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Federal court approves Axcelerate for three million emails

In February 2012 a US magistrate judge approved predictive coding with Recommind's Axcelerate for over three million emails. He found that it was superior to manual review or keyword searches.

  • Not rated an organization

    The review had not run when the court ruled, so the opinion reports no saving for MSL or the plaintiffs.

Depth runs from 1, a convenience or time saved, to 5, a life or a livelihood preserved.

Status
Intended benefit.
Evidence

found, the grade of this recordstudiedreportedclaimed

An independent court document supports the benefit.

Compared with

Linear manual review or keyword searches. Assumed without a measurement.

The system’s part
Not isolated. The court approved the review before it ran. Its view that computer-assisted review is better than manual review or keyword searches rests on published studies, and no result from this review is reported. The protocol describes software trained on seed sets that attorneys code.
Limits
Not yet checked.
Costs and harms
Not yet checked.
Later
Taken to court. The plaintiffs objected, and District Judge Andrew L. Carter Jr. adopted the rulings in April 2012, as Master Matthews recounts in a later English judgment.
Benefit type
Reduced Task Cost
System
Axcelerate software by Recommind (predictive coding)
Made by
Recommind
Used by
MSL Group (defendant), with its counsel Jackson Lewis LLP
Where
New York, United States
Stage
Proposed
Date
, when the source was published
Kind
Benefit created
Broad benefit
Processing Information, Getting Information
Collections
Scrutiny and findings
Last revised
31 October 2026

Sources

  1. Court document, by authors with no tie to the system.

    United States District Court for the Southern District of New York (Magistrate Judge Andrew J. Peck). Moore v. Publicis Groupe & MSL Group, 287 F.R.D. 182 (S.D.N.Y. 2012), Opinion and Order, 24 February 2012. Caselaw Access Project copy of the Federal Rules Decisions report.

    In this case, the Court determined that the use of predictive coding was appropriate considering: (1) the parties’ agreement, (2) the vast amount of ESI to be reviewed (over three million documents), (3) the superiority of computer-assisted review to the available alternatives (i.e., linear manual review or keyword searches)

Details

AI system

Workflow

The parties agreed to use predictive coding and disagreed on parts of the protocol. Attorneys reviewed a random sample of 2,399 documents to build the seed set that trains the software. The protocol allowed up to seven training rounds and shared the coding with the plaintiffs' counsel.

Relation to AI

The court approved the review before it ran. The protocol describes software trained on seed sets that attorneys code.

Follow-up

Conditions for replication

The document collection is large, here over three million emails. The producing party tests quality and keeps its process transparent to the other side. The cost of review stays proportionate to what is at stake in the case.

Entry details

Sector

Legal services / e-discovery.

Purpose

Recommind built the Axcelerate software to search and review large document collections, with predictive coding that learns from documents that attorneys code.

Not yet checked: model, release, provider, role, configuration, inputs and outputs, autonomy, human oversight, AI contribution, beneficiaries, reach, distribution and access, duration, every measurement question, every money question, ownership and control, dependencies, cross-border connections, geopolitical implications, replication attempts, availability, institutional decision, grounds, action and result, success criterion, every evidence question, observed or intended, alternative assessments, related entries, other identifiers, category mappings.

Cite this record

Peter H. Vartanian. (2026). Federal court approves Axcelerate for three million emails (AIBD-0828). Artificial Intelligence Benefits Database, edition of 31 October 2026. https://petervartanian.xyz/aibd/records/AIBD-0828.html (archived at https://doi.org/10.7910/DVN/AADSII, version 4.0)

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