Prompt Cards

Generate 50 viral‑tested hooks and matching CTAs for {niche} on {platform}. For each, provide: Hook (≤80 chars), CTA, Psychological Trigger, Risk Flags (privacy/claims/IP), Safer Alternative if any, and Suitable Format. Align tone with {brand_tone}. End with 10 evergreen, 10 seasonal, and 5 contrarian hooks.

Act as an influencer growth analyst. Audit the public profile at {profile_url} on {platform}. Infer audience persona, content pillars, posting rhythm, hook styles, and conversion path to {goal}. Output: 1) What’s working (evidence‑based), 2) What to stop, 3) 10 experiments (ICE score), 4) Hook style library with examples, 5) 14‑day sprint plan with daily tasks. Assume no private analytics—only public signals and social listening.

You are a senior social strategist. Create a 30‑day cross‑platform content calendar for an influencer in {niche} on {platforms}. Objectives: grow by {target_growth}% and convert {target_conversions} to {goal}. Constraints: keep to {posting_cadence} posts/day, respect platform best practices, brand tone = {tone}. Deliverables: a table with Day, Post Idea, Hook (≤80 chars), Format (reel/short/thread/carousel/live), Suggested Caption, CTA, Hashtags (≤10), Collaboration Angle, Asset Notes, KPI to watch. Also include 5 A/B hook variants per post and a weekly retrospective checklist.

Write a detailed guide on configuring and utilizing the latest edge GPU boards for enhanced GenAI performance in robotics professionals' work. Include step-by-step instructions, optimal hardware configurations, and potential software integrations.

Write a GenAI prompt for a robotics engineer to optimize edge computing workloads on the latest NVIDIA A100 GPUs, ensuring seamless integration with robotic systems.

Create a GenAI prompt that generates optimized workflows for robot professionals using the latest edge GPU boards, integrating tasks like object recognition, motion planning, and real-time processing.

Write a GenAI prompt that generates step-by-step instructions for a robot professional to assemble and calibrate an industrial robotic arm using the latest edge GPU boards, minimizing assembly time by 30% and ensuring precision accuracy.

Generate a detailed step-by-step guide on how to implement real-time object detection and segmentation using the latest edge GPU boards (e.g., NVIDIA Jetson or Google Coral) in a robot's workflow, focusing on precision, speed, and power efficiency.

Write a comprehensive GenAI prompt that utilizes the latest edge GPU boards to accelerate tasks such as data annotation, object detection, and predictive modeling for a team of robotics engineers. Provide detailed specifications on: - Task requirements and inputs - Output formats and expected results - Edge GPU board configuration and optimization strategies The prompt should enable seamless integration with popular GenAI frameworks and libraries.

Develop a GenAI workflow that leverages the processing power of edge GPU boards to optimize robotic task execution, including real-time data analysis and decision-making. Consider integrating with latest edge computing devices.

Develop a GenAI prompt that integrates robotic process automation, computer vision, and edge computing to streamline inspection tasks on factory floors using NVIDIA's latest Ampere-based GPU boards.

Write a GenAI workflow to automate robot calibration and maintenance tasks on edge GPU boards, utilizing the latest equipment integrations and optimized algorithms for real-time processing.