Define task size with machine consensus
Independent Nodes analyze the task and reach a matching decision on its size.
Prevents incorrect size assumptions before work begins. Replaces repetitive manual pre-evaluation.
No guessing. Only matching decisions.
Get early access- More accurate planning
- Fewer wrong estimates
- A clearer picture of the task
How a task's size gets decided
Three clear steps from task input to an accepted decision.
- 1
Task enters analysis
A backlog task or ticket is submitted to the analysis queue before any implementation starts.
- 2
Multiple Nodes evaluate the task size separately
Several independent Nodes read the same task and each decides on its expected size.
- 3
Only matching decisions are accepted
When the Nodes agree, the decision is accepted and written to the audit trail.
A verification round
Task in, 5 Nodes analyze, one final decision out.
Nodes
5 Nodes run in parallel in the background - 3 shown here for visual clarity.
Consensus Result
Rule example: at least 3 of 5 Nodes must agree on the same size before the decision is accepted.
What Nodes can read
- All Nodes read the same task input
- All Nodes apply the same rules
- Nodes run independently, without talking to each other
- No single Node can decide the size alone
- Decisions are compared, not averaged
- A diverging decision is excluded from the consensus
- Audit trail entry can be created safely
Final action
- Accepted scope: Medium
- Task status: Ready for planning
- Decision recorded in the audit trail
Why this model holds up
Three principles keep every analysis round trustworthy.
Deterministic
Same task, same rules, same decision - every run.
Auditable
Every decision writes an immutable audit trail entry.
Consensus-backed
No single Node decides alone - multiple Nodes must agree before a decision is accepted.
Projects where this model is already in use
Internal systems, delivery environments, and backlog workflows where this model is live.
See the real size of your tasks
We're onboarding pilot teams before the public rollout.
