Download Procivis One Wallet on PC

Procivis One Wallet is a Tools application developed by Procivis AG, but with the best Android emulator-LDPlayer, you can download and play Procivis One Wallet on your computer.

Running Procivis One Wallet on your computer allows you to browse clearly on a large screen, and controlling the application with a mouse and keyboard is much faster than using touchscreen, all while never having to worry about device battery issues.

With multi-instance and synchronization features, you can even run multiple applications and accounts on your PC.

And file sharing makes sharing images, videos, and files incredibly easy.

Download Procivis One Wallet and run it on your PC. Enjoy the large screen and high-definition quality on your PC!

Manage, receive and utilize digital identity credentials, perfectly suited for use case development with a seamless wallet user experience.

The Procivis One Wallet allows you to handle credential-driven use cases from inside the Procivis One ecosystem and beyond. Integrate Procivis One in your service flexibly with an extensible configuration that supports multiple credential formats, revocation methods, key types, signatures, and DID methods. The Procivis One solution features future-proof APIs and relies on our modular and growing library to handle any upcoming specifications or emerging standards without your integration being affected. Thinking about new use case ideas in the field of EUDI Wallets, mobile drivers license or the Swiss e-ID Ecosystem, this app is there to make them a reality.

Why Procivis One:

Secure identity and credential verification processes are challenging: in-person and paper-based methods are slow and costly, while digital methods—requiring either direct account-based management or dependence on 3rd-party identity providers—rely on centralized databases prone to data breach, tedious and error-prone account/password management, and offer a riskier trust-decision for businesses than non-digital methods.

Decentralized Identity and Digital Credential systems inspired by the Self-Sovereign Identity (SSI) paradigm offer a trustable identity layer in digital form, through the use of a stack of technologies. SSI makes identity verifiaction faster, more cost-effective, more secure, and injects existing digital identity processes with tamper-evident, fraud-resistant, machine-verifiable credentials. SSI offers cryptographically-secured digital credentials that can be issued, held, and verified in a cost-effective and efficient way.

SSI is still a young technology: the protocols, formats, and technology stacks shaping their real-world use are still developing and there is no single, clear path for a unified protocol to be adopted yet. Current offerings tend to be tightly bound to particular stacks of protocol and standards, limited in integrations, bound to one particular server type, or built with PoCs and demos of VC technology in mind, unable to scale in enterprise systems with high-performance requirements.

Procivis One is built from the ground-up to solve these problems, benefiting from over 7 years of experience with SSI and digital identity systems. Based on in-depth analysis of past SSI architectures and solutions, Procivis One provides a solution with the key features required for real-world use. Its modular design enables different protocol and format stacks to be used, and new protocols and format stacks to be added seamlessly as the digital identity and credential landscape develops. It is built to perform efficiently and reliably at scale wherever it is deployed, with support for different integration pathways to offer everything from specialized integrations to end-to-end solutions for any use case.

Procivis One is a robust toolkit capable of powering every element of the digital identity credential lifecycle—schema definition, credential design, trust management, issuance, holding, revocation, suspension, updating and verifying digital credentials—and integrating them into business processes through a range of integration pathways and deployments.