How much will AI affect Paralegals?
For a Paralegal, roughly 53% of the work is something a machine can already do end to end, 34% gets faster with AI but still needs you, and 13% stays human for reasons that have nothing to do with how good the models get.
The answer, in three parts
The breakdown describes a typical version of this job. Your own mix of tasks may differ.
- %53Automatable
- A machine can already do this end to end.
- %34Faster with AI
- Still your work, but markedly quicker with help.
- %13Stays human
- Held back by presence, trust or accountability — not by model capability.
How we got there
Work is split into kinds of task. Each kind is scored on what today's systems can actually do with it, then weighted by how much of the job it takes up.
| Kind of work | Time | Auto | Faster | Human |
|---|---|---|---|---|
| Routine writingDrafting, summarising, rewriting, filling templates | %45 | 28 | 15 | 2 |
| Data handlingEntry, reconciliation, extraction, tabulation | %30 | 20 | 8 | 2 |
| Analysis & judgementInterpreting information and forming a defensible view | %15 | 4 | 8 | 2 |
| Regulated workTasks a person must legally sign for | %10 | 0 | 2 | 7 |
Most exposed
A machine can already do much of this. Worth knowing before it becomes the whole of your role.
- Routine writing
- Data handling
Frequently asked questions
Will AI replace Paralegals?
Not on these numbers. About 53% of the work is automatable today, which is a long way from the whole job. The larger shift is the 34% that gets faster — that changes what the role looks like day to day, and it changes it sooner than any wholesale replacement would.
Which parts of a Paralegal's work are most at risk?
The routine, repeatable parts — the ones shown in red in the breakdown above. These are tasks with a clear input and a clear correct output, which is exactly what current systems are good at. The table shows how much of the working week they account for.
What should a Paralegal do about it?
Shift time towards the parts marked as staying human, and use AI deliberately on the parts it speeds up rather than waiting to be told to. The people who lose out are rarely the ones whose whole job was automated — they are the ones who kept spending their time on the automatable part.
Compare with other jobs
Method: each occupation is broken into kinds of work, and each kind is scored on what today's AI can do with it. That approach follows the established literature on this question — Frey & Osborne (2013), the O*NET task taxonomy, and Eloundou et al. (2023) all decompose jobs into tasks before scoring them. The weights on this page, however, are our own editorial estimates, not figures taken from those studies, and no study is cited as the source of any number here. That is why the full derivation is shown above rather than just a total, and why each job carries a confidence label. Disagree with a specific row and you are disagreeing with something concrete.