Quarkloop
Official@quarkloop · Germany
Local runtime for autonomous multi-agent AI agents — Your agents. Your machine. Fully Autonomous.
Agent Skills by Quarkloop
Showing 18 vetted skills indexed across 1 GitHub repositories.
Quark Main
Manage user sessions and dispatch service functions within Quark spaces.
quark-devops
Automate build, test, release, and deployment processes for containerized applications.
Quark System
Inspect Linux system state and perform health checks.
quark-knowledge
Index user files into a structured knowledge repository with citations and metadata.
service-citation
Resolve citations and verify claim grounding via semantic analysis.
service-devops
Automate DevOps operations in Quark environments via NATS service functions.
core
Manage operational state, health, audit, configuration, and schedules in an AI workspace.
secrets
Manage OpenBao secret resolution, token issuance, leases, rotation, and auditing.
service-io
Automate host I/O operations like file access, shell commands, and HTTP requests via NATS.
service-runstate
Coordinate durable run states and active leases using NATS KV.
service-document
Detect, parse, layout, and OCR documents via NATS service functions.
service-harness
Package model contexts, track usage reports, and manage agent memory via NATS.
system
Monitor and manage Linux systems with approval-gated mutations.
service-workflow
Orchestrate stateful workflows with Temporal and NATS service-function calls.
service-space
Manage space lifecycle operations via the quark.space.v1.SpaceService API.
indexer
Index and retrieve structured data from documents using a graph database.
service-gateway
Route LLM generation, embedding, reranking, and token counting through a unified gateway.
next-best-practices
Provide Next.js development guidelines covering file conventions, data fetching, and deployment.
Frequently Asked Questions About Quarkloop
FAQPage SchemaWhat specific tasks can be performed using Quarkloop?▼
Quarkloop enables local document parsing and OCR, structured data indexing via graph databases, and secure secret resolution using OpenBao. It facilitates Linux system monitoring, stateful service function orchestration through NATS, and unified routing for generation, embedding, and reranking tasks within a local workspace.
Which technical personas benefit from Quarkloop?▼
System architects, DevOps engineers, and backend developers focused on local-first infrastructure benefit from Quarkloop. It is designed for those managing containerized environments, requiring granular control over Linux system states, or needing to implement secure, stateful service function dispatching within private, local computing spaces.
What are the core dependencies for running Quarkloop?▼
Quarkloop requires a Linux-based environment for system state management and NATS for service function communication. It relies on OpenBao for secret resolution and Temporal for stateful orchestration, requiring these components to be configured within the local workspace to enable full operational capabilities.