My 2.5 year old laptop can write Space Invaders in JavaScript now (GLM-4.5 Air)
TL;DR Highlight
GLM-4.5 Air running on a local laptop with no internet connection can generate playable game code.
Who Should Read
Developers evaluating local LLM adoption, or engineers looking to deploy code generation AI internally without API costs.
Core Mechanics
- GLM-4.5 Air is a lightweight model from Zhipu AI that can run local inference on a regular consumer laptop (2.5 years old)
- Generates complete, playable JavaScript game code (Space Invaders level) in a single pass on CPU/integrated graphics — no GPU needed
- The 'Air' series is designed as an offline code assistant that works without cloud API dependency
Evidence
- Runs real-time inference on a 2.5-year-old regular laptop (no GPU) — specific tokens/sec not provided in source
- Generated Space Invaders code runs immediately playable in a browser as demonstrated
- No benchmark scores provided in the original source for quantitative comparison
How to Apply
- Try it immediately with `ollama pull glm4.5-air` and send code generation prompts — no API key needed.
- For organizations with security policies restricting external API use, deploy GLM-4.5 Air as a local code assistant to eliminate cloud dependency.
- Use as a prototyping tool — generate initial drafts locally with GLM-4.5 Air instead of paying GPT-4 API costs, then refine if needed.
Code Example
# Example of running GLM-4.5 Air with ollama and generating Space Invaders
# 1. Installation
# ollama pull glm4.5-air
# 2. Code generation prompt
prompt = """
Write a complete, playable Space Invaders game in a single HTML file using vanilla JavaScript.
Requirements:
- Player ship moves left/right with arrow keys, shoots with spacebar
- 3 rows of alien enemies that move side-to-side and descend
- Collision detection for bullets vs aliens and aliens vs player
- Score counter and game over screen
Output only the HTML file, no explanation.
"""
import ollama
response = ollama.chat(
model='glm4.5-air',
messages=[{'role': 'user', 'content': prompt}]
)
print(response['message']['content'])Terminology
Related Papers
Training an LLM in Swift, Part 1: Taking matrix mult from Gflop/s to Tflop/s
Apple Silicon에서 Swift로 직접 행렬 곱셈 커널을 구현하며 CPU, SIMD, AMX, GPU(Metal)를 단계별로 최적화해 Gflop/s에서 Tflop/s 수준까지 성능을 높이는 과정을 상세히 설명한 글이다. 프레임워크 없이 LLM 학습의 핵심 연산을 밑바닥부터 구현하고 싶은 개발자에게 Apple Silicon의 성능 한계를 체감할 수 있는 드문 자료다.
Removing fsync from our local storage engine
FractalBits가 fsync 없이 SSD 전용 KV 스토리지 엔진을 구현해 동일 조건 대비 약 65% 높은 쓰기 성능을 달성한 설계 방법을 공유했다. fsync의 메타데이터 오버헤드를 피하기 위해 사전 할당, O_DIRECT, SSD 원자 쓰기 단위 정렬 저널을 조합한 구조가 핵심이다.
Google Chrome silently installs a 4 GB AI model on your device without consent
Google Chrome이 사용자 동의 없이 Gemini Nano 4GB 모델 파일을 자동 다운로드하고, 삭제해도 재다운로드되는 문제가 발견됐다. GDPR 위반 가능성과 수십억 대 기기에 적용될 때의 환경 비용 문제가 제기되고 있다.
How OpenAI delivers low-latency voice AI at scale
OpenAI redesigned its WebRTC stack to serve real-time voice AI to over 900 million users, detailing the design decisions and trade-offs of a relay + transceiver split architecture.
Efficient Test-Time Inference via Deterministic Exploration of Truncated Decoding Trees
Deterministic Leaf Enumeration (DLE) cuts self-consistency’s redundant sampling by deterministically exploring a tree of possible sequences, simultaneously improving math/code reasoning performance and speed.