Security & Zero Trust
Zero-Trust Access Model and Qualified IP Custody
Codeego is a confidential and privacy-preserving service.
It operates under a zero-trust access model, where scoped code access is explicitly limited to analysis purposes only.
Code access, analysis, and preservation are purpose-bound, auditable, and cryptographically protected across their entire lifecycle, with post-quantum cryptography applied to the IP registration and custody process.
No system, runtime, or production access is permitted.
We combine a zero-trust security architecture with qualified intellectual property custody, designed for regulated and high-assurance environments.
Zero-Trust Access Model
Scoped code access is provided under a strict zero-trust model and is explicitly limited to analysis purposes only.
Access is:
- purpose-bound
- time-bound
- constrained to the minimum surface required to perform the valuation
There is no implicit trust, no lateral access, and no exposure beyond the defined analysis scope.
What We Do Not Access
No system access
No access to internal systems, operating environments, or infrastructure components.
No runtime access
No interaction with live applications, execution environments, CI/CD pipelines, logs, or telemetry.
No production access
No access to production environments, customer data, databases, or live workloads.
Confidential Code Analysis
When advanced analysis is required, code can be processed using confidential computing environments.
This enables secure, isolated execution where:
- code is processed inside hardware-backed Trusted Execution Environments (TEEs)
- data remains protected during computation
- access is cryptographically enforced and externally verifiable
This approach reduces exposure risk by ensuring that sensitive code is never processed in open or shared execution contexts.
Code Handling and Custody
Source code and repositories, when provided, are used exclusively for static and controlled analysis.
All stored code and related materials are preserved under qualified custody controls, including:
- encryption at rest using post-quantum cryptography
- strict data minimization and limited retention policies
- no reuse for model training
- no sharing with third parties
Custody mechanisms are designed to preserve the evidentiary integrity of intellectual property over time.
IP Custody for Regulated Environments
We provide qualified custody and long-term preservation of intellectual property for regulated and compliance-sensitive environments.
IP assets are preserved with:
- verifiable integrity
- continuous chain of custody
- audit-ready controls
This supports legal defensibility, regulatory review, and long-term trust in the preserved assets.
Chain of Custody and Auditability
A continuous and verifiable chain of custody is maintained from ingestion through analysis, storage, and controlled access.
All actions are:
- traceable
- auditable
- attributable
This supports internal governance, external audits, and regulatory oversight without reliance on opaque processes.
Long-Term Integrity and Preservation
IP assets are preserved to ensure long-term integrity against tampering, degradation, and future threats.
Preservation controls are designed to:
- maintain cryptographic verifiability over time
- protect against unauthorized modification
- remain resilient as cryptographic standards and threat models evolve
This ensures that stored assets remain trustworthy, defensible, and verifiable well into the future.
Explainability and Transparency
We do not scrape, infer, or enrich data from external sources without explicit authorization.
Every valuation output is fully traceable and explainable, with a clear breakdown of:
- assumptions
- benchmarks
- valuation drivers
- risk factors
This is not a black-box AI result, but an auditable, assumption-based valuation framework.
Designed for environments where intellectual property, security boundaries, and regulatory scrutiny cannot be compromised.