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Judging E-Discovery Disputes
 

Judging E-Discovery Disputes

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Slides accompanying a presentation at CTC2013 by Judges David Harvey and Daniel Garrie Esq on issues judges need to take into account when dealing with E-Discovery disputes

Slides accompanying a presentation at CTC2013 by Judges David Harvey and Daniel Garrie Esq on issues judges need to take into account when dealing with E-Discovery disputes

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  • It is implicit that all parties including the judicial officer should have the knowledge of the benefits, advantages and disadvantages of the various documents sorting and document review technologies that are available At times, depending upon the nature of the documents and their extent, such knowledge or awareness is going to have to be detailed and specific May have an impact upon a tailored discovery order
  • Parties should be prepared to provide greater information if there is a dispute about proportionality.There is a difference between proportionality and taking ‘short-cuts’.What is the cost and time that make the approach disproportionate? Lawyers sometimes say they did not have time to do all of this work prior to discussing with the other party. They usually just say it is not proportionate as an excuse.

Judging E-Discovery Disputes Judging E-Discovery Disputes Presentation Transcript

  • Judging E-Discovery Disputes Courts Technology Conference 2013 Judge David Harvey and Daniel Garrie Esq.
  • Judge David Harvey LLB Auckland M Jur Waikato PhD Auckland A Judge of the District Court Auckland New Zealand Judge David Harvey has been a judge of the district court in New Zealand for 25 years. He also teaches law and information technology for the Faculty of Law, Auckland University, and has written a text on Internet and computer technology law titled internet.law.nz, now in its 3rd edition. He is consultant editor to Butterworths Electronic Business and Technology Law and a member of the editorial board for Butterworths Technology Law Forum. He has written extensively in the field of law and technology and has presented a number of papers both in New Zealand and internationally on law and technology matters. He graduated with an LLB from Auckland University in 1969, MJur from University of Waikato in 1994, and PhD from Auckland University in 2012. His doctoral dissertation was on the influence of a new technology (the printing press) on law and legal culture in England in the Early Modern period. Judge Harvey has an interest on the immediate and wider impact of technology on the law and legal culture. He has co- written an article with Daniel Garrie on New Zealand’s new Discovery Rules and has delivered several presentations on the subject.
  • Mr. Garrie is a Senior Managing Partner at Law & Forensics, an e-Discovery, cyber security, and electronic forensic consulting firm with offices nationwide. Mr. Garrie is also General Counsel of Pulse Advisory, a venture Development firm. Mr. Garrie has served as an Electronically Stored Information Liaison, Neutral or Expert for the L.A. Superior Courts, 2nd Circuit, 3rd Circuit, 7th Circuit, New York Supreme Court, and Delaware Supreme Court. In 2009, the Daily Journal recognized Mr. Garrie as a “Rising Star,” and in 2011 featured Mr. Garrie as a Special Master and thought leader in E-Discovery. In addition, due to his outstanding reputation in the emerging industry of E-Discovery and computer forensics, Mr. Garrie was one of a handful of individuals appointed to the E-Discovery Special Master Pilot Program for the U.S. District Court of Western Pennsylvania out of a national pool of candidates. Mr. Garrie is on the editorial board of the Journal of Legal Technology and Risk Management, Journal of Law & Cyber Warfare, and Beijing Law Review. He has published over 90 articles spanning many topics. His articles have been featured in the University of San Diego Law Review, ABA International Law Journal and Suffolk Law Review. Mr. Garrie also authored the text book E-discovery and Dispute Resolution published by Thomson Reuters in the Summer of 2013 2nd Edition and Software and the Law, fall of 2013. Mr. Garrie is admitted to practice law in Washington, New York, and New Jersey. Daniel B. Garrie, Esq. Chair E-Discovery Dispute Resolution Panel Alternative Resolution Centers Offices: Delaware, California, New Jersey, New York, Washington, and Brazil Contact: W: (646) 738-0951 | M: (215) 280-7033 | (213) 784 – 0951 LinkedIn: http:/www.linkedin.com/in/danielgarrie Twitter: @dbgarrie B.A., Computer Science, Brandeis Uni. M.A., Computer Science Brandies Uni. J.D., Rutgers School of Law
  • Technology Current State of Documents and Data in E-space
  • • Paradigmatic change challenges our assumptions about and expectations of information. The Digital Paradigm
  • • The digital paradigm is so revolutionary that it undermines some of the values and assumptions that underlie traditional thinking about documents. • Instead we should be thinking about “information”
  • The Document in E-Space
  • Tangible Material • Discovery and searches are based on the quest for information • Information on paper – easy for a reader to access that information long after it was created • Tangible – has a discrete physical existence
  • 1 hard drive + 12 monthly backups 13 3 internal recipients 39 5 drafts reviewed by recipients 195 E-mail used to circulate drafts and final of the document Over 1,000 Confidential. Distribution NOT permitted Why is e-discovery so voluminous?
  • Nature of an “E-Document” • An e-document is not “out there somewhere” like a book in a library • An e-document is a “process” whereby unintelligible pieces of data – distributed over a storage medium – are assembled, processed and rendered legible • As a single entity, the document is “nowhere”
  • Technology and “Functional Equivalence” • Involvement of technology makes the e- document paradigmatically different from hard copy. • “Functional equivalence” is used to bring cyber searches into line with hard copy searches. • An electronic document may be seen as “functionally equivalent” in the presentation of information in readable form.
  • Electronic Discovery
  • What is E-Discovery? • The methods by which the parties use electronic means to assist in finding, identifying, locating, retrieving, reviewing, listing or exchanging documents to satisfy discovery obligations • Rules do not mandate the use of digital tools and methods to find, identify, locate, retrieve or review documents • But such tools and methods, when properly implemented, can lower the monetary costs of the litigation and accord with cost and proportionality principles
  • Understand the Process and Purpose of E- Discovery
  • Federal Judicial Center Survey • Survey found 72% of respondents met with opposing counsel to plan counsel, yet, only 40% who had a “meet-and-confer” discussed discovery of ESI, and only 60% discussed preservation obligations. • 86% of the conference-occurred by phone or videoconference, with 9% meeting in person, and 25% occuring by correspondence/email (multiple methods could be indicated) • 73% of the respondents indicated that the meeting was completed in a half hour or less, with 19% of those meetings lasting 10 minutes or less • Only 25% discussed ESI issues and only 13% discussed preservation Seventh Circuit E-Discovery Pilot Program-Phase Two Survey • In cases “in which the Principles were perceived to have an impact, the consensus view among attorneys appears to be that the Principles resulted in more discovery disputes, more discovery on discovery, longer discovery periods, and greater expense for discovery and the litigation in general. Are Meet, Confer Efforts Doing More Harm Than Good?
  • • Examine Early Case Assessment that has been undertaken. • What ESI retention policies are in place • Consider validity and effectiveness of ECA search criteria. • What technological solutions are proposed by the parties – are they reasonable and proportionate – will require judicial understanding of the advantages and disadvantages of technology “Once a party reasonably anticipates litigation, it must suspend its routine document retention/destruction policy and put in place a „litigation hold‟ to ensure the preservation of relevant documents.” Zubulake v. UBS Warburg LLC, 220 F.R.D. 212, 218 (S.D.N.Y. 2003) Preserve
  • • Critical examination of processes undertaken and technologies used to identify document custodians. Collection Self-collection. The Fox Guarding the Hen House?
  • • Key word searching is a fairly blunt instrument but may be useful for Early Case Assessment • Key words create a black or white scenario based upon whether or not a document contains a word or does not • The difficulty with key word searching is that it may result in irrelevant documents being identified because the key word selected may have different meanings or context to what is desired • Ideally the construction of the search string or key words should be discussed with other parties so that the key words may be agreed • Because of its limitations, key word searching is not an ideal method of cutting and filtering documents and other automated searches may be preferable Search – Keyword Searches
  • Detail & Issues Particular to Search
  • How Search Works • Build an Index • 10-30% additional storage • Static Copy • Run once – search many • Crawl/Streaming Text • No storage • Dynamic selection • Full Text • Boolean – Keywords • Natural Language – hidden risks • Expanded Words • Synonyms, grouping, related words, thesaurus • Concept Clustering – folders v. visual analysis
  • Involvement in Effective Keyword Searching • Cannot proceed from an uninformed perspective. • Examine the approach of the parties • How did they go about keyword selection and search construction • Is the dispute about definitions of the keyword search or something else • If judge is required to adjudicate a keyword dispute consider a mixed process • Sampling and testing followed by • Manual review
  • • Duplication and Exclusion • Concept Searching • Clustering • Document Prioritisation aka Predictive Coding • E-mail Threading • Near Duplicate Identification • Native File Review Technology and E-Discovery
  • Duplication and Exclusion • The process of identifying and removing duplicate documents from a collection of documents so that one unique copy of each document remains • A cryptographic hash function such as the message digest algorithm five (MDA5) may be used to generate a digital fingerprint for an electronic document. • The digital fingerprint of a document can then be electronically compared against the digital fingerprint of any other document to determine whether the documents are exact duplicates • Duplication may also be implemented by using a cryptographic hash function applied to a group of documents
  • Duplication Problems • In the paper world the process of duplication required visually sighting documents • Some lawyers are still using the same practices that they used when reviewing paper documents adding unnecessary cost and burden to the discovery process • It is not unknown for the document review process to be carried out by printing out hardcopies of all the electronic material and then laboriously reading through document by document to ascertain if there were duplicates
  • Concept Searching • Useful when large volumes have to be examined and the search attempts to match results with the query conceptually • Methodology is based not upon key words but upon the subject matter of the document paragraph or sentence • Concept searching adds additional information to the very basic key words as it evaluates both words and the context in which they appear
  • Clustering • Clustering groups documents by identifying conceptually alike documents and the technology breaks them up into groups of similar documents. The technology is calculated through the mathematical relationship between the text context of the documents. • There is an advantage with process in that similar issues can be investigated at the same time instead of reviewing different documents throughout the document review set.
  • An Example • Someone creates a word doc, then prints it PDF, another person opens the PDF, cuts and paste the text of the document into an email and emails that to third person. • That person then prints the email, and a fourth person scans the email to TIFF. Cluster analysis could possibly put all of the files together in a cluster, you’d have four types of files in the cluster (DOC, PDF, MSG, and TIFF) all because the content is similar.
  • I took the same document and converted it in 6 different file types: MSG, TXT, DOC, PDF, RTF, & XPS. The cluster analysis engine detected all 6 files and grouped them regardless of the fundamentally different file types. Again our technology for clustering is all based on the content. Notice the different file type icons in the similar panel. Metadata can show history of places the document has been stored. This example is from a British dossier on Iraq’s security infrastructure and reveals that the document was compiled by copying content from outside documents, including a post- graduate student.
  • Near Duplicate Identification • Not referred to in the New Zealand checklist • Near duplicate technology identifies documents that have similar content although not an exact duplicate • The technology groups all of the near duplicates together so they can be reviewed at the same time allowing the reviewer to quickly focus on the differences and move through the documents more quickly and accurately • Email threading and near duplicate technology can be used on paper documents as well as e-documents • The accuracy of the paper documents will depend upon the quality of the text searchable content or OCR – (optical character recognition) when the document is scanned
  • Email Threading • Many emails contain earlier message and are constructed in the form of a thread or a chain • Email threading technology is essential to respond to the problems caused by these chains • By identifying the end point of the email chain, redundant emails do not have to be reviewed • Threading organises emails into conversations, revealing the context of the communication and reducing review time by 50% or more
  • Predictive Coding
  • Document Prioritisation or Predictive Coding move to predictive coding section. • May produce accurate results especially when there are large volumes • An initial document set can be reviewed by someone knowledgeable about the matter • The same irrelevancy calls are then carried forward to the remainder of the document set based on the results of the sample set • The software then prioritises or ranks the remainder of the documents based on the decisions made on the same documents which allows the most relevant documents to be identified first • An important feature is that the initial review must be carried out by someone with an intimate knowledge of the case at hand
  • Measuring data retrieval Responsive Not retrieved Retrieved Not Responsive
  • Measuring data retrieval Recall = A/(A+D) = # of relevant docs retrieved = 8/10 = 80% # of relevant docs in collection Responsive Not retrieved Retrieved Not Responsive A D B C
  • Measuring data retrieval Responsive Not retrieved Retrieved Not Responsive A D B C Recall = A/(A+D) = # of relevant docs retrieved = 8/10 = 80% # of relevant docs in collection Precision = A/(A+B) = # of relevant docs retrieved = 8/12 = 67% # of docs retrieved
  • Measuring data retrieval Responsive Not retrieved Retrieved Not Responsive A D B C Better recall means you discover more responsive docs Better precision means you read less junk
  • Recall-precision trade-off 100% 0% 50% Precision 50% 100% Recall Perfection Blair & Maron (1985)
  • 39 “Technology-Assisted Review” • Uses machine learning technologies • Based on human review of a subset of the documents • Categorizes documents as responsive or not to given request • Some tools rank or score documents given likelihood they will be responsive • Rankings can be used to partition the documents into categories: e.g. potentially responsive or not; in need of further review or not; etc. • Think of a spam filter that classifies e-mail into “ham,” “spam,” and “questionable” • Contrasts with exhaustive manual review
  • 40 Types of Machine Learning • “Standard” Supervised Learning • Human chooses the document exemplars (“seed set”) to feed to the system • System ranks the remaining documents in the collection • Ranking based on similarity (or dissimilarity) to exemplars (“find more like this”) • Active Learning • A variant of supervised learning • System chooses the document exemplars to feed to the human • Human makes responsiveness determinations • System learns from these determinations and chooses next exemplars to maximize learning • System applies what it has learned to the remaining documents in the collection
  • Predictive Coding Important Case Law • Monique da Silva Moore v. Publicis Group SA, No. 11 Civ. 1279 (ALC)(AJP) (S.D.N.Y. Apr. 26, 2012), approving use of reliable predictive coding. • In Re Actos (Pioglitazone) Products Liability Litigation, MDL No. 6:11-md- 2299 (W.D. La July 27, 2012), issuing case management order allowing for use of predictive coding. • Kleen Products LLC v. Packaging Corporation of America, No. 10 C 5711 (N.D. Ill. August 21, 2012), issueing CMO reserving on question of use of predictive coding. • Automated process that culls through electronic data and focuses on non-keyword attributes such as context or word frequency • “Computer-assisted review is not a magic, Staples-Easy-Button solution appropriate for all cases. The technology exists and should be used where appropriate.” Da Silva Moore v. Publicis Groupe et al., 11-Civ.01279 (S.D.N.Y February 24, 2012)
  • Predictive Coding in Practice Most expensive component of any document production remains the attorney review Keyword search: an imperfect state-of-the art Is there a better culling tool?
  • Native File review • Allows lawyers to view documents in the format in which they were intended to be viewed • Spreadsheets and databases may only be able to be accurately assessed for their native applications. This can have considerable cost saving • Converting all documents to PDF prior to the document review (rather than after it) will usually add unnecessary expense to the discovery process • It will usually be more efficient to review documents in their native file format and then only convert the relevant documents to PDF for the electronic exchange of documents
  • Advice for the Bench and & Bar
  • Knowing Saves Time Ensure that both sides know something about their clients systems such as: • Know and verify how to manage information • Know what systems may be impacted • Know what systems are involved • Bring technical documents including data map
  • Focus on the Facts and Issues • Focus on the e-discovery facts, not the issues • Think in terms of technical specifications
  • Remember to educate and listen as counsel and parties are not likely technology or e- discovery gurus. Do Not Rush….walk before you run
  • • There are ways utilising conferencing, careful case management, scheduling conferences and time tabling • Judicial Activism Try to avoid a disputed E-Discovery Hearing
  • • Use the case management conference actively to superintend the discovery process • Encourage narrow targeting of requests for ESI. • Consider imposing limits on E-Discovery. • Consider sampling to determine relevance, need and cost of more expansive discovery. • Develop procedures for production of information in usable form. • Develop procedures to deal with inadvertent disclosure of privileged material. • Consider cost shifting if the information sought is not reasonably accessible – may require a consideration of document storage and retention policies of the party in question. Using the Case Management Conference
  • • Always encourage co-operation and continually remind the parties of the necessity for reasonableness and proportionality. • The obligation to co-operate should be an on- going requirement. • Because E-Discovery is process driven, it is important to cooperate over at all stages of the process, especially the with Keyword searching or using Predictive Coding. Emphasise Co-Operation
  • • Is the scope of discovery reasonable in the context of the case • Is the scope of discovery proportional to the matters at issue Use reasonableness and proportionality as a yard stick to measure stances of counsel on E-Discovery issues.
  • What is Proportionality? • The relationship between cost and value in the proceedings • Is the extent or manner of the discovery sought justified by the amount and matters at issue in the proceeding.
  • • New Zealand and England use variants of a checklist or questionnaire. • The checklist provides a very useful roadmap to assist parties to co- operate over how discovery will be conducted. • The checklist establishes a framework to assess a proportionate and reasonable search for documents tailored to suit the requirements of each matter. • All of these discussions must take place prior to the first case management conference. • The Checklist can be used by counsel and the Judge Use a Checklist as a Guide
  • The New Zealand Checklist The checklist itself highlights ways to reduce some of the listing and exchange costs - “to reduce unnecessary costs of listing documents parties are encouraged to: a) Use native electronic versions of documents as much as possible; and b) Use the extracted metadata from native electronic documents instead of manually listing documents; and c) Convert documents to image format only when it is decided they are to be produced for discovery; and d) If document images are to be numbered, only number those images if they are to be produced for discovery.”
  • • Focus and reduce the issues to be determined within the framework of the pleadings. • Proper Case Management will distil the main areas of dispute • May only be about a technological method or the scope of discovery of a class of documents Worst Case Scenario – A Disputed Hearing
  • Looking Ahead • Particular methods of discovery will depend upon the case in hand • Different products may be more relevant to the different parts of the discovery process • Lawyers and Judges are going to have to become intimately aware of the technologies that are available and of the technological processes that can underlay the discovery process if the advantages of cost reduction and proportionality that underlie the rules are to be achieved