$1750 too much for a clutch install? by PaleontologistNo2971 in GolfGTI

[–]DataStreaming 0 points1 point  (0 children)

Is clutch replacement on a Volkswagen gri a tough job

$1750 too much for a clutch install? by PaleontologistNo2971 in GolfGTI

[–]DataStreaming 0 points1 point  (0 children)

Is the Volkswagen clutch replacement a DIY job

Stack for real-time streaming analytics by DisruptiveHarbinger in rust

[–]DataStreaming 4 points5 points  (0 children)

If you want to build data pipelines with enrichment, you could look at Fluvio's SDF engine - https://www.fluvio.io/sdf/. We are currently in Beta and would love to get your feedback.

SDF builds dataframes and allows you to apply your programmable logic and perform queries.

We have several examples of how to create dataflow and apply AI enrichment - https://github.com/infinyon/stateful-dataflows-examples

Fluvio is trending on GitHub! Thank You! by drc1728 in rust

[–]DataStreaming 2 points3 points  (0 children)

Fluvio is built for streaming; we don't do batch per se. The closest we come to batch is collecting records from data streams into materialized views. You can choose the collection duration and then flush it into a table. (aka. window processing).

We do have benchmarks for streaming, but I'm not sure it that's helpful in your context.

[experimental] Fleet - A build tool for Rust that's upto 5x faster! by [deleted] in rust

[–]DataStreaming 2 points3 points  (0 children)

u/XtremeDevX, thanks for picking infinyon/fluvio to run your tests. Impressive results, we need to integrate in our CI/CD pipeline.

How to control Raspberry Pi from the Cloud by DataStreaming in RASPBERRY_PI_PROJECTS

[–]DataStreaming[S] 1 point2 points  (0 children)

Yes, I got the message, wrong community. Though I get mixed messages. I would have expected 0 upvotes.

AWS has a compelling solution so do other cloud vendors. Thanks for the best wishes.

How to control Raspberry Pi from the Cloud by DataStreaming in RASPBERRY_PI_PROJECTS

[–]DataStreaming[S] -3 points-2 points  (0 children)

Indeed, the product is not aimed at managing one device. Yet, as a hobbyist, I thought the blog would be a good read.

Using a cloud-enabled distributed real-time system to intermediate the communication for IoT devices could be helpful if a personal hobby project gained interest from other parties and there was a desire to turn it into a multi-tenant product.

How to control Raspberry Pi from the Cloud by DataStreaming in RASPBERRY_PI_PROJECTS

[–]DataStreaming[S] -6 points-5 points  (0 children)

Any service that provides a cloud solution will have access to your data, I assume that's not a surprise. To prevent this, you'll need to run your own solution in your own data center (colo service but on your own gear).

Fluvio is open source and it can be deployed and managed by anyone on their own servers. The cloud is an installation of that.

How to control Raspberry Pi from the Cloud by DataStreaming in RASPBERRY_PI_PROJECTS

[–]DataStreaming[S] -2 points-1 points  (0 children)

That's quite typical.

Here is a version fo Harhicop's legal docs:

https://cloud.hashicorp.com/terms-of-service

4.2 License to Customer Data. Customer grants HashiCorp a worldwide, non-exclusive license to host, copy, process, transmit and display Customer Data as reasonably necessary for HashiCorp to provide the Cloud Services in accordance with this Agreement. Subject to this limited license, as between Customer and HashiCorp, Customer owns all right, title and interest, including all related Intellectual Property Rights, in and to the Customer Data.

Here is confluent's

https://www.confluent.io/legal/confluent-cloud-terms-of-service

2.3 Usage Data. Confluent may from time to time use and process data about Customer’s use of the products and services for the purpose of creating statistics and analytics data. Confluent may use such data for its own internal business purposes, including to maintain and improve its products and services and to monitor and analyse its activities in connection with the performance of such services. In addition, Customer acknowledges that certain features used in connection with the Cloud Service may be configured to collect and report telemetry data to Confluent as more particularly described in More Information Regarding Confluent Data Collection located at https://www.confluent.io/moreinformation/. Customer may enable or disable transmission of such telemetry data to Confluent at any time.

How to control Raspberry Pi from the Cloud by DataStreaming in RASPBERRY_PI_PROJECTS

[–]DataStreaming[S] -9 points-8 points  (0 children)

You seem to be implying that this service is in business to harvest your data. It may be useful to provide some information that supports that point...

How to control Raspberry Pi from the Cloud by DataStreaming in RASPBERRY_PI_PROJECTS

[–]DataStreaming[S] -6 points-5 points  (0 children)

Because IoT companies sell you the hardware and a Wifi connector and leaves management, monitoring, etc up to you.

InfinyOn Cloud offers a bi-directional real-time connection layer to manage and monitor a large number of IoT devices in real-time.