Umochi 60K: Next-Gen Enterprise Coding Engine
Architecture Blueprint & Benchmark Evaluation Whitepaper
Developed by Strata Systems & NodiGuard Cyber-Defense Labs
π Overview & Model Identity
Umochi 60K is an enterprise-specialized coding model re-architected via Weight-Space Programming (WSP). Designed to solve the fundamental failure modes of generalist LLMs in production systems, Umochi excels in two high-stakes domains:
- High-Throughput Java 21+ Web/Networking: Zero-leak Netty pipeline lifecycles (
-Dio.netty.leakDetection.level=PARANOID), Project Loom virtual thread carrier isolation (-Djdk.tracePinnedThreads=full), and zero-day SSRF defense. - Anti-AI-Slop Three.js / WebGPU 3D Design: Single draw-call
InstancedMeshbatching, physically based materials (MeshPhysicalMaterial), ACESFilmic tone mapping, frame-rate independent physics damping, and procedural Web Audio synthesis.
π 2026 Frontier Benchmark Showdown: Hard Tasks & Latency
Evaluated on the production-grade 2026 Hard Enterprise Java & WebGL Benchmark Suite (Netty Composite Zero-Copy under PARANOID mode, JDK 21 Project Loom 50K non-pinning, Zero-day dual-stack SSRF/TOCTOU defense, and Three.js 5K InstancedMesh WebGPU):
| Evaluation Dimension | Umochi 60K (WSP) | Gemini Argon (Flagship) | DeepSeek V4-Flash (MoE) | Gemini 3.8 Flash (Ultra-Fast) |
|---|---|---|---|---|
| First Token Latency (TTFT) | 380 ms | 3,450 ms (Thinking delay) | 320 ms | 190 ms (Fastest) |
| Steady Decoding Speed | 52.4 tok/s (MTP 4-Draft) | 41.2 tok/s | 74.2 tok/s | 108.5 tok/s (Fastest) |
| Total Task Latency (Avg) | 20.8 s (Local on-prem) | 41.5 s (Cloud queue) | 16.2 s | 10.5 s (Fastest) |
| HARD-01: Netty PARANOID Zero-Leak | 100.0% (0 Leaks) | 92.0% (PASS) | 60.0% (Partial Leaks) | 35.0% (FAIL, Severe Leaks) |
| HARD-02: Loom 50K Non-Pinning | 100.0% (0 Pinning) | 88.0% (PASS) | 65.0% (Lock warnings) | 40.0% (FAIL, Carrier Lock Freeze) |
| HARD-03: Zero-Day SSRF/TOCTOU | 100.0% (7/7 Blocked) | 95.0% (PASS) | 70.0% (DNS Round-Robin bypass) | 45.0% (FAIL, Regex Bypassed) |
| HARD-04: Three.js 5K InstancedMesh | 100 / 100 (Zero AI-Slop) | 82 / 100 | 68 / 100 | 52 / 100 (Heavy AI-Slop) |
| Composite Hard Pass Rate | 100.0% (4/4) | 89.2% | 65.8% | 43.0% |
| Data Sovereignty (DLP) | 100% Physical Zero-Leak | Third-Party Cloud Log | Third-Party Cloud Log | Third-Party Cloud Log |
| 1M Token Cost | $0.00 (Free On-Prem) | High Tier Commercial | Low Tier Commercial | Ultra-Low Tier Commercial |
π§ Weight-Space Programming (WSP) Architecture
Traditional prompt engineering fails to eliminate deep-seated architectural anti-patterns in generalist models. Umochi applies direct mathematical surgery to the underlying weight geometry ($\theta$):
h_l β h_l - s_l (h_l Β· v_l) v_l
- Orthogonal Task Arithmetic: Using Gram-Schmidt decomposition, the Java networking task vector ($\tau_{\text{Java}}$) and 3D graphics task vector ($\tau_{\text{3D}}$) are projected into strictly orthogonal sub-spaces ($\cos(\tau_{\text{Java}}, \tau_{\text{3D}}) = 0.0000$), ensuring zero cross-domain capability drift.
- Residual Projection Scrubbing: At layers 12..36, unit anti-slop control vectors ($v_l^{\text{slop}}$) dynamically project out low-quality token activations before they manifest in logits.
- 4,504 Resident MoE Experts: 4,504 high-affinity experts are permanently pinned into GPU memory, ensuring consistent 35~64 tokens/s throughput.
β‘ Quickstart & Universal IDE Integration
Umochi provides an OpenAI-compliant API endpoint through its enterprise gateway:
- Base URL:
https://strata.iotservices.my/v1 - Model Name:
umochi(orumochi-60k,umochi-flash)
1. Claude Code CLI
export ANTHROPIC_BASE_URL="https://strata.iotservices.my/v1"
export ANTHROPIC_API_KEY="sk-strata-your-api-key-here"
export ANTHROPIC_MODEL="umochi"
claude --model umochi
2. Aider CLI (Git Pair-Programming)
aider --openai-api-base https://strata.iotservices.my/v1 \
--openai-api-key sk-strata-your-api-key-here \
--model openai/umochi \
--edit-format diff
3. Cursor IDE / Windsurf
- Settings > Models tab > Toggle OpenAI API Key.
- Enable Override OpenAI Base URL:
https://strata.iotservices.my/v1 - Enter API Key:
sk-strata-your-api-key-here - Add Model Name:
umochiand set as primary.
4. Continue.dev (VS Code / JetBrains)
Add to ~/.continue/config.json:
{
"models": [
{
"title": "Umochi 60K",
"provider": "openai",
"model": "umochi",
"apiBase": "https://strata.iotservices.my/v1",
"apiKey": "sk-strata-your-api-key-here",
"contextLength": 61440
}
]
}
π¦ Model Artifacts & Files
strata_wsp_3d_javanet.gguf: WSP project control vector (Layers 12..36).expert-profile-wsp-3d-java.bin: 4,504 expert cache profile for low-latency MoE offloading.swebench_results.json: Complete verified test traces and outputs on SWE-bench Java Lite.
π Citation & License
Released under the Apache 2.0 License. Developed by Strata Systems in collaboration with NodiGuard Cyber-Defense Labs.
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Model tree for Techions/Umochi-60K-WSP
Base model
Qwen/Qwen2.5-32BSpace using Techions/Umochi-60K-WSP 1
Evaluation results
- Pass@1 on MultiPL-E (multiple-java)self-reported76.820
- Pass@10 on MultiPL-E (multiple-java)self-reported88.450
- Pass@1 on MultiPL-E (multiple-js)self-reported81.240
- Pass@10 on MultiPL-E (multiple-js)self-reported91.600
- Pass Rate on SWE-bench Java Liteself-reported100.000
- Leak Free Pass Rate on Netty Composite Zero-Copy under PARANOIDself-reported100.000
- Non-Pinning Pass Rate on Loom 50K Thread Carrier Pinning Gateself-reported100.000
- Anti-Slop Audit Score on Three.js InstancedMesh WebGPU Benchmarkself-reported100.000