unencrypted Archives

AppWizard

September 12, 2026

Android Users Can Now Share Their Passkeys In Just A Few Steps

Ditching passwords for passkeys has become a more secure option, but these keys are often tied to a single device, posing challenges for cross-platform usage. Google has improved the process for Android users to share and transfer passkeys, allowing easier transitions between password management tools like 1Password and Bitwarden. Previously, transferring passkeys required creating new keys, but now users can move both passwords and passkeys through a secure mechanism within Android. This feature supports popular tools such as 1Password, Bitwarden, Google Password Manager, and Dashlane. Users can transfer passkeys to preferred mobile password managers, facilitating access across multiple devices. The transfer feature is valuable for migrating passkeys between applications, enhancing user experience and security as more individuals adopt passkeys.

AppWizard

September 12, 2026

Android can now securely migrate your logins between password managers

Google has developed a new login transfer process for Android that simplifies the transition between password managers. Users can initiate the transfer by locating the import option within the new app, with Google Password Manager's feature found near the top of the settings tab. The import functionality connects with the new migration system, while the export feature generates an unencrypted CSV file of passwords for use in other applications. This transfer capability is compatible with several popular password management applications, including Google Password Manager, 1Password, Bitwarden, and Dashlane.

AppWizard

September 11, 2026

Android can now move passwords and passkeys between password managers

Google has integrated a password manager transfer feature into the Android operating system, allowing users to move passwords and passkeys between compatible applications without exporting an unencrypted CSV file. This feature is available for devices running Android 8 and later, including users in the UAE. It supports popular password managers such as Google Password Manager, 1Password, Bitwarden, and Dashlane, with more providers expected to join. The transfer process involves selecting the import or copy option in the new password manager app, where Android identifies compatible managers and users authorize the transfer. This functionality operates through Google Play Services, requiring no separate Android version update.

AppWizard

September 10, 2026

New Android Feature Lets You Securely Switch Password Managers

Google has introduced a new system-level feature for Android that simplifies the transfer of passwords and passkeys between password managers. This feature allows users to transfer credentials with a few taps, eliminating the need for file downloads and reducing the risk of data exposure. Previously, migrating credentials involved exporting sensitive information into unencrypted CSV files, which posed security risks. The new mechanism operates at the operating system level, enabling direct communication between applications. Users can initiate transfers by selecting the option to import credentials from another provider, after which Android identifies existing password manager apps. The process requires user authentication and ensures that sensitive information is not stored in an unencrypted format. The feature supports several password management platforms, including Google Password Manager, 1Password, Bitwarden, and Dashlane.

AppWizard

September 10, 2026

Android can now securely migrate your logins between password managers

Google has developed a new login transfer process for password managers that operates on mobile devices, allowing users to migrate credentials seamlessly. To use this feature, users must have the relevant applications installed and their credentials synced. The import option can be found in the settings tab of the app being adopted, while the export function generates an unencrypted CSV file for importing into other applications. This migration feature is compatible with several popular password management tools, including Google Password Manager, 1Password, Bitwarden, and Dashlane.

AppWizard

September 10, 2026

Android makes switching password managers much easier

The process of transferring passwords and passkeys between supported applications on Android has been streamlined, allowing for direct transfers between compatible password managers without the need for exporting data to unencrypted files. Android's built-in password manager facilitates these transfers by automatically detecting compatible managers on the device. This new capability is available for devices running Android 10 or newer with the latest Play Services update, while Bitwarden users need Android 14 or later and Play Services version 26.21 or higher. The introduction of the Cross-Platform Transfer (CXP) feature enhances security and encourages the adoption of passkeys, which have seen a 500% increase in creation according to Bitwarden. Nearly half of all passkeys were generated in the past three months. Google plans to add more partners to this feature in the future.

AppWizard

September 10, 2026

Your passkeys can now move between password managers on Android

Google has introduced a new feature in Android that allows users to transfer passwords and passkeys directly between password managers without the need for file downloads. This method enhances security by eliminating the risks associated with unencrypted text files. Users can import or copy data from one password manager to another by selecting options within the new manager, which identifies installed password managers for transfer. Currently, the feature is supported by Google Password Manager, 1Password, Bitwarden Password Manager, and Dashlane, with plans for additional partners in the future. Details on supported Android versions and the level of protection during transfer are not specified. Users with unsupported password managers can still begin the transition using the export button.

AppWizard

August 18, 2026

The Truth About Android Antivirus Apps in 2026

Most Android users consider third-party antivirus apps unnecessary due to the robust built-in security features of modern Android smartphones. However, Android devices are still vulnerable to viruses, malware, and security breaches, with a 2025 Gen threat report indicating a tripling of malicious push notifications and an increase in spyware issues. Google Play Protect blocked 27 million malicious apps in 2025 and conducts scans to manage security. Android employs sandboxing, regular security updates, and an opt-in permissions system to protect users. Upcoming features include phone call spoofing protection and enhanced live threat detection capabilities. Social engineering tactics, such as phishing and fake tech support calls, pose significant risks that antivirus software cannot address. Connecting to open Wi-Fi networks can expose devices to risks, and malicious push notifications can mislead users. Third-party antivirus apps may be beneficial in high-risk scenarios, such as public Wi-Fi networks or when sideloading apps, providing an additional layer of protection.

Tech Optimizer

August 16, 2026

Do you really need an antivirus app on your Android?

The relevance of third-party antivirus software for mobile devices has declined as modern Android devices come with robust built-in security features. Google Play Protect blocks millions of harmful apps and conducts regular scans of installed apps. Android employs sandboxing technology to isolate applications, has a proactive permissions system, and provides regular security updates. While Android is not immune to malware, many threats now arise from social engineering tactics rather than technical vulnerabilities. Users face risks when connecting to public Wi-Fi networks, and malicious push notifications can mislead them. Third-party antivirus may be beneficial for users who sideload apps or notice signs of infection, but for most users, Google's Play Protect suffices. Older devices lacking updates are at higher risk, and while antivirus apps can provide additional protection, education and user vigilance are crucial for minimizing risk.

Tech Optimizer

August 13, 2026

Enforcing TLS and managing certificate rotation for RDS and Amazon Aurora PostgreSQL

When an Amazon RDS certificate expires and the application’s trust store is outdated, it can cause connection failures. AWS announces Certificate Authorities (CA) rotation events in advance and provides management tools, but a lack of proactive certificate lifecycle management can lead to unplanned downtime. Default configurations for RDS and Amazon Aurora allow both encrypted and unencrypted PostgreSQL connections, which can expose sensitive data if not properly configured. AWS manages the Certificate Authority infrastructure and provisions server certificates, while users are responsible for enforcing TLS usage and managing the rotation lifecycle. Amazon RDS employs a managed Certificate Authority hierarchy that issues server certificates for each database instance, supporting TLS 1.2 and TLS 1.3. The solution to enforce TLS includes server-side enforcement with the rds.force_ssl parameter, client-side verification with the sslmode=verify-full parameter, and automated lifecycle monitoring using Amazon EventBridge, AWS Lambda, and Amazon CloudWatch. Prerequisites for implementing this solution include an AWS account with an Amazon RDS for PostgreSQL or Amazon Aurora PostgreSQL instance, IAM permissions for relevant services, a compatible PostgreSQL client, familiarity with Amazon RDS parameter groups, and the openssl CLI. The rds.force_ssl parameter controls whether Amazon RDS rejects non-SSL connections, with defaults varying by PostgreSQL version.