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Accurate SBOMs, every time

Generate reliable SBOMs by recording actual build execution. Eliminate false positives and catch hidden dependencies that traditional binary and static scanners miss.
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Expect more from your SBOMs

Eliminate false positives

Stop wasting security team hours chasing “ghost” vulnerabilities. BuildGuard monitors actual build execution to automatically exclude unused dependencies that trigger false alerts.

Capture every dependency

Discover your true component inventory through build-time execution monitoring. BuildGuard reveals every dependency, including static links and hidden components, that traditional scanners overlook.

Audit ready. Always  

Meet global mandates and regulations by automatically generating the highest quality SBOMs. Ensure you are prepared for any audit.

Your AI toolchain is a dependency blind spot

AI coding agents fetch packages, execute tools, and pull in dependencies that never appear in a traditional manifest. When a CVE surfaces in an AI-assisted build, your team shouldn’t be guessing what went in. Build Guard instruments the build process itself, capturing every dependency at the moment it’s compiled, so your SBOM reflects reality, not assumptions.

The Incredibuild
in-build solution 

Other analysis tools scan your manifest before the build or the final executable after the build. Incredibuild’s Build Guard however  runs inside the build process and knows what’s been compiled.

The Mechanism

Monitors all dependencies touched by the compiler and linker in real-time.

The Result

Lists only the dependencies actually used in the build, ignoring unused dependencies and false positives.

Audit-ready for every industry

Meet global mandates with signed, execution-linked evidence that proves artifact integrity.

Critical Infrastructure & Government

EO 14028 affects every vendor supplying US federal agencies. Build-time SBOMs are audit-ready and compliant from day one.

Enterprise Software & SaaS

Customers increasingly ask for SBOMs as a condition of purchase. Ship verified component inventories with every release.

Medical Devices & MedTech

FDA mandates SBOMs for medical device software. Every firmware build ships with a verified, submission-ready SBOM automatically.

Automotive & Embedded

UNECE WP.29 and ISO/SAE 21434 require supply chain visibility. SBOM generation becomes a natural part of every ECU firmware build.

Gaming & Interactive Entertainment

Console certification and publishers are requiring supply chain transparency. Stay ahead without adding build overhead.

Financial Services

PCI DSS 4.0 demands software transparency. Give compliance teams an accurate component inventory after every release.

Static vs. In-build detection

Build Guard
(during the build)

Do you see what actually executes?

Are unmanaged & static libraries detected?

Are false positives eliminated?

Is 3rd-party/vendored code caught?

Is it truly "zero-touch"?

Static code analysis
(before the build)

Do you see what actually executes?

Are unmanaged & static libraries detected?

Are false positives eliminated?

Is 3rd-party/vendored code caught?

Is it truly "zero-touch"?

Binary analysis
(after the build)

Do you see what actually executes?

Are unmanaged & static libraries detected?

Are false positives eliminated?

Is 3rd-party/vendored code caught?

Is it truly "zero-touch"?

Capability

Build Guard

(during the build)

Static code analysis

 (before the build)

Binary analysis

(after the build)

Do you see what actually executes?

Are unmanaged & static libraries detected?

Are false positives eliminated?

Is 3rd-party/vendored code caught?

Is it truly "zero-touch"?

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 the tools and technologies you already use

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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

Start generating accurate SBOMs

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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

Do I need to rewrite my build scripts or toolchain?
No. Incredibuild intercepts your existing build process at the task level. There are no script rewrites, no API translations, and no changes to your Makefiles or CI configuration. Your toolchain stays exactly as it is.
Incredibuild works out-of-the-box with Visual Studio, MSBuild, Make, GMake, SCons, CMake, and Gradle. It supports C, C++, C#, Java, and Rust — and integrates natively with Jenkins, GitHub Actions, TeamCity, and Bamboo.
Every compilation task is assigned a cryptographic hash based on its inputs: command, compiler version, environment variables, and source content. When a matching hash exists in the shared cache, the artifact is retrieved instantly — no recompilation. The cache is accessible to every CI agent and developer workstation in your organisation.
Both. Incredibuild supports on-prem grids, cloud scaling (AWS, Azure, GCP), and hybrid deployments. On-prem setups capture idle CPU cycles from existing machines. Cloud scaling dynamically spawns instances — including Spot instances with automatic fault-tolerant re-execution.
Yes. Incredibuild operates as a closed internal ecosystem. Compute resources are mutually authenticated and traffic stays within your organisation’s network boundaries. Incredibuild is ISO 27001 and ISO 9001 certified.
Most teams run their first distributed build within 15 minutes. Install a lightweight agent on your machines, connect to your existing build tool, and trigger a build. No migration, no rearchitecting.

Build Acceleration

Build Cache

Distributed Processing

Observability

Supply Chain Security

Build Runner

EAP

Build Runner

Software Computability Layer

Integrations

And more

Industries

Game Development

Financial Services

Automotive

Semiconductors

Embedded

MedTech

Technologies

Tests Acceleration

AOSP

Resources

Blog

Resource Library

Case Studies

Glossary

Docs

Release Notes

Support

Incredibuild empowers teams to build faster, create better products, and have greater control over their dev processes.

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