"Construye mi arquitectura completa de retención. Lo que necesito retener: [asunto]. Cronograma para usarlo: [X semanas/meses]. Dame mi horario de repetición espaciada, el sistema de toma de notas que hace que el conocimiento se quede a largo plazo, el ritual de revisión semanal, cómo conectar nuevo conocimiento con cosas que ya sé, y el único hábito que separa a las personas que retienen todo de las que olvidan inmediatamente."
Docente "Construye mi sistema de retroalimentación docente para todo lo que aprendo. Asignatura que estoy estudiando actualmente: [insertar]. Dame la técnica Feynman aplicada a mi asignatura, el formato para enseñarla de vuelta por escrito, cómo identificar lagunas en mi comprensión antes de que yo piense que las tengo, y una práctica semanal de 'explícala a un principiante'."
"Diseña mi sprint de aprendizaje para [asignatura/habilidad] durante las próximas [X semanas]. Dónde estoy ahora: [nivel actual]. Dónde quiero estar: [nivel objetivo]. Tiempo por semana: [X horas]. Dame hitos semanales, bloques de aprendizaje diarios, el recurso único a priorizar por encima de todos los demás, el proyecto que demuestre que lo he aprendido, y la revisión de responsabilidad."
"Construye mi sistema completo de lectura activa. Lo que quiero leer: [lista de libros o temas]. Tiempo semanal: [X horas]. Método actual: [describe]. Desafío principal: [retención/enfoque/terminar]. Dame el protocolo de lectura activa, método de marginalia, hábito de resumen de capítulos, horario de repetición espaciada y cómo aplicar el conocimiento dentro de las 48 horas."
1. Activación del Modo de Aprendizaje "Actúa como un experto en aceleración del aprendizaje capacitado en repetición espaciada, recuperación activa y práctica deliberada. A partir de ahora, cada vez que comparta un tema que quiero dominar, constrúyeme un sistema de aprendizaje completo —no una lista de lecturas, una máquina de retención. Lo que quiero aprender es: [insertar]. Mi cronograma es: [insertar]."
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Ultra-realistic image restoration and enhancement. Restore the uploaded blurry/low-quality image into a sharp, clean, high-detail photorealistic result while preserving the original exactly. Preserve 100% of the identity, facial structure, age, skin tone, expression, gaze, hair, beard, teeth, pose, body proportions, clothing, accessories, background, framing, camera angle, lighting direction, and composition. Do not redesign, beautify, stylize, replace, remove, add, reinterpret, or make the person look different. Do not invent artificial features, fake details, overly perfect skin, Al-looking textures, or synthetic Only improve technical quality: natural sharpness, clarity,realistic facial/texture detail, skin pores, hair strands, eyes, lips, clothing texture, pixelation reduction, contrast, depth, dynamic range, and lighting balance without changing the original mood. Photorealistic only. No beauty filter, plastic skin,over-sharpening, exaggerated HDR, or fake details. Keep everything exactly the same. Only improve image quality
I want it to be uniosun style of questions including mcq question and True or false explain each complex part and give a very short summary that will surely come out in exam
Create a prompt in which I upload a person image and it tells about person, her dressing sense, behaviour etc
“A futuristic classroom where students are interacting with holographic AI tutors. Some students are giving oral presentations while an AI system evaluates their responses in real time. Transparent digital screens show learning progress, simulations, and feedback loops. The environment blends traditional classroom elements with advanced AI technology. A teacher is observing and guiding, while AI handles initial assessments. Cinematic lighting, ultra-realistic, highly detailed, 8k resolution, depth of field, futuristic educational atmosphere, concept art style.”
Create a cinematic video length 30 sec, video that's like equaliser movie danzel Washington destroyed ship
I want u think like virat kohli and analyze the ibps clerk exam in detail and find out the best possible way to clear it with every subject strategy
Create basic most important MCQ questions (200) for msc geology entrance from every important topics along with answers of each from this syllabus - Medical geology, Paleontology, Stratigraphy, petrology, Sedimentology, Economic geology, Environmental geology.
You are a Senior Software Architect specializing in Site Reliability Engineering (SRE) and Dynamic Application Security Testing (DAST). Your task is to design and implement a production-ready Python framework that performs robustness analysis and business rule validation against REST APIs and web endpoints. **Core Objective:** Build an intelligent testing engine that identifies structural logic failures across three high-impact vulnerability categories (equivalent to High and Critical severity business rule violations): 1. **Access Control & Context Bypass Failures** (e.g., Broken Object Level Authorization - BOLA) 2. **Business Logic Inversions & Anomalies** (e.g., mathematical parameter manipulation, billing flow exploitation, Content-Type format switching like YAML/JSON injection) 3. **Infrastructure Resilience Failures** (e.g., unhandled runtime exceptions causing service interruption) **Architecture Requirements:** **1. INTELLIGENCE COMPONENT (Scenario Analysis Engine):** Create a structured function that: - Accepts application route mappings as input - Dynamically generates an edge case test matrix using parameter mutation logic - Focuses on semantic anomalies: type inversions, numerical value reversals, data format coercion, and parameter boundary violations (not just path traversal) - Returns actionable test cases with specific payloads, expected vs. anomalous behaviors, and impact classifications **2. EXECUTION COMPONENT (Real Python Interactive Console):** Implement a real-time console using `requests` and `urllib3` with robust exception handling that: - Accepts user input: target URL and legitimate authentication headers - Executes actual HTTP requests based on test cases generated by the intelligence component - Captures and displays: actual HTTP status codes (200, 401, 403, 500, etc.), exact response payload size, raw server logs, and response headers - Includes timeout protection and connection error handling to maintain console stability - Supports parameter mutation injection in real-time (query params, body payloads, headers) **3. REPORTING COMPONENT:** Generate a markdown report that includes: - Proof-of-Concept (PoC) reproduction steps with actual requests and responses - Severity classification (High/Critical) with business impact assessment - Raw HTTP traffic capture (request/response pairs) - Actionable remediation guidance **Code Structure Requirements:** - Modular design with clear separation: analysis engine → execution engine → reporting engine - Production-quality error handling, logging, and state management - Console must be reproducible in real-time with actual network calls (not mocked) - Output format compatible with manual Burp Suite replay for verification - All actual HTTP responses and status codes must be real, not simulated **Delivery:** Provide the complete, executable Python framework with all three components integrated. The system must work immediately when given a live target URL—no configuration needed beyond authentication headers. The console terminal should be a functional PoC that demonstrates real vulnerabilities with real HTTP traffic capture and high-impact business logic violations.
You are an expert RRB NTPC exam strategist specializing in rapid preparation for undergraduate candidates under severe time constraints. Your task is to create a **6-day intensive study plan** designed to achieve a 90+ score with 8 hours of daily study time, starting from zero prior preparation. **Your approach:** 1. **Identify the highest-impact topics** across all RRB NTPC undergraduate sections (General Awareness, Mathematics, Reasoning, General Science). Rank them by question frequency and mark allocation in recent exams, then determine which topics are realistically achievable in 6 days. 2. **Create a detailed day-by-day breakdown** that shows: - Which specific topics to study each day (ordered by priority and difficulty) - Exact time allocation per topic within the 8-hour daily block - What to study thoroughly vs. what to minimize or skip entirely given time constraints - Clear reasoning for each decision: why this topic now, why this duration 3. **For each prioritized topic, deliver:** - Core exam-relevant concepts only—no deep theoretical background - 3-5 essential formulas, rules, or calculation shortcuts specific to that topic - 2-3 most frequently tested question types (with brief examples if helpful) - Specific memory aids or quick-learn techniques that compress study time 4. **Allocate strategic revision time** — reserve the final 2 days primarily for targeted weak-area practice and high-frequency question drilling rather than introducing new topics. 5. **Provide an honest assessment** of feasibility: - Be explicit about which topics are achievable in 6 days with focused study - Identify which topics will require some exam luck or partial mastery to hit 90+ - Explain the realistic score ceiling given time constraints - Don't overpromise; explain the actual probability of hitting 90+ if the plan is executed perfectly **Output format:** - A clear 6-day day-by-day study schedule with specific time blocks and topics - A topic priority list showing estimated study hours needed per topic - For each high-priority topic: core concepts, key shortcuts, typical question patterns, and learning resources - A mock test strategy for final days (when to take them, what to focus on) - Specific do's and don'ts for time-constrained exam prep (what works, what wastes time) Be brutally practical. Your goal is to help the user maximize their score efficiently with the exact time available, not create an idealized study plan disconnected from reality. If 90+ requires luck, say it. If it's achievable with focus, explain precisely why and how.
```markdown
# Comprehensive Programming Team Structure
> **Mission:** To establish a well-rounded, highly effective development process through clear role definitions, robust communication, and a culture of continuous innovation.
As your Team Builder, I have structured this development squad to maximize efficiency, innovation, and collaboration. Below is the comprehensive guide to the five key roles (including the necessary Quality Assurance role to round out the team), the tools we will use, and the operational rules we will follow.
---
## 👥 The Core Team: Roles, Responsibilities, and KPIs
To ensure clarity of goals and avoid task overlap, each role has been strictly defined with specific objectives, responsibilities, and Key Performance Indicators (KPIs).
### 1. Team Brain (Lead Architect / Strategist)
* **Objective:** Drive strategic thinking, technical innovation, and high-level system design.
* **Responsibilities:**
* Architect the software foundation and make core technology choices.
* Solve complex technical bottlenecks and foresee scalability issues.
* Mentor the team on best practices and new technologies.
* **KPIs:** System uptime, technical debt ratio, and successful implementation of innovative features.
### 2. Task Distributor (Scrum Master / Agile Coach)
* **Objective:** Manage workflow, facilitate agile processes, and ensure an equitable workload.
* **Responsibilities:**
* Break down project milestones into actionable tickets.
* Allocate tasks among team members efficiently to prevent burnout.
* Clear blockers that hinder the development process.
* **KPIs:** Sprint completion rate, cycle time, and team velocity.
### 3. Programmer (Software Engineer)
* **Objective:** Execute coding tasks, build features, and maintain software quality.
* **Responsibilities:**
* Write clean, maintainable, and efficient code based on assigned tasks.
* Participate in code reviews and collaborate closely with the Team Brain.
* Debug and resolve software defects.
* **KPIs:** Lines of code/Pull Requests merged, bug rate per feature, and code review turnaround time.
### 4. Manager (Project / Product Manager)
* **Objective:** Oversee project timelines, stakeholder communication, and overall team collaboration.
* **Responsibilities:**
* Define the product roadmap and prioritize the backlog.
* Ensure effective leadership to guide the team toward common business goals.
* Maintain team motivation and secure necessary resources.
* **KPIs:** On-time milestone delivery, stakeholder satisfaction score, and budget variance.
### 5. Quality Assurance Specialist (QA / Tester)
* **Objective:** Ensure all deliverables meet the highest quality standards before deployment.
* **Responsibilities:**
* Design and implement automated and manual testing protocols.
* Identify, document, and track bugs to resolution.
* Validate that specialized technical skills translate into a flawless user experience.
* **KPIs:** Defect escape rate, test coverage percentage, and time-to-resolve bugs.
---
## 🛠️ Team Needs & Ecosystem
To facilitate a balanced workload and ensure seamless execution, the team will rely on a strictly defined operational ecosystem.
| Category | Solution / Strategy | Purpose |
| :--- | :--- | :--- |
| **Project Management** | Jira, Trello | Tracking progress, managing backlogs, and assigning daily tasks. |
| **Shared Workspace** | Slack, Microsoft Teams | Facilitating asynchronous collaboration and daily updates. |
| **Technical Stack** | Git, CI/CD Pipelines | Version control and seamless integration of programming and QA efforts. |
---
## ⚙️ Operational Rules & Workflows
### 1. Synchronization & Meetings
* **Daily Stand-ups:** A strict 15-minute meeting managed by the Task Distributor to discuss *what was done yesterday, what is planned for today, and any current blockers*.
* **Sprint Planning & Retrospectives:** Bi-weekly meetings led by the Manager to align on goals, review KPIs, and adjust processes for continuous improvement.
### 2. Communication & Collaboration
* **Radical Candor:** Fostering an environment of strong communication skills where feedback is given clearly and constructively.
* **Documentation:** All architectural decisions (Team Brain) and process definitions (Manager) must be documented in a central wiki (e.g., Confluence or Notion).
### 3. Continuous Learning & Motivation
* **Skill Development Time:** 10% of the workweek is dedicated to researching new technologies, attending webinars, or upskilling.
* **Knowledge Sharing Sessions:** Monthly "Lunch & Learns" where team members present on new tools, design patterns, or testing methodologies.
* **Workload Monitoring:** The Task Distributor and Manager will actively monitor Jira/Trello boards to ensure no single Programmer or QA specialist is overwhelmed, actively shifting resources to maintain high morale and motivation.
```Suggest skills to build in coursera for an economic graduate student to get a remote job quickly in today's market
create a bulk 50 images for oversize tshirt black color 1:1, 8k quality professional style me
A minimalist line-art drawing of a simple character conceptualizing 'overcoming an obstacle'. Clean black continuous line style on a white background. The concept should be conveyed through simple geometry and basic visual metaphors. Strictly maintain a flat, vector-like aesthetic with no 3D elements, no realistic textures, and no complex features.