qredence avatar

qredence

Official

@qredence · France

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12Public Repos
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39Published Skills

AI Systems

Skills Distribution
DomainDeveloper To...DSPy Program Synth.. (40%)Runtime Sandbox Or.. (30%)Memory & Context M.. (20%)Backend Engineering (10%)

Agent Skills by qredence

Showing 39 vetted skills indexed across 4 GitHub repositories.

QredenceQredence
51

runtime-cleanup-worker

Consolidate runtime and API surfaces around fleet_rlm while preserving public contracts.

Official
Advanced
QredenceQredence
51

frontend-refactor-worker

Coordinate frontend file moves, import updates, and symbol renames with validation.

Official
Advanced
QredenceQredence
51

backend-refactor

Rewrite and clean fleet_rlm backend modules with test updates.

Official
Advanced
QredenceQredence
51

runtime-validation-repair-worker

Repair validator regressions across CLI, API, and browser surfaces.

Official
Advanced
QredenceQredence
51

optimization

Automate iterative DSPy prompt and RLM skill bundle optimization with GEPA and MLflow tracking.

Official
Advanced
QredenceQredence
51

dspy-programs

Design DSPy signatures and compose runtime modules for Fleet-RLM task execution.

Official
Advanced
QredenceQredence
51

delegation

Delegate recursive tasks to child RLM sandboxes with budget management.

Official
Intermediate
QredenceQredence
51

browser-interaction

Fetch and inspect JavaScript-heavy web pages using a Daytona-enabled Playwright browser snapshot.

Official
Intermediate
QredenceQredence
51

volume-bootstrap

Clarify Daytona sandbox volume layout and durable memory structure.

Official
Intermediate
QredenceQredence
51

diagnostics

Diagnose runtime failures and observability issues in fleet-rlm using Daytona endpoints.

Official
Advanced
QredenceQredence
51

sandbox-execution

Execute Python code in Daytona sandboxes with durable volume persistence.

Official
Intermediate
QredenceQredence
51

long-context

Chunk large documents and codebases for Daytona RLM workspace processing.

Official
Intermediate
QredenceQredence
2

dspy-gepa

Automate DSPy GEPA evaluation and optimization of agent skills from YAML datasets.

Official
Advanced
QredenceQredence
2

dspy-development

Guide DSPy signature, program, and optimization workflow development within AgenticFleet.

Official
Advanced
QredenceQredence
2

agent-converter

Converts agent definitions between Markdown and TOML formats, individually or in batches, preserving frontmatter fields and developer instructions.

Official
Intermediate
QredenceQredence
2

dspy-core

Consolidate DSPy guidance for signatures, modules, compilation, and testing.

Official
Intermediate
QredenceQredence
2

fastapi-router-py

Generate FastAPI routers with CRUD operations, authentication dependencies, and typed response models.

Official
Intermediate
QredenceQredence
2

fastapi

Build FastAPI apps with Annotated, dependency injection, and Pydantic models.

Official
Intermediate
QredenceQredence
2

babysit-pr

Poll GitHub PR CI checks, reviews, and mergeability until merge or close.

Official
Advanced
QredenceQredence
2

dspy-fleet-rlm

Implement and debug DSPy patterns within the fleet-rlm codebase.

Official
Advanced
QredenceQredence

rlm

Chunk large context files and delegate analysis to subagents for synthesis.

Official
Advanced
QredenceQredence

dspy-optimization

Automate DSPy optimization with teleprompters, metrics, and training data.

Official
Advanced
QredenceQredence

frontend-ui-integration

Integrate frontend UI workflows with existing backend APIs and design systems.

Official
Intermediate
QredenceQredence

dspy-basics

Teach DSPy signatures, modules, and program composition basics.

Official
Basic

Frequently Asked Questions About qredence

FAQPage Schema
What specific development tasks are enabled by these capabilities?

These capabilities enable DSPy signature design, RLM module composition, FastAPI router generation, and persistent memory management. Users can perform iterative prompt optimization, sandbox-based code execution, and structured documentation of project context for complex software systems.

Which personas benefit most from these technical resources?

Software engineers, backend developers, and system architects focused on DSPy integration and RLM orchestration benefit most. These resources are designed for technical teams managing complex codebases, requiring structured memory retrieval, sandbox-based runtime validation, and systematic prompt optimization.

What are the primary prerequisites for implementing these memory and sandbox systems?

Implementation requires a Daytona-enabled environment for sandbox execution and volume persistence. Users must also have a configured DSPy environment and ChromaDB instance to support the semantic retrieval and memory persistence features provided by the fleet-rlm architecture.