Engineered in Bengaluru for Claude 3.5 Sonnet & Haiku Clusters

The agent runtime that actually finishes the job.

WrapTheory replaces brittle prompt chains with stateful, deterministic AST graph execution. Zero hallucinations, dual Claude 3.5 dispatch, and mathematical unit test verification.

✓ Zero-Retention Architecture • ✓ Isolated V8 AST Compilers • ✓ Sub-140ms Haiku Gateway
Interactive Workspace

Visual Orchestration Graph

Click any stage below to inspect model tokens, routing telemetry, and real-time execution outputs.

wraptheory // graph-pipeline-prod.v1
Status: Idle
01

Repository Ingestion & AST Parse

Context extraction from TypeScript / Python AST

Local Sandbox
02

Syntax Tree Filtering & Vulnerability Flag

Claude 3.5 Haiku • 118ms token stream

Haiku Routing
03

Deep Contextual Remediation & Patch Gen

Claude 3.5 Sonnet • 200k Context Horizon

Sonnet Caching
04

AST Verification & Unit Harness Execution

Zero-hallucination compiler compliance check

Deterministic PASS
Node Inspector Node 01 // Active
Assigned Model / Subsystem
AST Compiler Core (V8 Isolation)
Prompt Token Consumption
34,120 Tokens (In-memory cached)
Input Payload / Target
github.com/wraptheory/sample-service:src/auth/session.ts
Runtime Verification Proof
{
  "status": "valid",
  "isolated_cycles": 0,
  "memory_footprint": "2.4mb"
}
Telemetry sync: Live
Live Efficiency Calculator

Model Arbitrage & Token Savings

Simulate your team's monthly code volume to see the cost reduction of WrapTheory's dual-tier dispatch versus single-shot model calls.

Monthly Monorepo Commits 2,500 commits
Un-Optimized Sonnet Cost
$1,875 / mo
WrapTheory Runtime
$412 / mo
Effective Savings
78.0%
99.8%
Deterministic Syntax Validity
118ms
Haiku Pre-Filter TTFT
200K
Context Horizon Window
0.00%
Customer Code Retained