@drivenbytee: Flamin’ RS 🔥 #gt3rs #porsche911gt3rs #porschegt3rs #911gt3rs #porsche

ᴅʀɪᴠᴇɴ ʙʏ ᴛᴇᴇ
ᴅʀɪᴠᴇɴ ʙʏ ᴛᴇᴇ
Open In TikTok:
Region: GB
Sunday 20 September 2026 19:03:53 GMT
14132
668
9
94

Music

Download

Comments

e15ah
Eisah Saba :
2026-09-21 01:01:31
1
arifico
Arif_ :
Fire
2026-09-20 19:56:39
2
_narmak
narmak :
2026-09-20 22:51:36
1
p.media5
P.media5 🇵🇱🇬🇧 :
🫪
2026-09-20 20:59:26
2
3k_imperial
3K_Imperial :
2026-09-20 20:44:10
1
chach_2
C H A C H :
2026-09-20 20:08:56
1
secretaccount_0305
Mysecretaccount0305 :
🔥🔥🔥
2026-09-20 19:05:41
0
To see more videos from user @drivenbytee, please go to the Tikwm homepage.

Other Videos

🤖 PROMPT INJECTION — HOW ATTACKERS TRICK AI SYSTEMS Can you make an AI system ignore its instructions? That's the basic idea behind prompt injection — a security problem where specially crafted input attempts to influence an AI system's behavior or make it disregard its intended instructions. ⚠️ DISCLAIMER This tutorial is for educational and cybersecurity awareness purposes only. Demonstrations should use free AI security labs, dummy data, and test systems you own or have explicit authorization to assess. 🔹 HOW PROMPT INJECTION WORKS A simplified AI application may look like: 👤 User Input   ↓   🤖 AI Model   ↓   📋 System Instructions   ↓   📊 Data / Tools   ↓   💬 AI Response An attacker may provide carefully crafted instructions designed to manipulate how the application processes the input. 🔹 TWO IMPORTANT TYPES 📝 DIRECT PROMPT INJECTION The user directly attempts to manipulate the AI's instructions through their input. Example concept: User input → Conflicting instructions → Unexpected AI behavior 🌐 INDIRECT PROMPT INJECTION The malicious instructions come from external content that the AI processes. For example: Website / Document   ↓   AI reads the content   ↓   Hidden or malicious instruction   ↓   AI behavior is influenced This becomes especially important when AI systems can browse websites, read documents, access databases, or use external tools. 🔐 WHAT CAN GO WRONG? Poorly designed AI applications could potentially: 🚩 Reveal information they shouldn't expose   🚩 Follow unintended instructions   🚩 Produce unsafe actions   🚩 Misuse connected tools   🚩 Leak sensitive context   🚩 Make unauthorized requests The risk becomes greater when an AI agent has access to real systems or sensitive data. 🛡️ HOW DEVELOPERS CAN DEFEND ✅ Never treat user input as trusted instructions   ✅ Separate system instructions from untrusted content   ✅ Minimize sensitive information available to the model   ✅ Restrict AI tool permissions   ✅ Validate actions before execution   ✅ Use authentication and authorization controls outside the AI   ✅ Log and monitor suspicious interactions   ✅ Test applications with adversarial prompts   ✅ Keep humans involved in high-impact actions 🎯 THE BIG LESSON Prompt injection isn't simply about finding a
🤖 PROMPT INJECTION — HOW ATTACKERS TRICK AI SYSTEMS Can you make an AI system ignore its instructions? That's the basic idea behind prompt injection — a security problem where specially crafted input attempts to influence an AI system's behavior or make it disregard its intended instructions. ⚠️ DISCLAIMER This tutorial is for educational and cybersecurity awareness purposes only. Demonstrations should use free AI security labs, dummy data, and test systems you own or have explicit authorization to assess. 🔹 HOW PROMPT INJECTION WORKS A simplified AI application may look like: 👤 User Input ↓ 🤖 AI Model ↓ 📋 System Instructions ↓ 📊 Data / Tools ↓ 💬 AI Response An attacker may provide carefully crafted instructions designed to manipulate how the application processes the input. 🔹 TWO IMPORTANT TYPES 📝 DIRECT PROMPT INJECTION The user directly attempts to manipulate the AI's instructions through their input. Example concept: User input → Conflicting instructions → Unexpected AI behavior 🌐 INDIRECT PROMPT INJECTION The malicious instructions come from external content that the AI processes. For example: Website / Document ↓ AI reads the content ↓ Hidden or malicious instruction ↓ AI behavior is influenced This becomes especially important when AI systems can browse websites, read documents, access databases, or use external tools. 🔐 WHAT CAN GO WRONG? Poorly designed AI applications could potentially: 🚩 Reveal information they shouldn't expose 🚩 Follow unintended instructions 🚩 Produce unsafe actions 🚩 Misuse connected tools 🚩 Leak sensitive context 🚩 Make unauthorized requests The risk becomes greater when an AI agent has access to real systems or sensitive data. 🛡️ HOW DEVELOPERS CAN DEFEND ✅ Never treat user input as trusted instructions ✅ Separate system instructions from untrusted content ✅ Minimize sensitive information available to the model ✅ Restrict AI tool permissions ✅ Validate actions before execution ✅ Use authentication and authorization controls outside the AI ✅ Log and monitor suspicious interactions ✅ Test applications with adversarial prompts ✅ Keep humans involved in high-impact actions 🎯 THE BIG LESSON Prompt injection isn't simply about finding a "magic prompt." It's an AI application security problem. The real question is: "What happens when an untrusted user tries to make the AI do something it wasn't designed to do?" That's what security researchers should test — safely, legally, and inside controlled environments. 🔐 HACKWITHBANKS — Learn • Practice • Defend • Stay Ahead. ⚠️ Educational purposes only. Use authorized AI security labs and dummy data. Never attempt to extract private information, bypass security controls, or manipulate AI systems you don't own or have permission to test. #Hackwithbanks #PromptInjection #AISecurity #AIHacking #CyberSecurity

About