Area | Pattern | Use Case (Why It’s Important) | YouTube Link | Our Courses |
---|---|---|---|---|
Coding | Singleton | Ensures only one instance of a class exists (e.g., database connections). | 🔗 Link Link2 | Full Stack Dot Net python-basics |
Coding | Factory Pattern | Creates objects dynamically, useful for dependency injection and flexible architecture. | 🔗 Link Link2 | |
Coding | Observer Pattern | Implements event-driven programming (e.g., pub-sub in microservices). | 🔗 Link | |
Cloud | Circuit Breaker | Prevents cascading failures in microservices and improves resiliency. | 🔗 Link | |
Cloud | API Gateway | Centralized access control, logging, and rate limiting in microservices. | 🔗 Link | |
Cloud | Auto-Scaling | Dynamically adjusts resources based on demand in AWS, Azure, or GCP. | 🔗 Link | |
Cloud | Blue-Green Deployment | Enables zero-downtime deployments in cloud environments. | 🔗 Link | |
Data | CQRS (Command Query Responsibility Segregation) | Separates read and write operations to improve database performance. | 🔗 Link | |
Data | Event Sourcing | Stores state changes as events instead of modifying records. | 🔗 Link | |
Data | Polyglot Persistence | Uses different databases (SQL, NoSQL) based on data requirements. | 🔗 Link Link2 | |
AI/ML | Transfer Learning | Uses pre-trained models to improve ML efficiency. | 🔗 Link | |
AI/ML | Reinforcement Learning | AI learns from rewards and penalties, used in robotics and game AI. | 🔗 Link | |
AI/ML | Model Deployment (MLOps) | Automates AI/ML model deployment in cloud environments. | 🔗 Link | |
People | Servant Leadership | Focuses on empowering teams rather than top-down management. | 🔗 Link Link2 | |
People | DevOps Culture | Encourages collaboration between Dev and Ops teams. | 🔗 Link | |
People | Emotional Intelligence | Essential for managing teams and stakeholders effectively. | 🔗 Link Link2 | |
Process | Agile Methodology | Iterative development process that adapts to changing requirements. | 🔗 Link | |
Process | Six Sigma | Improves business processes by reducing defects and inefficiencies. | 🔗 Link | |
Process | TOGAF (Enterprise Architecture) | Helps define and structure enterprise IT strategy. | 🔗 Link |
Security | Zero Trust Security | Ensures strict identity verification for every user and device. | 🔗 Link |
Security | JWT (JSON Web Token) | Secure authentication for APIs and microservices. | 🔗 Link |
Security | Encryption-at-Rest & in-Transit | Protects data while stored and being transmitted. | 🔗 Link |
Security | OAuth 2.0 & OpenID Connect | Secure authorization for third-party applications. | 🔗 Link |
DevOps | Infrastructure as Code (IaC) | Automates infrastructure provisioning (Terraform, Ansible). | 🔗 Link |
DevOps | GitOps | Uses Git as a single source of truth for CI/CD pipelines. | 🔗 Link |
DevOps | Canary Deployment | Deploys updates to a small subset before full rollout. | 🔗 Link |
Networking | Service Mesh (Istio, Linkerd) | Manages communication between microservices securely. | 🔗 Link |
Networking | API Throttling & Rate Limiting | Prevents abuse and overload of API services. | 🔗 Link |
Networking | CDN (Content Delivery Network) | Enhances website and application performance globally. | 🔗 Link |
Testing | Shift-Left Testing | Embeds testing early in the SDLC for defect prevention. | 🔗 Link |
Testing | Chaos Engineering | Tests system resilience by simulating failures. | 🔗 Link |
Testing | Synthetic Monitoring | Simulates user behavior to test application performance. | 🔗 Link |
Observability | Distributed Tracing (Jaeger, Zipkin) | Tracks requests across microservices. | 🔗 Link |
Observability | Log Aggregation (ELK, Splunk) | Collects and analyzes logs from distributed systems. | 🔗 Link |
Observability | Real-time Metrics (Prometheus, Grafana) | Monitors applications and infrastructure health. | 🔗 Link |
Edge Computing | Fog Computing | Extends cloud capabilities closer to IoT devices. | 🔗 Link |
Edge Computing | Content Caching | Stores frequently accessed data at the network edge. | 🔗 Link |
Blockchain | Smart Contracts (Ethereum, Hyperledger) | Automates trust-based transactions in finance, healthcare, and supply chains. | 🔗 Link |
Blockchain | Decentralized Identity | Enhances security with blockchain-based authentication. | 🔗 Link |
IoT | MQTT & CoAP | Lightweight messaging protocols for IoT devices. | 🔗 Link |
IoT | Digital Twin | Virtual replicas of physical devices for monitoring & simulation. | 🔗 Link |
IoT | Edge AI | Runs AI models directly on IoT devices for real-time decision-making. | 🔗 Link |
Compliance | GDPR, HIPAA, ISO 27001 | Data security, privacy, and regulatory compliance for enterprises. | 🔗 Link |
Quantum Computing | Quantum Cryptography | Provides unbreakable encryption using quantum key distribution. | 🔗 Link |
Quantum Computing | Quantum Annealing | Solves complex optimization problems faster than classical computers. | 🔗 Link |
FinTech | Algorithmic Trading | Automates stock trading decisions using AI and data patterns. | 🔗 Link |
FinTech | Blockchain-based Payments | Enables secure, fast, and transparent cross-border transactions. | 🔗 Link |
Metaverse | Digital Avatars | Enables users to interact in virtual worlds using personalized avatars. | 🔗 Link |
Metaverse | Spatial Computing | Enhances virtual reality (VR) with real-time environmental mapping. | 🔗 Link |
Green Computing | Energy-Aware Scheduling | Optimizes cloud workloads to reduce power consumption. | 🔗 Link |
Green Computing | Carbon-Aware Software | Adjusts computing processes based on the carbon footprint of electricity usage. | 🔗 Link |
Cyber-Physical Systems (CPS) | Digital Twins | Creates virtual models of physical systems for real-time monitoring and optimization. | 🔗 Link |
Cyber-Physical Systems (CPS) | Edge Analytics | Enables real-time data processing close to IoT devices. | 🔗 Link |
AR/VR | SLAM (Simultaneous Localization and Mapping) | Enhances AR applications by allowing real-time spatial mapping. | 🔗 Link |
AR/VR | Holographic Projection | Creates immersive 3D visual experiences for medical, gaming, and education sectors. | 🔗 Link |