• 59% of U.S. adults say they will either “definitely not” or “probably not” receive a COVID-19 vaccine this fall.
• Only 21% say they will “definitely get” the shot.
• Republicans are the least likely to receive the vaccine, with 59% stating they will “definitely not” take it.
• Among White adults, 42% say they will “definitely not” get the shot.

Fo Sho

LoRa

Today we started out LoRa program. We will provide a post covering the roadmap and our intentions
RAKwireless WisBlock Meshtastic is our model, hopfully we have success tot he level we manufacture our own boards. We have been working with dev.blues.io for cellular transmission and hope we can build out a local mesh that is able to transmit final data via cellular. Don't limit your imagination anylonger , AI has changed the game , non programmers can now get expert coding for free or dam near. There are pitfalls and some serous limitations in the beginning but if you stick with it it can be alot of fun and very rewarding
 

We are hard at getting some AI involvement from code to creation. My experience is about 6 months, alot of wasted time but the experience has been valuable. Our coding dev is all warp now, we worked with openai and claude but our primary now is WARP! If you want some insight or some advice just ask. 
Warp does not allow LLM providers to use your data for model training and follows a strict zero data retention policy. To help improve Warp’s performance and capabilities, users can optionally share limited interaction data under strict safeguards. This data is anonymous, filtered to remove sensitive information, and never used for third-party model training.

In the United States, the unlicensed frequency bands where you can legally operate LoRa or other low-power radio devices without an FCC license are defined by the FCC Part 15 rules.

Here are the legal, license-free ISM bands you can use for LoRa communication in the U.S.:

✅ 1. 902–928 MHz ISM Band (LoRaWAN Standard in USA)

• ✅ License-free
• ✅ Most common LoRa band in the U.S.
• ✅ No amateur radio license needed
• ✅ Supported by FCC Part 15
• ✅ Devices must comply with power and duty cycle limits
• ✅ Supported by nearly all U.S. LoRa modules (e.g., Semtech SX1262, RFM95W)

⚠️ Limitations:

• Max transmit power: +30 dBm with duty cycle and antenna gain limits
• Devices must avoid interference and accept any they receive

🚫 2. 433 MHz Band — NOT Unlicensed in the U.S.

• This band is license-free in Europe (ETSI), but NOT in the U.S.
• Requires an amateur radio license (FCC Part 97) in the U.S.
• Not covered under Part 15 for general use
• ➤ Avoid this band unless you're licensed

✅ 3. Other U.S. License-Free Bands (Not LoRa-Common)

BandCommon UseLoRa Support2.4 GHz ISMWi-Fi, Zigbee, BluetoothSome LoRa chips (e.g., SX1280) support it5.8 GHz ISMDrones, video, radarNo mainstream LoRa support315 MHz / 915 MHzRemote controls, keyless entry915 MHz = U.S. LoRa standard

Maximum Distance of LoRaWAN

✅ Real-World Ranges

EnvironmentTypical RangeUrban (dense city)1 – 5 kmSuburban5 – 15 kmRural/Open field15 – 30 kmLine of sight (ideal)Up to 100 km (recorded)

What Affects Range?

1. Frequency band

• Lower frequencies (e.g., 433/470 MHz) travel farther but have lower data rates.

1. Spreading Factor (SF)

• Higher SF = longer range, lower data rate.
• SF7 (fast, short range) → SF12 (slow, long range)

1. Transmit power

• Typically 14–27 dBm (region-dependent)

1. Antenna height and gain
2. Obstacles like buildings, trees, or mountains
3. Weather conditions

🧭 Quick Summary

ParameterValueMax practical range~15–30 km (rural)Absolute max (ideal)Up to 100–700 km (extreme LoS)Best band for range433–470 MHzBest band for bandwidth868–928 MHz

what is Power Line communication(PLC) Module 

Power Line Communication (PLC) Module is a device or circuit that enables data to be transmitted over existing electrical power lines. It essentially allows communication signals (like network or control data) to ride on top of the standard 110V/220V power wires already installed in a building or system, eliminating the need for separate data cables.

LoRa uses a type of radiofrequency modulation patented by Semtech, called Chirp Spread Spectrum (CSS); it is perfect for vast and long-distance connections. Ideal for IoT networks, sensor networks that do not have access to the electrical network and provide precious information.

Together, LoRa and LoRaWAN define a low-power, wide-area (LPWA) networking protocol designed to wirelessly connect battery operated devices to the Internet in regional, national or global networks, and targets key Internet of things (IoT) requirements, such as bi-directional communication, end-to-end security, mobility and localization services. The low power, low bit rate, and IoT use distinguish this type of network from a wireless WAN that is designed to connect users or businesses, and carry more data, using more power. The LoRaWAN data rate ranges from 0.3 kbit/s to 50 kbit/s per channel.[7]

i have an activity stream that is a stand alone install on several sites , its working directory is /home/linux2/Desktop/1fixitstream  
before you run off and start coding i need to determine if this is possible and then build the outline so i can trademark or at least own the process.  
here it is  I want to have a lora network that shares a private key that givess access to a private part of the m. stream. so this would be an encoaded message broadcast to all nodes on the loRa network, this code would then be used ass password to access the stream.  
:::: This is definitely an interesting and technically feasible concept! Let me first examine your existing activity stream to understand the current architecture, then I'll outline the LoRa integration approach.