A forensic inspection protocol is the document that decides who may look inside an opposing party's devices and systems, what they may collect, and — just as importantly — what they will never be allowed to see. In trade-secret, spoliation, and source-code disputes, the decisive evidence often lives on the other side's machines, and the request to image or inspect those machines collides immediately with privacy, trade-secret, and proportionality objections. Getting the protocol right is the difference between a defensible inspection and a discovery war.
When one side needs to look inside the other's systems
The pattern recurs across complex commercial litigation. A company alleges that a departed employee walked out with gigabytes of confidential data and carried it to a direct competitor. A plaintiff suspects that responsive files were deleted after the duty to preserve attached. A licensor believes its protected source code is buried inside a rival's product. In each case the proof, if it exists, sits on a system the requesting party does not control and cannot simply be handed a copy of. The producing party, even if entirely innocent, has a legitimate objection to giving a competitor — or that competitor's counsel — open access to its code, customer data, and computer systems.
Why the forensic inspection protocol is itself the dispute
When inspection becomes necessary, the court is effectively asked to design a technical access protocol it has neither the time nor the tooling to draft and supervise. The questions are not legal abstractions; they are engineering decisions. Which volumes get imaged? What hashing standard verifies the image? What search terms and date ranges define relevance? Who runs the tools, and where? Unfettered access answers none of these and risks the worst outcome — exposing a party's confidential or privileged material to its adversary in the very process meant to be neutral. The protocol, not the underlying claim, becomes the thing the parties fight about.
The neutral as the answer
The cleanest way out is a neutral forensic examiner — engaged by stipulation of the parties or appointed by the court. The neutral is impartial, represents no party, and acts in the interest of both sides throughout the engagement. That independence is what makes the inspection workable: the neutral can be given access to both parties' systems and code in circumstances where neither party could ever be trusted to see the other's. As Daniel Garrie and Judge Gail Andler (Ret.) have written in their work on forensic neutrals in trade-secret matters, the presence of a neutral technologist may be the most, if not the only, effective way of ensuring compliance with such an order. The neutral replaces the dueling, partisan experts who too easily become little more than another advocate for one side.
What a defensible forensic inspection protocol contains
A protocol that will hold up has a recognizable spine. It names an impartial neutral examiner. It defines scope precisely — which devices, systems, and accounts; the date range; the search criteria — so the inspection cannot drift into a fishing expedition. It commits to validated, industry-standard tools and repeatable methods, so the work can be reproduced and defended. It documents a continuous chain of custody, with cryptographic hash verification at each step to prove nothing was altered. Critically, it routes everything the neutral pulls through a privilege and privacy review by the producing party before a single item is disclosed to the requesting side. And it defines a limited work-product output — responsive files, hash lists, activity timelines — rather than handing the requesting party raw access to the image. The requesting party sees the answer to a defined question, not the whole machine.
Trade-secret and injunctive context
These protocols matter most under time pressure. The Defend Trade Secrets Act (DTSA, 2016) provides for narrowly bounded ex parte seizure on an exceptionally high standard, and it is precisely there — in the technical collection, the verification of deleted or transferred data, and the confirmation that misappropriated material has actually been purged — that a neutral earns its keep. The neutral can run a time-sensitive, highly technical collection and verification while protecting the secrets of both sides at once: confirming the producing party honored an order to return and delete data, without ever turning that party's confidential systems into open discovery for its competitor.
Disputes and cost
Disagreements are inevitable, so the protocol should say where they go. Disputes about scope, methodology, or what may be disclosed go first to the examiner, who resolves the technical question on the spot, and only escalate to the court if they cannot be worked out. Fees are allocated by agreement of the parties or by order of the court — frequently shared, which itself reinforces the neutral's independence from either side.
Practical takeaways
Three things separate a clean inspection from a contested one. First, define the permitted output precisely — name the deliverables and forbid raw access — so everyone knows what the requesting party may and may not see. Second, build privilege and privacy screening directly into the protocol, ahead of any disclosure, rather than bolting it on after a dispute erupts. Third, appoint the neutral early, before positions harden and before evidence degrades. A forensic inspection protocol is not paperwork around the dispute; designed well, it is the mechanism that resolves it.
This article is general information and is not legal advice. Daniel Garrie's neutral practice is administered exclusively through JAMS.