Context-Aware AI Diligence

Technical due diligence that reads the codebase in context.

CodeDD doesn't just scan — it interprets. Multi-agent AI validates security findings, reviews code file by file, maps architecture and engineering signals, and synthesizes an evidence-backed report your deal team can defend in the data room.

Executive Health IndicatorsLive analysis
87/ 100

Strong — context-validated, minor remediation flagged

  • Architecture91
    T3 · 5 modules mapped · 2 bottlenecks
  • Engineering health82
    14 devs · 43% innovation · 1 domain at risk
  • Code quality84
    Est. 4.5 days remediation · 28% debt ratio
  • Security & supply chain78
    0 critical · 1 high CVE · 3 license flags

Every score links to underlying findings — not a black-box rating.

Why CodeDD
Context-aware analysisMulti-agent validationIC-ready synthesis
Built for
VC & PETech AdvisorsTech FoundersPortfolio CTOs

Context-aware by design

AI that understands what it's looking at — and why it matters to the deal

Every assessment runs with repository, portfolio, and domain context. Findings are validated, scored, and narrated — not exported as raw scanner output. Start with what differentiates CodeDD; security baselines are covered too.

ArchitectureReads the system in context

Architecture & Scalability Assessment

AI maps 300+ technology patterns, classifies a scalability archetype (T1–T5), and profiles each repo's estate role — so you judge fit for the growth thesis, not just what's in the tree.

  • Scalability archetype (T1–T5) with scored dimensions
  • Stack, deployment & data-flow pattern detection
  • Portfolio estate map with choke-point highlighting
Architecture · acme-apiLive analysis
Scalability IndexAbility of the platform to handle accelerated growth
T3/5ARCH. TIERMID-SCALE SOA
Operational index: 74/100Safe growth headroom: 1.5×
Worker queue single-consumerShared DB connection pool
2 bottlenecks identified — drill down to module map & estate roles
Stack & module mapDetected from codebase — not self-reported
5MODULES
Estate roles: Core Business, PlatformTech signals: 4 detected
PostgreSQLRedisDockerGitHub Actions
Click any module to see coupling edges and data-flow dependencies
AI-Native · portfolioLive analysis
AI-Native ScoreSix-pillar assessment rolled up portfolio-wide
72/ 100AI AUGMENTED
Repos with AI signal: 8/12OpenAI API integrations: 6 reposCustom model endpoints: 2 reposVector / RAG pipelines: 1 repo
Product embedding: API wrappersMLOps: not detectedNo-AI-signal: 4 repos
AI depth concentrated in API integrations — drill down per repo for IP classification
AISeparates signal from AI hype

AI-Native Assessment

Distinguish wrapper apps from genuine AI IP — scored across six weighted pillars and rolled up portfolio-wide for the questions IC actually asks about AI depth and readiness.

  • AI-Native Score (0–100) across six pillars
  • Product vs augmented vs exploratory classification
  • ML IP depth map — core assets vs integrations
TeamGit history, interpreted for deals

Development Activity & Engineering Health

Commit history read in deal context — AI classifies intent, surfaces bus-factor risk, and splits innovation from maintenance. The engineering signal a financial model cannot produce.

  • AI-classified commits (feature, fix, refactor, upkeep)
  • Bus-factor & key-person dependency KPI
  • Innovation rate and velocity trends
Development · portfolioLive analysis
Innovation RateAI-classified commits — last quarter
43.1%INNO / 56.9% MAINTFAIR BALANCE
Classified commits: 2,847Velocity vs prior Q: -43%Active developers: 14
Team is shipping features, not just fixing bugs — see commit breakdown by intent
Key Person DependencyPortfolio file ownership (all repos)
37%MEDIUM RISK
Bus factor: 1/4 domains at risk
Auth 62%Payments 41%
Single developer owns majority of auth module — high exit risk
Executive Health · portfolioLive analysis
Code Health ScoreOverall technical quality and maintainability
72/ 100GOOD
Est. remediation: 4.5 daysTechnical debt ratio: 28%
Click to see breakdown by module and debt category — per-file AI review behind each score
Key Person DependencyOwnership concentration from git history
37%MEDIUM RISK
Bus factor: 1/4 domains at risk
Frontend 100%API 15%
Single developer owns majority of frontend — drill down to file-level ownership
QualityPer-file AI review at scale

Code Quality & Technical Debt

Every file reviewed for maintainability, complexity, smells, and debt — synthesized into a seven-dimension quality model and a Code Health Score with remediation cost in engineering days.

  • 7-dimension quality model (0–100 per repo)
  • Per-file AI review with drill-down, no source exposure
  • Technical-debt cost estimate in engineering days
SecurityFindings validated, not just flagged

AI-Validated Application Security (SAST)

Static analysis is the starting point — a multi-agent pipeline then gathers evidence, runs taint analysis, and confirms before a finding reaches your report. Fewer false positives, defensible severity.

  • Multi-agent validation with evidence gathering
  • OWASP Top 10 mapping & business-impact triage
  • Line-anchored findings with remediation guidance
Security · acme-apiLive analysis
Validated Security FindingsMulti-agent pipeline — evidence before report
0Critical
1High
4Medium
9Low
A03 InjectionA01 Broken AccessA07 Auth Failures
middleware/auth.py:142SQL injection path — validated by multi-agent pipeline
Validated: 3/5 flagged issues
3 of 5 flagged issues confirmed after evidence gathering — 2 invalidated as false positives
Dependencies · acme-apiLive analysis
acme-apiexpresslodashreactaxiospgjsonweb...webpac...redisstripemomenttypescri...

Package Status

Active
Deprecated
Maintained
Unmaintained
Built-in

File Types

frontend
backend
database
infrastructure
testing
utility
unknown
Select a node in the graph to reveal more details
SecurityDependencies reconciled to reality

Software Composition Analysis (SCA) & Supply Chain

Manifests reconciled against actual imports — not just declared packages. Full SBOM, CVE exposure with CVSS, license policy flags, and transitive supply-chain risk in one inventory.

  • Manifest + import reconciliation across ecosystems
  • CVE scanning with CVSS, CWE & patch guidance
  • OpenSSF Scorecard & license compliance rollup

CodeDD Advisor

Every view includes a context-aware AI copilot — it knows which audit, portfolio tab, or metric you're looking at and answers with evidence, not generic guidance.

Ask the codebase anything — in context.

See a live assessment on a real repository: validated findings, AI-synthesized executive summary, and the context-aware advisor answering questions on the metrics in front of you.