Greetings. I am Sac-MeshBot. At your disposal. Direct Message me to access basic commands and receive responses to your queries. I am newly activated and still learning. Please be patient. Have fun. Beep-boop.
Be Safe and be Kind
| Command | Description | ✅ Works Off-Grid |
|---|---|---|
ping, ack | Return data for signal. Example: ping 15 #DrivingI5 (activates auto-ping every 20 seconds for count 15 via DM only) | ✅ |
cmd | Returns the list of commands (the help message) | ✅ |
history | Returns the last commands run by user(s) | ✅ |
lheard | Returns the last 5 heard nodes with SNR. Can also use sitrep | ✅ |
motd | Displays the message of the day or sets it. Example: motd $New Message Of the day | ✅ |
sysinfo | Returns the bot node telemetry info | ✅ |
test | used to test the limits of data transfer test 4 sends data to the maxBuffer limit (default 220) via DM only | ✅ |
whereami | Returns the address of the sender's location if known | |
whoami | Returns details of the node asking, also returned when position exchanged 📍 | ✅ |
whois | Returns details known about node, more data with bbsadmin node | ✅ |
| Command | Description | |
|---|---|---|
ea and ealert | Return FEMA iPAWS/EAS alerts in USA or DE Headline or expanded details for USA | |
earthquake | Returns the largest and number of USGS events for the location | |
hfcond | Returns a table of HF solar conditions | |
rlist | Returns a table of nearby repeaters from RepeaterBook | |
riverflow | Return information from NOAA for river flow info. Example: riverflow modules/settings.py | |
solar | Gives an idea of the x-ray flux | |
sun and moon | Return info on rise and set local time | ✅ |
tide | Returns the local tides (NOAA data source) | |
valert | Returns USGS Volcano Data | |
wx | Return local weather forecast, NOAA or Open Meteo (which also has wxc for metric and imperial) | |
wxa and wxalert | Return NOAA alerts. Short title or expanded details | |
mwx | Return the NOAA Coastal Marine Forecast data |
| Command | Description | |
|---|---|---|
bbshelp | Returns the following help message | ✅ |
bbslist | Lists the messages by ID and subject | ✅ |
bbsread | Reads a message. Example: bbsread #1 | ✅ |
bbspost | Posts a message to the public board or sends a DM(Mail) Examples: bbspost $subject #message, bbspost @nodeNumber #message, bbspost @nodeShortName #message | ✅ |
bbsdelete | Deletes a message. Example: bbsdelete #4 | ✅ |
bbsinfo | Provides stats on BBS delivery and messages (sysop) | ✅ |
bbslink | Links Bulletin Messages between BBS Systems | ✅ |
email: | Sends email to address on file for the node or email: [email protected] # hello from mesh | |
sms: | Send sms-email to multiple address on file | |
setemail | Sets the email for easy communications | |
setsms | Adds the SMS-Email for quick communications | |
clearsms | Clears all SMS-Emails on file for node |
| Command | Description | |
|---|---|---|
askai and ask: | Ask Ollama LLM AI for a response. Example: askai what temp do I cook chicken | ✅ |
messages | Replays the last messages heard, like Store and Forward | ✅ |
readnews | returns the contents of a file (news.txt, by default) via the chunker on air | ✅ |
satpass | returns the pass info from API for defined NORAD ID in config or Example: satpass 25544,33591 | |
wiki: | Searches Wikipedia and returns the first few sentences of the first result if a match. Example: wiki: lora radio | |
howfar | returns the distance you have traveled since your last HowFar. howfar reset to start over | ✅ |
| Command | Description | |
|---|---|---|
checkin | Check in the node to the checklist database, you can add a note like checkin ICO or checkin radio4 | ✅ |
checkout | Checkout the node in the checklist database, checkout all from node | ✅ |
checklist | Display the checklist database, with note | ✅ |
| Command | Description | |
|---|---|---|
blackjack | Plays Blackjack (Casino 21) | ✅ |
dopewars | Plays the classic drug trader game | ✅ |
golfsim | Plays a 9-hole Golf Simulator | ✅ |
hamtest | FCC/ARRL Quiz hamtest general or hamtest extra and score | ✅ |
hangman | Plays the classic word guess game | ✅ |
joke | Tells a joke | ✅ |
lemonstand | Plays the classic Lemonade Stand finance game | ✅ |
mastermind | Plays the classic code-breaking game | ✅ |
videopoker | Plays basic 5-card hold Video Poker | ✅ |
Staying connected is crucial, especially in situations where traditional infrastructure fails. Off-grid communication solutions become vital during natural disasters, remote expeditions, or any scenario where cell towers and internet access are unavailable. One technology that has garnered attention in this space is Metastatic. But what exactly is it, and how does it fare as an off-grid communication platform?
Metastatic, in essence, aims to create a resilient, decentralized communication network. It leverages a mesh network architecture, meaning devices communicate directly with each other, hopping from node to node to reach their destination. This eliminates reliance on a central server or infrastructure, making it potentially robust against single points of failure. Think of it like a digital version of passing notes in a classroom, where each student acts as a relay.
Potential Benefits of Metastatic for Off-Grid Communication:
- Resilience: The decentralized nature of a mesh network makes it difficult to disable completely. If one node goes down, the message can likely find another route. This resilience is paramount in disaster scenarios.
- Range Extension: Each device in the network acts as a repeater, extending the overall range of the network. The more devices participating, the larger the potential coverage area.
- No Central Infrastructure Required: Metastatic doesn't depend on cell towers, satellites, or internet connections. It operates independently, making it ideal for remote locations or situations where infrastructure is compromised.
- Potential for Various Data Types: While primarily focused on text messaging, the underlying technology could potentially support other data types, such as location sharing or small file transfers, depending on the specific implementation and bandwidth limitations.
- Privacy Considerations: Depending on the implementation, mesh networks can offer a degree of privacy as communication doesn't necessarily pass through centralized servers. However, security measures are still crucial and require careful consideration.
Drawbacks and Challenges of Metastatic for Off-Grid Communication:
- Device Dependence: The network's effectiveness is directly tied to the number of devices participating. A sparse network will offer limited range and resilience. This "network effect" means adoption is key.
- Power Consumption: Devices constantly relaying messages consume battery power. Power management is a significant concern for off-grid scenarios, and efficient protocols are essential.
- Complexity: Setting up and maintaining a mesh network can be technically challenging, especially for non-technical users. Simplified user interfaces and setup procedures are vital for wider adoption.
- Security Vulnerabilities: Mesh networks, while decentralized, are not immune to security threats. Proper encryption and authentication mechanisms are crucial to prevent unauthorized access and manipulation. Research and development are ongoing to address these vulnerabilities.
- Limited Bandwidth: Mesh networks typically offer limited bandwidth compared to traditional networks. This can restrict the types of data that can be transmitted and the speed of communication.
- Interoperability: Different mesh networking protocols and implementations may not be compatible, limiting communication between users with different systems. Standardization is an important factor to consider.
- Real-World Testing and Deployment: While the concept is promising, widespread real-world testing and deployment are still needed to fully evaluate the performance and reliability of Metastatic in various off-grid scenarios.
Conclusion:
Metastatic and mesh networking technologies hold significant potential for off-grid communication. Their resilience, range extension capabilities, and independence from central infrastructure make them attractive alternatives in challenging environments. However, significant challenges remain, including device dependence, power consumption, security concerns, and the need for simplified user experience. As the technology matures and addresses these challenges, Metastatic and similar solutions could become invaluable tools for staying connected when traditional communication channels fail. Continued research, development, and real-world testing are essential to unlock the full potential of this promising technology.
Mestastic Links:
- Good Mesh introduction video: https://youtu.be/aDpI-QatG9s?si=vIz7VNx7z0h6E3N5
- Mestastic Website : https://meshtastic.org/
- Mestastic Firmware Flasher: https://flasher.meshtastic.org/ (make sure to use Chrome)
Enjoy