous wrote:

Anonymous wrote:
> p1ld7a wrote:
> > Pena wrote:
> > > Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.
> >
> > I believe it already exists: Use a RAK4631 + RAK15001, with a Unify enclosure (https://store.rakwireless.com/products/unify-enclosure-ip65-100x75x38-solar). Hope it helps.
>
> Is this something you are running yourself?

Yes, I have all the things. I am now missing the battery that I will order soon.

I am really interested how it works for you. Can you maybe create a thread about it after you tested it a bit? Especially how long the battery is able to last with the small solar panel and microreticulum. I think a lot of people would be interested in a simple solar solution like this.

Anonymous wrote:

Anonymous wrote:
> Anonymous wrote:
> > p1ld7a wrote:
> > > Pena wrote:
> > > > Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.
> > >
> > > I believe it already exists: Use a RAK4631 + RAK15001, with a Unify enclosure (https://store.rakwireless.com/products/unify-enclosure-ip65-100x75x38-solar). Hope it helps.
> >
> > Is this something you are running yourself?
>
> Yes, I have all the things. I am now missing the battery that I will order soon.

Anonymous wrote:
> Anonymous wrote:
> > p1ld7a wrote:
> > > Pena wrote:
> > > > Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.
> > >
> > > I believe it already exists: Use a RAK4631 + RAK15001, with a Unify enclosure (https://store.rakwireless.com/products/unify-enclosure-ip65-100x75x38-solar). Hope it helps.
> >
> > Is this something you are running yourself?
>
> Yes, I have all the things. I am now missing the battery that I will order soon.

I am really interested how it works for you. Can you maybe create a thread about it after you tested it a bit? Especially how long the battery is able to last with the small solar panel and microreticulum. I think a lot of people would be interested in a simple solar solution like this.

MPPT is not really needed, unless the board allows higher input voltage levels and/or you want to attach larger panels. there are many reciepes for solar meshcore repeaters, which give a good guess

Anonymous wrote:

Anonymous wrote:
> Anonymous wrote:
> > Anonymous wrote:
> > > p1ld7a wrote:
> > > > Pena wrote:
> > > > > Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.
> > > >
> > > > I believe it already exists: Use a RAK4631 + RAK15001, with a Unify enclosure (https://store.rakwireless.com/products/unify-enclosure-ip65-100x75x38-solar). Hope it helps.
> > >
> > > Is this something you are running yourself?
> >
> > Yes, I have all the things. I am now missing the battery that I will order soon.
>
> Anonymous wrote:
> > Anonymous wrote:
> > > p1ld7a wrote:
> > > > Pena wrote:
> > > > > Hi, I think we need a lora circuit board designed for MicroReticulum with a low-power CPU, a good amount of memory, and MPPT solar charging.
> > > >
> > > > I believe it already exists: Use a RAK4631 + RAK15001, with a Unify enclosure (https://store.rakwireless.com/products/unify-enclosure-ip65-100x75x38-solar). Hope it helps.
> > >
> > > Is this something you are running yourself?
> >
> > Yes, I have all the things. I am now missing the battery that I will order soon.
>
> I am really interested how it works for you. Can you maybe create a thread about it after you tested it a bit? Especially how long the battery is able to last with the small solar panel and microreticulum. I think a lot of people would be interested in a simple solar solution like this.

MPPT is not really needed, unless the board allows higher input voltage levels and/or you want to attach larger panels. there are many reciepes for solar meshcore repeaters, which give a good guess

I disagree that MPPT is needed to optimize the efficiency of solar panels in the northern hemisphere as well.
I think that MicroReticulum is more energy hungry than Meshcore repeaters.

Please move to a different thread.