Digital identity in the EU: E-signatures and cross-border recognition of trust services in 2026

Why digital identity in the EU matters under the new framework

Digital identity in the EU has moved from a specialist topic to a horizontal infrastructure question that affects almost every cross‑border interaction: signing a contract, onboarding a client, accessing public registers, or proving professional qualifications. The original eIDAS Regulation, in force since 2016, created a common framework for electronic identification schemes and trust services, including electronic signatures, stamps, time stamps and electronic registered delivery services. Its primary objective was to instill confidence in cross‑border electronic transactions by establishing mutual recognition of notified electronic identification schemes and standardizing the legal effects of trusted services. This framework already enabled, for example, a qualified electronic signature created in one Member State to be recognized as legally equivalent to a handwritten signature in all others, which was a decisive step for cross‑border contracting and e‑government.

In practice, however, the first phase of eIDAS revealed gaps from the perspective of businesses and legal practitioners. Not all Member States notified their national eID schemes, some notified schemes had limited coverage or were difficult to integrate, and private online services often did not implement eID‑based login, relying instead on their own identity verification and authentication methods.

At the same time, the market for electronic signatures and trust services grew rapidly, with private providers offering solutions that complied with eIDAS but were not fully integrated into public sector identity infrastructures. For a typical cross‑border legal or transaction team, this created a fragmented picture: highly robust but sometimes difficult‑to‑use qualified trust services on one side, and more flexible but heterogeneous commercial identity verification and e‑signature tools on the other.

The EU response to these challenges is the new EU Digital Identity Framework, anchored in the amended eIDAS Regulation, often referred to as eIDAS 2.0, which introduces the European Digital Identity Wallet.

The core principle remains that everyone should always control their digital identity, but the mechanism for realizing this principle is changing: instead of relying solely on national eID schemes and separate trust services, individuals and businesses will be able to carry a wallet application on their smartphone that can store attributes, credentials, and certificates and be used to authenticate, share data, and create legally binding signatures. Member States are required to ensure that at least one such wallet is available to every citizen and resident within 24 months of the adoption of the relevant implementing acts, which is currently anticipated to place the first deadline in late 2027 or early 2028.

For lawyers and cross‑border businesses, this shift is not only technological. It changes the way identity, consent, and evidence are documented and later argued in disputes. It affects how KYC/AML procedures are conducted, how remote onboarding is documented, and how enforceability of contracts is assessed when signatures are created via wallet‑based qualified certificates rather than traditional handwritten signatures. It also introduces new actors, particularly qualified trust service providers and wallet providers, whose compliance and reliability have direct impacts on the validity and probative value of transactions. This is why understanding digital identity in the EU under the new framework is not an abstract compliance exercise, but a practical foundation for risk management, transaction structuring, and cross‑border coordination.

In parallel, the international environment around data, identity, and digital trust is becoming more complex. Cross‑border data transfer rules are tightening in many jurisdictions, with the EU maintaining an adequacy‑driven model while other countries, such as the UK, move toward risk‑based comparative assessments for international transfers.

Major economies are introducing specific controls on exports of certain categories of data, including personal and “core” or “important” data relevant for national security or public interest, which may affect how identity and signing data can be processed across borders. For small and medium‑sized enterprises, cross‑border data transfers can be particularly important, as they rely on global digital tools and cloud‑based services for accessing markets and knowledge resources. Against this backdrop, a harmonized EU framework for digital identity and trust services becomes both a competitive advantage for the internal market and a source of friction when interacting with partners in third countries that apply different standards for identity, signatures, and trust.

Anywhere.legal operates precisely at this intersection of legal, technical, and operational change. It is not a trust service provider or a wallet itself; rather, it is a platform where cross‑border cases can be opened, documents uploaded, and AI‑assisted analysis used to structure briefs, identify relevant questions, and generate first drafts before involving the right local experts.

In practice, this means that when a company faces a question around the use of digital identity, signatures, and trust services in a cross‑border transaction, it can bring together its internal team, external counsel in different countries, and supporting documentation in one environment, and let AI‑driven tools help map out the regulatory and practical issues before decisions are made. This is increasingly important because the problem in international situations often lies not only in the legal assessment itself, but also in coordinating multiple parties, documents, and jurisdictions.

The legal and technical foundations of EU digital identity

This section delves into the foundational legal and technical aspects of EU digital identity, detailing the evolution from the original eIDAS Regulation to its revised 2.0 framework.

From eIDAS to eIDAS 2.0: core concepts and objectives

The original eIDAS Regulation, formally Regulation (EU) No 910/2014 on electronic identification and trust services for electronic transactions in the internal market, established two main pillars: electronic identification (eID) and trust services. On the identification side, it provided a mechanism for Member States to notify their national eID schemes so that, once they met certain assurance levels and were formally notified to the European Commission, other Member States would be obliged to recognize them for access to online public services. This mutual recognition of eIDs was intended to support cross‑border e‑government and eliminate barriers created by purely national login and identification systems. On the trust services side, eIDAS defined and regulated services such as electronic signatures, electronic seals, time stamps and electronic registered delivery services, setting out legal effects and conditions of qualified and non‑qualified services.

A key innovation was the harmonized categorization of electronic signatures into three levels: simple electronic signatures (SES), advanced electronic signatures (AdES), and qualified electronic signatures (QES). While simple electronic signatures are broadly defined as any data in electronic form attached to or logically associated with other electronic data and used by the signatory to sign, advanced signatures must be uniquely linked to and capable of identifying the signatory, created using electronic signature creation data that the signatory can maintain under sole control, and linked to the signed data such that any subsequent change can be detected.

Qualified electronic signatures go one step further by requiring the use of qualified certificates issued by qualified trust service providers (QTSPs) and qualified signature creation devices (QSCDs), thereby achieving the highest level of assurance and legal effect, including explicit equivalence to handwritten signatures across all Member States.

The eIDAS framework is technology‑neutral in principle; it avoids mandating specific technical solutions and focuses on assurance levels, reliability, and legal effects. However, in practice, reaching the qualified level requires specific technical and organizational conditions: QTSPs must undergo supervision and auditing, QSCDs must meet stringent security requirements, and identity verification for issuing qualified certificates traditionally involved high‑assurance processes such as face‑to‑face checks or equivalent methods. This inevitably meant that QES adoption was initially concentrated in regulated sectors such as finance, public administration, or where high‑value transactions justified the effort. At the same time, the Regulation ensured that even non‑qualified signatures could not be denied legal effect solely because they are electronic; instead, their evidentiary value and suitability for specific use cases would depend on context and national law.

The revised eIDAS 2.0 framework, formally Regulation (EU) 2024/1183 amending eIDAS, builds on this foundation but introduces a new central instrument: the European Digital Identity Wallet. The idea is to move beyond the model where identity is only verified at the moment of issuing a certificate or where separate eID and trust services operate in parallel. Instead, the Wallet becomes a user‑controlled application through which individuals can store and present attributes such as name, date of birth, nationality, professional qualifications, and other credentials, as well as use it to authenticate towards services and to sign documents electronically. It is explicitly grounded in the principle that citizens and residents should always retain control over what data they share, with whom, and for what purpose.

Digital identity verification, authentication, and trust

To understand how EU digital identity interacts with practical workflows, it is useful to distinguish between identity verification, identity authentication, and trust services. Digital identity verification is the process of confirming that the person behind a digital interaction actually exists and corresponds to a real‑world identity; it often involves comparing data provided by the user with authoritative data sources or verifying identity documents. Common methods include checking personal data against electoral registers, credit bureau records, or national databases, or analyzing digital images of identity documents using AI and machine learning and comparing them with live selfies to ensure liveness and prevent spoofing. In some cases, in‑person verification still plays a role, for example when high‑assurance identity proofing is legally required by financial or eIDAS rules.

Identity authentication, by contrast, refers to the process by which a user proves they are the legitimate holder of a previously verified identity. This may involve knowledge‑based authentication, such as answering security questions; possession‑based methods, such as one‑time passwords sent by SMS or generated by apps; or inherence‑based methods, such as biometrics. Multi‑factor authentication (MFA) combines these approaches to increase security and is commonly used in online banking, public e‑services, and secure corporate systems. In the eIDAS context, authentication is often mediated through notified eID schemes or, under the new framework, through the EU Digital Identity Wallet, which will provide standardized authentication interfaces to relying parties.

Trust services, finally, provide the legal and technical mechanisms to secure electronic transactions and prove integrity, origin, time, and consent. They are critical because identity proofing and authentication alone do not produce evidence of the content of a legal act or its timing. A person might be authenticated to a platform, but unless the system produces a legally recognized electronic signature, seal, or time stamp, it may be difficult to show later that they consented to a specific contractual clause at a particular time. Qualified trust services under eIDAS address this by binding identities, keys, and certificates in a way that meets defined assurance criteria and by producing audit trails, cryptographic proofs, and certificates that courts can rely on. Qualified trust service providers act as “guardians of trust” in this environment, issuing qualified certificates, hosting qualified signature and seal creation services, and ensuring that the integrity and security of the process meet EU requirements.

In everyday legal and business practice, these layers interact continuously. When a company onboards a new client remotely, it may use a digital identity verification service to capture and verify identity documents and live biometrics. It may then issue credentials or set up authentication methods for ongoing use.

When that client later signs a high‑value contract, a qualified electronic signature may be used, generated using a QES credential stored in a secure device or in a cloud‑based QSCD managed by a QTSP, possibly integrated into a wallet. In the event of a dispute, lawyers will not only examine the contract text but also evidence from identity proofing, authentication logs, and signature certificates to argue about consent, authority, and integrity. This is the evidentiary ecosystem that eIDAS and the new EU Digital Identity Wallet seek to standardize and strengthen.

Mutual recognition and interoperability

A central promise of the EU digital identity regime is mutual recognition across borders. For electronic identification, this means that if a Member State notifies a national eID scheme under eIDAS and it meets the required assurance levels, other Member States must recognize that scheme for access to their own public sector online services. This mutual recognition reduces the need for individuals and companies to maintain separate national identities in each country, and supports cross‑border mobility, internal market freedoms, and digital public services. For trust services, mutual recognition works primarily through harmonized rules for qualified services: a qualified certificate or qualified electronic signature issued in one Member State must be accepted as such in all others, with the same legal effect.

From a broader international perspective, mutual recognition of IDs and digital credentials is recognized by institutions such as the World Bank as a powerful driver of economic and regional integration. When identities issued by one country are recognized by others for both in‑person and online transactions, they can support orderly migration, cross‑border trade, and digital economy growth. Interoperability can be achieved without harmonizing all systems into a single scheme, as long as there are minimum technical standards, assurance levels, and legal frameworks that define how trust is established between systems. Architectures for mutual recognition may be web‑based (using SAML or OpenID Connect federation), API‑based, or based on public–private key mechanisms similar to the ICAO Public Key Directory for biometric passports.

The EU’s approach under eIDAS is essentially a federation model with strong trust anchors: national eID schemes and notified trust service providers act as nodes that are mutually recognized once they meet regulatory requirements and are supervised by national authorities. The EU Digital Identity Wallet extends this model by imposing common standards and specifications for wallets and the credentials they store, so that a wallet issued or recognized by one Member State can be used throughout the Union. This requires detailed technical interoperability frameworks, covering aspects such as credential formats, cryptographic algorithms, interfaces, and security requirements, which are being developed through implementing acts and standardization bodies.

For practitioners, interoperability and mutual recognition are not abstract. They determine whether a company can sign one set of documents with a single digital identity and have them accepted in multiple countries, or whether it must maintain separate signatures, logins, and workflows for each jurisdiction. They influence how cross‑border litigation will assess the validity of digital evidence, and whether courts will recognize signature certificates issued abroad.

They also affect operational issues: for example, whether identity attributes stored in an EU wallet can be used to satisfy KYC requirements in multiple countries, or whether additional local verification steps will still be required. These questions sit at the heart of cross‑border legal and tax practice and are a typical example of the situations that clients bring to platforms like Anywhere.legal when planning expansion, negotiating multi‑jurisdiction contracts, or designing digital onboarding workflows.

E‑signatures and trust services under the new eIDAS framework: legal effects and practical use

This section examines the specific legal effects and practical applications of electronic signatures and trust services within the new eIDAS framework.

The three levels of electronic signatures and their use cases

Under the EU eIDAS regime, electronic signatures are categorized into three levels—simple, advanced, and qualified—each with distinct evidentiary weight, security expectations, and typical use cases. Simple electronic signatures (SES) are essentially any electronic data associated with a document that indicates intent to sign, such as clicking an “I agree” button, typing a name in an email, or using a basic e‑signature platform without strong identity verification. They are widely used for low‑risk transactions where the main concern is convenience and where the risk of disputes or fraud is low, for example accepting website terms and conditions or internal approvals. Although they are not prohibited in more significant transactions, their legal robustness depends on context, the ability to prove who signed, and national evidentiary rules.

Advanced electronic signatures (AdES) introduce stronger conditions. They must be uniquely linked to the signatory, capable of identifying the signatory, created with electronic signature creation data that the signatory can maintain under their sole control, and linked to the signed data so that any change is detectable. In practice, this often involves the use of digital certificates issued after some level of identity verification, as well as cryptographic mechanisms that bind the signature to the document.

Qualified electronic signatures (QES) are the highest category and must meet the requirements for advanced signatures, plus additional conditions: they must rely on a qualified certificate issued by a qualified trust service provider and be created by a qualified signature creation device. QES have a unique feature in EU law: they are expressly given the same legal effect as handwritten signatures and must be recognized as such in all Member States. Achieving QES typically involves rigorous identity proofing at the time of certificate issuance, robust cryptographic protection of private keys, and strict compliance with technical standards for QSCDs, whether implemented in hardware tokens, smart cards, or secure cloud‑based environments. As a result, QES is used for high‑risk, high‑value, or explicitly regulated contexts, such as real estate transactions, corporate resolutions, financial contracts, or filings with public authorities where handwritten signatures were traditionally required.

Importantly, eIDAS does not declare lower‑level signatures invalid; it simply withholds specific legal presumptions and effects from them. Therefore, parties are generally free to agree on the form of signatures for most private law contracts, but they should consider the risk profile, sectoral regulation, and enforcement context. In cross‑border settings, the type of signature chosen may interact with formal requirements in multiple jurisdictions, leading to complex questions where the safest approach is often to use QES for documents intended to circulate widely within the EU. In practice, these decisions are rarely made by reading the Regulation alone—legal teams usually model specific use cases, consult local counsel, and consider the operational trade‑offs between user experience and legal certainty.

Qualified trust service providers and the infrastructure of trust

Qualified trust service providers (QTSPs) are at the center of the EU electronic signature and trust services ecosystem. They are entities that have received qualified status from a supervision authority and are permitted to provide trust services at the qualified level, such as issuing qualified certificates for electronic signatures and seals, providing qualified electronic time stamps, and operating qualified electronic registered delivery services. QTSPs must comply with strict requirements on security, reliability, incident reporting, and data protection, and they are listed in the EU Trusted Lists maintained for each Member State, which serve as the authoritative register of providers that can issue qualified certificates.

Becoming a QTSP is not trivial. Providers must undergo conformity assessment, demonstrate technical and organizational capacity, implement secure cryptographic systems, and show that they can ensure the integrity and confidentiality of keys and signatures. They must also implement robust identity verification processes for individuals and entities before issuing qualified certificates; these processes may involve face‑to‑face verification, video identification, or equivalent high‑assurance electronic identification means, and additional checks such as verifying corporate authority when certificates are issued on behalf of legal entities. Once recognized, QTSPs become critical partners for organizations that need to deploy QES at scale in a compliant manner.

The services provided by QTSPs go beyond the pure act of signing. Many offer integrated platforms that include identity verification, signature workflow orchestration, time stamping, and evidence preservation, providing a full chain of custody for electronic transactions. They also participate in interoperability frameworks, ensuring that certificates they issue can be validated by relying parties across the EU and beyond. For example, a contract signed by multiple parties in different Member States using QES certificates issued by different QTSPs should still be verifiable by any court or authority in the Union, thanks to standardized certificate formats, trust lists, and validation rules.

From the perspective of in‑house legal teams and law firms, working with QTSPs raises several strategic questions. These include selecting providers that are recognized in all relevant jurisdictions, integrating their APIs into existing document management and contract lifecycle tools, and designing signature policies that distinguish when SES, AdES, or QES should be used. It also involves managing the lifecycle of certificates: ensuring that key personnel have appropriate certificates, managing revocation when roles change, and documenting the assignment of corporate signing authority. These issues can become particularly complex in multinational groups, where boards, subsidiaries, and joint ventures may be spread across several legal systems with different expectations about representation and signature form.

Anywhere.legal does not replace QTSPs or dictate signature policies, but it can help structure and document these decisions across jurisdictions. In a typical scenario, a corporate legal department might use Anywhere.legal to open a project focused on updating signing policies for the European operations of the group, upload current templates and board rules, and let AI‑driven tools scan for clauses that refer to signatures, delivery, or form requirements. The platform can then help generate questions for local counsel in each relevant Member State, such as whether QES is required for certain resolutions, and centralize their answers into a coordinated policy document. This is more efficient and less error‑prone than ad hoc email exchanges, particularly when the project involves multiple entities, languages, and regulatory environments.

Interaction with non‑EU frameworks and evidence in litigation

Cross‑border practice rarely stops at the EU’s borders. Many EU‑based companies contract with partners in jurisdictions such as the United States, the UK, or third countries in Asia and Africa, where different frameworks govern electronic signatures and trust services.

In the United States, for example, the federal Electronic Signatures in Global and National Commerce Act (E‑Sign) and the Uniform Electronic Transactions Act (UETA) establish that electronic records and signatures can have the same legal effect as paper and handwritten signatures, subject to consent and certain exclusions. These laws are more form‑neutral than eIDAS: they do not create distinct categories of advanced or qualified signatures, nor do they rely on a list of supervised trust service providers. Instead, they focus on the principle that if parties have agreed to conduct transactions electronically and an electronic signature can be linked to a person, it can be enforceable.

This difference in philosophy has practical implications. An EU company using QES may find that its counterpart in the US is accustomed to less formal e‑signature tools and does not have access to a QTSP. Conversely, a US company may propose an e‑signature solution that is fully acceptable under E‑Sign and UETA but does not meet the requirements for QES under eIDAS if the contract is also intended to be enforceable in the EU. In such cases, legal teams must align expectations, possibly using a hybrid approach where signatures are collected via a platform that can produce evidence meeting both regimes, or by ensuring that at least the EU‑side signatories use QES where required.

In disputes, courts and tribunals focus on authenticity, integrity, and consent. For EU‑related matters, QES provides a strong presumptive basis for authenticity, as the law equates it with handwritten signatures and recognizes the legal reliability of QTSP‑issued certificates. For non‑qualified signatures or signatures from third‑country systems, courts may still accept them but will examine the surrounding evidence: audit trails, IP addresses, authentication logs, and any certifications or trust marks associated with the provider. Issues can arise if the provider is located in a jurisdiction with different data retention requirements or if cross‑border data transfer restrictions limit the ability to produce logs in court. This again underscores the importance of planning: companies should decide in advance what level of signature and what providers they will use for specific types of contracts, taking into account where disputes are likely to be litigated or arbitrated.

Platforms such as Anywhere.legal can play an important role at the interface between transactional work and dispute readiness. When a potential dispute arises around an electronically signed contract, the first step is often to gather all relevant documentation: the contract itself, the signature certificates, emails or platform notifications, and any logs or screenshots available.

Having these materials scattered across email inboxes, local drives, and different systems in multiple countries significantly increases the risk of missing key evidence or misinterpreting its significance. In practice, it often turns out that the problem is not only whether the signature is legally valid, but also whether the company can reconstruct the entire signing process in a coherent and persuasive way. Using Anywhere.legal to centralize documents, structure the chronology of interactions, and let AI‑based tools extract and compare key data points can dramatically improve the efficiency and reliability of this early case assessment phase.

The EU digital identity wallet: functions and architecture

The EU Digital Identity (EUDI) Wallet is the flagship instrument of the revised eIDAS framework. It is conceived as a mobile application or equivalent software that allows EU citizens, residents, and businesses to store, manage, and present digital identity credentials and to create legally binding signatures with just a few clicks. Member States are obliged to ensure that at least one EUDI Wallet is made available to users by late 2027 or early 2028, either directly or through providers that are recognized by the state. Contrary to some misconceptions, there will not be a single pan‑European app; rather, “EUDI Wallet” refers to a legal and technical standard that can be implemented by multiple providers, as long as they comply with the common specifications and are recognized by the Member State.

Functionally, the Wallet will enable several core operations. It will support authentication, allowing users to log in to both public and private services while protecting their privacy through selective disclosure of attributes and minimal data sharing. It will provide secure storage for a variety of documents and credentials, from identity attributes to professional certificates, tickets, and potentially financial instruments, depending on national implementation. It will permit sharing of stored documents or specific attributes in a controlled manner, enabling, for example, an individual to prove their age or professional qualification without disclosing other personal data. Finally, it will support signing, enabling users to create qualified electronic signatures that are legally binding across the EU, potentially using keys or certificates stored within or linked to the Wallet.

From an architectural perspective, the Wallet must adhere to EU‑level technical standards that ensure interoperability, security, and data protection. These standards will define, among other things, how credentials are issued and bound to identities, how verifiers can validate presented credentials, and how cryptographic keys are generated and managed. There is a strong emphasis on user control and privacy: the Wallet should not become a centralized database of identities, but rather a user‑controlled container for credentials issued by various authorities, relying on decentralized or federated trust models. In addition, the Wallet architecture must account for offline as well as online use, resilience against device loss or compromise, and mechanisms for revocation or updating of credentials.

Obligations for member states, public bodies, and private actors

The entry into force of eIDAS 2.0 in May 2024 initiated a series of deadlines that will reshape digital identity obligations over the following years. Member States have 24 months from the adoption of the technical implementing acts to make at least one EUDI Wallet available to their citizens and residents. As the implementing acts are currently anticipated to be adopted in Q3/Q4 2025, this places the first deadline in late 2027 or early 2028. Public sector bodies providing online services that require electronic identification and authentication must accept the EUDI Wallet within the same timeframe, meaning that by late 2027 or early 2028, citizens should be able to access a wide range of public digital services using their Wallet.

Private sector obligations are more targeted but still far‑reaching. Very Large Online Platforms (VLOPs) under the Digital Services Act that require user authentication will be required to accept the EUDI Wallet as a means of identification. Since most VLOPs operate with user accounts and logins, this obligation will effectively apply to all of them in practice. In addition, private parties that are required by law to use strong customer or user authentication for online identification, or that are subject to contractual obligations to ensure such authentication, must accept the EUDI Wallet within 36 months of the adoption of the implementing acts, i.e., by late 2028 or early 2029. This includes sectors such as banking, telecommunications, and certain regulated online services.

These obligations are not merely formal; they will influence how customers expect to interact with digital services and how companies design their onboarding and authentication flows. A financial services provider operating in multiple EU countries, for example, will need to integrate Wallet‑based authentication into its online banking and account opening interfaces. This may simplify identity proofing in some respects, as EUDI‑based credentials can provide high‑assurance data; but it also requires re‑engineering of interfaces, risk models, and customer journeys. Similarly, an online platform that previously relied on email and password signups may need to consider how Wallet‑based login could coexist with existing methods, and how attributes provided through the Wallet could be used for age verification, professional status, or other regulatory requirements.

From a legal and compliance perspective, these changes mean that digital identity will become a regulated touchpoint in many customer relationships. Companies will have to align their privacy policies, terms of use, and internal guidelines with the new reality that authenticated identity data may be provided via Wallets under a specific EU legal framework, rather than through ad hoc verification or third‑country services. They will also have to clarify liability boundaries: who is responsible if Wallet‑provided data is inaccurate, if a credential is revoked, or if a Wallet is compromised? While eIDAS and its implementing acts will address some of these questions, contractual arrangements and risk allocation with providers, partners, and customers will remain crucial. This is a typical area where it is useful to have the brief, documents, and next steps in one place and to coordinate input from local experts in multiple Member States, which is precisely what Anywhere.legal facilitates.

Interaction with self‑sovereign identity and emerging technologies

The emergence of the EU Digital Identity Wallet occurs in parallel with developments in self‑sovereign identity (SSI) and decentralized identity technologies. SSI frameworks aim to give users control over their digital identities by allowing them to hold verifiable credentials issued by trusted authorities in their own wallets and present them selectively to verifiers, often using decentralized identifiers (DIDs) and distributed ledger technologies. SSI‑based solutions have been proposed and piloted for use cases such as digital diplomas, professional licenses, and contract signing, with claims of increased security, privacy, and efficiency. In the context of contract signing, SSI can enable cryptographic signing that ensures authenticity, integrity, and non‑repudiation, while keeping control of credentials on the user side.

The EU Digital Identity Wallet can be understood as a regulatory and institutional response that incorporates some of the SSI ethos while embedding it in a harmonized legal framework. Wallets are user‑controlled, credentials can be issued by multiple authorities, and privacy‑preserving disclosure methods are encouraged. At the same time, the system remains anchored in supervised trust, with Member States and QTSPs playing key roles. This has advantages for legal certainty and cross‑border recognition, as courts and regulators can rely on known entities and clear liability structures. For companies and legal practitioners, the implication is that they should not treat EUDI Wallets as purely technical gadgets but as part of a broader shift toward user‑centric identity with formal legal consequences.

Emerging technologies also affect how signatures and trust services are logged, preserved, and audited. Blockchain and distributed ledger technologies are being explored as ways to create tamper‑evident logs of signature events, certificate status, and contractual milestones, providing additional evidence layers in case of disputes or cyber incidents. While eIDAS 2.0 does not mandate blockchain use, it is technology‑neutral and can accommodate such solutions where they comply with relevant standards. From a risk management perspective, the key question is whether the audit trails and logs generated by signing systems, whether blockchain‑based or not, can withstand disputes, cyber threats, and long‑term evidentiary requirements. This again underscores the importance of working with reputable providers and of documenting architectures and processes in a way that legal teams can understand and explain.

In practice, legal teams do not design identity and signing architectures in isolation. They work with IT, security, and compliance teams in their organizations, as well as with external providers and advisors.

Coordination is particularly challenging in multinational groups, where different business units may experiment with different digital identity and signing tools, leading to inconsistent practices and elevated legal risk. This is exactly the type of situation commonly handled via Anywhere.legal, where a group‑wide project can be opened, current practices mapped through document uploads and AI‑assisted analysis, and a structured plan developed with input from experts in relevant jurisdictions.

Practical use cases and risks in cross‑border digital identity and e‑signatures

This section explores typical practical use cases for digital identity and e-signatures in a cross-border context, highlighting associated risks and effective mitigation strategies.

Typical situations: from cross‑border contracts to KYC/AML

In practice, digital identity and e‑signatures in the EU manifest in a handful of recurring patterns that recur across industries. One typical situation is the negotiation and signing of cross‑border commercial contracts, such as distribution agreements, software licenses, or joint ventures involving parties in several Member States and often beyond the EU. The parties may wish to use electronic signatures for efficiency and speed, but must decide which platforms and signature levels to use, how to ensure recognition in all relevant jurisdictions, and how to manage signing authorities in multinational corporate structures. The problem is often more complex than it appears: different local counsels may give slightly different advice, certain documents may require QES in one country but not in another, and internal stakeholders may prioritize ease of use over legal robustness.

Another recurring scenario is remote onboarding and know‑your‑customer (KYC) or anti‑money laundering (AML) compliance for cross‑border clients. Financial institutions, fintechs, and other regulated entities must verify customer identities, sometimes across borders, while complying with EU and national AML rules as well as data protection and cross‑border transfer restrictions. Digital identity verification tools that analyze identity documents and biometrics have become popular, and EUDI Wallet‑based credentials may soon add a new layer of standardized high‑assurance data. However, the regulatory requirements and accepted methods can differ between Member States, and supervision authorities may have their own expectations for what constitutes sufficient identity proofing in specific contexts. Legal teams must therefore align global onboarding policies with local rules, and design processes that are auditable and defensible.

A third common situation involves accessing or submitting public documents across borders. The EU Regulation on Public Documents, applicable since 2019, simplifies the use of certain public documents across Member States by abolishing the need for apostille and reducing translation and certification burdens. Public documents such as birth certificates, marriage documents, or certificates of absence of a criminal record can be presented in another Member State without an authenticity stamp, and multilingual standard forms can reduce translation needs. At the same time, safeguards allow authorities that have doubts about a document’s authenticity to check it via the Internal Market Information System (IMI), an EU platform for administrative cooperation. As more of these processes move online and integrate with digital identity, questions arise about how e‑signed or digitally issued public documents will be recognized and how they interact with national e‑government systems.

In each of these scenarios, the complexity lies not only in the legal rules but also in coordinating multiple parties, systems, and jurisdictions. A cross‑border contract involving four parties in three countries may require aligning signature platforms, clarifying which party will initiate the signing process, and ensuring that documents are stored and shared in a secure and organized way. KYC/AML processes may involve external identity verification providers, internal compliance teams, and sometimes additional checks requested by correspondent banks or regulators in other jurisdictions, each generating documents and data that need to be managed. Use of public documents across borders may involve communication between local authorities, notaries, and courts that each use different digital systems. Without a structured approach, it is easy for such projects to devolve into email chaos, version conflicts, and missed steps.

Anywhere.legal is designed precisely for these multi‑party, multi‑jurisdictional workflows. In practice, a combination of document centralization, initial AI processing, and involving the right local expert proves effective. A company can open a case related to a cross‑border contract, for example, upload draft versions and relevant background documents, and let AI tools identify clauses that may raise cross‑border issues, such as governing law, jurisdiction, or data transfer provisions. It can then invite external counsel or partners from different countries to the same workspace, where they can review the same materials, comment on country‑specific issues, and coordinate the signing strategy, including the choice of e‑signature providers and levels. This reduces the risk that critical details are lost or contradictory advice is given because different experts have access to different information.

MicroFAQ: choosing signature levels and providers

1. How do we decide when to use SES, AdES, or QES for EU‑related contracts?
The choice depends on the risk profile of the transaction, sectoral regulation, and where the contract may need to be enforced. For low‑risk, low‑value agreements where disputes are unlikely and no specific formal requirements apply, a simple electronic signature may be sufficient, especially if accompanied by contextual evidence such as email chains. For medium‑risk B2B contracts or where internal policies require stronger assurance, advanced electronic signatures that are uniquely linked to the signer and provide tamper‑evident integrity will usually be more appropriate. For high‑value or highly regulated transactions, or where documents must be accepted by public authorities in multiple Member States, qualified electronic signatures provide the highest legal certainty because they are explicitly equivalent to handwritten signatures and subject to mandatory cross‑border recognition.

2. Can we use a non‑EU e‑signature provider for contracts that involve EU parties?
There is no general prohibition on using non‑EU providers, but legal teams must consider how signatures will be evaluated under EU law and in EU courts. If the provider does not offer QES as defined by eIDAS, its signatures will be treated as SES or, at best, AdES, even if they are fully acceptable under other regimes such as E‑Sign or UETA. This may be acceptable for many commercial contracts, but it can create enforceability risks if local law or counterparties expect QES, or if official filings and registrations are involved. In cross‑border projects, a pragmatic approach is often to consult local counsel in key jurisdictions, decide on an acceptable minimum level of signature for each document type, and if necessary, apply a “highest common denominator” approach where QES is used when any relevant law requires formal equivalence to handwritten signatures.

3. How will the EUDI Wallet change the way we sign documents?
The EUDI Wallet is expected to make high‑assurance digital identity and QES more accessible by integrating them into a user‑friendly app on standard devices, reducing the need for specialized hardware tokens or complex enrollment processes. For organizations, this means that more customers, partners, and employees will have access to an EU‑standard identity wallet and can sign documents securely with fewer user‑experience barriers. However, the underlying legal principles do not change: QES will still require qualified certificates and trust services, and organizations must still decide which signature level is appropriate for each use case. The Wallet mainly simplifies the interface and adds standardized identity attributes that can be used in KYC, eligibility checks, and access control.

Risk table: key risks and how Anywhere.legal helps

Remote notarization, apostille, and public documents

An increasingly important dimension of cross‑border digital identity and signatures is the relationship with notarization and document authentication. In many jurisdictions, certain acts require notarization or public authentication, and international use of documents often requires apostille or legalization. The EU Regulation on Public Documents simplifies some of these processes within the EU by abolishing the need for apostille for many categories of public documents and introducing multilingual standard forms, but it does not address recognition of legal effects or replace national rules on notarization. If an authority in a receiving Member State has doubts about a document’s authenticity, it can request verification from the issuing authority through the IMI system, using a dedicated module for public documents. This combination of reduced formalities and an IT‑based authenticity check reflects the EU’s broader approach to cross‑border trust: reducing friction while preserving safeguards.

Outside the EU, apostille and legalization procedures remain critical. For example, documents used in countries that are not parties to the Hague Apostille Convention may require full authentication by the issuing country’s authorities and the foreign country’s consular officers, often through multi‑step processes. For corporations and LLCs engaged in international transactions, obtaining apostilled or authenticated copies of corporate documents, resolutions, or certificates of good standing is a regular requirement, and delays or errors in these processes can stall deals or litigation. While these procedures remain largely paper‑based in many jurisdictions, there is growing interest in electronic apostille (e‑Apostille) and the digital issuance of public documents, which will interact with eIDAS and EUDI Wallet developments in complex ways.

Remote online notarization adds another layer. In some jurisdictions, such as parts of the United States, remote online notarization allows signers to appear before a notary using audio‑visual technology over the internet, with e‑signatures and digital certificates used to execute documents. The notarization process itself involves identity verification, consent to recording, and use of electronic notarial seals and logs. As EU digital identity and trust services mature, similar models may be integrated with Wallet‑based identity, where notaries authenticate clients via their EUDI Wallet, verify attributes such as age or capacity, and then produce electronic notarial acts that are recognized across the Union. Legal teams must follow these developments closely, as they will affect cross‑border real estate, corporate, and inheritance matters where notarization has traditionally been central.

Platforms like Anywhere.legal can significantly streamline the practical aspects of notarization and apostille in cross‑border matters. Instead of treating each document as a one‑off request handled via email and courier, a company can open a dedicated case that captures which documents must be notarized, apostilled, or legalized for each jurisdiction involved, upload scans and instructions, and use AI to cross‑check requirements against up‑to‑date public sources.

The platform can facilitate collaboration with local counsel or service providers who handle the physical submission and retrieval of documents, while maintaining a central record of which originals, certified copies, and translations exist and where they are located. This reduces the risk of mismatched versions or lost documents and supports the eventual transition to more digital, identity‑linked notarization and authentication methods.

Implementing EU digital identity in organizations: governance, data, and AI

This section addresses the crucial governance, data, and AI considerations for organizations implementing EU digital identity and trust services.

Governance and compliance challenges

Implementing EU digital identity, trust services, and the EUDI Wallet in an organization is not only an IT project but also a governance and compliance exercise. Organizations must update internal policies to reflect when and how digital identity and signatures will be used, who is authorized to sign what, and how evidence will be stored and retrieved. They must align these policies with external regulatory requirements, including sector‑specific rules in financial services, healthcare, or public procurement, and with broader frameworks such as the General Data Protection Regulation (GDPR) and cross‑border data transfer rules. Supervisory authorities in financial and other sectors are placing increased emphasis on operational resilience, third‑party risk, and AI governance, meaning that the choice and management of identity and signing providers will be subject to regulatory scrutiny.

Data protection and cross‑border data transfers are particularly sensitive. Identity verification and trust service providers process sensitive personal data, including identity documents, biometric data, and audit logs that reveal behavioral patterns. If providers are located in or transfer data to third countries, organizations must ensure that appropriate transfer mechanisms and safeguards are in place and that the level of protection is not materially lower than EU standards, taking into account evolving case law and regulatory guidance. The UK’s emerging risk‑based model under the Data (Use and Access) Act 2025, for example, may interact with EU adequacy decisions and add complexity for groups operating in both jurisdictions. Legal teams must therefore be involved early in provider selection and contract negotiations, not only to negotiate liability and service levels but also to ensure data flows are mapped and compliant.

Another governance challenge lies in record management. Digital identity and signatures generate multiple layers of records: the signed documents themselves, signature certificates, identity verification records, authentication logs, and occasionally video recordings or other evidence. Organizations must decide how long to retain each type of record, where to store them, and who can access them, balancing litigation readiness with data minimization and storage limitation obligations under data protection law. Inadequate record management can undermine the value of even the most robust signatures if key evidence cannot be located or is not admissible due to improper handling. Conversely, over‑retention of sensitive identity data can create security and compliance risks.

Here, legal document management systems and AI‑enhanced tools play a growing role. Modern systems can centralize digital files, apply consistent retention policies, and provide secure access control, while AI can help classify documents, extract key metadata, and flag potential compliance issues. For example, AI tools can scan large collections of contracts and identify which ones include clauses about signature form or electronic communications, helping legal teams prioritize which documents must be updated in light of eIDAS 2.0. They can also assist in identifying which providers or processes are referenced, revealing hidden dependencies on specific trust services or identity verification tools.

Anywhere.legal complements these systems by providing a cross‑matter, cross‑jurisdiction coordination layer. It is not meant to replace corporate DMS or contract lifecycle tools, but to serve as an environment for complex, multi‑jurisdictional projects where documents, questions, and expert inputs need to be brought together in a structured way.

For example, a group‑wide initiative to implement EUDI Wallet authentication could be managed as a dedicated project in Anywhere.legal, where each jurisdiction’s legal, regulatory, and operational issues are captured, and AI‑generated summaries help management understand progress and risks at a glance. This is particularly useful for Heads of Legal and General Counsel who must oversee consistency across countries without being overwhelmed by the detail of each local implementation.

AI in identity and signature workflows: opportunities and risks

Artificial intelligence is already deeply embedded in digital identity workflows, from automated document verification to liveness detection and anomaly detection. AI and machine learning algorithms analyze identity documents for signs of tampering, compare faces in ID photos with live selfies, and check data against watchlists, all at speeds that would be impossible for human operators. In signature workflows, AI can assist in classifying documents, extracting key clauses, and automating approval chains based on content. These technologies increase efficiency and can reduce fraud, but they also introduce new risks related to bias, explainability, and governance.

Regulators are responding by increasing expectations for AI governance, particularly in high‑risk sectors such as financial services. Supervisory bodies are signaling that AI models used in credit underwriting, surveillance, and customer interactions must be subject to the same governance rigor as other high‑risk models, with clear documentation, bias management, and human‑in‑the‑loop oversight. Where AI is used in identity verification or signature workflows that have legal and regulatory consequences, organizations must be able to explain how decisions are made, how false positives and false negatives are managed, and how systems are monitored and improved. They must also consider the potential for AI‑generated content, such as draft contracts, to contain errors or biases that may have legal repercussions.

In the context of cross‑border identity and signatures, AI also plays a role in legal analysis and case management. Tools that can read legal documents and understand their context using natural language processing and machine learning can automate clause identification, risk categorization, and regulatory compliance monitoring. For example, AI can flag contracts that refer to outdated identification methods or that assume physical signatures, suggesting updates to reflect digital identity and eIDAS 2.0 realities. It can detect ambiguous or contradictory language that may cause disputes, prompting legal teams to clarify terms. These capabilities are particularly valuable when organizations must update large numbers of documents across multiple jurisdictions in response to regulatory change.

Anywhere.legal leverages AI precisely in this way: to help scope cases, structure briefs, and prepare first drafts of analyses or documents.

When a user opens a case related to EU digital identity and trust services, they can upload relevant contracts, policies, and correspondence, and the platform’s AI tools can quickly surface the most relevant clauses, identify references to identity and signatures, and propose a structured list of legal and operational questions to be answered. This does not replace legal judgment, but it dramatically shortens the time needed to move from an unstructured problem—“How will eIDAS 2.0 affect us?”—to a structured brief that can be efficiently addressed by in‑house counsel and local experts. In cross‑border situations, where the main challenge often lies in managing volume and complexity, such AI‑assisted structuring can be the difference between reactive, fragmented responses and a coherent, proactive strategy.

MicroFAQ: setting up governance for digital identity and AI

1. Who should own digital identity and e‑signature policy within the organization?
In practice, ownership is often shared between the legal department, IT/security, and compliance or risk management. The legal team typically leads on defining which signature levels are acceptable for which types of transactions, drafting internal policies, and aligning practices with external legal requirements. IT and security departments oversee the technical implementation, integration with existing systems, and cyber‑security aspects. Compliance ensures that AML, KYC, and sector‑specific rules are met. A coordinated governance structure, often in the form of a cross‑functional steering committee, is advisable to avoid fragmentation and to ensure that decisions about providers, Wallet integration, and AI tools are consistent globally.

2. How can we ensure that AI‑assisted identity verification and document analysis complies with regulatory expectations?
Organizations should treat AI models and tools as part of their broader risk management framework, subject to policies on model governance, validation, and monitoring. This includes documenting what the AI does, what data it uses, how it is trained, and how performance and fairness are measured. In high‑risk areas like identity verification for AML, human‑in‑the‑loop oversight remains important: AI can pre‑screen and flag cases, but final decisions and escalations should involve trained staff. Transparency with regulators about the use of AI, as well as readiness to provide explanations and audit trails, will be increasingly important.

3. How does Anywhere.legal fit into our existing tech stack without duplicating other tools?
Anywhere.legal is best thought of as a case and collaboration layer for cross‑border legal and tax matters, rather than as a replacement for core systems such as DMS, contract lifecycle management (CLM), or identity verification platforms. It provides a space where briefs, documents, AI‑generated analyses, and expert inputs from different countries can be brought together for a specific matter or project, such as adapting to eIDAS 2.0 or implementing EUDI Wallet‑based onboarding. The platform’s AI capabilities augment, rather than replace, existing tools by helping to scope issues, surface relevant information, and prepare first drafts that lawyers and managers can refine.

International dimension: beyond the EU and cross‑border coordination

This section delves into the international dimensions of digital identity, specifically focusing on cross-border data transfers and the enforcement of electronic agreements outside the EU.

Cross‑border data transfers and digital identity

Digital identity and trust services in the EU do not exist in a vacuum; they interact with global data flows and third‑country regulations. Many providers of identity verification, cloud services, and trust infrastructure operate across borders, and even EU‑based providers may rely on infrastructure or subcontractors in other jurisdictions. Global data transfers face rising risks and shifting rules as jurisdictions take distinct approaches to balancing privacy, security, and innovation. The EU maintains a model based on adequacy decisions and standard contractual clauses, while the UK is moving toward a risk‑based test that assesses whether protections in the destination jurisdiction are not materially lower than UK standards. The US is redefining export restrictions on bulk data, including through Executive Order 14117 and legislation on protecting Americans’ data from foreign adversaries, while China, Vietnam, and other countries impose controls on data transfers related to national security and core data.

For organizations deploying EU digital identity and trust services, these developments mean that data flows associated with identity proofing, login, and signing must be carefully mapped. Identity verification may involve checks against global databases, watchlists, or credit bureaus; trust services may log data in international clouds; and cross‑border contracting may involve parties accessing signed documents from multiple jurisdictions. Small businesses, in particular, benefit from cross‑border data transfers because they rely on global digital tools for operations and can access overseas markets more easily, but they may lack in‑house expertise to manage the corresponding legal risks. Legal and compliance teams must therefore ensure that contracts with providers clearly specify where data is stored and processed, what transfer mechanisms are used, and how data subjects’ rights are protected.

Anywhere.legal can assist by making these data flow questions explicit in cross‑border projects. When a company plans to implement a new identity verification or trust service provider, the project can be opened as a case on the platform, with provider documentation, contracts, and technical descriptions uploaded. AI tools can help extract and summarize key data protection and transfer clauses, and structured questions can be posed to privacy counsel in relevant jurisdictions, such as the EU, UK, and US. This methodical approach ensures that the legal implications of data transfers are considered early, rather than discovered late when an incident occurs or a regulator asks questions.

Cross‑border disputes and enforcement of electronic agreements

Cross‑border disputes involving electronically signed agreements are becoming more common as digital contracting becomes the default in many industries. When disputes arise, parties must navigate questions about governing law, jurisdiction, evidence, and enforcement across multiple legal systems. U.S. court judgments, for example, do not automatically have effect in foreign countries; enforcement may depend on treaties, reciprocal arrangements, or the willingness of foreign courts to recognize them under local standards. Similarly, the enforcement of EU judgments in third countries can be complex, particularly after changes such as Brexit. In this context, the enforceability of electronically signed contracts may be contested, especially if one party alleges that they did not actually sign, that the signature was forged, or that they lacked authority.

Electronic signature laws outside the EU vary widely. Some countries follow models similar to E‑Sign and UETA, focusing on functional equivalence and party consent; others have specific rules for digital signatures or require certain forms for particular transactions. Within the EU, eIDAS ensures that QES enjoys a strong legal presumption, but courts may still need to examine the underlying evidence if fraud or misuse is alleged. For non‑qualified signatures and third‑country signatures, courts will look at factors such as the robustness of authentication, audit trails, and whether the parties had agreed to conduct transactions electronically. This means that how documents are signed, what logs are retained, and how providers are selected can directly influence litigation outcomes.

Effective cross‑border dispute management therefore requires both front‑end and back‑end strategies. On the front end, contracts should include clear forum selection, choice of law, and dispute resolution clauses, and consider arbitration where enforcement is easier due to international conventions. They should also specify acceptable forms of signature and evidence, and sometimes require specific standards such as QES for high‑value documents. On the back end, when disputes arise, organizations must rapidly identify where relevant evidence is located, which providers hold logs, and what legal procedures are needed to obtain and present that evidence.

Anywhere.legal is particularly suited to the coordination challenge at the back end. In cross‑border disputes, multiple law firms, in‑house teams, and experts in different jurisdictions must work together, often under time pressure. Centralized case management on Anywhere.legal allows the lead counsel or in‑house team to create a unified workspace for the dispute, upload contracts, correspondence, signature certificates, and any other digital evidence, and provide controlled access to foreign counsel. AI tools can assist in organizing the material, summarizing key issues, and highlighting gaps in the evidentiary record. This approach supports consistent strategy and argumentation across jurisdictions, reduces duplication of work, and increases the chances that critical details about identity verification and signing processes are properly understood by all involved.

International legal services and global networks

The regulation of international legal services and the rise of global legal networks add another dimension to the EU digital identity story. As economies become more global, demand for cross‑border legal services grows, and law firms and legal departments must navigate regulations governing foreign practice, trade in legal services, and multi‑jurisdictional collaboration. Databases and resources compiled by bodies such as the International Bar Association map how different countries regulate foreign lawyers, what trade commitments they have made in the WTO, and what conditions apply to foreign law firms’ practice. Against this backdrop, digital platforms that connect lawyers, tax advisors, and clients across countries, and that leverage AI for scoping, pricing, and drafting, are becoming increasingly important.

Anywhere.legal is an example of such a platform, designed to leverage the strength of global legal networks and AI‑enabled coordination. It connects lawyers and tax advisors from different jurisdictions, provides tools for scoping and pricing cross‑border matters, and supports document workflows and collaboration. Digital identity and trust services are core enablers of this model, as they allow secure login, client identification, and electronic signing of engagement letters and deliverables. As EU digital identity evolves, platforms like Anywhere.legal must integrate EUDI Wallet‑based authentication and e‑signatures into their processes, offering clients a seamless experience that aligns with EU regulatory standards and expectations.

At the same time, global legal networks must account for diverse digital identity and e‑signature regimes in non‑EU jurisdictions. AI‑enabled tools can help by capturing and structuring these differences, generating jurisdictional comparison tables, and suggesting appropriate clauses and workflows for each context. For example, when a client wants to roll out a standardized electronic contracting process globally, Anywhere.legal can be used to open a project, upload intended workflows, and invite experts from various countries to comment on local law requirements and risks. AI can then assist in synthesizing these inputs into coherent guidance and templates that recognize both EU and non‑EU realities, including the use of EUDI Wallets where available and alternative methods where not.

How to work systematically with EU digital identity via Anywhere.legal

This section details how organizations can systematically manage the complexities of EU digital identity using the Anywhere.legal platform.

From isolated issues to structured cross‑border projects

A recurring pattern in practice is that organizations initially encounter EU digital identity and trust services as isolated issues: a question about whether a QES is needed for a particular contract, a concern that a KYC provider may not meet local expectations, or a request from IT to approve integration with an upcoming EUDI Wallet API. Individually, such questions may be resolved through ad hoc research and consultations. However, over time it becomes clear that these are not isolated issues but symptoms of a broader transformation in how identity, signatures, and trust are managed across the organization. Addressing them one by one, via unstructured email chains and disconnected documents, leads to inconsistent answers, documentation gaps, and increased risk.

The more effective approach is to treat EU digital identity, eIDAS 2.0, and trust services as a structured cross‑border project, with scope, phases, and clear deliverables. This typically involves mapping which workflows and document types are affected, such as customer onboarding, vendor contracting, HR documents, and board resolutions; identifying which jurisdictions, business units, and IT systems are involved; and setting goals, such as achieving consistency in signature levels or integrating EUDI Wallet authentication by a given date. It also involves making explicit decisions about risk appetite, resource allocation, and the allocation of responsibilities between legal, IT, and business teams.

Anywhere.legal is well suited to hosting such projects. A Head of Legal or project owner can open a matter titled, for instance, “Implementation of eIDAS 2.0 and EUDI Wallet in EU Operations,” and upload initial materials such as current signature policies, contract templates, and provider agreements. The platform’s AI can then assist in parsing these documents, identifying key reference points to digital identity and signatures, and suggesting a structured outline of questions and sub‑projects, for example by country, by workflow, or by risk level. The project owner can invite internal stakeholders and external counsel from multiple jurisdictions to the workspace, where they can add documents, comments, and answers, all within a unified structure.

Leveraging AI for scoping, drafting, and coordination

The main value of AI in this context lies in its ability to transform unstructured information into structured briefs and draft outputs. When dozens or hundreds of documents are uploaded—policies, templates, contracts, provider terms—AI tools can rapidly extract relevant sections, highlight references to signatures, identity, or authentication, and group them by theme. This allows legal teams to quickly see where inconsistencies exist, such as some documents requiring handwritten signatures and others allowing electronic signatures without specifying levels. AI can also propose initial jurisdiction‑specific questions based on known regulatory differences, which can then be refined by human experts.

For drafting, AI can generate first drafts of updated policies, contract clauses, or internal guidelines that reflect eIDAS 2.0 concepts, EUDI Wallet usage, and appropriate signature levels. For example, it can propose a clause that allows EUDI Wallet‑based QES for executing the agreement, or that describes how identity verification will be conducted for onboarding. Lawyers then review and refine these drafts, ensuring they align with organizational preferences and local law. This approach accelerates the drafting phase while keeping legal judgment in control.

Coordination is another area where AI and structured platforms make a difference. Cross‑border projects often involve multiple threads of discussion happening in parallel—by country, by business unit, by workflow. Anywhere.legal can organize these threads and, with AI assistance, generate periodic summaries that synthesize progress and open issues, tailored for different audiences such as executives versus subject‑matter experts. This reduces the cognitive load on project owners and increases transparency, making it more likely that complex multi‑jurisdictional projects stay on track and deliver coherent outcomes.

From legal design to ongoing operations

Implementing EU digital identity is not a one‑off exercise; regulations, technologies, and practices will continue to evolve beyond the initial implementation phase. Wallet specifications may be updated, new trust services may emerge, and regulators may issue additional guidance or enforcement actions that shape expectations. Organizations must therefore move from a project mindset to an operational model in which digital identity and signatures are continuously monitored and updated, much like other key compliance areas such as data protection or AML.

For example, when a Member State issues new guidance on the use of EUDI Wallets in financial services, or when a QTSP updates its terms following a security incident, a mini‑project can be opened on the platform to analyze the change, assess its impact on existing workflows, and coordinate any required updates to documents or processes. The AI tools can again assist in scanning relevant documents, highlighting affected clauses, and preparing draft communications or policy updates. Over time, the organization builds a documented history of decisions and changes related to digital identity and trust services, which is valuable for internal audits, regulatory inquiries, and knowledge transfer when personnel changes.

In practice, resolving EU digital identity and trust service questions systematically through Anywhere.legal means that organizations gain not only answers to specific questions but also a repeatable process. They learn to capture briefs clearly, centralize documents, use AI to understand content and context faster, prepare relevant questions and drafts, and engage the right local experts at the right time. This shifts the legal function from reactive problem‑solving to proactive design and governance in an area that will be strategically important for years to come.

Conclusion: digital identity as core infrastructure and the role of Anywhere.legal

Digital identity in the EU, anchored in eIDAS and strengthened by eIDAS 2.0 and the EUDI Wallet, is becoming core infrastructure for the digital economy and cross‑border legal practice. By late 2027 or early 2028, EU citizens and residents should be able to use wallet‑based identity to access public and many private services, store and share credentials, and create qualified electronic signatures with EU‑wide legal effect. Trust services, particularly qualified electronic signatures and the QTSPs that provide them, will continue to underpin the legal validity and evidentiary strength of electronic transactions. At the same time, global data transfer rules, non‑EU electronic signature regimes, and emerging technologies such as SSI and AI will shape how these tools are implemented and used in practice.

For companies, legal departments, and advisors, this landscape presents both opportunities and risks. Digital identity and e‑signatures can dramatically speed up transactions, reduce costs, and enable remote and cross‑border work at scale. However, inconsistent or poorly governed use of identity verification tools, signature levels, and providers can create enforceability problems, regulatory compliance gaps, and difficulties in evidence gathering during disputes. The issue typically does not arise only in the legal assessment itself, but also in coordinating multiple parties, documents, and jurisdictions, particularly when scaling across markets or dealing with multi‑country matters.

It is therefore crucial to address EU digital identity and trust services systematically and in a timely manner. Organizations should map their current practices, decide on policies for signature levels and provider selection, plan integration of EUDI Wallet authentication, and align KYC/AML and data protection practices with evolving regulatory expectations. They should also ensure that their contract templates, internal policies, and dispute strategies reflect the realities of electronic identity and signatures in the EU and in key third countries. Doing this piecemeal, through dispersed emails and unstructured documents, is likely to produce inconsistent outcomes and unnecessary risk; doing it through structured projects and ongoing governance increases resilience and reduces surprises.

Anywhere.legal has been addressing similar situations long‑term in a process‑driven way. It provides a platform where cross‑border legal and tax matters can be opened as structured cases, documents centralized, and AI used to scope issues, analyze content, and prepare first drafts of deliverables. It allows organizations to involve the right experts in other countries, unify communication and workflows, and make better decisions based on complete information. In the specific context of EU digital identity and trust services, Anywhere.legal enables legal and business teams to move from scattered questions to a coherent strategy, and to adapt that strategy over time as regulations and technologies evolve.

FAQ

1. What is the main change introduced by eIDAS 2.0 and the EUDI Wallet?
The core change is the introduction of the European Digital Identity Wallet, a standardized, user‑controlled application that allows EU citizens, residents, and businesses to store and present identity credentials and create qualified electronic signatures across the Union. Member States must ensure that at least one Wallet is available by late 2027 or early 2028, and public bodies and certain private providers will be required to accept it as a means of identification. This significantly expands the practical availability of high‑assurance digital identity and signatures, turning them into everyday tools rather than niche solutions.

2. Do we always need a qualified electronic signature (QES) for EU contracts?
No, QES is not required for all contracts. Under eIDAS, parties are generally free to decide on the form of their contracts, and even simple electronic signatures cannot be denied legal effect solely because they are electronic. However, QES provides the highest level of legal certainty because it is explicitly equivalent to a handwritten signature and must be recognized across the EU, making it appropriate for high‑value or regulated transactions and for documents that must be accepted by public authorities. For lower‑risk or internal agreements, advanced or simple signatures may be sufficient, depending on sectoral rules and risk appetite.

3. How will the EUDI Wallet affect KYC and AML procedures?
The EUDI Wallet is expected to make it easier to obtain high‑assurance identity data and verified attributes, such as age or nationality, directly from user‑controlled credentials, which can support KYC and AML processes. Financial institutions and other regulated entities will still have to comply with sector‑specific rules and may need to perform additional checks, but Wallet‑based credentials can reduce friction and standardize identity proofing across Member States. Organizations will need to update their onboarding workflows and policies to integrate Wallet‑based data in a compliant, privacy‑respecting way.

4. Can we continue using our existing e‑signature provider under the new eIDAS 2.0 framework?
In most cases, yes, as long as the provider meets your legal and risk requirements and complies with applicable regulations. eIDAS 2.0 does not prohibit existing providers, but it clarifies and expands the framework for qualified trust services and integrates them with EUDI Wallets. If your provider is a QTSP, its qualified services will remain recognized; if it offers non‑qualified signatures, they will continue to be evaluated based on context and national law.
The key question is whether your current provider can integrate with Wallet‑based identities where needed and whether its data handling aligns with evolving regulatory expectations on cross‑border transfers and AI governance.

5. How does Anywhere.legal help with EU digital identity and e‑signatures?
Anywhere.legal helps by providing a structured environment for dealing with EU digital identity and trust services as cross‑border projects rather than isolated questions. Users can open cases related to eIDAS 2.0 implementation, upload relevant contracts and policies, and use AI tools to identify affected provisions, generate structured briefs, and prepare draft updates.
The platform makes it easy to involve local experts from different countries, unify communication and workflows, and maintain a coherent strategy across jurisdictions. It is particularly useful when coordinating complex initiatives such as integrating EUDI Wallet authentication, harmonizing signature policies, or managing cross‑border disputes involving electronically signed documents.