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Distributed processing. Faster pipelines.

Seamlessly accelerate your pipelines by automatically distributing Cache-Miss Processes across thousands of available cloud and on-prem idle CPUs you already own

BERJAYA
BERJAYA

Why use distributed processing?

BERJAYA

Optimized throughput

Transform unused CPU cycles across your existing infrastructure into immediate compute power that can be seamlessly used by any machine in your network or cloud

BERJAYA

Any workload

Accelerate different workloads across your pipelines with a single solution for compilations, unit tests, packaging, code signing, simulations, and more

BERJAYA

Reduce overheads

Harness infrastructure resources by seamlessly reusing pre-executed cached results and efficiently distributing the tasks that need to rerun

Trusted by millions

Natively embedded in BERJAYA Visual Studio since 2015

How It Works?

Transform any machine into a single, massive supercomputer, enabling you to achieve more while spending less

BERJAYA

Harness Idle
Compute

Dynamically distribute concurrent tasks to idle CPUs you already own across your network or cloud machines

Frictionless
execution

Distributed processes run in a secure sandbox on the remote machines, dynamically emulating all necessary inputs from the local host (files, dlls, environment variables, etc)

Seamless Results

Output (files, stdout, errors, return codes) is automatically synced back to the build machine. From the developer's perspective, the local host truly behaves as if it consists of thousands of local CPUs

Harness Idle
Compute

Dynamically distribute concurrent tasks to idle CPUs you already own across your network or cloud machines
BERJAYA BERJAYA
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Frictionless
execution

Distributed processes run in a secure sandbox on the remote machines, dynamically emulating all necessary inputs from the local host (files, dlls, environment variables, etc)
BERJAYA BERJAYA
Slicing 15-Minute Build Times to Seconds to Power Conversational-AI for Global Automakers Read More

Seamless Results

Output (files, stdout, errors, return codes) is automatically synced back to the build machine. From the developer's perspective, the local host truly behaves as if it consists of thousands of local CPUs
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Distribute what you can't cache

For tasks that must be re-executed, use Incredibuild’s distributed processing to leverage hundreds of CPUs across your network or cloud.

Seamless
integration

01

Install the Lightweight Agent

Add the Incredibuild agent to your machines to connect them into the cache and distribution grid.

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02

Run Your Builds

Execute your builds with Incredibuild from Visual Studio, your existing CI tool, or directly from the command line.

BuildConsole.exe MySln.sln /rebuild /cfg="Debug|Win64" copy
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03

That's it!

CryEngine (compilation)
Unreal Engine
Open 3D Engine
PlayStation
Xbox
Nintendo (Switch)
Nvidia CodeWorks
Yocto
Microsoft Build Engine
CMake
Make
CryEngine (compilation)
Microsoft Build Engine
Unreal Engine
Open 3D Engine
PlayStation
Ninja
WAF
Github
Jenkins
TeamCity
Azure DevOps / TFS
Clang/LLVM
CUDA
tcc

Works with your
existing stack

Seamlessly integrate with any cloud provider, CI and dev tools

Atlassian Bamboo
GitLab
Jenkins
MS (VS) C++
GCC
g++ / gnu
Kubernetes
WSL
Podman
Xbox
Nintendo (Switch)
Nvidia CodeWorks
Yocto
CMake
Docker
VS Code (C++)
Code::Blocks (C++)
Eclipse (C++)
Clion
Qt
OpenCV
Linux Kernel
Automotive Grade Linux
Chromium
Klocwork

Compliance

Incredibuild is committed to high compliance standards, holding ISO 9001 and ISO 27001 certifications. This dual accreditation highlights the company’s dedication to both quality management and information security. By adhering to these rigorous international standards, Incredibuild ensures reliable, high-quality services while systematically protecting sensitive data

BERJAYA

FAQ

What is Virtualized Distributed Processing™ (VDP)?

VDP distributes concurrent tasks to idle CPUs across machines in your network or cloud, transforming every machine into a single, massive supercomputer.

Processes run in a secure sandbox where the local host environment is dynamically emulated. This means no toolchains or source code installation is needed on the remote machines.

Any compute-intensive, multi-process workload, including compilations, unit/Integration tests, simulations, asset creation and custom scripts.

No. It uses only idle CPU cycles and operates silently. If the remote user needs the CPU, the task is seamlessly rerouted.

Yes. The platform supports different OS flavors (Windows, Linux, IOS) co-working in the same environment.

Yes. The remote machine’s existing software is irrelevant, as execution occurs entirely within the special, emulated sandbox.

Never run anything twice