Відео

23cm x 13cm x 6cm

Thank you for the feedback, you're right! I'll include sound in future videos to improve the experience.

@@googleinc6033 Who talked about hacking garages?

bagbuilds.com/pages/cyber-phasmid

It’s running Kali Linux on a Raspberry Pi 4, but that’s a personal choice. You can achieve the same results with other distributions as well. I didn’t go into too much detail because the internet is already full of guides on how to set up what I showed. However, if you have any other questions, feel free to ask!

Thanks for your comment and your interest in the setup! At the moment, I primarily sell the backpack and the frame for those who want to create their own personalized setup based on their specific needs. I also offer some 3D-printed parts to help with the assembly of the setup shown in the video, or to speed up the creation of a different setup starting with ready-made pieces. In the future, I plan to sell fully assembled setups as well. Stay tuned for updates!

Grazie per il tuo interesse! Ho già iniziato a lavorare sul progetto di uno zaino per streaming IRL, ma al momento non ho ancora acquistato tutti i componenti necessari per procedere con la realizzazione. Tu hai già un setup per lo streaming IRL? Mi piacerebbe sapere quali componenti utilizzi e se hai qualche consiglio o suggerimento.

Thank you for pointing that out and for sharing the list of components! I sincerely apologize for not including this information earlier. I’m currently preparing a comprehensive list of all the necessary materials, and I’ll be publishing a PDF with all the details on my website within the next few hours. I truly appreciate your feedback and patience.

@BAG.BUILDS Seriously, I appreciate the videos! Amazing build and I just want to absorb and learn it all!

Thank you so much for your kind words! I truly appreciate your support and enthusiasm. The PDF with the full list of components is now ready and available on the build page. You can find it at the following link: cdn.shopify.com/s/files/1/0726/6815/2142/files/Cerambyx64_MOD01_-_Part_List.pdf?v=1733326650 If anything isn’t clear or you need further clarification, feel free to reach out, I’d be happy to help.

I purchased both the antenna and the GPS module from GNSS Store; the antenna is also available on Mouser: gnss.store/gnss-rtk-multiband-antennas/141-elt0124.html gnss.store/neo-m8n-gnss-modules/44-elt0031.html eu.mouser.com/ProductDetail/Maxtena/M1580HCT-P-SMA?qs=aP1CjGhiNiFYseAPcmGY6A%3D%3D

If you have any ideas or suggestions, I’d love to hear them! Feel free to share if you'd like. 😊

And adopters too.

I've tried in every way to add a display, but there simply wasn’t enough space :) On top of that, the monitor would have caused some unpleasant interference, so I had to give up on the idea. However, I plan to create something with a display in the future! Your enthusiasm really keeps me motivated :)

It's available for purchase now, with just a 6-day wait for shipping! 😊

The battery lasts approximately 4 hours under normal usage conditions. However, it’s possible to use a slightly larger power bank than the one I’m currently using. The antenna is capable of transmitting on supported frequencies, but exceeding those can be harmful to the radio. Replacing the antenna is simple, and I can carry additional ones directly in the sling bag.

@@BAG.BUILDS well you inspired me. I have a list, little bit different design, some rough models made. (all of this is for me, im not trying to sell) just need to start buying parts.

It would be amazing to see your work once it’s complete! If you feel like it, share it when it’s ready. 😊

@@BAG.BUILDS I definitely will!

Thank you so much, mate! Glad you liked it!

🤣🤣 Everything is made by me. The backpack, however, is purchased from a store and then customized by adding some modifications, like drilling holes.

Thank you so much! I’d love to create more videos, but I can’t say when they’ll be released. I have a lot to manage, and unfortunately, I don’t have much time to dedicate to making videos at the moment.

I'm not sure I understand what you mean by "sticking out." The antennas, when folded, can operate without any issues while keeping the case inside the bag. And when using the case outside the bag, they can be unfolded. The point is that this way, larger Wi-Fi antennas or directional antennas can be installed. Modifying it would remove functionality, and in its current state, having the antennas positioned this way is not a problem at all, it's actually an advantage. I don't understand why you see it as an issue. Also, why would embedding Wi-Fi antennas improve reception?

with a loop-shaped blade

thanks but can i have it JK

Thank you for the appreciation! In theory, this setup could lead to issues like antenna coupling due to their close proximity, but in practice, I haven’t encountered any coupling or cross-talk problems. For instance, I can decode aircraft transponders over 150 km away with an RTL-SDR and an antenna inside the backpack. I’ve also tested SRSRAN with two connected devices, both with antennas inside the backpack, and experienced no cross-talk, even when decoding LoRa packets or similar signals. Typically, I only keep two antennas outside the backpack: one for the Airspy and one for the HackRF. The USRP antenna stays inside unless I’m sniffing LTE packets in areas with weak signals. The same applies to Wi-Fi adapters. Surprisingly, even with nearby metal parts, reception has been excellent. I’ve tested this setup in rural areas, with houses far from the road, and with the backpack on the car’s passenger seat, essentially a metal cage, and still managed to pick up router signals without any issues. I selected different SDRs for their unique features and because certain experiments require multiple radios or simultaneous reception of signals on different frequencies. The RTL-SDR can power an active antenna without needing a power inserter, which I find very convenient. The Airspy has better resolution for decoding weak signals. I mainly use these two radios along with the HackRF, pairing them with specific antennas to ensure solid performance across various frequencies. I primarily use the USRP for cellular networks. While its USB 3.0 connection generates broad-spectrum noise, it offers unique capabilities. It defaults to USB 2.0 at startup, so it doesn’t interfere until actively used. However, it’s not ideal for signals below 300 MHz, where an external antenna is necessary. This system takes some experience to use effectively, but with practice, it’s incredibly versatile. Of course, there are limits, for satellite signals, for example, you need purpose-built antennas that can’t be mounted on a backpack. Still, having all the equipment in one portable setup is extremely convenient, letting me work without needing to set up anything on the ground.

@@BAG.BUILDS As I said fantastic work. Look forward to your other projects.

The sling bag is from TomToc, it's the 3.5-liter version. I made the ventilation holes on the bottom myself.

The sling bag is from Tomtoc, I just modified it by adding the ventilation holes on the bottom. I designed and printed the case myself.

@ bravo you did amazing with this build. You should sell the design

Thank you for the appreciation! I’ll be putting the case and the modified sling bag up for sale on my website in the coming days.

Aceele Hub, purchased on Amazon.

Thank you for the appreciation! The sling bag is from Tomtoc, I made the holes on the bottom side myself.

@@BAG.BUILDS They're really well done, Great work. Outstanding project.

Haha 😂😂😂 The configuration video is coming soon, I promise.

Thank you so much for the enthusiasm! At the moment, I don’t plan to sell it fully assembled. The components are easy to find, and many people already have them. I’ll be posting all the details and information on my website in the next few days. 😊

To unlock the disk via SSH, I use Dropbear. If you search online for 'Dropbear LUKS,' you'll find plenty of guides on how to set it up. I enabled encryption during the Debian installation process, and later installed Proxmox on top of Debian. There’s also an official guide on the Proxmox website that explains how to install Proxmox on Debian. Let me know if you have any questions!

I’m not releasing the STL files because I plan to sell the printed parts to help fund future projects and new builds, will be available for purchase in the coming days on my store.

Thank you! I’m not releasing the STL files because I plan to sell the printed parts to help fund future projects and new builds.

@@BAG.BUILDSGood for you! That certainly is a nice rig set-up; and certainly has inspired me to make a similar case, but to house more of a mobile local LLM that I can plug into my vehicle or any where, simply to plug-and-play automation algorithms - but with some nice bells and whistles. I already have a collection of hardware devices all running this project in hand but need a case. Let’s see if I can whip out something nice in good old Fusion. Cheers!

My case might not be the perfect fit for this specific use case, and designing one tailored to your needs would definitely be a better approach. I’m sure you’ll have a lot of fun creating it

Thank you for pointing that out, I’ll be more careful next time! 😄

Prusa MK4

The 3D-printed parts are not open-source, but I will be publishing a list of the modules used on my website in the coming days.

@@BAG.BUILDS Ok thank you for your answer

The battery doesn’t move at all, even if I shake everything. Otherwise, I would have used a different system.

The NEO-M8N GPS receiver board is from the GNSS Store, and the wideband antenna used is a WiMo 60028.

🤣🤣 But I promise you, this one works perfectly! :)