UnoLock runs in a secure browser sandbox, preventing access to the OS and minimizing malware risks while ensuring privacy and cross-platform consistency.

CSP ensures the isolation of unauthorized external content, minimizing risks of data injection, preventing malicious scripts, and improving data integrity.

Using SHA-256 and ECDSA, all updates are securely hashed and signed, preventing tampering and unauthorized modifications during PWA update processes.

WebAuthn provides phishing-resistant Safe access using passkeys, hardware keys, or platform authenticators, without relying on reusable passwords.

A randomized keypad and mouse-based PIN entry prevent keylogger capture while adding brute-force resistance around Safe access. The PIN is not the primary authentication factor.

Safe data is encrypted on the client with AES-256-GCM before upload, keeping normal storage flows zero-knowledge and under client key control.

Client-side encrypted data is uploaded directly to AWS S3 using pre-signed URLs, reducing unnecessary plaintext handling in backend storage paths.

Combining client-side AES-256 encryption with AWS S3 SSE ensures a double-layer security approach, protecting your data at rest and during transit.

Dynamic key generation using a client-side keyring protects your data with unique encryption keys for each data chunk, minimizing risk and exposure.

Data deletion ensures the removal of encryption keys and perfect forward secrecy, making your data irretrievable even after deletion.

Using SHA-256 hashes, uploaded data is verified to ensure integrity and authenticity, protecting against corruption and tampering during transmission.

AWS S3's inherent redundancy ensures data replication across multiple devices and facilities, safeguarding your data from failures and ensuring high availability.

UnoLock does not use browser local storage or cookies, minimizing data leakage risks, reducing tracking potential, and enhancing privacy.

UnoLock enforces strict privacy policies, collecting no user data and maintaining anonymous payment options. Minimal server logs are purged after three days, ensuring complete privacy for all users.

UnoLock protects API traffic with TLS plus end-to-end encrypted application-layer payload security, so confidentiality does not rely on transport encryption alone.

Upon deletion, all encryption keys are wiped, ensuring that safes and file records cannot be recovered. This guarantees permanent data erasure and full compliance with data protection laws.

UnoLock offers a dual-pin system for plausible deniability. One pin grants access to a decoy safe, while another unlocks the real data, protecting sensitive information in high-risk situations.

Multi-key registration and WebAuthn support allow users to register multiple keys per safe, reducing risks from lost keys or lockouts while offering flexibility with passkeys and physical security keys like YubiKeys.

Admin and read-only access options allow for flexible data control. The Timelock feature enables temporary disablement of a key, offering enhanced security in high-risk scenarios.

UnoLock allows users to view files directly within the application with in-memory decryption, ensuring that data never touches the device's persistent storage, protecting against unauthorized access.

UnoLock offers an inactivity-triggered safe access method with Lockout Guard, which conceals safe and file records after 15 minutes. The Legacy Link feature ensures that after 30 days of inactivity, the data is completely inaccessible.

UnoLock delivers consistent security and performance across all devices and platforms, ensuring identical cryptographic protection whether accessing from desktop, mobile, or tablet.

Leveraging AWS Lambda and serverless architecture eliminates persistent server vulnerabilities, using ephemeral functions that destroy after execution to minimize attack surfaces.

Fortified with Kyber and Dilithium algorithms alongside AES-256 GCM, providing quantum-resistant protection against future threats, ensuring your data remains secure for decades.

Cold-like stored Bitcoin and Ethereum key generation with zero-knowledge encryption and coercion-resistant KEX export, providing cold-like storage-like security for Bitcoin and Ethereum digital assets.

Create isolated compartments within your vault with granular permissions, enabling secure collaboration while maintaining strict control over who accesses specific data sets.

Safe-to-Safe exchange uses Receive Addresses and consented Reply Addresses rather than global identities. Message payloads are end-to-end encrypted before upload, and compartmentalized addresses reduce correlation.

UnoLock Drop is a sender-only client for anonymous delivery to Safes through Addresses. It uses the same addresses as Safe-to-Safe messaging, but has no inbox or identity; Known Addresses can be saved locally with optional password protection for repeat use. It works through TOR and is ideal for secure, anonymous data delivery without revealing sender or destination Safe identities.

Multi-account AWS architecture with strict IAM policies and role-based access controls, ensuring isolated environments and preventing unauthorized access to user data.

Automated, stateless deployment pipeline using AWS CodePipeline ensures secure, auditable builds across multiple accounts, maintaining integrity and preventing unauthorized code modifications.

Four layers of encryption combined with WebAuthn authentication protect cryptocurrency keys, providing unparalleled security through multiple cryptographic barriers and hardware-based verification.

Revolutionary dual-vault architecture separating seed phrases from authentication, creating an unbreachable cryptographic barrier that protects your cryptocurrency assets even under coercion.

Advanced seven-vector threat detection monitoring browser runtime integrity, detecting manipulation attempts, injection attacks, and unauthorized access in real-time to protect your vault.

Secure cryptocurrency transaction signing through four-layer decryption protocol with air-gapped design, ensuring private keys never exist in persistent memory during the signing process.

Secure migration of cryptocurrency seed phrases between UnoLock vaults while maintaining zero-knowledge encryption, enabling seamless asset transfer without compromising security boundaries.