Visiting KubeCon North America? See us at Booth # 752
Visiting KubeCon North America? See us at Booth # 752
Visiting KubeCon North America? See us at Booth # 752
Visiting KubeCon North America? See us at Booth # 752
Visiting KubeCon North America? See us at Booth # 752
Visiting KubeCon North America? See us at Booth # 752
Visiting KubeCon North America? See us at Booth # 752
Visiting KubeCon North America? See us at Booth # 752

How it works

Triam's CleanStart platform is at the core.

It provides:

  • Custom image building
  • Subscription management
  • Image signing verification
  • Support and documentation

CleanStart Repository is Populated

The CleanStart system prepares:

  • Container Images
  • Libraries
  • Packages

All are stored in a CleanStart Repository, fully secured and hardened.

Developers Pull Clean Images

Your team pulls these verified base images directly:

  • Builds on top of clean, pre-secured containers
  • No CVEs, no junk — just a secure starting point

Integration with Your Private Repo

These images are integrated into your own:


  • Private Repository, fully under your control
  • Great for scaling across teams or projects

Final Push to Production

Your custom containers are:

  • Repackaged
  • Pushed to production

Prove What Your Software Is Built On 

Security, compliance, and traceability you can defend in any audit or board review

CleanStart Solution includes two main components

CleanStart Portal

It allow customers manage subscriptions, check usage, request custom images, verify signatures, contact support, and access documentation.
CleanStart Solution includes two main components

CleanStart Repository

It offers clean, vulnerability-free container and virtual machine images. Customers may choose accessing directly from CleanStart or replicate images to their own private repositories

The Supply Chain Is Now Your Weakest Link 

0%

Breaches start with compromised components

0%

Attacks now exploit
install-time behavior

0/10

Regulators mandate verifiable evidence

Traditional Security Limitations 

Modern supply chain risk does not come from a single failure.
It accumulates across multiple blind spots that traditional security was never designed to govern.

Build Blindness

Traditional security has no visibility into how software is built, leaving pipelines unprotected.

Dependency Risk

Scanners miss malicious, impersonated, or compromised dependencies.

CI/CD Exposure

Compromised build jobs, tools, or credentials remain invisible to traditional controls.

Ephemeral Risk

Short-lived build environments lack continuous monitoring or policy enforcement.

Install-Time Blindspot

Malicious behavior introduced during installation or often updates goes undetected.

Provenance Gap

No cryptographic proof of where artifacts came from or whether they were tampered with.

SBOM Drift

SBOMs describe declared dependencies, not the actual components used at build-time.

CVE Limitations

CVE-based scanning only detects known issues, not targeted supply chain attacks.

Runtime Bias

Most tools activate only after code is deployed, which is far too late for supply chain threats.

No Attestation

Traditional tools cannot generate verifiable evidence required for audits or regulators.

Build Blindness

Traditional security has no visibility into how software is built, leaving pipelines unprotected.

Provenance Gap

No cryptographic proof of where artifacts came from or whether they were tampered with.

Dependency Risk

Scanners miss malicious, impersonated, or compromised dependencies.

SBOM Drift

SBOMs describe declared dependencies, not the actual components used at build-time.

CI/CD Exposure

Compromised build jobs, tools, or credentials remain invisible to traditional controls.

CVE Limitations

CVE-based scanning only detects known issues, not targeted supply chain attacks.

Ephemeral Risk

Ephemeral Risk Short-lived build environments lack continuous monitoring or policy enforcement.

Runtime Bias

Most tools activate only after code is deployed, which is far too late for supply chain threats.

Install-Time Blindspot

Malicious behavior introduced during installation or often updates goes undetected.

No Attestation

Traditional tools cannot generate verifiable evidence required for audits or regulators.

Vulnerabilities discovered late in the software lifecycle cost orders of magnitude more to remediate than those addressed early. Supply chain attacks exploit this gap by reaching production before traditional controls ever engage. 

Outcomes That Matter at Enterprise Scale 

Directly aligned to CSO priorities: risk, compliance, and efficiency. 

Reduce Exposure Windows

Live rebuild and provenance mapping limit zero-day impact.

Strengthen Software Build Integrity

Artifacts are built, signed, and verified with full lineage.

Eliminate Supply-Chain Blind Spots

Gain visibility into build, install, and dependency risks.

Prove Compliance  on Demand

Generate instant, verifiable attestation packets.

Accelerate Incident Response

Identify impacted components and rebuild within minutes.

Cut Security Tool Sprawl

Unify scanners and policies into one assurance layer.

End-to-End Assurance from  Source to Production 

Continuous verification and enforcement across the entire software lifecycle. 

Every stage is verified , signed,and continuosly governed.

Tools for Your Next Audit, Risk Review, or Board Meeting 

Built to support audits, risk reviews, and executive reporting. 

Built for Regulated and High-Stakes  Environments 

Proof for Auditors

Continuous, verifiable evidence for regulatory reviews. 

Zero-Day Containment

Rapid traceability and rebuilds during supply chain incidents

Dependency Governance 

Visibility into open-source and third-party components

Policy Enforcement

Guardrails across every build and pipeline.

Secure Release Readiness 

Verifiable integrity before production deployment 

Proof for Auditors

Continuous, verifiable evidence for regulatory reviews. 

Zero-Day Containment

Rapid traceability and rebuilds during supply chain incidents

Dependency Governance 

Visibility into open-source and third-party components

Policy Enforcement

Guardrails across every build and pipeline.

Secure Release Readiness 

Verifiable integrity before production deployment 

Security You Can Defend, Anywhere!

Your software isn’t judged by speed but by how provable it is.