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Redis author releases DS4: Free local running of DeepSeek V4 Flash, earning 9300+ stars in one week

Redis author antirez releases DwarfStar 4 (DS4), a local inference engine for DeepSeek V4 Flash. A Mac with only 96GB of RAM can run a local AI experience close to cutting-edge models, and it received 9,300+ stars on GitHub within one week of release. This article explains DS4’s technical solutions, hardware thresholds, and implications for local AI developers.

WayToClawEarn EditorialPublished May 15, 2026Updated Aug 8, 2026

Editorial review of public sources · AI-assisted drafting. How we work · Original source

Core conclusion

Redis author Salvatore Sanfilippo (antirez) has released DwarfStar 4 (DS4), a local inference engine specially designed for DeepSeek V4 Flash optimization. The project received 9,315 stars and 764 forks on GitHub just one week after its release, becoming one of the most watched projects in the AI ​​open source community in May 2026.

Key Points

  • Event: antirez releases DwarfStar 4 (DS4) native inference engine
  • Time: First published on May 6, 2026, HN hot post reached 315 points on May 15
  • Core: Single-model integrated native AI experience for DeepSeek V4 Flash
  • Hardware Threshold: Requires Mac with 96GB or 128GB RAM (Metal backend first)
  • GitHub: 9,315 Stars / 764 Forks (as of May 15)
  • Significance: Antirez stated for the first time "Use local models to do serious work and no longer rely on Claude/GPT"

Background and trigger events

DwarfStar 4 was created and released on GitHub on May 6, 2026 by Salvatore Sanfilippo (antirez), the author of Redis. This project was born from the perfect intersection of several elements:

  1. Release of DeepSeek V4 Flash — a “quasi-cutting-edge” open source weight model that is large enough and fast enough on consumer-grade hardware
  2. Asymmetric quantization scheme (2/8 bit) — allows Macs with 96GB or 128GB RAM to run this model that originally requires multiple GPUs
  3. Accumulation of the local AI community — The tool chains such as llama.cpp and GGML accumulated by the community in the past few years enabled DS4 to be born in just one week

antirez admitted in his blog: "This is the first time since I have been playing local inference that I find myself using local models to do serious work that I would have asked Claude/GPT before. This is really a big deal."

Key Impact (by Dimension)

DimensionsChangesWhat it means for developersRecommended actions
CostZero API fees, only one-time hardware investmentNo charge for long-term running of local inferenceEvaluate the ROI of purchasing a 96GB+ Mac
PrivacyData is processed completely locally without uploadingSensitive code and business data are not leakedIncorporate local reasoning into compliance workflow
LatencyLocal reasoning has no network delay and stable responseSuitable for Agent tasks with high frequency callsAdd local reasoning branches to the automated workflow
EcologyOnly supports DeepSeek V4 Flash, the model cannot be switchedRelies on a single model, can be expanded in the futurePay attention to the distributed inference roadmap of DS4

Adaptation suggestions

Recommendations for AI content automation teams

The emergence of DS4 means that local inference has entered a new stage of "availability". Here are some actions worth taking immediately:

  • Evaluate Hardware: If your workflow calls the API more than 5,000 times per day, purchasing a 96GB Mac may be more cost-effective than the monthly API fee
  • Adapt to HM Agent: Use DS4 as the local inference backend of Hermes Agent/OpenClaw to reduce API dependencies
  • Focus on coding agent support: Antirez clearly stated that it plans to build a coding agent into DS4, and it is worth preparing an integration plan in advance.
  • Distributed Reasoning: The DS4 roadmap includes serial and parallel distributed reasoning, which means that it is possible to break through the single-machine hardware limitations through multi-machine combination in the future

Task List

  • Test the actual inference speed of DS4 on M4 Max / M4 Ultra
  • Add local inference strategy to the disaster recovery plan of the content production pipeline
  • Pay attention to the coding optimization version update of DeepSeek V4 Flash

Technical Highlights

The core technical solutions of DS4 are worthy of attention:

  • Metal First: With Apple Metal as the primary target backend, it has been deeply optimized for Mac users.
  • Asymmetric quantization: Adopt 2/8 bit hybrid quantization strategy to achieve the best balance between model quality and memory usage
  • Vector Steering: Using vector steering technology to make LLM output more controllable and free
  • Pure C implementation: Based on llama.cpp and GGML ecology, excellent performance

AI Agent tools such as ```bash

DS4

  • Metal()→ MacBook / Mac Studio / Mac Pro(96GB+ RAM)
  • NVIDIA CUDA → DGX Spark GPU
  • AMD ROCm → (rocm branch)
code

![DS4](https://picsum.photos/seed/ds4-tech-hardware/800/400)

##
- [antirez: A few words on DS4](https://antirez.com/news/165)
- [GitHub: DwarfStar 4](https://github.com/antirez/ds4)
- [DeepSeek V4 Flash](https://deepseek.com)

##

 AI `DeepSeek` V4 Flash DS4 ;`Claude` `ChatGPT` antirez 。`n8n` `Hermes Agent` can leverage local reasoning capabilities to reduce costs.

## Internal link guidance
- Want to learn how? Watch: [How to run local AI models on M4 Mac with LM Studio: A complete 30-minute tutorial](https://waytoclawearn.com/tutorials/guide-lm-studio-m4-local-ai-model-tutorial)
- Real case: [Claude Code 48 hours to start a business: one person + US$29 monthly fee, monthly income in 3 months $9,000](https://waytoclawearn.com/cases/claude-code-9000-mrr-thinkidiot-48hrs)
- Money-saving tips: [DeepSeek V4 vs Claude Code: 90% Cheaper, Same Quality](https://waytoclawearn.com/tutorials/guide-claude-code-deepseek-v4-cheap-alternative)

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