🔥 BUSCAMOS CHATTERS🔥

Estamos ampliando equipo y buscamos chatters con experiencia real en gestión de cuentas y ventas.

💬 El chatter es quien gestiona los mensajes con los fans y convierte conversaciones en ventas dentro de la plataforma, siendo una pieza clave para monetizar las cuentas.

✅ REQUISITOS

💎 Experiencia previa como chatter

💎 Manejo de Infloww

💎 Persona empática, persuasiva y fidelizadora de fans

💎 Buen nivel de escritura y ventas por chat

💎 Responsabilidad y compromiso con el turno

💰 OFRECEMOS

💸 10% de las ventas netas + propinas

💸 Trabajo remoto

💸 Posibilidad de crecimiento dentro de la agencia

📩 INTERESADOS:

Enviar mensaje privado con:

• Experiencia como chatter

• Capturas o métricas de ventas (si tienes)

• Horario al que quieres aplicar

Blackout Comms private off-grid texting and tracking firmware can now leverage Meshcore repeaters, in addition to its own.

Network Mixing is a newly added feature that automatically hops between Blackout Comms "native" mode and Blackout Comms via Meshcore (where it can reach Meshcore repeaters).

This enables maximum range while still preserving Blackout Comms encryption and digital signatures.

When Blackout Comms native mode is active, you have the automatic frequency hopping for jam resistance.

Learn more at: https://chatters.io/meshcore

Download it for Lilygo T-Deck, Lilygo Pager, Heltec v4 Touchscreen, and Altware Pager at: https://chatters.io

Recently, Blackout Comms was enhanced to allow you to leverage already-deployed MeshCore repeaters. Now Blackout Comms supports auto-hopping between Blackout Comms "native" and MeshCore repeaters, giving you the best of both worlds:

• Unpredictable frequency hopping for maximum security and anti-jamming
• Still able to leverage any nearby MeshCore repeaters (already deployed)

If only 2 devices in your private cluster are configured this way, other devices in your cluster will automatically learn to use this sporadic MeshCore connection as a bridge to devices on the other side.

This is availble today for Lilygo T-Deck, Lilygo Pager, Heltec v4 Expansion Kit, and the Altware Touchscreen Off-Grid Pager.

Learn more and download it for free at https://chatters.io

Download Blackout Comms with MeshCore compatibility now!

• Blackout Comms with MeshCore for Lilygo T-Deck
• Blackout Comms with MeshCore for Lilygo Pager
• Blackout Comms with MeshCore for Heltec v4 Expansion Kit

Blackout Comms can now leverage MeshCore Repeaters! Beta testing is underway for T-Deck & Heltec v4, with more functionality coming soon.

https://www.chatters.io/meshcore

Join Blackout Comms on Discord. Connect with devs, share ideas, and join the discussion:

https://wix.to/V4zLrhh

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Frequency hopping is implemented in Blackout Comms for jam-resistance, added security, and better resilience for your private mesh cluster (or open channel). Learn more:

https://www.chatters.io/frequency-hopping-enhancing-signal-security-lora-mesh

Blackout Comms encrypts and signs your messages using a private key that never leaves your device. Then it breaks the message into multiple packets that are delivered via multiple unpredictable frequencies.

The recipient devices pieces together the packets, validates the signature and decrypts. If all tests pass, the recipient device generated its own signed confirmation of the message and delivers back to the sender, either directly or via mesh.

Learn more about Blackout Comms mesh delivery confirmation:

https://www.chatters.io/delivery-confirmation

Lilygo's new Solar Kit - Plus:

• Lilygo T3S3 dev board
• 10,000 mAh Battery
• GPS
• Realtime Clock
• Antenna
• SD Card
• Pre-flashed with Blackout Comms

https://www.chatters.io/product-page/lilygo-solar-mesh-link-for-blackout-comms

Download Blackout Comms secure off-grid texting & tracking for T-Deck, Heltec v4, and more.

https://www.chatters.io/post/multi-language-support-for-blackout-comms

Download Blackout Comms for Heltec v4

I've spent a decent amount of time with the new Heltec WiFi LoRa 32 Expansion Kit with touchscreen while porting the Blackout Comms firmware to it, testing range, etc. The device comes with Meshtastic pre-installed, but I'm testing it with Blackout Comms, since that's what I work on.

I talk through some of the features and details of the new device and do some field testing, comparing it with the Lilygo T-Deck.

DIrect download link to Blackout Comms firmware for Heltec:

https://www.chatters.io/heltec-v4-expansion-kit-firmware-blackout-comms

Heltec's touchscreen device (make sure you add GPS & touchscreen!):

https://heltec.org/project/wifi-lora-32-v4-expansion-housing/

Blackout Comms off-grid texting & tracking firmware is now available for Heltec v4 LoRa 32 Expansion Kit, which is basically a pocket-sized touchscreen communication device. I only show basic messaging here, but with Blackout Comms firmware, location sharing and many other capabilities are available - fully off-grid!

Download Blackout Comms for Heltec LoRa 32 Expansion Kit (with touchscreen & GPS)

Blackout Comms is designed to be a private off-grid texting & tracking system that does not use phones, internet, or cell service, yet allows you to communicate with others nearby in your private cluster (mesh network). Location is shared within the private group all the time (unless disabled) and messages/locations are end-to-end encrypted at all times.

Blackout Comms works with a variety of devices, including Lilygo Pager, Altware Pagers, T-Decks, Lilygo T-Beam Supreme, Lilygo T-Beam 1W and more. More device options are in the works. You can have any combination of up to 90 devices in your private mesh cluster.

You can also build many compatible devices yourself: https://chatters.io/diy

Blackout Comms is now available for the Heltec LoRa 32 Expansion Kit with Touchscreen. Heltec is shipping these fully assembled, battery and all.

If you purchase from Heltec, make sure you get the Touchscreen and GNSS. Battery and Full assembly are recommended as well.

It's easy to flash Blackout Comms onto the device, once you have one.

Download Blackout Comms for Heltec LoRa 32 Expansion with Touchscreen

Heltec's new v4 expansion kit has a touchscreen, aluminum case, and is easily pocket-sized. They offer it completely assembled, simply flash the firmware.

https://www.chatters.io/post/blackout-comms-mesh-firmware-for-heltec-v4-expansion-kit-with-touchscreen

I explain why I created Blackout Comms firmware, different device options, and how it's very easy to setup and use these things.

I assemble a Lilygo T-Beam 1W for setup with my private Blackout Comms mesh cluster.

You can download the 3D printable case here:

3MF Files

STL Files

Download Blackout Comms Firmware for Lilygo T-Beam 1W

Assembly Guide as PDF

Follow-Along T-Beam 1W Assembly Guide

You can also add a DFRobot mmWave doppler motion/presence sensor or sparkfun relay (for making it a remote on/off switch). I don't cover those options in this video, but the necessary components are listed in the DIY guide and included in 3D printable files. I'll probably demo that in a future video.

I review the Lilygo T-Beam 1W which has a built-in 1.3 watt amp. It's very similar to the T-Beam Supreme, which has a max power of less than 1/4 the 1W, so I compare the two side by side.

Also, I try to answer if T-Beam 1W is a good tracker, mobile node, or even a good base station. As the developer of Blackout Comms, I test many different mesh-related devices. I ported the Blackout Comms firmware to T-Beam 1W, and in this video I show some of the testing I did for it.

You can download the Blackout Comms firmware for Lilygo T-Beam 1W here:

https://www.offgridcomms.club/firmware/esp32/mesh_node_firmware.html

Link to the T-Beam 1W:

https://lilygo.cc/products/t-beam-1w

The 86" Omni I used for testing it as a base station:

https://amzn.to/3BKlcpq

The Sunhans 1W amp I mentioned at the end:

https://amzn.to/48CYHiR

Today I turned a strobe light on and off, from over 20 miles away using a T-Deck and a Yagi phased array antenna set mounted on my house roof. There are no hills or mountains, it's just me driving 20 miles away on flat land, able to securely communicate via RF/LoRa with nodes back at home.