Project estimation

KnownShift Estimation Engine

Project Effort & Timeline Estimator

Turn requirements into a traceable estimate of effort, capacity and delivery dates using the KnownShift Estimation Engine.

From a scope description to a date you can defend. In Story Points or Person-Days, whichever the decision actually needs, calibrated against your own delivery history where you have it, and every figure shows how it was derived.

Structuring your requirement into a delivery model uses an external processing service. Every estimate, forecast and scenario is calculated by the KnownShift engine in your browser, and nothing is stored unless you save the estimate to your account.
₹499

Currently unavailable for new purchases.

From requirements to a defensible estimate

  1. Requirements

    Describe, paste or upload

    Whatever you already have: a description, a backlog, a scope document.

  2. Interpret & classify

    KnownShift structures the work

    Measurable work drivers, and an independent read on how mature the requirement really is.

  3. Calibrate & calculate

    Evidence drives the sizing

    Your delivery history where you have it, the KnownShift reference model where you do not.

  4. Forecast & decide

    A date you can defend

    Capacity, dependencies and uncertainty produce a forecast, and say how confident it is.

This utility requires access

The Effort & Timeline Estimator structures your requirement through an external processing service and saves your estimates to your account, so it needs a signed-in session with an active entitlement. The methodology below describes exactly what it does before you decide.

What it adds

An estimate that survives being questioned

Anyone can produce a number. What makes one usable is being able to say where it came from and what would change it.

  • Two estimation units

    Story Points for a team planning in sprints, Person-Days for work that has to be staffed or priced.

  • An explained recommendation

    KnownShift recommends one unit from what the estimate is needed for, and you can take the other in a click.

  • Requirement maturity

    Assessed independently of the unit, because it decides which technique leads and how wide the honest range is.

  • Historical calibration

    Your completed stories, your sprint velocity and your recorded actuals, parsed in your browser and never uploaded.

  • An honest fallback

    No history is never a blocker. The KnownShift reference model is labelled provisional wherever it appears.

  • Explainable numbers

    Every figure shows the counts, rates and factors that produced it, down to a single worked example.

  • Cross-checked totals

    A second route to the same figure, and an explicit review warning when the two disagree.

  • Confidence forecast

    P50 and P80, from a seeded simulation that reports the same figures every time.

  • Capacity-aware schedule

    Duration governed by the constrained role, never by effort divided by headcount.

  • Target-date feasibility

    Achievable, at risk, or not achievable as planned, with the constraint named.

  • What would it take

    Recovery options the engine verified by re-running the estimate.

  • Professional outputs

    A client-ready PDF brief with a basis of estimate, and an Excel model with live formulas.

Who it is for

Anyone who has to commit to a date

The estimate is the easy part. Explaining it to somebody who does not like the answer is the job.

  • Presales consultants

    Producing a defensible number for a bid under time pressure.

  • Delivery managers

    Sanity-checking a date somebody has already promised.

  • Project managers

    Turning a scope conversation into effort, a team shape and a timeline.

  • Engineering leads

    Showing what a requested date actually costs in people.

  • Product owners

    Understanding what dropping scope would and would not buy.

  • Consultancy owners

    Estimating consistently across people rather than by whoever is asked.

Typical uses

  • Bid and proposal estimation
  • Feasibility assessment
  • Target date validation
  • Scope trade-off analysis
  • Team shape planning
  • Budget conversations
  • Scenario comparison
  • Estimate review and challenge

Methodology

How KnownShift estimates

Every stage is visible, so you can see where a figure came from and challenge the assumption behind it rather than the total.

  1. Requirements
  2. Interpret
  3. Choose unit
  4. Calibrate
  5. Calculate
  6. Cross-check
  7. Forecast

Transparent estimation. The commitment decision remains yours.

How a requirement becomes a number

Estimation principles

  • Semantic structuring never produces the estimate. The engine does.
  • The unit follows the purpose, not the level of detail.
  • A provisional reference is never presented as your evidence.
  • Duration is set by the constrained role, not by effort over headcount.
  • A restatement of the same model is not a cross-check.
  • A wide honest range beats a precise invented one.

Utility FAQ

Questions about this utility

Where AI is used, where it is not, and how the schedule is actually calculated.

Once an estimate becomes a plan, the sprint-level question is different. The free Sprint Planning Studio uses the same capacity model at sprint granularity.

How it works

Using the estimator

Need the estimate to become a delivery plan?

KnownShift PM OS connects requirements, approved backlog, estimation, execution planning, commercial modelling and professional project artifacts into one governed delivery workflow.

Evaluating this for a team? Discuss team or enterprise use with the KnownShift team.