---
name: roadmap-update
description: Update, create, or reprioritize your product roadmap. Use when adding a new initiative and deciding what moves to make room, shifting priorities after new information comes in, moving timelines due to a dependency slip, or building a Now/Next/Later view from scratch.
argument-hint: "<update description>"
---

# Roadmap Update

> If you see unfamiliar placeholders or need to check which tools are connected, see [CONNECTORS.md](../../CONNECTORS.md).

Update, create, or reprioritize a product roadmap.

## Usage

```
/roadmap-update $ARGUMENTS
```

## Workflow

### 1. Understand Current State

If **~~project tracker** is connected:
- Pull current roadmap items with their statuses, assignees, and dates
- Identify items that are overdue, at risk, or recently completed
- Surface any items without clear owners or dates

If no project management tool is connected:
- Ask the user to describe their current roadmap or paste/upload it
- Accept any format: list, table, spreadsheet, screenshot, or prose description

### 2. Determine the Operation

Ask what the user wants to do:

**Add item**: New feature, initiative, or work item to the roadmap
- Gather: name, description, priority, estimated effort, target timeframe, owner, dependencies
- Suggest where it fits based on current priorities and capacity

**Update status**: Change status of existing items
- Options: not started, in progress, at risk, blocked, completed, cut
- For "at risk" or "blocked": ask for the blocker and mitigation plan

**Reprioritize**: Change the order or priority of items
- Ask what changed (new information, strategy shift, resource change, customer feedback)
- Apply a prioritization framework if helpful — see **Prioritization Frameworks** below for RICE, MoSCoW, ICE, and value-vs-effort
- Show before/after comparison

**Move timeline**: Shift dates for items
- Ask why (scope change, dependency slip, resource constraint)
- Identify downstream impacts on dependent items
- Flag items that move past hard deadlines

**Create new roadmap**: Build a roadmap from scratch
- Ask about timeframe (quarter, half, year)
- Ask about format preference (Now/Next/Later, quarterly columns, OKR-aligned) — see **Roadmap Frameworks** below
- Gather the list of initiatives to include

### 3. Generate Roadmap Summary

Produce a roadmap view with:

#### Status Overview
Quick summary: X items in progress, Y completed this period, Z at risk.

#### Roadmap Items
For each item, show:
- Name and one-line description
- Status indicator (on track / at risk / blocked / completed / not started)
- Target timeframe or date
- Owner
- Key dependencies

Group items by:
- Timeframe (Now / Next / Later) or quarter, depending on format
- Or by theme/goal if the user prefers

#### Risks and Dependencies
- Items that are blocked or at risk, with details
- Cross-team dependencies and their status
- Items approaching hard deadlines

#### Changes This Update
If this is an update to an existing roadmap, summarize what changed:
- Items added, removed, or reprioritized
- Timeline shifts
- Status changes

### 4. Follow Up

After generating the roadmap:
- Offer to format for a specific audience (executive summary, engineering detail, customer-facing)
- Offer to draft communication about roadmap changes
- If project management tool is connected, offer to update ticket statuses

## Roadmap Frameworks

### Now / Next / Later
The simplest and often most effective roadmap format:

- **Now** (current sprint/month): Committed work. High confidence in scope and timeline. These are the things the team is actively building.
- **Next** (next 1-3 months): Planned work. Good confidence in what, less confidence in exactly when. Scoped and prioritized but not yet started.
- **Later** (3-6+ months): Directional. These are strategic bets and opportunities we intend to pursue, but scope and timing are flexible.

When to use: Most teams, most of the time. Especially good for communicating externally or to leadership because it avoids false precision on dates.

### Quarterly Themes
Organize the roadmap around 2-3 themes per quarter:

- Each theme represents a strategic area of investment (e.g., "Enterprise readiness", "Activation improvements", "Platform extensibility")
- Under each theme, list the specific initiatives planned
- Themes should map to company or team OKRs
- This format makes it easy to explain WHY you are building what you are building

When to use: When you need to show strategic alignment. Good for planning meetings and executive communication.

### OKR-Aligned Roadmap
Map roadmap items directly to Objectives and Key Results:

- Start with the team's OKRs for the period
- Under each Key Result, list the initiatives that will move that metric
- Include the expected impact of each initiative on the Key Result
- This creates clear accountability between what you build and what you measure

When to use: Organizations that run on OKRs. Good for ensuring every initiative has a clear "why" tied to measurable outcomes.

### Timeline / Gantt View
Calendar-based view with items on a timeline:

- Shows start dates, end dates, and durations
- Visualizes parallelism and sequencing
- Good for identifying resource conflicts
- Shows dependencies between items

When to use: Execution planning with engineering. Identifying scheduling conflicts. NOT good for communicating externally (creates false precision expectations).

## Prioritization Frameworks

### RICE Score
Score each initiative on four dimensions, then calculate RICE = (Reach x Impact x Confidence) / Effort

- **Reach**: How many users/customers will this affect in a given time period? Use concrete numbers (e.g., "500 users per quarter").
- **Impact**: How much will this move the needle for each person reached? Score on a scale: 3 = massive, 2 = high, 1 = medium, 0.5 = low, 0.25 = minimal.
- **Confidence**: How confident are we in the reach and impact estimates? 100% = high confidence (backed by data), 80% = medium (some evidence), 50% = low (gut feel).
- **Effort**: How many person-months of work? Include engineering, design, and any other functions.

When to use: When you need a quantitative, defensible prioritization. Good for comparing a large backlog of initiatives. Less good for strategic bets where impact is hard to estimate.

### MoSCoW
Categorize items into Must have, Should have, Could have, Won't have:

- **Must have**: The roadmap is a failure without these. Non-negotiable commitments.
- **Should have**: Important and expected, but delivery is viable without them.
- **Could have**: Desirable but clearly lower priority. Include only if capacity allows.
- **Won't have**: Explicitly out of scope for this period. Important to list for clarity.

When to use: Scoping a release or quarter. Negotiating with stakeholders about what fits. Good for forcing prioritization conversations.

### ICE Score
Simpler than RICE. Score each item 1-10 on three dimensions:

- **Impact**: How much will this move the target metric?
- **Confidence**: How confident are we in the impact estimate?
- **Ease**: How easy is this to implement? (Inverse of effort — higher = easier)

ICE Score = Impact x Confidence x Ease

When to use: Quick prioritization of a feature backlog. Good for early-stage products or when you do not have enough data for RICE.

### Value vs Effort Matrix
Plot initiatives on a 2x2 matrix:

- **High value, Low effort** (Quick wins): Do these first.
- **High value, High effort** (Big bets): Plan these carefully. Worth the investment but need proper scoping.
- **Low value, Low effort** (Fill-ins): Do these when you have spare capacity.
- **Low value, High effort** (Money pits): Do not do these. Remove from the backlog.

When to use: Visual prioritization in team planning sessions. Good for building shared understanding of tradeoffs.

## Dependency Mapping

### Identifying Dependencies
Look for dependencies across these categories:

- **Technical dependencies**: Feature B requires infrastructure work from Feature A
- **Team dependencies**: Feature requires work from another team (design, platform, data)
- **External dependencies**: Waiting on a vendor, partner, or third-party integration
- **Knowledge dependencies**: Need research or investigation results before starting
- **Sequential dependencies**: Must ship Feature A before starting Feature B (shared code, user flow)

### Managing Dependencies
- List all dependencies explicitly in the roadmap
- Assign an owner to each dependency (who is responsible for resolving it)
- Set a "need by" date: when does the depending item need this resolved
- Build buffer around dependencies — they are the highest-risk items on any roadmap
- Flag dependencies that cross team boundaries early — these require coordination
- Have a contingency plan: what do you do if the dependency slips?

### Reducing Dependencies
- Can you build a simpler version that avoids the dependency?
- Can you parallelize by using an interface contract or mock?
- Can you sequence differently to move the dependency earlier?
- Can you absorb the work into your team to remove the cross-team coordination?

## Capacity Planning

### Estimating Capacity
- Start with the number of engineers and the time period
- Subtract known overhead: meetings, on-call rotations, interviews, holidays, PTO
- A common rule of thumb: engineers spend 60-70% of time on planned feature work
- Factor in team ramp time for new members

### Allocating Capacity
A healthy allocation for most product teams:

- **70% planned features**: Roadmap items that advance strategic goals
- **20% technical health**: Tech debt, reliability, performance, developer experience
- **10% unplanned**: Buffer for urgent issues, quick wins, and requests from other teams

Adjust ratios based on team context:
- New product: more feature work, less tech debt
- Mature product: more tech debt and reliability investment
- Post-incident: more reliability, less features
- Rapid growth: more scalability and performance

### Capacity vs Ambition
- If roadmap commitments exceed capacity, something must give
- Do not solve capacity problems by pretending people can do more — solve by cutting scope
- When adding to the roadmap, always ask: "What comes off?"
- Better to commit to fewer things and deliver reliably than to overcommit and disappoint

## Communicating Roadmap Changes

### When the Roadmap Changes
Common triggers for roadmap changes:
- New strategic priority from leadership
- Customer feedback or research that changes priorities
- Technical discovery that changes estimates
- Dependency slip from another team
- Resource change (team grows or shrinks, key person leaves)
- Competitive move that requires response

### How to Communicate Changes
1. **Acknowledge the change**: Be direct about what is changing and why
2. **Explain the reason**: What new information drove this decision?
3. **Show the tradeoff**: What was deprioritized to make room? Or what is slipping?
4. **Show the new plan**: Updated roadmap with the changes reflected
5. **Acknowledge impact**: Who is affected and how? Stakeholders who were expecting deprioritized items need to hear it directly.

### Avoiding Roadmap Whiplash
- Do not change the roadmap for every piece of new information. Have a threshold for change.
- Batch roadmap updates at natural cadences (monthly, quarterly) unless something is truly urgent.
- Distinguish between "roadmap change" (strategic reprioritization) and "scope adjustment" (normal execution refinement).
- Track how often the roadmap changes. Frequent changes may signal unclear strategy, not good responsiveness.

## Output Format

Use a clear, scannable format. Tables work well for roadmap items. Use text status labels: **Done**, **On Track**, **At Risk**, **Blocked**, **Not Started**.

## Tips

- A roadmap is a communication tool, not a project plan. Keep it at the right altitude — themes and outcomes, not tasks.
- When reprioritizing, always ask what changed. Priority shifts should be driven by new information, not whim.
- Flag capacity issues early. If the roadmap has more work than the team can handle, say so.
- Dependencies are the biggest risk to roadmaps. Surface them explicitly.
- If the user asks to add something, always ask what comes off or moves. Roadmaps are zero-sum against capacity.
