Passwork is a corporate password manager available as a self-hosted solution or a secure cloud service. Built and headquartered in Barcelona, Spain, it was designed from the ground up to satisfy GDPR, NIS2, ENS, and related European compliance requirements.
The self-hosted version keeps credentials on your own servers, while the cloud option is hosted in secure German data centers. Zero-knowledge architecture and client-side AES-256 encryption ensure your data remains fully under your control and inaccessible to third parties.
ISO/IEC 27001 certified. Enterprises across industries use Passwork to handle secure password sharing, privileged access management, and centralized credential governance — with full confidence that their secrets are protected.
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The cornerstone of cybersecurity lies in password security. Keeper offers a robust password security platform designed to shield your organization from cyber threats and data breaches associated with password vulnerabilities.
Studies indicate that a staggering 81% of data breaches stem from inadequate password practices. Utilizing a password security solution is a cost-effective and straightforward method for businesses to tackle the underlying issues that lead to most data breaches. By adopting Keeper, your organization can greatly lower the chances of experiencing a data breach.
Keeper generates strong passwords for every application and website, ensuring they are securely stored across all devices. Each employee is provided with a personal vault to manage and safeguard their passwords, credentials, and files, along with sensitive client information. This alleviates the hassle of remembering or resetting passwords and eliminates the need to reuse them. Additionally, maintaining industry compliance is facilitated by stringent and customizable role-based access controls, inclusive of two-factor authentication, usage audits, and detailed event reporting. Furthermore, the implementation of Keeper not only enhances security but also promotes a culture of accountability and vigilance within your organization.
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Succinct
Developers now have unprecedented access to the power of zero-knowledge proofs (ZKPs), thanks to SP1, an efficient, open-source zkVM that simplifies the process of creating ZKPs in Rust, allowing for quick proof generation via a single click on Succinct's decentralized prover network.
With SP1, developers can tap into existing Rust libraries, which drastically reduces development time and boosts maintainability, eliminating the need for deep expertise in circuit creation; verifiable programs can now be developed within hours, a stark contrast to the previous months-long efforts.
The exceptional capabilities of SP1 are rooted in its groundbreaking "precompile-centric" architecture, proving that general-purpose Rust code can reach performance benchmarks similar to specialized circuit-based approaches. This advancement paves the way for innovative cryptographic solutions, giving developers the tools they need to embrace cutting-edge technologies with a far less daunting learning curve than before, ultimately fostering a more accessible environment for experimentation and growth in the field of cryptography.
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IAP Network
The IAP's revolutionary blend of blockchain technology, zero-knowledge proofs, and meta-consensus protocols allows multiple stakeholders to securely authenticate the presence of evidence, claims, or activities for any interested parties. Moreover, the system guarantees complete transparency while preserving the confidentiality of sensitive data. It enables participants to create a time-stamped verification for various forms of evidence, whether they pertain to legal documents or significant historical events. In addition, independent parties, such as auditors or consumers, can validate this verification without jeopardizing the privacy or secrecy of the original information, thus promoting a reliable atmosphere for everyone involved. This pioneering method not only boosts accountability but also cultivates deeper trust among all stakeholders in the ecosystem, ultimately leading to a more robust and collaborative environment. The integration of these advanced technologies represents a significant step forward in the evolution of secure and transparent verification processes.
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