Velociportr

Autonomous C/C++ to Rust Transpilation

Verified. Validated. Delivered.

Seed Round 2026

Slide 2

The Problem

70%

of critical CVEs are memory-safety vulnerabilities

✕ Legacy C/C++ code powers critical infrastructure worldwide
✕ Manual rewrites take years and cost millions
✕ Severe shortage of Rust talent creates a bottleneck
✕ Existing tools offer syntax translation, not verified migration

50B+

Lines of C/C++ in production

2+ yrs

Average rewrite timeline

10x

Manual vs automated cost

$3.8M

Avg cost of a data breach

Slide 3

The Solution: 5-Stage Pipeline

Stage 1

Preprocessing

Complexity, semantic, and data flow analysis prepare the codebase.

Stage 2

LLM Generation

AI-powered transpilation with context-aware code generation.

Stage 3

Oracle Verification

WASM lifting + IR comparison verifies behavioral equivalence.

Stage 4

Correction Loop

Failed functions are auto-regenerated with error context.

Stage 5

Human in the Loop

Expert review for logic, edge cases, and production readiness.

Slide 4

Why Now

Four converging forces create an unprecedented market opportunity.

Government Mandates

NSA, CISA, and the White House call for memory-safe languages.

Industry Momentum

Linux, Android, and Windows are adopting Rust at scale.

LLM Capabilities

AI models have reached the threshold for reliable code generation.

Cost Pressure

Manual rewrites cost millions. Automation delivers 10x reduction.

Slide 5

Market Opportunity

$25B+

Total Addressable Market

Global code modernization & application security market

$5B+

Serviceable Addressable Market

C/C++ to memory-safe language migration services

$500M+

Serviceable Obtainable Market

Automated transpilation tools for enterprise & gov

Slide 6

Traction & Milestones

0

Lines of Code Ported

0

Files Transpiled

0

Processing Time

0%

Oracle Verified

Key Milestone: JQ JSON Processor

Successfully ported the JQ codebase — a complex, production-grade C project — to idiomatic Rust with full behavioral equivalence verification.

Phase 1

1K

Proof of Concept

Phase 2

55K

Initial Scale

Phase 3

139K

JQ Port (Achieved)

Phase 4

1M+

Next Target

Slide 7

Competitive Advantage

Why Velociportr wins against existing approaches.

Capability	Manual Rewrite	Syntax Transpilers	AI Code Tools	Velociportr
Behavioral Verification	Ad-hoc testing	None	None	Oracle-verified
Idiomatic Output	Yes	No	Partial	Yes
Self-Correction	Manual	None	None	Automatic loop
Scale (100K+ LoC)	Years	Hours	Unreliable	Days
Human Review	Full manual	Full manual	Full manual	Final pass only

Slide 8

Business Model

Per-Project Licensing

Fixed-scope engagements with clear deliverables. Pay per codebase migration.

Annual Platform License

Unlimited access for organizations with ongoing migration needs. Recurring revenue.

Managed Services

White-glove migration service. Our team handles everything end-to-end.

Slide 9

The Team

Deep expertise in compilers, systems programming, AI, and enterprise software.

Founding Team

Leadership

Experienced builders with backgrounds in compilers, systems programming, and AI/ML infrastructure.

Engineering

Pipeline & Verification

Specialists in Rust, WASM, LLVM IR, and formal verification methods.

Advisors

Strategic Guidance

Industry veterans from enterprise software, cybersecurity, and government contracting.

Slide 10

The Ask

Seed Round

$3M

Targeting 18-month runway to enterprise readiness

Use of Funds

50%

Engineering & R&D

20%

Go-to-Market

20%

Hiring & Ops

10%

Infrastructure

Let's Build the Future of Safe Software

We're looking for investors who believe memory safety is the next frontier of software infrastructure.

mlatham@gigatier.com

LinkedIn gigatier.com