We've just released a patch for Delphi 10.3.3, addressing the following issues when debugging Android 64-bit applications on Android devices:

RSP-26704 Debugging 64 bit Android application hangs the IDE
RSP-26824 Breakpoints do not work in Android 64 project
RSP-26774 Unable to start GDB kernel after switching from debugging 32 to 64 Android
plus a number of internally reported issues including issues in the following areas:
evaluating expressions or variables
connecting to an Android device
slowdown of a debugged app when the debugger is attached
handling very large source files
switching threads from the Threads view
displaying memory in the CPU view
and others.

Hangfire Pro is a proprietary software without an OSS license available. It consist of the following packages that provide additional features and don’t aim to replace packages or assemblies of the open-source version.

Hangfire.Pro
Hangfire.Pro.Redis
Hangfire.Pro.Redis.StrongName
Hangfire.Pro.PerformanceCounters

It includes:
- Hangfire.Pro.Redis.2.5.3.Symbols.nupkg
- Hangfire.Pro.2.2.1.nupkg
- Hangfire.Pro.2.2.1.Symbols.nupkg
- Hangfire.Pro.PerformanceCounters.2.2.1.nupkg
- Hangfire.Pro.PerformanceCounters.2.2.1.Symbols.nupkg
- Hangfire.Pro.Redis.2.5.3.nupkg

Basic4android is the simplest and most powerful Rapid Application Development (RAD) tool available for the Android platform

Basic4android includes all features needed to develop great, real-world Android applications
Compiled applications are native Android applications, there is no extra run-time or any dependencies
Our community with over 50k developers is waiting to help you get started

Ultimate Email Validator is a 100%-managed .NET class library that adds powerful and comprehensive e-mail address validation to your .NET applications without sending e-mails to recipients. You can easily validate bulk e-mail addresses loaded from many sources such as list, text file, CVS, DataTable, and DataSet using single or multiple threads with a single line of code.

Hangfire Pro is a proprietary software without an OSS license available. It consist of the following packages that provide additional features and don’t aim to replace packages or assemblies of the open-source version.

Hangfire.Pro
Hangfire.Pro.Redis
Hangfire.Pro.Redis.StrongName
Hangfire.Pro.PerformanceCounters

It includes:
Hangfire.Pro.Redis.2.5.1
Hangfire.Pro.Redis.2.5.1.Symbols
Hangfire.Pro.Redis.StrongName.2.5.1
Hangfire.Pro.Redis.StrongName.2.5.1.Symbols

These Internet components give you everything you need to jumpstart your Internet development without any external dependencies. The suite of Internet Components contain over fifty components which are constantly refined and improved.

Hangfire Pro is a proprietary software without an OSS license available. It consist of the following packages that provide additional features and don’t aim to replace packages or assemblies of the open-source version.

Hangfire.Pro
Hangfire.Pro.Redis
Hangfire.Pro.Redis.StrongName
Hangfire.Pro.PerformanceCounters

It includes:
Hangfire.Pro.2.1.2
Hangfire.Pro.PerformanceCounters.2.1.2
Hangfire.Pro.Redis.2.4.0
Hangfire.Pro.Redis.StrongName.2.4.0 (it's DEPRECATED use Hangfire.Pro.Redis instead)

New Package :
Hangfire Throttling 1.0.0-beta1

Hangfire Pro is a set of extension packages that boost the performance and simplify the maintenance of background job processing in large applications. Hangfire Pro packages are available under paid subscriptions. After purchase, you receive binaries and access to the private repository on GitHub.

Atomic Background Job Creation
Batches allow you to create a bunch of background jobs atomically. This means that if there was an exception during the creation of background jobs, none of them will be processed. Consider you want to send 1000 emails to your clients, and they really want to receive these emails. Here is the old way.

CardDAV is a non-visual Delphi component that allows to work with CardDAV servers. The component supports Delphi 7 and higher Delphi versions.

Delve into the fundamentals of multithreading and concurrency and find out how to implement them
Explore atomic operations to optimize code performance
Apply concurrency to both distributed computing and GPGPU processing