LoRAWAN based Monitoring system for Digital Calipers -- 2

Em Andamento Postado há 4 anos Pago na entrega
Em Andamento Pago na entrega

This project aims at creating a LoRAWAN based length monitoring system using digital calipers.

Arduino Design de Circuito Eletrônica LoRa Microcontrolador

ID do Projeto: #20828154

Sobre o projeto

6 propostas Projeto remoto Ativo em há 4 anos

6 freelancers estão ofertando em média $1361 nesse trabalho

microembedded

Hi there I am an electrical engineer with 8+ years of experience. I Have made many LoraWan based network projects. I can provide you prototypes which will work with thethingsnetwork. Let me know if you are interested.

$1500 USD in 15 dias
(33 Comentários)
6.4
ArtShidlovskiy

There is experience in developing data transmission systems using LoRaWan. You can see examples of work in the profile, I can also send by mail. Cost and deadline are just for example.

$2000 USD em 1 dia
(3 Comentários)
4.7
raminoser

I am an embedded systems developer (electronics and communication engineering ) .I have worked on different projects with different microcontrollers like AVR (atmega ) sound transmitting over bluetooth . and Tiva C (sp Mais

$1000 USD in 10 dias
(12 Comentários)
4.2
HelmPCB

Hello, I've worked on all aspects of LoRaWAN systems, from designing low power end nodes, all the way to gateways and the network server. If you have a look at my profile, you can see my work on designing a LoRa powe Mais

$1666 USD in 30 dias
(1 Comentário)
3.7
Georgepr1

The digital caliper that i suppose you plan to use in the project will be having the 3 wire output. You might plan to connect it to a display board or on to an IOT Platform. The Lora device I assume should change to C Mais

$1000 USD in 20 dias
(1 Comentário)
3.4
khanicha

OK, could you explain the detail of how your digital calipers work and what you expect for them in using LoraWAN. What is the micro controller you need to use? the main portal is required for handle many calipers node?

$1000 USD in 5 dias
(0 Comentários)
0.0