RICE is a scoring framework that turns a backlog item into a single number by combining four estimates: Reach, Impact, Confidence, and Effort. The formula is Reach multiplied by Impact multiplied by Confidence, divided by Effort. The appeal is that it forces four separate judgments instead of one gut-feel ranking, and it produces a number that lets a bug fix and a new feature sit on the same list, even though comparing them head to head never feels entirely fair.
What changed in 2026
- Confidence scoring got more disciplined. More teams now require a written reason for any confidence score above 80 percent — a completed user research study, a live test, or comparable data — rather than accepting an optimistic guess at face value.
- Effort estimates increasingly come from engineering, not product. Letting the team that will actually do the work size the effort input, even roughly, closed a common gap where product-estimated effort ran consistently low.
- RICE spreadsheets got simpler, not more elaborate. The trend reversed from adding sub-factors and weights back toward the original four-input version, after teams found that added complexity mostly added false precision.
The formula and inputs
| Input |
What it measures |
Typical scale |
| Reach |
How many users or events it touches in a period |
Raw number per month or quarter |
| Impact |
How much it moves the goal per user reached |
0.25 (minimal) to 3 (massive) |
| Confidence |
How sure you are about reach and impact |
50%, 80%, or 100% |
| Effort |
Person-time to build and ship |
Person-months |
RICE score equals Reach times Impact times Confidence, divided by Effort. A higher score means more expected value per unit of work.
A worked example
Two candidate items on the same backlog:
- Item A: a checkout autofill feature. Reach 8,000 users a month, Impact 1 (medium), Confidence 80%, Effort 2 person-months. Score = (8,000 x 1 x 0.8) / 2 = 3,200.
- Item B: a redesigned settings page. Reach 1,500 users a month, Impact 2 (high), Confidence 50%, Effort 1 person-month. Score = (1,500 x 2 x 0.5) / 1 = 1,500.
Item A scores higher, largely on reach — a common outcome, and a useful check on the instinct to chase impressive-sounding redesigns over unglamorous, high-reach fixes.
Where RICE misleads you
The formula produces a number regardless of how good the inputs are, and it is easy to reverse-engineer: pick the answer you want, then set impact and confidence high enough and effort low enough to get there. The honest use of RICE requires estimating each input independently, ideally before looking at what score it produces, and being willing to publish a low score for a favorite idea. RICE also compares badly across very different types of bets — a low-effort tweak with high reach will usually outscore a genuinely strategic but expensive investment, even when the strategic bet matters more. Use RICE within a set of comparable, similarly scoped ideas, not as the single tie-breaker for the whole roadmap.
RICE vs other methods
RICE is a scoring method, which makes it a natural complement to MoSCoW, a scoping method. A common pattern: use MoSCoW to decide what is in scope for a release, then RICE to order the Should Have and Could Have items within that scope. RICE alone does not tell you what to cut entirely, it just tells you what ranks lower.
FAQ
What counts as a good RICE score?
There is no universal threshold — scores are only meaningful relative to other items scored the same way, by the same team, using the same scales.
Who should estimate the Effort input?
Whoever will actually do the work, or someone close to it. Effort estimated by people who are not building the thing tends to run low, which quietly inflates every score.
Can RICE be used outside software product teams?
Yes. Any backlog of comparable initiatives competing for limited capacity — marketing campaigns, content topics, ops projects — can use the same four inputs.
How often should RICE scores be recalculated?
Whenever a major input changes meaningfully, and as a matter of routine during backlog refinement, since reach and confidence estimates go stale as new data arrives.
Where to go next