Skills Marketplace

Triggers when users need help with ML cost optimization, including compute cost management for training and inference, spot instance strategies, model size vs accuracy tradeoffs, right-sizing GPU instances, caching strategies, batch inference optimization, managed vs self-hosted infrastructure decisions, FinOps for ML teams, and cost attribution and chargeback models.

Triggers when users need help with ML experiment tracking, including Weights & Biases, MLflow, Neptune, or ClearML setup and configuration. Activate for questions about experiment organization, metric logging, artifact management, hyperparameter sweeps, team collaboration in experiment platforms, and cost tracking across training runs.

Triggers when users need help with ML model monitoring in production, including data drift detection (PSI, KL divergence, KS test), concept drift, model performance monitoring, prediction monitoring, alerting strategies, shadow mode deployment, ground truth collection, monitoring dashboards, and SLA management for ML systems.

Triggers when users need help with internal ML platform architecture and design, including self-serve ML infrastructure, platform team responsibilities, abstraction layers for data scientists, notebook-to-production workflows, multi-tenant ML platforms, platform metrics and adoption, and build vs buy decisions for ML tools.

Triggers when users need help with testing ML systems, including unit testing ML code, integration testing ML pipelines, data validation testing, model quality testing with regression tests and performance thresholds, training pipeline testing, serving endpoint testing, load testing for ML systems, test data management, and property-based testing for data transforms.

Triggers when users need help with model versioning and registry systems, including MLflow Model Registry, Weights & Biases, and SageMaker Model Registry. Activate for questions about model lifecycle management, staging and production transitions, approval workflows, model metadata and lineage, packaging formats, CI/CD integration, and model governance and compliance.

Triggers when users need help with model serving and deployment, including serving frameworks like TorchServe, Triton Inference Server, TensorFlow Serving, BentoML, or vLLM. Activate for questions about online vs batch vs streaming inference, REST and gRPC APIs, model warm-up, autoscaling, multi-model serving, A/B testing for models, and canary deployments.

Triggers when users need help with algorithm design, data structure selection, or complexity analysis.

Triggers when users need help with compiler design, language implementation, or code generation.

Triggers when users need help with computational complexity theory or its practical implications.

Triggers when users need help with computer architecture, hardware performance, or low-level optimization.

Triggers when users need help with computer networking concepts, protocols, or architecture.

Triggers when users need help with concurrent or parallel programming. Activate for questions about

Triggers when users need help with cryptography concepts, protocols, or implementation decisions.

Triggers when users need help with database internals, storage engines, or query optimization.

Triggers when users need help with distributed systems design or debugging. Activate for questions

Triggers when users need help with formal methods, formal verification, or rigorous specification.

Triggers when users need help with information retrieval, search systems, or ranking algorithms.

Triggers when users need help with operating system concepts, internals, or system-level programming.

Triggers when users need help with programming language theory, type systems, or language design.

Triggers when users need help with large-scale system design, architecture, or capacity planning.

Triggers when users need help with LLM agent design, tool use, or multi-agent systems.

Triggers when users need help with LLM application design patterns and architectures.

Triggers when users need help with LLM cost optimization, budgeting, or economic analysis.

Triggers when users need help with LLM evaluation, benchmarking, or assessment methodology.

Triggers when users need help with LLM fine-tuning, adaptation, or specialization.

Triggers when users need help with LLM inference optimization, serving, or deployment performance.

Triggers when users need help with LLM pretraining, data curation, or training infrastructure.

Triggers when users need help with LLM safety, guardrails, or content moderation systems.

Triggers when users need help with advanced prompt engineering techniques for LLMs.

Triggers when users need help with RAG systems, retrieval-augmented generation, or knowledge-grounded LLM applications.

Triggers when users need help with RLHF, alignment, or preference optimization for LLMs.

Triggers when users need help with synthetic data generation using LLMs.

Triggers when users need help with aerospace engineering, including aerodynamics,

Triggers when users need help with biomedical engineering, including biomechanics,

Triggers when users need help with chemical engineering, including mass and energy balances,

Triggers when users need help with civil engineering, including structural analysis,

Triggers when users need help with control systems engineering, including transfer functions,

Triggers when users need help with electrical engineering concepts, including circuit analysis,

Triggers when users need help with energy engineering, including solar energy, wind energy,

Triggers when users need help with environmental engineering, including water treatment,

Triggers when users need help with materials science and engineering, including crystal

Triggers when users need help with mechanical engineering, including statics, dynamics,

Triggers when users need help with robotics engineering, including robot kinematics,

Triggers when users need help with systems engineering, including requirements engineering,

Design and execute customer onboarding flows that drive activation and retention. Covers activation metrics, journey mapping, friction reduction, email sequences, and measuring onboarding success.

Startup mindset coach that helps founders upgrade their thinking patterns, detect anti-patterns, apply mental models like PMF levels and the 4Ps framework, and build accountability through weekly challenges.

Close the first customers as a founder — outbound prospecting, discovery calls, demo

Drive early-stage growth with creative, resource-efficient tactics — viral loops,

Build the founding team — early-stage hiring, compensation design, culture building,

Run lean startup operations — burn rate management, resource allocation, tool selection,

Navigate startup legal fundamentals — incorporation, equity structure, co-founder

Build minimum viable products fast — ruthless scoping, rapid prototyping, and shipping

Build and manage successful open source projects or contribute effectively to

Craft compelling pitch decks and fundraising materials that get meetings, close rounds,

Find and validate product-market fit — customer discovery, hypothesis testing, iteration

Define and execute product strategy for startups — roadmap prioritization, feature

Track the metrics that matter at each startup stage — from pre-PMF signals through

Apply structured adversarial analysis to generate, critique, fix, validate,

Lead a full brand strategy engagement — from brand audit and identity architecture to