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1. HackRF One: A software-defined radio that can transmit and receive signals. Be cautious of signal vulnerabilities!

Alif Hossain

89,559 subscribers

404,065 görüntüleme • 1 yıl önce •via X (Twitter)

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Illegal devices to buy. For educational purposes only:

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2. WiFi Pineapple: Un pequeño dispositivo diseñado para ejecutar ataques sofisticados en redes inalámbricas, lo que podría vulnerar la seguridad. ¡Asegure siempre su WiFi!

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If you want to learn AI in 3 minutes a day and keep up with the latest AI news, tools, and guides, Join 30,000+ subscribers reading my free newsletter. Plus, You will get daily AI tutorials and 30+ Free AI resources. Get free access:

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3. MagSpoof: A device that can spoof/emulate any magnetic stripe or credit card. Protect your cards!

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4. Raspberry Pi (with Kali Linux): A mini-computer that can be used for multiple hacking activities when loaded with Kali Linux.

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5. Alfa Network Adapter: A high-gain network adapter that can be used to penetrate long-range networks. Protect your networks!

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6. OMG Cable: It looks like a regular charging cable, but it can remotely take over a computer. Always use trusted cables!

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7. Flipper Zero: Flipper Zero may look like a toy, but it holds great penetration testing power with infrared, RFID, and NFC capabilities. It controls devices, clones cards, captures RF signals, and more.

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8. Proxmark3 Kit: A powerful device capable of cloning RFID cards. Keep your RFID cards safe!

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9. LAN Turtle: This device provides hidden remote access and can exfiltrate data. Protect your network!

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10. USB Rubber Ducky: It looks like a normal USB flash drive, but it is a keystroke injection tool that can execute malicious scripts.

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I hope you've found this thread helpful. Follow me @alifcoder for more. Like/Repost the quote below if you can:

Malgan0n profil fotoğrafı

Malgan0n1 yıl önce

None of these are illegal to buy…you can order them easily online.

WhatRestingWhat profil fotoğrafı

WhatRestingWhat1 yıl önce

AFAIK this shouldn't work. remote and car have a list of unique rolling codes. once the car saw a code, it would only accept a later one.

W5AUG profil fotoğrafı

W5AUG1 yıl önce

I think these cellphone charging cables are the most bothersome. I could see someone dropping 1-2 off in corporate breakrooms and after a few days without it being claimed some forgets theirs and goes oh there is that unclaimed one in the breakroom.

shafiqFPS profil fotoğrafı

shafiqFPS1 yıl önce

Ok lets find super car tonight

W3B 𝕏 profil fotoğrafı

W3B 𝕏1 yıl önce

Let's take a look at the disadvantage of this device:

Gilson David profil fotoğrafı

Gilson David1 yıl önce

Do not try this at home. Repeat only works on sheap cars. You will just lock your key.

Michael⭐️⭐️⭐️⭐️⭐️ profil fotoğrafı

Michael⭐️⭐️⭐️⭐️⭐️1 yıl önce

Wait till you find out you can do that with your mind. 🤯

Dr Nicholas Bennett-Thomas profil fotoğrafı

Dr Nicholas Bennett-Thomas1 yıl önce

HackRF isn't illegal. It's just an SDR transceiver. Providing you only use it on frequencies you have a licence to use, and use it according to the terms of that licence, it's fine. I have 2 SDR transceivers.

Zumer profil fotoğrafı

Zumer1 yıl önce

thanks for sharing these devices

Bad_Influens profil fotoğrafı

Bad_Influens1 yıl önce

Where can I get this?

Mr Mike profil fotoğrafı

Mr Mike1 yıl önce

Man, you are just dangerous 😎

Protogen_1 profil fotoğrafı

Protogen_11 yıl önce

You can't use one code twice

tom profil fotoğrafı

tom1 yıl önce

What's it do

Indica_Sang profil fotoğrafı

Indica_Sang1 yıl önce

,

Alexander Myasoedov profil fotoğrafı

Alexander Myasoedov2 yıl önce

INTRODUCING: Agentic Security - LLM Security Scanner! 🔍 🔑 Features: Scans for prompt injections, jailbreaking & more. Provides detailed reports & options to customize attack rules. 🔗access the GitHub Link ↓

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Btw, you don't need a Flipper Zero to "hack" dumb radio protocols. The piece of wire is enough. Check out how to receive and decode 433MHz radio signal just with a PC sound card.

Btw, you don't need a Flipper Zero to "hack" dumb radio protocols. The piece of wire is enough. Check out how to receive and decode 433MHz radio signal just with a PC sound card.

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The Wolf Of All Streets

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Yeah boi! Got the programming software working and successfully flashed the Advisor, sent myself a test page from the HackRF. This is gonna be fun! Time to learn more about POCSAG.

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Local radio stations must air Joakim’s interview so that our grandparents and elders can receive the message firsthand.

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𝗩𝗶𝗴𝗶𝗹𝗮𝗻𝘁𝗲 𝗩𝗮𝗻𝗴𝘂𝗮𝗿𝗱

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One of the songs that defined 1960s pop music, a global hit, reaching number 1 on the Billboard Hot 100 in the US and number 2 in the UK. Can you name this song?🤔

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𝗧𝗶𝗺𝗲𝗹𝗲𝘀𝘀 𝗠𝘂𝘀𝗶𝗰 ✨🎵

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Why you never touch AM radio towers. The invention of the AM radio tower revolutionized the way radio signals were transmitted and received, leading to a significant advancement in the field of broadcasting. The story of the AM radio tower begins in the late 19th century when scientists and inventors were exploring ways to transmit wireless signals over long distances. During this time, Guglielmo Marconi, an Italian inventor and electrical engineer, was conducting experiments with radio waves and had successfully achieved long-distance wireless communication using simple antennas. However, the range and quality of the signals were limited, and Marconi realized the need for more efficient methods of transmission. In 1906, a significant breakthrough occurred when Reginald Fessenden, a Canadian-born inventor, successfully transmitted the first audio program using continuous wave (CW) radio technology. This accomplishment set the stage for further advancements in radio broadcasting. As the demand for radio broadcasting grew, engineers began to realize the need for a more powerful and efficient means of transmitting signals over greater distances. The key challenge was to overcome the limitations of the existing antenna systems and achieve higher transmission power. Enter the invention of the AM radio tower. The concept behind the AM radio tower was to utilize tall structures to support and enhance the transmission of radio signals. The tower would act as an antenna, capable of radiating electromagnetic waves efficiently and effectively. One of the pioneers in the development of AM radio towers was Major Edwin Armstrong, an American electrical engineer and inventor. Armstrong made significant contributions to radio technology and is often credited with inventing the modern system of amplitude modulation (AM) for radio transmission. Armstrong recognized that by placing a radio transmitter high above the ground, the signal could be transmitted with increased power and range. He designed and constructed the first practical AM radio tower, known as the "Alexanderson Alternator," which was erected in 1908. The Alexanderson Alternator tower was an impressive structure, consisting of a tall steel tower with multiple antennas mounted on it. The tower's height allowed for better signal propagation and reduced interference, resulting in clearer and more reliable radio broadcasts. This breakthrough laid the foundation for the future development of radio broadcasting. Over time, advancements in tower design and engineering further improved the efficiency and range of radio transmission. Tall towers were erected in strategic locations around the world, enabling the establishment of widespread broadcasting networks. The AM radio tower not only enabled the transmission of music, news, and entertainment to millions of listeners but also played a crucial role in shaping the development of the broadcasting industry. It paved the way for the introduction of FM radio, television broadcasting, and other wireless communication technologies that we rely on today. In conclusion, the invention of the AM radio tower revolutionized the field of radio broadcasting by providing a more efficient and powerful means of transmitting signals over long distances. It was a key milestone in the evolution of wireless communication and laid the foundation for the modern broadcasting systems we enjoy today.

Why you never touch AM radio towers. The invention of the AM radio tower revolutionized the way radio signals were transmitted and received, leading to a significant advancement in the field of broadcasting. The story of the AM radio tower begins in the late 19th century when scientists and inventors were exploring ways to transmit wireless signals over long distances. During this time, Guglielmo Marconi, an Italian inventor and electrical engineer, was conducting experiments with radio waves and had successfully achieved long-distance wireless communication using simple antennas. However, the range and quality of the signals were limited, and Marconi realized the need for more efficient methods of transmission. In 1906, a significant breakthrough occurred when Reginald Fessenden, a Canadian-born inventor, successfully transmitted the first audio program using continuous wave (CW) radio technology. This accomplishment set the stage for further advancements in radio broadcasting. As the demand for radio broadcasting grew, engineers began to realize the need for a more powerful and efficient means of transmitting signals over greater distances. The key challenge was to overcome the limitations of the existing antenna systems and achieve higher transmission power. Enter the invention of the AM radio tower. The concept behind the AM radio tower was to utilize tall structures to support and enhance the transmission of radio signals. The tower would act as an antenna, capable of radiating electromagnetic waves efficiently and effectively. One of the pioneers in the development of AM radio towers was Major Edwin Armstrong, an American electrical engineer and inventor. Armstrong made significant contributions to radio technology and is often credited with inventing the modern system of amplitude modulation (AM) for radio transmission. Armstrong recognized that by placing a radio transmitter high above the ground, the signal could be transmitted with increased power and range. He designed and constructed the first practical AM radio tower, known as the "Alexanderson Alternator," which was erected in 1908. The Alexanderson Alternator tower was an impressive structure, consisting of a tall steel tower with multiple antennas mounted on it. The tower's height allowed for better signal propagation and reduced interference, resulting in clearer and more reliable radio broadcasts. This breakthrough laid the foundation for the future development of radio broadcasting. Over time, advancements in tower design and engineering further improved the efficiency and range of radio transmission. Tall towers were erected in strategic locations around the world, enabling the establishment of widespread broadcasting networks. The AM radio tower not only enabled the transmission of music, news, and entertainment to millions of listeners but also played a crucial role in shaping the development of the broadcasting industry. It paved the way for the introduction of FM radio, television broadcasting, and other wireless communication technologies that we rely on today. In conclusion, the invention of the AM radio tower revolutionized the field of radio broadcasting by providing a more efficient and powerful means of transmitting signals over long distances. It was a key milestone in the evolution of wireless communication and laid the foundation for the modern broadcasting systems we enjoy today.

Historic Vids

4,285,454 görüntüleme • 3 yıl önce

I made a real-world AI hedge fund team. It has 4 agents: 1 • market data agent 2 • quant agent 3 • risk manager agent 4 • portfolio manager agent You can run all of my code below. No prior coding experience is required. The agents work sequentially, passing messages to the next agent. 1 • Market Data Agent gathers market data and calculates technical signals. 2 • Quant Agent takes market data and generates a buy, sell, or hold signal. 3 • Risk Management Agent takes trading signal and generates a risk signal. 4 • Portfolio Management Agent considers all signals and makes a final trading decision.

I made a real-world AI hedge fund team. It has 4 agents: 1 • market data agent 2 • quant agent 3 • risk manager agent 4 • portfolio manager agent You can run all of my code below. No prior coding experience is required. The agents work sequentially, passing messages to the next agent. 1 • Market Data Agent gathers market data and calculates technical signals. 2 • Quant Agent takes market data and generates a buy, sell, or hold signal. 3 • Risk Management Agent takes trading signal and generates a risk signal. 4 • Portfolio Management Agent considers all signals and makes a final trading decision.

Virat Singh

368,819 görüntüleme • 1 yıl önce

The new bar for software: "can I vibecode this?" We’re heading into a world of personal software — built for one person and their needs — and premium software, designed with such depth that you’re buying a solution, not a tool. Most software today sits in the middle. And the middle is death. As the market catches up to our new reality, it won’t just be the ai bubble popping — it’ll be a lot of traditional SaaS getting wiped out (From my recent Kinference talk.)

The new bar for software: "can I vibecode this?" We’re heading into a world of personal software — built for one person and their needs — and premium software, designed with such depth that you’re buying a solution, not a tool. Most software today sits in the middle. And the middle is death. As the market catches up to our new reality, it won’t just be the ai bubble popping — it’ll be a lot of traditional SaaS getting wiped out (From my recent Kinference talk.)

Carl Rivera

98,706 görüntüleme • 9 ay önce