Skill UI

A comprehensive guide for migrating cloud workloads from AWS or Azure to Oracle Cloud Infrastructure (OCI). It provides detailed concept mapping for core services like IAM, networking (VPC/VCN), compute (AMI/Custom Image), and data storage. The skill covers end-to-end migration procedures, including using OCI CLI and Python SDK for controlled deployment and resource translation.

This skill provides a deep dive into optimizing Oracle Cloud Infrastructure (OCI) resources. It guides users through selecting appropriate compute shapes (e.g., E5.Flex, A1.Flex) and understanding the performance tiers for block volumes (Balanced, Ultra High Performance). Users can programmatically query available shapes, create performance-tuned volumes, and monitor real-time IOPS and network bandwidth using the OCI SDK, ensuring optimal infrastructure decisions for any workload.

Programmatically query Oracle Cloud Infrastructure (OCI) metrics using the Monitoring Query Language (MQL) and create monitoring alarms via the Python SDK. This skill bypasses the limitations of the OCI console query builder, allowing reliable retrieval of key infrastructure metrics such as CPU utilization, memory usage, network traffic, and disk I/O. Ideal for building robust dashboards, automating resource monitoring, and setting up complex alerting rules.

Provides a comprehensive, production-ready standard 3-tier reference architecture for Oracle Cloud Infrastructure (OCI). The design covers essential components like VCN, public/private subnets, Internet Gateway, NAT Gateway, Service Gateway, and Autonomous Database. It includes deployment steps using Terraform and OCI SDK Python code, making it ideal for designing new cloud environments or migrating existing patterns from other major cloud providers.

This guide provides comprehensive best practices for configuring Palantir Foundry integrations across development, staging, and production environments. It details how to manage environment-specific credentials, hostnames, and scope policies using structured Python code and platform-specific deployment manifests (Docker Compose, Kubernetes, gcloud). Use this skill when implementing resilient, multi-tier SaaS deployments that require strict credential and configuration separation.

This tool conducts comprehensive searches across major patent databases (like Google Patents and Espacenet) and academic literature (Google Scholar, arXiv) to identify 'prior art' related to a proposed invention. It systematically extracts core concepts, technical features, and relevant classification codes (IPC/CPC). Users can assess the novelty, inventive step, and technical landscape of their ideas, and perform a preliminary Freedom-to-Operate (FTO) assessment before filing or developing a product.

A comprehensive guide detailing how to establish robust monitoring for Qdrant. Covers setting up Prometheus metrics scraping, implementing Liveness and Readiness probes for Kubernetes, configuring alerts, and centralizing logs. It provides specific instructions for both self-hosted and Hybrid Cloud environments, ensuring full operational visibility and compliance.

This skill provides comprehensive integration patterns for QuickNode, a vital service for blockchain development. It guides developers on connecting to blockchain RPC endpoints and utilizing the QuickNode SDK for Web3 infrastructure workflows, ensuring secure and efficient interaction with networks like Ethereum.

This guide provides a comprehensive, step-by-step walkthrough for developers to set up QuickNode blockchain RPC endpoints and integrate required SDKs (such as @quicknode/sdk or ethers.js). Learn how to obtain endpoints, configure environment variables, and verify connectivity to major blockchain networks like Ethereum for seamless Web3 development.

This skill provides developers with implementation patterns for optimizing performance using blockchain RPC endpoints and the QuickNode SDK. It guides users on connecting to the network, handling common API errors (like rate limits or unauthorized access), and integrating the QuickNode infrastructure for building robust Web3 applications.

This guide provides implementation patterns for integrating QuickNode's reference architecture. It covers best practices for using blockchain RPC endpoints and the QuickNode SDK, enabling developers to connect to the Ethereum network, read block data, and manage common Web3 interactions. Ideal for any blockchain development project requiring robust connectivity.

This guide provides implementation patterns for establishing security basics when working with QuickNode. It details how to utilize blockchain RPC endpoints and the QuickNode SDK for robust Web3 infrastructure integration. Learn best practices for secure connection, understanding error handling (like 401 Unauthorized or rate limiting), and building reliable applications on the Ethereum network.