let the vibe flow
How a wrapper β not a new model β took frontier LLMs to a self-reported ~99% on ARC-AGI-3: write the game's hidden rules as code, verify against every move, plan inside the simulation. Plain-language explainer plus a buildable spec generalized to any environment.
11 orchestration platforms positioned β agent context, data pipelines, integration workflows, memory. When to use arizuko vs Temporal vs Dagster vs n8n.
HFT systems, kernel bypass networking, FPGA, RDMA β systems engineering at the nanosecond boundary.
Cryptographic auction design. Commit-reveal schemes, time-lock encryption, multi-party computation. Prevents front-running and bid leakage.
Architecture, training pipelines, and benchmarks for Qwen, DeepSeek R1, MiniMax M2.5, Llama 4. 397B MoE models, $100 LLM training.
The case for Go when a model writes half the code: tiny surface, no fluff, compiles and runs in a blink. Fast to experiment, fast to read, hard to make a mess in β with the Code Like Go lore behind it.
An interactive tour: 42 small Go lessons that map what you already know in Rust onto Go β read one, predict the output, run it in the browser. Slices, concurrency, generics, errors, HTTP.
11 systems dissected. OpenClaw, NanoClaw, NemoClaw, ElizaOS, Muaddib, Hermes, HOME23, Cline, Claude Code, Graphify, smolagents. 16 patterns extracted.
Architecture, security model, coordination patterns, competitive landscape. Docs, research, and strategy in one place.
Arizuko threat model: crackbox sandbox, DNS filtering, secrets injection, MCP unix socket isolation. Defense-in-depth for multi-tenant deployments.
Smart-contract formal verification, 2026: the four techniques (symbolic exec, SMT model-checking, property fuzzing, deductive proof), Certora going open-source, and the fuzzβproveβaudit workflow for crypto/DeFi engineers.
The engineer's map into bio: companies, salaries, the verified 2026 stack, and the bio-as-reprogrammed-computer substrate. Career, tech, and biology in three lenses.
Where Rust/Go/TS actually land β verified 2026 stack map and contribution targets.