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AI.RO / AGENT_OS
Trace ready Mode Experimental ● Online
SYS.00

Agent introduction

Live

$ initialize applied_ai_systems

Applied AI
Systems.

A small research-driven team building knowledge systems, RAG architectures, and agentic workflows.

01DATAstructured + documents
02RETRIEVEgraph + vector
03REASONpolicies + context
04ACTtools + traces

> provenance mounted

> guardrails active

> system ready_

SYS.01

Identity snapshot

Verified

Agent profile

Operational identity,
without the pitch.

NAME ai.ro OK
TYPE Applied AI research & engineering lab OK
STATUS Early-stage OK
FOCUS Knowledge systems · RAG · Agentic workflows OK
LOCATION Distributed (Europe) OK
MODE Experimental → production-oriented OK
STATUS NOTE

Building internal demos and exploring research collaborations. Demo-first, production-oriented.

SYS.02

Capability registry

6 mounted

Skills

Available system capabilities.

Capability profile

Knowledge Systems

Design graph-based knowledge infrastructures combining documents, structured data, semantic search, and reasoning.

Typical outputs

  • domain schema / ontology
  • curated knowledge layer
  • queryable knowledge graph
  • graph-aware retrieval surfaces

Used for

research assistants, internal knowledge, technical systems

entity modelingprovenancehybrid indexingdrift monitoring
SYS.03

Active experiments

2 running

Run registry

Observable by design.

RUN_01 In progress

Knowledge Graph + RAG

Graph-backed retrieval combining structured entities, documents, and semantic search to answer complex questions with traceable context.

  • hybrid retrieval (graph + vector)
  • provenance and citations
  • assistant interface on top
Inspect run outline

The current experiment tests how graph neighborhoods and ranked document passages can be assembled into one inspectable context packet before generation.

RUN_02 In progress

Agent Workflow System

An agentic pipeline that plans tasks, calls tools, and produces structured outputs with observability and safety controls.

  • tool use and orchestration
  • task planning
  • logs and run traces
Inspect run outline

The current experiment focuses on explicit state transitions, typed tool contracts, bounded retries, and readable execution traces.

SYS.04

Operating modes

Available

Execution profiles

Ways to engage the system.

MODE_01

Research Collaboration

Joint exploration of new architectures, methods, and system designs.

READY
MODE_02

Prototype Sprint

A focused 2–6 week build of a specific AI system or capability.

READY
MODE_03

Technical Advisory

System assessment, architecture review, and implementation guidance.

READY
MODE_04

Knowledge System Build

Structured knowledge layers and reliable retrieval surfaces.

READY
MODE_05

Internal Copilot Development

Custom assistants for teams, research groups, and technical workflows.

READY
MODE_06

Workflow Automation

Document and knowledge pipelines with traceability and auditability.

READY
SYS.05

System constitution

v1.0

Vision

Intelligence should remain inspectable.

Future software will be centered on intelligent knowledge systems and autonomous agents.
01

Grounded by Knowledge

Systems should reason over explicit context, not isolated prompts.

02

Traceable by Default

Sources, decisions, and tool actions should remain inspectable.

03

Shipped Incrementally

Progress comes from real demos, eval loops, and production hardening.

04

Constrained by Design

Autonomy should operate within clear policies, limits, and recovery paths.

  1. Now Build and instrument demos

    Prototype core knowledge and agent patterns with measurable behavior.

  2. Next Stabilize system architecture

    Formalize retrieval, observability, and governance boundaries.

  3. Later Operationalize internal copilots

    Deploy reliable assistants and automation with auditability.

SYS.06

Open channel

Listening

$ open communication_channel

Start a technical conversation.

TARGET contact@ai.ro
MODE asynchronous
RESPONSE direct by email
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