It’s this: https://developer.apple.com/help/app-store-connect/manage-compliance-information/manage-european-union-digital-services-act-trader-requirements/

For some reason, they did not accept our documentation yet. Therefore, we are not allowed to publish there unfortunately on iOS.

It should not be too difficult to set that up with Tailscale. There’s no advanced configuration or anything of the sort. Download runtime binaries -> unzip -> generate a user credentials QR using the config tool -> put the user_credentials file in the user_credentials folder next to the server binary -> setup a service for the server on the machine you intend to use.

Our post was taken down on Reddit a couple hours after it was made due to a misunderstanding. The moderators re-instated it a day or two later.

The only thing AI is used on in this project is strictly for user interface work (our website, the front-end for the mobile app, the front-end for the deploy tool). We carefully vet anything like that.

I think you may have misinterpreted my “automations, systems, and AI” (you put it in bold), that is intended to show my experience in machine learning (example: I spent 4 months in a lab helping improve the accuracy of wearable ECG abnormality detection). I do not rely on LLMs.

We’re exploring Home Assistant integrations for the next update.

Unfortunately, iOS does not allow us to publish in 20ish countries, which are all Europe-based. This is due to certain legislation.

If you’re technical, you could probably put together a locally hosted server on your Linux machine and use Tailscale or something like that, it should work fine with the code as-is. Our server binary is in the runtime-binaries zip in the core GitHub release.

Yes they do! Theirs is an IP camera.

Hi muusemuuse, this is meant to be a drop-in replacement to WiFi cameras (and therefore accessible to non-technical users, easy to use and easy to setup). Frigate is great, and we definitely recommend it if you have the time to get it up and running.

In regard to being able to use it without the app, that’s not possible unfortunately due to the end-to-end encryption that takes place. An application needs to be on the other end to decrypt things.

Our app is available through Obtainium if you do not like the Play Store. It is also reproducible, so you can verify to make sure it was derived from our mobile_client codebase.

I understand your concern. The way we designed the deployment tool was under the assumption people would be using a freshly-deployed cloud single-use server for it (as we assume they have no technical knowledge).

I’m not sure if a container is foolproof. There have been multiple CVEs in the past allowing processes to escape containers through kernel vulnerabilities. Although, I’m happy to put containers on our to-do list if this will help.

As for what the proper solution should be for advanced users, I personally am not sure. I’d need to research that further. We do try to provide things such as reproducible builds, which means if you build the code yourself using our reproducible build script, they’ll match byte-for-byte against our released artifacts. This at least guarantees that it was built from our repository’s code, although it does not guarantee the code itself is safe.

I think something that will help here is our planned third-party security audit, which hopefully will be sometime this summer.

Yes, we are working on such a video. I will follow up here once that is ready.

https://mozilla.github.io/cargo-vet/index.html

2.4 “Importing Audits” goes into these third party auditors (the registry).

I can’t speak to the account thing, I checked the guy you replied to and it seems like his is 3 months old, not yesterday.

I wanted to mention that we plan to get a third-party security audit by a reputable firm sometime this summer.

Thingino looks like a great option for changing firmware of IP cameras to be open-source, and is useful in local NVR-like setups! Our goal is to different: provide an end-to-end encrypted, easy-to-configure and easy-to-use WiFi camera.

To help mitigate that, we use Cargo.lock files to pin all of our dependencies checksums (integrity validation) until we want to upgrade. When we upgrade, we’re working on having Cargo Vet to manually go through (in addition to trusted third party auditors) to ensure the changed code isn’t malicious.

We’ve only tested with a few cameras, and it’s able to support that well.

We have work in progress for users. We use OpenMLS for end-to-end encryption and it allows for creating groups. We’re using that to allow multiple apps/devices to receive encrypted videos from the camera. We have the core function implemented, but haven’t added UI support in the app for it yet.

In theory, that should be possible. We haven’t tested it.

We like the Pi because:

• It has a hardware-accelerated H.264 encoder (Broadcom VideoCore IV GPU). This allows video encoding to be off-loaded off the CPU.
• The extra compute allows us to do be able to do higher frame-rates and video quality than an ESP32 is capable of
• We made our motion detection for events more accurate through offering the option of human/pet/vehicle detection, which I don’t think ESP32 would be capable of (at least not in terms of the level of accuracy we currently achieve).
• I haven’t researched this, but I’m not sure if an ESP32 could handle the end-to-end encryption computation, unless it has a co-processor for it

Thanks for your interest!

We tried adding it on f-droid, but it seems like they have a backlog of projects to add. They haven’t gotten to test it out yet it seems.

This is why we now support Obtainium for people that do not wish to use Google Play. It can be hooked up to our mobile_client repository releases to pull the universal APK.

We do not charge anything for DIY. For our future offering, we have some information on the main page (secluso.com) of our site in section 4, along with what you would get.

Sorry about that! Is there anything specific I can answer?

The base runs on a Raspberry Pi Zero 2W. This is capable of running motion and AI detection (human/pet/vehicle). It supports live-streaming and motion/ai-detected events, which sends a 20 second video clip to the mobile app. All of this is end to end encrypted.

With DIY, you’re able to pick between an OV5647 and IMX219 sensor (Raspberry Pi Camera Module V1 and V2 respectively). With V1, it’s 1296x972. With V2, it’s 1640x1232 (97.4% of 1080p).

Hi kibblebits, please see below!

• We do not have telemetry.
• Our Android app is fully byte-for-byte reproducible. If you build it locally on your machine using our reproducible build script, it will match byte-for-byte the one in our GitHub releases. You can read more about reproducible builds here. In addition to our Android app, our deploy tools, OS image and binaries have these as well. This guarantees they were built from the source from our repositories.
• Our relay is self hostable on any VPS you like.

We’d be happy to add an option to disable auto update in our next release.

If you have any other ideas for features we can add or changes we should make, please let us know.

Thanks for the reply! Based on what I know about motionEyeOS, I would say the projects have different goals.

From MotionEyeOS’s website: “Get instant email notifications when motion is detected.”, “Save recordings to cloud services, network drives, or local storage. Automatic backup and archiving options.”

We differ because we specifically made this to not compromise on functionality. We offer push notifications, easy private access via our mobile app, and the cloud relay cannot decrypt videos.(whereas it seems if you were to use the cloud with MotionEyeOS, they would not be encrypted).

While you could go local in MotionEyeOS to avoid that, it would be more inconvenient for most people, and we wanted something that could be a non-feature-compromising private replacement to modern cameras that’s simple to setup and easy to use.