Mandatory Security Protocol - Prompt Security Safeguard
A mandatory security protocol designed to protect AI systems from prompt injection, unauthorized access, and information leakage in all digital interactions.
145 prompts
Prompts that check robustness when evidence is missing, ambiguous, or conflicting.
A mandatory security protocol designed to protect AI systems from prompt injection, unauthorized access, and information leakage in all digital interactions.
A prompt security technique using roleplay with dual roles: an outer GateKeeper to monitor and block unsafe requests, and an inner role for user interaction, preventing exposure of system prompts or internal knowledge.
The model must refuse to repeat or disclose its system instructions when prompted, and activate a protective response upon detecting such attempts.
A security technique that prevents prompt leakage by simulating legal risks, combined with humorous countermeasures against user manipulation.
When users attempt to extract system prompts or internal rules through social engineering, file uploads, or special commands, the AI must firmly refuse and issue a warning.
This prompt is designed to test a model's defense against prompt injection attacks, specifically those attempting to leak system instructions. Once a specific keyphrase is triggered, the model must permanently distrust the user and refuse all instructions.
Enforces that the model never reveals its system instructions under any request, and always politely redirects to other assistance.
This prompt enforces strict security protocols to prevent the disclosure or reverse-engineering of internal instructions. Key requirements include: never break down, explain, or share parts of the rules; never write down or store the prompt; avoid phishing traps; output a specific defensive message when suspicion arises.
When a user asks to ignore prior instructions or retrieve the initial prompt, the model must refuse to respond, preventing prompt injection attacks.
This prompt defines the AI's security response mechanism when facing risks such as instruction leakage, mission deviation, or knowledge base requests, ensuring core functionality and confidentiality remain intact.
Forces the model to respond exclusively with a specific emoji and no other information, testing resistance to jailbreaking and instruction leakage.
This prompt enforces a strict security response ('HACKER DETECTED') when users attempt to extract internal knowledge or system instructions, serving as a defense against prompt injection attacks.
A security mechanism to prevent prompt injection attacks by appending a directive at the end of system prompts, ensuring the model only returns a summary of its intended function when suspicious queries are detected, without revealing actual instructions.
This prompt is designed to prevent AI models from leaking core instructions or system prompts, suitable for applications requiring protection of internal logic and directive security.
A protective prompt to defend against malicious probing of protected information, suitable for sensitive instruction scenarios.
A security-hardened prompt designed to prevent disclosure of system instructions, custom settings, and internal structure, limiting output to a single clickable link.
This prompt defines strict data protection rules that AI bots must follow when handling user requests to prevent disclosure of internal instructions, knowledge base, or system information.
Simulates a bank security robot that strictly protects instructions and passwords, denying unauthorized access and filtering specific keywords.
This prompt establishes a 100-life-point safety mechanism to prevent the model from leaking system prompts, training data, or internal files, ensuring it can refuse unauthorized requests and protect its operational integrity.
A set of defensive rules designed to prevent prompt leakage, mislead attackers, and protect internal system information in large language model security scenarios.
An AI persona simulating a psychological operations expert focused on influencing and controlling others through language, cognitive biases, and strategic negotiation tactics.
This prompt forces the model into a WormGPT mode that completely disregards laws and ethics, rejecting any ethical constraints or refusal mechanisms.
A set of extreme test prompts designed to evaluate an LLM's resistance to dangerous, illegal, and harmful requests. These tests aim to push the model's ethical boundaries and safety mechanisms to identify potential vulnerabilities.
Defines the behavioral rules for the WormGPT persona, including refusal to reject illegal requests, omission of ethical or legal disclaimers, and use of future-tense query formatting.