olav 0.14.1

OLAV — AI-native platform for autonomous operations with domain-aware agents, API-as-Tool, and Agent Harness

OLAV 🐺

Online Analytical Vertex for Agentic Operations
AI-native platform for autonomous infrastructure operations.

中文文档

Control your infrastructure with natural language. Connect any REST API in one command, query it instantly, generate environment-aware automation scripts — no MCP servers, no code generation, no runtime complexity.

pip install olav
olav registry register http://netbox:8000      # connect any API
olav --agent infra "how many devices in NetBox?" # query immediately
olav --agent devops "write a backup script"      # generate real scripts

Quick Start | Blog: v0.13 Release | 中文

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Why OLAV?

API-as-Service — Beyond MCP

MCP requires a server process per service, stdio/HTTP transport, and framework-specific adapters. OLAV takes a different approach:

MCP:   Service → MCP server process → stdio/HTTP → adapter → agent
OLAV:  Service → olav registry register → reference markdown → api_request → done

One command. No server processes. No generated code. No runtime overhead.

# Register once
olav registry register http://netbox:8000

# Query from any agent, forever
olav "how many devices are in NetBox?"
olav --agent infra "compare OLAV database vs NetBox — are they in sync?"

The api_request tool is schema-aware — it reads API reference docs generated at registration time, handles pagination (DRF/NetBox style), and manages auth (JWT/Bearer/API-key) automatically.

Six Specialized Agents — Not One Omniscient Model

olav "quick question"                    → Quick Agent (80% of daily use)
olav --agent infra "query NetBox"        → Infra Agent (API read + write)
olav --agent devops "write a script"     → DevOps Agent (environment-aware)
olav --agent ops "simulate link failure" → Ops Agent (network operations)
olav --agent audit "run health check"    → Audit Agent (compliance reports)

Each agent has only the tools it needs. The analysis agent can't SSH to devices. The infra agent can't modify the network. Principle of least authority, enforced by the harness.

DevOps Agent — Scripts for YOUR Infrastructure

The DevOps agent doesn't write templates. It queries your actual database first:

olav --agent devops "write a script to backup all router configs"

It discovers R1 (192.168.100.101, Juniper), R2-R4 (Cisco IOS), SW1-SW2, then generates a 158-line bash script with:

• Platform-specific commands (show run vs show configuration)
• --dry-run flag, error handling, dependency checks
• Exported to exports/scripts/backup-configs.sh — a real file, not chat text

7-Layer Write Security

AI agents that can write to production need more than HITL approval:

Layer	Defense	Bypassable?
--enable-api-write	Write mode locked by default	No
services.yaml readonly_only	Per-service read/write control	Config only
Dry-run simulation	Must pass before approval offered	No
HITL approval	User sees diff, then confirms	Not skippable
sandbox_guard hard_block	HTTP writes in isolated sandbox	Not skippable
unshare --net	Kernel-level network isolation	Not skippable
Audit trail	Every api_request logged	—

--dangerously-skip-permissions bypasses tool approval for testing — but cannot bypass API write approval. Network devices are always read-only.

Agent Harness — The OS for AI Agents

Every agent decision passes through a mandatory execution control layer:

Layer 0: AAA        Token/LDAP/OIDC auth → RBAC → full audit trail
Layer 1: Middleware  HITL interception + memory injection
Layer 2: Sandbox    Pre-scan → DuckDB read-only → network namespace isolation
Layer 3: Output     Credential redaction + SSE encoding

Self-Improving Loop

Use OLAV → audit log captures every tool call
    → failure patterns extracted → written to LanceDB memory
    → future runs recall constraints before acting

7,650+ audit messages captured. Export as SFT/trajectory training data: olav log export sft.

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Quick Start

# 1. Install
pip install olav

# 2. Initialize
olav init

# 3. Configure LLM
export OLAV_LLM_API_KEY="sk-..."

# 4. Connect a service
olav registry register http://netbox:8000

# 5. Query
olav "how many devices are in NetBox?"

# 6. Generate scripts
olav --agent devops "write a backup script for all routers"

Network Operations (optional)

pip install olav-netops

olav --agent ops "/netops_init"                    # collect device data via SSH
olav --agent ops "simulate R2 link failure"        # What-If analysis
olav --agent ops-lab "deploy digital twin"         # ContainerLab validation

Other Interfaces

olav                            # interactive TUI
olav service web start          # web UI at localhost:2280
olav --agent core "run: df -h"  # shell commands via Core Agent

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Architecture

olav v0.13 (pip install olav)
├── core     — Tools: api_request, execute_sql, sandbox, export
├── quick    — Fast queries (default agent)
├── infra    — API read + write (--enable-api-write)
├── devops   — Environment-aware script generation
├── audit    — Compliance profiles + health reports
└── config   — Platform management

olav-netops v0.13 (pip install olav-netops)
├── ops orchestrator
│   ├── analysis — Dijkstra + ECMP simulation (networkx)
│   ├── probe    — Parallel SSH with command whitelist (Nornir)
│   ├── diff     — Cross-snapshot drift detection
│   └── lab      — ContainerLab digital twin + commit-validate
└── netops.*     — DuckDB tables + TextFSM collection pipeline

Tech Stack: LangChain · LangGraph · DeepAgents · DuckDB · LanceDB · FastAPI · NetworkX

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By the Numbers

Metric	Value
Tests	1,358 passing
DDD Claims	44 verified
Issues closed	62+
Doc pages	28 (EN + ZH)
Audit messages	7,650+

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Documentation

Docs: docs.olavai.com · Website: olavai.com · Blog: v0.13 Release

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License

BSL-1.1 — Business Source License 1.1