Uncover pipeline bottlenecks

Gain organization-wide visibility into fragmented build data, pinpointing CI/CD pipeline  performance regressions and eliminate lengthy root-cause analysis

Trusted by millions

Natively embedded in Visual Studio since 2015

Turn fragmented data into pipeline knowledge 

Reduce mean time to resolution

Instantly identify gaps, errors, and performance bottlenecks at a glance. Use the graphic UI to jump immediately to the corresponding output line and fix flaky builds before they impact the team

Unified build telemetry

Consolidate all build data from from local machines, to remote CI agents, and platforms into a single visual view, eliminating siloed logs and speeding up diagnosis

Optimize CI Infrastructure & Cost

Take control of your CI/CD spending. Visualize your build duration trends, peak load times, and resource utilization (CPU/Memory) to make data-driven decision making

“We were able to directly visually audit the build process to look for bottlenecks whilst reducing execution time.”

Richard Trotter

GeoTeric

Detailed hit/miss analysis

Utilize the Build Cache Details view to generate a precise hit/miss report for every task, to identify the specific reason a cache miss occurred

Performance Analysis

Gain crucial insights into infrastructure health. Choose essential KPIs to generate customizable graphs for CPU usage, memory load, and more

Build replay

Instantly turn back time and replay a recording of your entire build process to allow faster collaboration in root-cause analysis

MCP server

Expose your build history directly to your AI agents, providing the critical context they need to troubleshoot inefficiencies more effectively

Flexible Display

Turn legacy text output into a color-coded, intuitive graphic progress UI. Easily switch between four display types: Progress, Output, Projects, and Summary

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

FAQ

How does IncrediBuild handle fragmented build data?

It provides a Unified Build Telemetry solution that consolidates all build data from every source (local machines, remote CI agents, and platforms) into a single visual view. This eliminates siloed logs and speeds up diagnosis.

You can gain crucial insights by creating Custom System Graphs to visualize and track key infrastructure KPIs, such as CPU Usage, Memory Usage, and I/O. You also get detailed hit/miss reports for every task, identifying the specific reason for a cache miss.

You can use Build Replay to instantly turn back time and watch a recording of your entire build process. You can also share the execution recording so other team members can replay it and analyze the results for faster root-cause analysis.

The platform helps you Optimize CI Infrastructure & Cost by visualizing your build duration trends, peak load times, and resource utilization. This enables data-driven decision making to take control of your CI/CD spending.

The MCP Server exposes your build history directly to your AI agents, providing the critical context they need to troubleshoot inefficiencies more effectively. This context includes error/warning counts, build timing, and recent build status.

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