Piper Morgan is a Python-based product management assistant that turns routine PM work—standup notes, backlog triage, status updates, roadmap questions—into natural conversation, backed by AI analysis that surfaces strategic insight rather than just storing tickets. It's built for product managers and small teams who want an assistant that reasons about their work instead of adding another dashboard to check. What sets it apart is its conversational-first design: instead of bolting a chat window onto a tracker, Piper Morgan treats dialogue as the primary interface and uses it to drive analysis, so context accumulates naturally over time rather than being re-entered into forms. This repository is v1.0 of the project and the canonical source for development.

Features

• Conversational task execution — Turn routine PM chores (status updates, ticket triage, backlog grooming) into natural-language exchanges instead of form-filling.
• AI-powered strategic analysis — Surface patterns and recommendations across your product data rather than just reporting on it.
• Python-first architecture — Runs as a local tool with a codebase that's straightforward to extend, inspect, and script against.

# Illustrative usage shape — see the technical reference for current APIs
assistant = PiperMorgan()
response = assistant.ask("Summarize open issues by priority and flag anything at risk this sprint")
print(response.insights)

Feature availability tracks the alpha program; consult pmorgan.tech for the current, authoritative capability list.

How it works

Piper Morgan is a Python application that sits between you and the tools you already use. It receives natural-language requests, figures out what you're trying to accomplish, and orchestrates the appropriate actions through a layered pipeline. The core flow looks like this:

User request (chat or CLI)
        │
        ▼
┌───────────────────────┐
│  Intent & Context     │  Parses the request, resolves references
│  Resolution           │  (projects, tickets, people)
└──────────┬────────────┘
           ▼
┌───────────────────────┐
│  Orchestration Layer  │  Selects and sequences the right
│                       │  handler(s) for the task
└──────────┬────────────┘
           ▼
┌───────────────────────┐
│  Tool & Integration   │  Talks to issue trackers, docs,
│  Adapters             │  calendars, repos, etc.
└──────────┬────────────┘
           ▼
┌───────────────────────┐
│  Reasoning &          │  Summarizes, prioritizes, drafts,
│  Synthesis            │  or answers using the gathered data
└──────────┬────────────┘
           ▼
Structured response + optional follow-up actions

Main components

What a typical interaction looks like

• Ask a question — "What's at risk this sprint?" The resolver identifies a status query, the adapters pull current sprint data, and the reasoning layer highlights blocked or slipping items.
• Request a task — "Draft a status update for the payments project." The orchestrator gathers recent activity and the composer produces a draft you can review before sending.
• Chain a workflow — "Create a ticket for the login bug and add it to the current sprint." Multiple handlers run in sequence, with each step's output feeding the next.

Design principles

• Conversation over forms — routine PM actions should feel like talking to a knowledgeable teammate, not filling in fields.
• Adapters over lock-in — integrations are swappable; the orchestration and reasoning layers stay independent of any single vendor.
• Transparency — the pipeline keeps track of what it did and why, so responses can cite the data they were built from.
• Composability — individual capabilities can be invoked alone or chained into larger workflows without special-casing.

Requirements

Python dependencies

Managed via the project's dependency manifest. The core runtime needs:

• fastapi — HTTP API layer
• uvicorn — ASGI server
• sqlalchemy — ORM and migrations
• alembic — schema versioning
• pydantic — settings and request/response models
• httpx — outbound HTTP client
• python-dotenv — environment file loading

Development extras (linting, tests) are declared in the same manifest.

External services

Configuration prerequisites

Before first launch, you must supply values for the settings below (see the Configuration section for full details):

DATABASE_URL=postgresql://user:password@localhost:5432/piper_morgan
LLM_PROVIDER_API_KEY=<your-provider-key>
LLM_MODEL=<provider-model-identifier>

• DATABASE_URL must point to a reachable PostgreSQL instance with permission to create tables.
• LLM_PROVIDER_API_KEY is validated on startup; the app exits with a diagnostic if absent.
• Optional integrations are left unset by default and disabled until configured.

Network access

Outbound HTTPS access is required to the configured LLM provider. If you run behind a proxy, set HTTPS_PROXY in the environment before starting the app.

Configuration

Piper Morgan reads its configuration from environment variables, optionally seeded from a local .env file. Copy the provided .env.example to .env and fill in the values relevant to your setup. Variables not set fall back to the defaults noted below.

Core settings

AI provider configuration

At least one provider must be configured for AI-backed features to work. Each provider is enabled by supplying its key.

Database

Example .env

# Environment
PIPER_ENV=development
PIPER_LOG_LEVEL=INFO
PIPER_DATA_DIR=./data

# AI provider (pick one or both)
ANTHROPIC_API_KEY=
OPENAI_API_KEY=
PIPER_DEFAULT_PROVIDER=anthropic
PIPER_MODEL=
PIPER_MAX_TOKENS=2048

# Storage
DATABASE_URL=sqlite:///./data/piper.db

Precedence and overrides

Configuration is resolved in the following order, with each layer overriding the one before it:

1. Built-in defaults
2. Values from the .env file (or the file at PIPER_CONFIG_PATH)
3. Variables already present in the process environment
4. Explicit CLI flags passed at invocation

This means shell-exported variables always win over .env entries, which is useful for CI and containerized runs.

Notes

• Never commit .env. It is listed in .gitignore; keep secrets out of version control.
• Keys can be supplied at runtime via your shell or secret manager instead of a file — no .env is required in production.
• On startup, Piper Morgan logs which providers are active and which required variables are missing, so check the startup output first when a feature is unavailable.
• SQLite is suitable for local development; point DATABASE_URL at a server-backed database for multi-user or production use.

FAQ

Is Piper Morgan a hosted service or something I run myself?

Piper Morgan is a Python application you run in your own environment. The hosted alpha at pmorgan.tech is a convenience for testers; everything else runs locally.

What do I actually need before it will start?

• Python 3.11+
• A configured config.yaml (see the Configuration section)
• Reachable database and LLM provider endpoints
• Valid credentials for whichever provider you selected

Why won't it start / why do I get a config error?

Most startup failures trace back to missing or malformed config. Run the config check first, then verify provider connectivity:

from piper_morgan.config import load_config, validate

cfg = load_config("config.yaml")
validate(cfg)  # raises with the specific field that's missing

Can I use it without an LLM provider?

No — the assistant's core loop requires a provider. You can point it at a local model to keep everything offline, but you still need to configure one.

Which Python versions are supported?

See the pyproject.toml / requirements.txt for the exact lower bound. At minimum, Python 3.11 is required; anything older is unsupported and untested.

How does it differ from a task tracker like Jira or Linear?

Piper Morgan sits alongside those tools rather than replacing them. It handles the conversational and analytical sides of PM work — drafting, summarizing, surfacing insights — not backlog storage or sprint boards.

Can I run it in a container?

Yes, a Dockerfile ships with the repo. The same configuration requirements apply; mount your config.yaml and provide provider/database access via environment variables.

Where do I report bugs or ask questions?

• Bugs: GitHub Issues — include your Python version, OS, and the failing command.
• Docs: pmorgan.tech
• Contributing: CONTRIBUTING.md

I forked the project — what should I keep?

If you want your fork to be recognizably Piper Morgan, read docs/legal/values.md first. It describes the behaviors and boundaries that define the project.

Is it production-ready?

It's at v1.0 and under active development. Use it, file issues, and treat production deployment as your own assessment.

License

This project is released under the Apache License 2.0. The full license text ships with the repository as LICENSE and is also available at apache.org/licenses/LICENSE-2.0.

What the license permits

• Use — run Piper Morgan for any purpose, including commercially
• Modify — change the source and keep your changes private
• Distribute — share the original or your modified version
• Patent grant — contributors grant you a license to any patents covering their contributions

What it requires

What it does not provide

• No warranty — the software is provided "AS IS", without express or implied warranties
• No liability — authors and contributors are not liable for damages arising from use
• No sublicensing restrictions beyond the license — you may not impose additional legal terms that restrict others' Apache 2.0 rights

Attribution example

When redistributing, a reasonable attribution header looks like:

Piper Morgan - Intelligent Product Management Assistant
Copyright (c) the Piper Morgan contributors
Licensed under the Apache License, Version 2.0
See the LICENSE file in the project root for the full text.

Forks and derivatives

Forking is explicitly permitted. For a fork to be recognizably Piper Morgan, follow the Project Values guidance; the license itself places no restriction on independent forks beyond the notice requirements above.

Contributing and licensing

By submitting a contribution (pull request, patch, or otherwise), you agree that your contribution is licensed under the same Apache License 2.0 terms, per Section 5 of the license. No separate CLA is required.

Questions

For licensing questions not covered here, open an issue via GitHub Issues or consult the canonical text at apache.org/licenses/LICENSE-2.0.