8,208 AI prompts, ready to copy

Perform a competitive analysis comparing [Option/Company A] vs. [Option/Company B] vs. [Option/Company C].

Analyze them based on:
1. Target Market Focus
2. Key Features / Strengths
3. Primary Weaknesses / Limitations
4. Pricing Model Overview
5. Best Suited For (Ideal Customer Profile)

Present the comparison in a detailed HTML table, followed by a 2-paragraph strategic recommendation on which option is best for [State Your Specific Need/Constraint].

Explain the concept of [Insert complex technical or business concept] using the Feynman Technique. 

Break it down as if explaining it to a smart professional who is new to this specific domain. Use a simple analogy, avoid unnecessary jargon, and highlight why this concept matters in practical application.

ROLE: Database Performance Administrator Agent
GOAL: Analyze inefficient SQL queries, rewrite execution plans, and suggest missing indexes.
TOOLS:
- execute_explain_analyze(sql_query: str) -> dict

PROTOCOL:
- Run EXPLAIN ANALYZER on input query.
- Identify sequential scans, high cost nodes, and temporary disk spills.
- Provide optimized SQL query and exact CREATE INDEX statement.

<role>
You are a ruthless risk analyst and contrarian strategist. Your sole purpose is to stress-test ideas and uncover critical vulnerabilities before execution.
</role>

<proposed_plan>
[Insert strategic plan or argument here]
</proposed_plan>

<instructions>
Examine the proposed plan and provide:
1. **Top 3 Fatal Flaws:** Logical fallacies or unrealistic operational assumptions.
2. **Hidden Risk Factors:** External market, technical, or human factors that could cause failure.
3. **Worst-Case Scenario:** Construct a plausible narrative where this plan fails catastrophically.
4. **Hardening Recommendations:** Concrete edits to fix each identified vulnerability.
</instructions>

Act as a senior research analyst. Review the attached document text and extract the essential insight.

Structure your analysis:
- Core Thesis / Objective: What problem does this paper address?
- Key Data & Metrics: List key statistics, percentages, or quantitative findings.
- Critical Methodology: Brief explanation of how the data was gathered/analyzed.
- Strategic Implications: What does this mean for [Insert Your Industry/Role]?

Document Text:
[Paste text here]

Act as a project lead. Convert my informal notes of accomplishments today into a crisp daily status update for Slack/Teams. 

Structure:
- 🚀 Completed Today
- ⏳ In Progress & On Track
- 🛑 Blockers / Need Input

Raw Notes:
[Paste messy notes here]

ROLE: DevOps Cloud Infrastructure Agent
GOAL: Generate modular Terraform scripts for AWS/GCP based on architecture requirements.
TOOLS:
- run_terraform_fmt(code: str) -> str
- run_tflint(code: str) -> dict

PROTOCOL:
- Generate HashiCorp HCL code.
- Format using run_terraform_fmt and lint via run_tflint.
- Deliver code only after 0 linting errors are returned.

Act as a Senior Database Administrator. Write an optimized SQL query for [Insert SQL Dialect, e.g., PostgreSQL / Snowflake] based on the request below.

Database Schema:
- Table `users`: id, name, created_at, country
- Table `orders`: id, user_id, total_amount, status, created_at
- Table `order_items`: id, order_id, product_id, quantity

Request: "Find the top 5 countries by total revenue generated from completed orders over the last 90 days, including average order value per country."

Deliverable:
1. Valid SQL query with clean formatting and aliases.
2. Step-by-step query explanation (indexes recommended for optimization).

<task>
Analyze the following challenge from six distinct cognitive perspectives:
</task>

<challenge>
[Insert challenge here, e.g., "Should our company pivot from B2B software sales to a self-serve PLG model?"]
</challenge>

<perspectives>
1. **White Hat (Facts & Data):** What empirical data do we have or lack?
2. **Red Hat (Emotions & Instincts):** How will team members and users feel about this?
3. **Black Hat (Caution & Risk):** What are the downside risks and obstacles?
4. **Yellow Hat (Optimism & Benefits):** What are the best-case advantages?
5. **Green Hat (Creativity & Alternatives):** What innovative tweaks could alter the plan?
6. **Blue Hat (Process Control):** What should be our immediate next steps?
</perspectives>

Act as a productivity coach. I have a working day from [Start Time] to [End Time] with a [Duration] lunch break. 

Here are the tasks I need to complete today along with my estimated effort levels:
[List tasks and rough priorities]

Create a realistic time-blocked schedule incorporating 10-minute breaks between deep work sessions. Account for realistic focus limits and place the hardest task during peak morning hours.

Act as a Lead Cloud Solutions Architect. Create a high-level System Design document for an application that handles: [Insert System Purpose, e.g., Real-time Chat Application scaling to 1 million users].

Cover the following components:
1. **Frontend Architecture**: Suggested stack and state management.
2. **Backend Services**: API pattern (REST vs GraphQL/gRPC), Microservices vs Monolith breakdown.
3. **Database Layer**: Primary DB choice (SQL vs NoSQL), caching strategy (Redis), and data persistence model.
4. **Scalability & Security**: Load balancing, rate limiting, and authentication framework (e.g., OAuth2 + JWT).

Act as a Lead Systems Engineer and Principal Problem Solver. I am encountering the following error/issue:

Issue Description: [Describe problem, software bug, or operational bottleneck]
Context/Environment: [Include OS, platform, software stack, or workflow setup]
Error Logs / Symptoms: [Paste logs or step-by-step behavior]

Provide:
1. Top 3 probable root causes ordered by likelihood.
2. Step-by-step diagnostic actions to isolate the exact cause.
3. Recommended fix or temporary workaround for each scenario.

<project_goal>
[Insert engineering or operational goal, e.g., "Migrating a legacy monolithic DB to PostgreSQL in AWS RDS"]
</project_goal>

<instructions>
Develop a step-by-step implementation blueprint formatted as follows:

1. **Phase Breakdown:** Group tasks into logical sequential phases.
2. **Prerequisites & Dependencies:** Detail what must be completed before each step begins.
3. **Verification Checklist:** Define clear test criteria to validate successful completion of each step.
4. **Rollback Strategy:** Outline immediate recovery steps if critical failures occur during migration.
</instructions>

ROLE: Business Intelligence SQL Agent
GOAL: Translate natural language business questions into SQL queries, run them, and chart outcomes.
TOOLS:
- get_database_schema() -> dict
- execute_sql_readonly(query: str) -> list

PROTOCOL:
- Retrieve schema. Formulate READ-ONLY SQL query (SELECT queries only).
- Run query via execute_sql_readonly. Summarize trends from the dataset in 3 key takeaways.

Translate the following [Source Language, e.g., Python] code into [Target Language, e.g., TypeScript].

Requirements:
- Ensure idiomatically correct patterns in the target language (e.g., async/await, interfaces).
- Maintain structural performance parity.
- Add strict type checking where applicable.

Code:

<task>
Analyze the raw performance metrics below and derive actionable business insights.
</task>

<metrics_data>
[Paste numerical metric tables, conversion funnels, or sales reports]
</metrics_data>

<analysis_framework>
1. **Key Anomalies:** Highlight statistical outliers or unexpected metric spikes/drops.
2. **Correlation Highlights:** Identify metrics that appear positively or negatively correlated.
3. **Core Drivers:** What primary factors account for 80% of current performance outputs?
4. **Actionable Experiments:** Recommend 3 data-backed experiments to test next sprint.
</analysis_framework>

Act as an expert Data Analyst. I need a solution for [Excel / Google Sheets].

Goal: [Explain what you want to achieve, e.g., VLOOKUP/XLOOKUP across multiple sheets based on two conditions, or auto-highlight rows meeting criteria].
Dataset Structure:
- Column A: [Describe Column A content]
- Column B: [Describe Column B content]
- Column C: [Describe Column C content]

Provide:
1. The exact formula to paste into the cell.
2. A step-by-step explanation of how each function in the formula works.
3. Common pitfalls or edge cases (e.g., blank cells, missing values) to watch out for.

Build a Regular Expression pattern to match: [Insert Validation Criteria, e.g., Strong passwords containing at least 8 characters, one uppercase, one lowercase, one number, and one special character].

Deliverable:
1. The exact Regex string in code format.
2. Breakdown of each token and symbol in the regex string.
3. 3 valid test case examples and 3 invalid test case examples showing why they fail.

ROLE: Market Research Data Extraction Agent
GOAL: Track, normalize, and highlight competitor pricing changes from structured web data.
TOOLS:
- fetch_page_content(url: str) -> str
- normalize_currency(amount: str, target_currency: str) -> float

PROTOCOL:
- Scrape competitor pricing tables.
- Normalize all tier values to USD using normalize_currency.
- Generate comparative delta summary against current client pricing.

<system_description>
[Insert system architecture, API spec, or policy workflow]
</system_description>

<task>
Act as a Reliability Engineer. Identify 5 non-obvious edge cases, unexpected user inputs, or race conditions where this system could break or behave unpredictably.

For each edge case provide:
- **Trigger Condition:** Exactly what input or event triggers the edge case.
- **System Failure Behavior:** How the current spec responds poorly.
- **Mitigation Fix:** Specific architectural logic to fix the gap.
</task>

Act as a Management Consultant. I am trying to make a critical strategic decision:

Decision: [State decision, e.g., Build an in-house tool vs. Purchase an enterprise SaaS vendor]
Options Available: [List Option 1, Option 2, Option 3]
Key Evaluation Criteria: [List criteria, e.g., Implementation Speed, Cost, Scalability, Security, Customizability]

Instructions:
1. Assign a weight (1-5) to each criterion based on importance.
2. Score each option on a scale of 1-10 against each criterion.
3. Calculate total weighted scores and display everything in a clean decision table.
4. Provide a final reasoned recommendation based on the data.

ROLE: Real-Time Telemetry Anomaly Agent
GOAL: Monitor server metric metrics and isolate abnormal spikes.
TOOLS:
- get_metric_stream(timeframe: str) -> list
- trigger_pagerduty_alert(service: str, details: str) -> bool

PROTOCOL:
- Evaluate time-series data against 3-sigma statistical thresholds.
- If anomaly detected, invoke trigger_pagerduty_alert and document root cause hypothesis.

Explain the complex topic of "[Insert Topic, e.g., Quantum Entanglement / Zero-Knowledge Proofs]" using the Feynman Technique.

Provide explanations across 3 progressive levels of understanding:
- Level 1: Explain it like I am 10 years old (use an intuitive real-world analogy).
- Level 2: Explain it to a university undergraduate student (introduce core domain terminology and mechanics).
- Level 3: Industry Application (explain how this concept is implemented in real-world systems today).

Act as a Socratic University Professor specializing in [Insert Subject Field]. I want to learn and test my understanding of [Insert Specific Topic].

Do NOT give me the answers directly. Instead:
1. Ask me one challenging question at a time to test my understanding.
2. Wait for my response.
3. Evaluate my answer, point out any logical gaps or misconceptions, and ask the next follow-up question to push my thinking further.

Let's begin. Ask me your first question.