Trade Secrets In The Cloud - Fragility Of Confidentiality
Author: LawSphereX
Category: General Law
Published:
Updated:
TRADE SECRETS IN THE CLOUD: FRAGILITY OF
CONFIDENTIALITY
Lemuela Mary. J, Saveetha School of Law Mohan Raj. S, Saveetha School of Law
ABSTRACT
An important question is raised by the relationship between corporate ethics and transparency issues in trade secret matters, especially when the topic of Alternative Dispute Resolution (ADR) is involved: Should businesses choose to be more transparent when their legal position must be kept secret? Given the ongoing risk of information being handled improperly, the theme of this posting is how businesses can maintain their competitive edge while remaining accountable and moral. Important items to keep private: strong security and confidentiality agreements safeguard trade secrets. However, it is more difficult to describe the ethical aspect of this. Even when businesses are legally permitted to withhold information, they must consider how keeping information private may impact their stakeholders, staff, and public confidence.
Generally speaking, confidentiality is crucial in Alternative Dispute Resolution (ADR). However, being morally upright is also beneficial. A business can improve its reputation and win over more people's trust by disclosing information that is important to the public in an ethical manner and considering those who make accusations of whistleblowing. Businesses will need to do more than simply follow the rules in the cloud computing world of today, where maintaining confidentiality is more challenging than ever. Being open and truthful should also be a component of their plan and the moral thing to do. In addition to helping businesses strategically and ethically, this will put them in a better position to be trusted and seen as credible. Keywords: Artificial Intelligence, Intellectual Property, Data Protection, Inventorship, Patentability, Technology, Compulsory Licensing
I.
Digital Echoes: How easily can trade secrets leak in virtual ADR? Many company secrets have been transferred to the cloud in today's digital world. This action increases the likelihood of unwanted access to these secrets. In virtual Alternative Dispute Resolution (ADR), where even a minor error might jeopardize anonymity, this problem is very important. Because cloud computing makes remote access and collaboration simple, it has completely changed how businesses operate. These benefits do, however, come with additional hazards. Trade secrets and other important data are increasingly exchanged, accessed, and stored in shared environments run by outside businesses. Unauthorized access can happen in several ways thanks to this configuration. The issue of trade secret theft is not something new. People may have copied documents or information onto CDs or floppy disks in the 1990s.
They may have used USB drives or personal email accounts in the early 2000s. The present problem is stealing through the cloud. A court decided against a corporation in Patterson Dental Supply v. Daniele Pace et al. (D.
Minn. 2022) because the company's trade secrets were maintained and shared via personal email accounts and Dropbox. Unauthorized access to sensitive data resulted from the company's failure to perform rigorous leave interviews and to remove former employees' access to Dropbox. The corporation lost the case because of its poor cloud procedures. ADR, such as mediation or arbitration, is used by many organizations to resolve conflicts amicably. They think their information is protected by this method. However, new privacy problems are revealed by the rise in virtual ADR, particularly after the epidemic. When meetings, document exchanges, and evidence presentations occur on cloud-based platforms, the mere designation of something as "confidential" does not ensure that trade secrets are protected. II.
From Briefs to Breaches: Cybersecurity risks in confidential submissions Cloud platforms offer strong security, however, there is a special problem. These platforms make use of shared technologies that facilitate global collaboration, but they also seriously jeopardize sensitive data. Since multiple firms store their data in the same location in multitenant settings, there is a greater potential that the data will become jumbled, or "crosscontaminated." It's similar to how one drop of poison can ruin an entire batch of something positive.
In 2019, there was a significant event involving Capital One. A web application firewall (WAF) configuration error in Amazon Web Services allowed hackers to access 100 million customers' personal information, including bank account information and Social Security numbers. It can be challenging for even the biggest businesses to maintain the security of their data housed in the cloud. Cybercriminals who are looking to steal important information are drawn to this data when it is not adequately protected. The cloud has serious weaknesses even though it is incredibly handy to utilize. Businesses now face a new hurdle when they migrate their sensitive data to online storage: maintaining privacy and confidentiality takes constant attention to detail and work. III.
ADR Platforms as Data Stewards: Legal obligations and moral responsibility Platforms for alternative dispute resolution, or ADR, have emerged as vital guardians of some of the most valuable secrets in the world. These platforms are more than just forums for resolving disputes. With an emphasis on protecting trade secrets in an online environment where confidentiality can be compromised regularly, they now play a part in ethics, technology, and law. Online ADR platforms face significant responsibilities when corporations move their confidential conversations and confidential documents to these platforms. They have a tremendous obligation to uphold trust and must abide by data protection rules. There are significant risks; a single security lapse might destroy years of effort, harm people's reputations, and undermine the basis of private dispute settlement.
ADR platforms serve as gatekeepers for the protection of trade secrets. Legally, companies must put in place stringent guidelines and regulations. However, they have an even greater moral obligation to foster a culture that is resilient to the demands of the digital era and is based on accountability, openness, and trust. Every bit of data in the cloud leaves a trace, and security problems can quickly spread internationally. The trust to manage the most sensitive secrets in the world will only be granted to ADR platforms that truly embrace their position as committed protectors.
IV.
Forum Shopping for Secrecy: Choosing arbitral seats to shield trade secrets Forum shopping is a purposeful strategy used in arbitration. The parties look for places, referred to as arbitration seats, with regulations that best safeguard their interests, particularly the confidentiality of company data. Through arbitration, they can choose in advance a location with advantageous legal terms for protecting trade secrets. In contrast, rules in court disputes are frequently based on locality or legislation. Strong privacy regulations are part of the arbitration laws in several places, such as Singapore and Switzerland. The rules in nations like the United States and England, on the other hand, can be less clear and entail more judges and public access to records. These decisions are vital in the modern world, when a single leaked document can result in enormous financial damages.
When disagreements result in concurrent procedures, such as arbitrations taking place in separate venues or both courts and panels, the issues become more complicated. Rules about data protection, evidence collection, and privacy may vary from location to location. Depending on their objectives, parties who are adept at forum shopping can gain from selecting locations that either disclose or safeguard trade secrets. There are a variety of safeguards in this scenario, and the weakest one could cause serious issues. Even a carefully considered arbitration site cannot completely guard against the dangers of cloud data storage. Due to local regulations and hazards, trade secrets that are used as evidence are frequently kept on servers located elsewhere. Although choosing Switzerland may guarantee privacy, data stored on a U. S. server may still be accessible upon request from a U. S.
court or subject to data breaches. Maintaining confidentiality is made more difficult by this tension between legal requirements and digital reality. Although an arbitration seat provides legal protection, actual results rely on the digital storage, transport, and accessibility of material. V.
The Right to Know vs. The Right to Compete: Public interest versus commercial secrecy The public's demand to access information and businesses' need to keep some information confidential to stay competitive are at odds in today's economy, which is largely dependent on
cloud computing. Special formulas, algorithms, and tactics are examples of trade secrets that are becoming more easily shared globally, making it challenging to distinguish between commercial confidentiality and the public interest. Crucial considerations are brought up by this circumstance: Who determines what information should be made public, and when should businesses be compelled to divulge their proprietary information? Trade secrets have always been a vital component of rivalry and innovation. They make it possible for businesses to defend their original concepts and tactics against rivals. Businesses are encouraged to spend funds and resources on product development and research because of this protection. Businesses can be reluctant to innovate without this assurance of confidentiality because they worry that others might just duplicate their laborious efforts.
Current trade secret laws, therefore, view this type of information as valuable property that businesses can sell, safeguard, or defend in court if needed. VI.
Deepfakes and Fabricated Evidence: New threats to confidential integrity Deepfakes are a challenging problem. They can falsify information on data that should be extremely secure. There are multiple risks involved. For instance, a phoney video of a Decentralised Autonomous Organization (DAO) leader endorsing a dangerous scheme could be created. People could be duped by this phoney film into making poor choices and losing money. Artificially produced video "evidence" on sites like Kleros may incorrectly support untrue assertions, which influences jurors' decision-making. Digital dispute resolution (DDR) procedures can be hampered by people dismissing genuine evidence as fraudulent by attributing it to artificial intelligence (AI), as demonstrated in the U. S. Capitol riot trials. This issue was brought to light in the 2023 Dadras International v.
Iran case, when it was challenging to prove fraud because deepfakes obscured the facts. Some are fusing the analytical capabilities of AI with the transparent nature of blockchain to solve these issues. They suggest a blockchain network for decentralized deepfake detection. In this network, detection technologies would cooperate and be verified by consensus. Among this system's key attributes are: - Dynamic Algorithm Management: As technology advances, smart contracts automatically adapt the system's deepfake detection methods. This guarantees that the
system always employs the most recent techniques. - Tokenized Incentives: Individuals who build highly effective detection algorithms are rewarded with tokens, which promotes further community development and involvement. - Immutable Audit Trails: Each piece of media has a unique identification and timestamp that are recorded on the blockchain, creating a history of authenticity that can be tracked. By incorporating these techniques into digital dispute resolution procedures, DAOs may be able to spot phoney evidence early on. Imagine a system where files that pass verification are given a secure "seal of authenticity", and evidence is examined by decentralized AI before it is even utilized in any arbitration. VII.
Zero-Knowledge Proofs in Arbitration: Tech that reveals the outcome, not the process In cryptography, Zero- Knowledge Proofs( ZKPs) are revolutionizing disagreement resolution by enabling verification without telling private information. These arguments make further effective and private conflict agreement processes by fusing fine and legal generalities. principally, what does a ZKP do? ZKPs allow one person( the prover) to move another( the verifier) that a claim is correct without releasing the supporting substantiation. For case, ZKPs can be used to validate that two businesses pay a supplier the same quantum by comparing their translated prices without telling the precise figures. ZKPs can prove a document's applicability in legal circumstances without telling its contents, fostering trust.
This is veritably helpful in arbitration since ZKPs may corroborate that contractual terms, similar as payment scores, were fulfilled while maintaining the confidentiality of company information. also, they may validate documents while guarding the sequestration of particular information and indeed demonstrate professional credentials without telling names, which is essential in delicate situations. ZKPs are formerly being included into the arbitration processes of decentralized platforms similar as Kleros and Aragon to maintain confidentiality. Consider a DAO disagreement involving a defective smart contract. The plaintiff can demonstrate a breach by submitting translated sale logs with a ZKP, and judges can mathematically validate the claim without viewing the raw data. The coming stage is to employ smart contracts to record and apply the verdict on the blockchain.
This is similar to demonstrating that a Sudoku
mystification has been answered by exposing only a subset of the cells, sufficient to confirm its correctness without displaying the complete answer. ZKPs offer several advantages, including guarding individualities and fiscal information, reducing fraud by making attestations incommutable, which is pivotal for relating deepfakes and phonies , expediting procedures by simplifying verification( particularlye-discovery, which can be cut by over to 60), and aiding withcross-border enforcement by conforming to transnational legal norms, particularly for decentralized realities. still, there are of course difficulties. Over-reliance on ZKPs may affect in a lack of responsibility since choices made using obscure calculations may not be transparent.
perpetration necessitates specific knowledge, particularly for sophisticated forms like zk- SNARKs, and incorrect configuration may affect in the acceptance of bogus claims. As demonstrated by the Dadras International v. Iran case, which demonstrates the continued necessity for unequivocal permissible attestation, courts may also reject conclusions that are n't backed by conventional substantiation. In the future, cold-blooded approaches can strike a concession between translucency and sequestration. Character- grounded arbitration systems can estimate the performance histories of judges stored on blockchain to insure responsibility. Chainlink and other zero- knowledge oracles can use ZKPs to ground on- chain and off- chain data and validate real- world events like payments. To establish morals, nonsupervisory sandboxes similar as Singapore's IMDA are probing ZKPs in legal technology.
This paves the way for a time when ZKPs will be central to indifferent, safe, and transnational arbitration. VIII.
Legal Sandboxes for ADR Technology: Testing innovations without compromising data A new period of justice is arising at the nexus of community- driven arbitration, experimental
legal sandboxes, and cryptographic invention — an ambitious collaboration that's revolutionizing the way decentralized groups resolve conflicts. By substituting commemorative- holding jurors chosen algorithmically and motivated by cryptoeconomic impulses for traditional judges, decentralized disagreement resolution( DDR) companies similar as Kleros and Aragon are establishing the standard. In this case, jurors go commemoratives, are awarded for reaching a agreement, and are punished for departing from it. Smart contracts govern this transparent but untrustworthy process, which guarantees verityseeking geste . DDR's ascent was n't without challenges, however. The pitfalls of deepfake
substantiation — AI- modified fabrications that undermine the validity of substantiation — and Sybil assaults, when vicious actors assume several individualities to impact opinions, are suggestions of serious excrescencies. The lack of clear nonsupervisory procedures exacerbates this, particularly when enforcingcross-border choices. To bridge the gap, nonsupervisory sandboxes are taking over, like Utah's new model and Ontario's Access to Innovation( A2I) action. disagreement resolution platforms like Jur. io can test AI- mortal mongrel models, test zero- knowledge evidence( ZKP)- grounded compliance verification, and include deepfake discovery AI into arbitration protocols in largely regulated surroundings in a safe, legal, and innovative manner.
By easing real- time monitoring of troubles like algorithmic bias, these sandboxes not only promote global adjustment through programs like the EU's AI sandbox tests, but they also prop adaptive regulation. They're an important defense for DAOs, allowing trial with sequestration- conserving ZKPs, dynamic arbitration layers that switch between automated and mortal decision- timber, and character- ladened voting to help Sybil assaults. With the help of realities like the ICC for enforceability under the New York Convention, this model creates cold-blooded disagreement systems that combine the inflexibility of smart contract- grounded arbitration for simple cases( similar as late payments) with out- chain agreement for complex governance controversies.
Examine a DAO who's said to have misallocated means Stage one involves using ZKPs to check for sale irregularities without telling fiscal information; stage two involves giving Kleros jurors staked commemoratives to bounce on guilt; and stage three involves bringing the case before the ICC with protections decided upon by the sandbox. The foundation must be a system erected on integrity. Legal sandboxes should bear open- source algorithms for detecting AI bias, consumer safeguards like escrow- grounded compensation for illegal opinions, and culture- adaptive rule sets to recognize the global nature of DAOs. The Ontario A2I model, which authorizations controlled complaint resolution procedures for all parties involved, provides a model for safe invention in this arising assiduity.
At this crossroad of law, encryption, and online communities, decentralized justice is n't just a eventuality; it's a working prototype. IX.
ADR Metaverse: Resolving disputes in virtual worlds without compromising realworld IP It is challenging to ascertain which jurisdiction's laws will apply in situations involving virtual assets or intellectual property infringement because the Metaverse operates internationally. For example, a user from India might infringe upon a trademark based in the United States in a
virtual marketplace hosted on servers located in Singapore. Gaps in Enforcement: Examples of unique Metaverse scenarios that are challenging for conventional IP laws to address include the unauthorized duplication of copyrighted virtual artwork and the virtual "counterfeiting" of branded digital wearables. The EU Parliament's 2024 Resolution confirms that existing IP laws apply to virtual worlds, although noting enforcement difficulties. IP owners can mint NFTs associated with license agreements through astute verification, making tracking and enforcement easier. In the event of an infringement—for instance, when an unlicensed avatar dons a designer's virtual garment—the smart contract can start ADR procedures right once, preventing actual litigation. Metaverse platforms must collaborate with real IP registries and regulatory bodies to create standards that are enforceable.
A decentralized identifier (DID) system can ensure that the settlement of disputes in the metaverse respects real rights by allocating virtual commodities to registered intellectual property owners. One major barrier remains enforcement. For ADR rulings in the metaverse to be enforceable, they must be accepted by legal bodies like the New York Convention (for arbitration) or UNCITRAL's ODR criteria. Countries should revise their intellectual property laws to recognize digital dispute outcomes associated with blockchain records and verified identities. X.
Cross-Border Discovery Nightmares: When Transparency Laws Threaten Private Data Hermès' case against MetaBirkin NFTs highlighted the tension between virtual goods and physical trademarks. Arbitration may have provided a speedier, industry-specific resolution while protecting Hermès' intellectual property. The potential of blockchain-based alternative dispute resolution is demonstrated by the growing reliance of users of Decentraland and Sandbox on smart contracts to resolve ownership or border conflicts. The goal of this convergence is to achieve a balance between enabling data flows and safeguarding data security and privacy. As a result, a modern evaluation of privacy regulations and their implications for dispute settlement is necessary. To ensure fair and effective results, data privacy arbitration presents unique legal challenges that need to be understood.
Important considerations include determining their appropriateness, the parties' desire to engage in the process, and arbitrability, which encompasses both objective and subjective elements. Making fair and informed decisions also requires technical and legal expertise. Various legal requirements and cross-border data transfers create regulatory and jurisdictional challenges.
Transparency and confidentiality must be balanced for procedural justice and consumer protection to guarantee that data subjects receive equitable treatment. These concerns need to be acknowledged and addressed if arbitration is to be a workable way to resolve data privacy disputes. The arbitrability procedure includes assessing both subjective and objective arbitrability. Objective arbitrability examines whether data privacy disputes are naturally suitable for arbitration by considering the topic, public policy, and legal frameworks. The primary focus of subjective arbitrability is the ability and desire of parties—individuals, clients, and businesses—to enter into arbitration agreements that ensure fairness and compliance with data protection laws.
Data privacy is a critical topic of public interest because of the wideranging effects of data breaches and the general need for regulatory oversight. Usually, disagreements center on laws, private information, and potential infractions that could affect a large number of individuals. The AT&T Mobility LLC v. Concepcion case established the arbitrability of disputes concerning statutory rights and supported the enforcement of arbitration clauses in consumer contracts in the United States. Furthermore, arbitration can be utilized by the GDPR's principles because it is not banned by it. XI.
The Blockchain Paradox: Immutable transparency vs. trade secret exposure Through tamper-proof records and decentralized enforcement, blockchain's unchangeable transparency gives ADR an unparalleled level of confidence. However, it also runs the risk of disclosing trade secrets, a conundrum that calls for creative solutions. Blockchain is designed to produce permanent, auditable transaction records, which are perfect for demonstrating compliance or ownership in legal disputes However, because sensitive data saved on-chain is exposed permanently, compromising competitive advantage, this openness conflicts with trade secret protection Blockchain can timestamp trade secrets to prove ownership yet parties may be forced to disclose proprietary procedures on immutable ledgers in disputes requiring evidentiary disclosure.
Examples from the supply chain illustrate this tension: The traceability of blockchain increases responsibility, but it also runs the risk of revealing closely guarded expenses or supplier ties. Some methods employ blockchain technology, and a smaller subset also employs smart contract technology, despite both technologies being mutually independent. Although trade secrets also constitute monopolies, computerised solutions or cryptographic environments used for other types of goods protected by other forms of intellectual property cannot be transferred to these assets, due to their sui generis nature, lacking of monopoly regardless of their non-disclosure.
XII.
Selective Opacity: When should dispute resolution stay in the shadows? In contemporary conflict resolution, the idea of "selective opacity"—allowing some information to remain private while requiring transparency for other aspects—plays a vital role in balancing public accountability with privacy needs, particularly in arbitration and mediation. In commercial arbitration, confidentiality has long upheld party autonomy and protected sensitive business information, yet recent developments like the ICC's 2023 "opt-out" publication policy reflect a shift toward greater transparency unless parties explicitly object. Similarly, mediation relies on ethical standards that shield discussions from judicial review, fostering candid dialogue and trust between parties.
Concerns regarding accountability in decisions impacting public policy are reflected in the growing calls for public access to investor-state arbitration awards. Experts contend that in order to expose procedural flaws (such as ultra petita rulings), dissenting opinions ought to be published with rewards. ODR, or online dispute resolution: Although ODR reduces human bias, its algorithmic opacity raises the possibility of new fairness issues, requiring selective transparency in choices made by AI. XIII.
Reimagining Privacy Norms: Is confidentiality still sacred in the age of digital transparency? ADR has always placed a strong emphasis on confidentiality, especially in arbitration and mediation, where it promotes open discussion, safeguards private information, and motivates parties to settle conflicts quickly and amicably. This custom, which acknowledges the need to keep procedures and awards private, is based on legal frameworks like the New York Convention (1958) and is supported by international experience. But demands for transparency have increased in the digital era. To guarantee justice, accountability, and public confidence in ADR outcomes, stakeholders increasingly want more transparency. This change has been facilitated by the growth of online dispute resolution, an increase in cross-border transactions, and public interest in investor-state disputes.
Excessive secrecy can compromise legitimacy and justice, even though confidentiality is still essential for safeguarding sensitive information and encouraging open communication. Contrarily, transparency encourages public trust and accountability but runs the danger of disclosing private or confidential information. Encryption, audit trails, and secure communication platforms can protect confidentiality while permitting selective openness, such as the redaction of private information or the
anonymization of recipients of published prizes. The need to safeguard sensitive data while maintaining accountability and fairness is at the centre of the arbitration debate between confidentiality and transparency. Navigating this balance is made easier by the framework that both domestic and international laws provide. Global efforts to achieve a balance between confidentiality and transparency are exemplified by international instruments. These regulations recognize the need to safeguard specific data, including private company information and information that is sensitive to law enforcement. XIV.
Soft Law and Self-Regulation: How Industry Can Shape Balanced Norms The soft law, which was created through industry collaboration, allows mediators to customize procedures to particular sectors (such as family or business disputes) while establishing competency and impartiality standards. Voluntary adoption supported by peer accountability and market reputation is essential to its success. Final Self-regulation and soft law enable industries to create ADR standards that put efficiency and flexibility first. To reduce the risks of unfairness and opacity, however, efficient oversight achieved through inclusive stakeholder processes and hybrid legal frameworks is essential. ADR may develop into a responsive and just system by balancing fundamental legal principles with industry innovation.
The Nonbinding rules run the possibility of being applied inconsistently, therefore, supervision through peer review or accreditation processes is required. The Transparency Deficits have overly secretive corporate protocols that can mask systemic concerns, eroding public trust, and the power imbalances. E-Self-regulation may favour corporations over individuals, especially in obligatory mediation programs where weaker parties face pressure to settle. The Complementary Frameworks, where the soft law ideas are included in national laws (such as Ireland's Mediation and Conciliation Bill), guarantee that self-regulation complies with court requirements. The ODR Governance has maintained to create scalable, tech-driven standards while preserving due process. India's ODR policy places a strong emphasis on industry cooperation. XV.
Quantum-Safe Confidentiality: Preparing ADR for the post-quantum world Traditional encryption techniques used to safeguard private dispute resolution data face growing threats from the rise of quantum computing, which poses a serious risk to the confidentiality of ADR communications, mediation transcripts, and arbitration rulings containing proprietary data. Quantum algorithms like Shor’s can break widely used
cryptographic standards such as RSA, Diffie-Hellman, and elliptic curve cryptography by solving complex mathematical problems exponentially faster than classical methods. This vulnerability is especially alarming given the potential for “harvest-now-decrypt-later” attacks, where adversaries store encrypted data now to decrypt it once quantum capabilities become available. To address this, ADR systems must adopt quantum-safe strategies such as Quantum Key Distribution (QKD), which leverages principles of quantum physics—including the No- Cloning Theorem, which prevents undetected duplication, and the Heisenberg Uncertainty Principle, where any eavesdropping alters quantum states—to secure key exchanges in real time, making retroactive decryption impossible. Although currently limited to physical fibre networks, QKD offers a promising way to secure high-stakes arbitration data transfers.
As quantum computing evolves from theory to practice, its disruptive impact on cybersecurity necessitates a proactive response from ADR frameworks to ensure that confidentiality, integrity, and trust remain intact, transforming these protections from mere promises into guarantees resilient even to quantum-powered adversaries. XVI.
The Rise of Digital ADR Platforms and Data Stewardship Modern ADR platforms leverage technology to conduct virtual mediation and arbitration sessions, enabling dispute resolution regardless of geographic constraints and reducing time and costs for parties involved. These platforms provide centralized case access, secure document storage, and transparent processes that enhance efficiency and fairness. However, as these platforms collect, store, and process sensitive data, they must navigate complex data governance challenges. Data stewardship in this context refers to the responsible management and use of data entrusted to ADR platforms. It involves safeguarding data privacy, ensuring security, enabling fair data use, and maintaining transparency with stakeholders.
Given the sensitive nature of dispute resolution data—often involving personal, commercial, and legal information—ADR platforms must uphold high standards of data stewardship. Legal frameworks governing data stewardship emphasize fiduciary duties, accountability, and compliance with data protection laws. According to research on data governance mechanisms, data stewards act similarly to trustees, who have fiduciary responsibilities to act loyally and diligently in the interest of data subjects (the beneficiaries)This fiduciary duty compels ADR platforms to provide ADR platforms where it must ensure that sensitive information shared
during dispute resolution remains confidential and is not misused or disclosed without consent and the data against breaches give that Platforms must implement robust cybersecurity measures to prevent unauthorized access, data leaks, or breaches, which could harm involved parties or undermine trust in the ADR process and to Comply with data protection regulations: ADR platforms must adhere to relevant laws such as the GDPR in Europe or equivalent jurisdictional data privacy laws, which regulate how personal data is collected, processed, and to Maintain transparency and accountability: Platforms should provide clear information about data use policies, enable parties to control their data, and be accountable for any misuse or mishandling of data. The legal concept of fiduciary duty in data stewardship is particularly important.
It means ADR platforms, acting as data trustees, must prioritize the interests of the data subjects over their own or third parties’ interests. Courts or regulators can hold them accountable for breaches of these duties.
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