The Top 5 Decentralized Identity Solutions (2026)

Decentralized identity stopped being a pilot in 2026. The EU has a hard deadline, US states are issuing mobile driver's licences at scale, and the standards underneath finally stopped moving. The short answer: pick SpruceID if you are issuing government credentials, Microsoft Entra Verified ID if you already run Entra and want the cheapest way to start, and PingOne Credentials if you need enterprise issuance alongside existing federation.

Pick IBM Verify Digital Credentials if you need a containerised deployment you can run on your own infrastructure, and Nuggets if your problem is proving identity to and for autonomous software agents. The honest caveat before any of it: this technology only pays off when someone your users care about is actually issuing credentials, and in most markets that is still a short list.

Last verified: September 2026. Standards versions, product names and pricing below were checked against vendor documentation and the standards bodies themselves.

Quick comparison

Platform	Best for	Standards	Pricing
SpruceID	Government credential issuance at scale	ISO/IEC 18013-5 mDL, W3C VC, OpenID4VCI and OpenID4VP	Quote-based; open-source libraries free
Microsoft Entra Verified ID	Enterprises already running Entra ID	W3C DID and VC, OpenID4VC, ION	Up to 50,000 transactions per month at no cost
PingOne Credentials	Regulated enterprises with existing federation	W3C VC, ISO/IEC 18013-5 mDL, OpenID4VC	Quote-based
IBM Verify Digital Credentials	On-premises and hybrid deployments	ISO/IEC 18013-5, SD-JWT, OpenID4VCI, OpenID4VP	Quote-based
Nuggets	Verified identity for autonomous AI agents	W3C DID and VC, zero-knowledge proofs	Quote-based

Why 2026 is the year this became real

Three things changed at once. First, the standards finished. The W3C Verifiable Credentials Data Model 2.0 became a full Recommendation on 15 May 2025. OpenID for Verifiable Presentations 1.0 was finalised on 10 July 2025 and OpenID for Verifiable Credential Issuance 1.0 on 16 September 2025, with the High Assurance Interoperability Profile 1.0 following on 29 December 2025. The OpenID Foundation opened self-certification for these profiles in February 2026, so "we support OpenID4VP" is now a claim you can ask a vendor to evidence.

Second, eIDAS 2 set a date. Every EU member state must provide a digital identity wallet and have its public administrations accept it by 24 December 2026, with private-sector acceptance obligations following on 24 December 2027. That is a procurement forcing function, not a vision statement.

Third, the US route went through driving licences rather than regulation. Mobile driver's licences built on ISO/IEC 18013-5 are live in a growing number of states. The online presentment companion, ISO/IEC TS 18013-7, is a Technical Specification rather than a full International Standard. That distinction matters when a vendor tells you their remote flow is "ISO certified".

The 5 best decentralized identity platforms

1. SpruceID

Best for: governments and agencies issuing credentials citizens will actually use.

SpruceID is the vendor behind California's mobile driver's licence, the largest US issuance programme of its kind, with more than four million credentials issued as of August 2026. It also maintains open-source libraries that much of the ecosystem builds on, which means you can inspect the implementation rather than take a datasheet on trust. Its stack covers issuance, wallet and verification for ISO/IEC 18013-5 mDL alongside W3C verifiable credentials.

Strengths: the only vendor here with a production credential in millions of citizen wallets; genuinely open-source core, so no protocol-level lock-in; deep mDL expertise rather than mDL as a checkbox.

Honest weakness: SpruceID is a specialist, not a platform company. If you want credential issuance bundled with your existing SSO, directory and lifecycle management, you will be integrating rather than configuring. It is also much smaller than IBM, Microsoft or Ping, which procurement teams at large enterprises will raise.

Pricing: quote-based; the open-source libraries carry no licence fee.

2. Microsoft Entra Verified ID

Best for: enterprises already on Entra ID that want to issue employee or partner credentials without a new budget line.

Verified ID is included with any Entra ID subscription and is free for up to 50,000 transactions per month, which makes it the cheapest realistic way to run a production pilot (Microsoft Entra Verified ID). Credentials are issued from directory data you already hold and stored in Microsoft Authenticator or a compatible wallet. Decentralized identifiers are anchored through ION, a permissionless network built on the Sidetree protocol over Bitcoin, so the identifier layer is not Microsoft-controlled even though the tooling is. Face Check adds a biometric match against a government photo ID, processed inside a trusted execution environment, and is sold as a paid add-on within Entra Suite.

Strengths: effectively free at pilot volume; issuance driven from existing directory data; the lowest-effort path for a Microsoft shop.

Honest weakness: there is a real tension in buying decentralized identity from a centralised vendor. ION is genuinely permissionless, but issuance, verification and management are Azure-dependent, and ION adoption remains narrow compared with the did:web and did:jwk methods the rest of the ecosystem uses. If vendor neutrality is the reason you are doing this, this is the wrong product.

Pricing: included with Entra ID, free up to 50,000 transactions per month; Face Check is a paid add-on within Entra Suite.

3. PingOne Credentials (PingOne Neo)

Best for: regulated enterprises that need credential issuance to sit beside existing federation and proofing.

Ping's naming has shifted, which trips up buyers reading older articles. PingOne Neo is the umbrella, PingOne Credentials is the issuance and verification service, and PingOne Verify handles identity proofing (Ping Identity). The platform issues W3C verifiable credentials with audit trails and revocation, and supports ISO/IEC 18013-5 mobile driver's licences. It connects to PingFederate and PingOne SSO, so you can move from SAML or OIDC to credential presentation incrementally rather than in one cut-over.

Strengths: the strongest bridge between traditional IAM and credentials; compliance controls and audit trails built for regulated buyers; mDL support in an enterprise product rather than a research project.

Honest weakness: the value depends on being a Ping customer already. If you are not, you are buying into a broad product portfolio to get one capability, and Ping's ownership by Thoma Bravo means product strategy questions are worth asking directly in the sales process.

Pricing: quote-based, typically sold within a PingOne platform subscription.

4. IBM Verify Digital Credentials

Best for: organisations that cannot put credential issuance in someone else's cloud.

IBM launched Verify Digital Credentials on 5 December 2025, supporting ISO/IEC 18013-5, SD-JWT selective disclosure, OpenID4VCI for issuance and OpenID4VP for presentation. It ships containerised, so it can run on-premises or in a hybrid deployment, which is the differentiator: most of this market is SaaS-only. IBM's earlier Digital Health Pass work was open-sourced and is no longer actively marketed, but the company did not leave the category.

Strengths: deployable where the data must stay; current standards support rather than a Hyperledger-era architecture; IBM support and contracting terms that large enterprises already have templates for.

Honest weakness: it is new, launched in December 2025, so there are few public reference deployments to check. IBM also has a long record of repositioning products in this space, and the earlier Hyperledger-based offering is a reminder to ask about the support commitment in writing before you build on it.

Pricing: quote-based.

5. Nuggets

Best for: teams that need a verified identity to travel with an autonomous agent or a payment.

Nuggets builds a zero-knowledge identity and payment vault, where a verifier learns that a claim is true without receiving the underlying data. It has repositioned around a problem that barely existed when this page was first written: establishing a trust layer for autonomous AI agents acting on a person's behalf. Whether or not that market arrives, the underlying architecture is a reasonable answer to data minimisation, because a service provider that never holds your data cannot leak it.

Strengths: zero-knowledge proofs applied to real transactions rather than demos; identity, payment and loyalty in one vault; biometric access with no password to phish.

Honest weakness: adoption is the whole problem. A consumer wallet is only worth carrying if merchants and services accept it, and acceptance remains thin. Zero-knowledge flows are also unfamiliar to ordinary users, and edge cases where a proof fails are harder to support than a failed password reset.

Pricing: quote-based for enterprise integration.

Other platforms worth evaluating

The five above are not the whole market. MATTR is a strong standards-first choice with deep OpenID4VC work. Truvera, from Dock Labs, targets credential issuance for education and professional bodies. Privado ID focuses on zero-knowledge credentials, Indicio on Hyperledger-based deployments for travel and government, and walt.id ships open-source issuer, wallet and verifier components that are useful for building rather than buying. Dentity acquired Trinsic's self-sovereign identity assets and now carries that lineage.

Two corrections to older comparisons, including earlier versions of this page. Trinsic has left the category: it divested its SSI assets to Dentity and pivoted to an identity acceptance network, so listing it as a credential issuance platform is now wrong. Midy Wallet's status is unclear; midy.com did not resolve when we checked in September 2026, and we found no shutdown announcement. Do not plan around it without contacting the company.

What decentralized identity actually is

Three components do the work. Decentralized identifiers (DIDs) are identifiers no single company controls, resolvable to a public key. Verifiable credentials are cryptographically signed attestations, issued by a university, employer or government, that the holder stores. Wallets hold those credentials and present them.

The flow matters more than the vocabulary. An issuer signs a credential and gives it to the holder. The holder stores it. When a verifier asks for proof, the holder presents it from the wallet, and the verifier checks the signature against the issuer's published key. The verifier never calls the issuer. That single property is what makes the model different: the university does not learn which employer you applied to, and the government does not learn which bar you walked into.

Personal data is not stored on a blockchain in any credible implementation. Only identifiers, public keys and schemas are anchored, and some architectures use peer DIDs that need no ledger at all. If a vendor's pitch requires putting personal data on-chain, that is a reason to stop the meeting.

Where this fails today

Having built LoginRadius, a customer identity platform that scaled past a billion users, the pattern I would flag is that credential ecosystems fail on the verifier side, not the issuer side. Issuing credentials is comparatively easy and vendors will happily sell it to you. Getting other organisations to accept them is a business-development problem dressed up as a technical one.

Three practical tests before you commit budget. Can you name three organisations that will accept the credential you plan to issue, and have you asked them? Does your vendor pass the OpenID Foundation self-certification for the profiles you need, or just claim support? And what happens when a user loses the device holding the wallet, because credential recovery is where most pilots quietly die. For the architectural detail, see our guide to decentralized identity for CIAM and the decentralized identity vendor map.

Decentralized identity by use case

Situation	Start with	Why
Government agency issuing citizen credentials	SpruceID	Production mDL at multi-million scale with open-source internals
Enterprise issuing employee or partner credentials	Microsoft Entra Verified ID	Free to 50,000 transactions a month, issued from directory data
Bank or insurer with existing Ping federation	PingOne Credentials	Credential issuance alongside SAML and OIDC, with audit controls
Organisation that cannot use a public cloud	IBM Verify Digital Credentials	Containerised for on-premises and hybrid deployment
University issuing degrees and certifications	Truvera or Entra Verified ID	Graduates prove qualifications without the registrar in the loop
EU service preparing for the 2026 wallet deadline	MATTR or PingOne Credentials	Standards-first implementations aligned to the EUDI wallet profile
Product verifying identity for AI agents	Nuggets	Zero-knowledge proofs designed for delegated, automated transactions
Team building rather than buying	walt.id or SpruceID libraries	Open-source issuer, wallet and verifier components

How we evaluated

Last verified: September 2026. We checked each vendor's own product pages and developer documentation for current product names, deployment models and standards support, and their pricing pages where a price is published. We confirmed IBM's December 2025 launch, Microsoft's free transaction allowance, Ping's product naming, SpruceID's California issuance volume and Trinsic's exit from the category. Standards status came from W3C, the OpenID Foundation and ISO rather than vendor claims.

Platforms were compared on standards conformance, credential formats, wallet options, deployment model, revocation and lifecycle tooling, regulatory alignment and pricing transparency. We did not run hands-on tests, and any adoption or volume claim is attributed to the party that published it.

Frequently Asked Questions

What is decentralized identity and how does it differ from traditional identity management?

Traditional identity management puts a provider between you and every service: the provider stores your data and vouches for you. Decentralized identity moves the credential into your own wallet, signed by an issuer, so a verifier can check it without contacting that issuer. The practical difference is data control and the absence of a phone-home step on every verification.

Is decentralized identity ready for production in 2026?

For government credentials and enterprise-to-enterprise use, yes. The core standards are final, mobile driver's licences are in millions of wallets, and eIDAS 2 gives EU deployments a date. For general consumer use it is still thin, because the value depends on how many verifiers accept the credential, and in most markets that number is small.

Which blockchain does decentralized identity use?

Usually none that matters to you. Microsoft anchors identifiers on ION over Bitcoin, some deployments use Hyperledger Indy, and many now use did:web or peer DIDs with no ledger at all. Personal data is never written on-chain in a sound design. The ledger, where one exists, is a public key directory rather than a database.

What is a verifiable credential?

A digital equivalent of a physical credential such as a licence, diploma or employee badge, cryptographically signed by the issuer. The holder stores it in a wallet and presents it on request. The verifier checks the signature against the issuer's published key, which proves authenticity without a call to the issuer and without the issuer learning where the credential was used.

How does selective disclosure work?

Formats such as SD-JWT and mDL let the holder reveal individual attributes instead of the whole credential, so you can prove you are over 18 without revealing your birth date or address. Zero-knowledge proofs go further, letting a verifier confirm a claim while receiving no attribute at all. France's data protection authority has demonstrated this for age checks, and it is built into the EU's age-verification wallet.

What should I ask a vendor before committing?

Ask which OpenID Foundation self-certification profiles they have passed, not which ones they support. Ask which credential formats they issue and which wallets have been tested against them. Ask how revocation works and how fast it propagates. Ask what the recovery path is when a user loses their phone. Finally, ask for two reference verifiers who accept credentials issued from the platform today.