MLX beats GGUF on a Mac, just
Gemma 4 31B: 12.6 tokens a second against 11.7 on our M4 Pro.
7 minGemma 4 31B: 12.6 tokens a second against 11.7 on our M4 Pro.
7 minQwen3.6 35B-A3B took in 20,000 tokens in 30 seconds on MLX and 75 on llama.cpp.
7 minWe opened the 86 files behind the Economic Index. One row is a metric value, never a chat.
7 minContinual learning, and why no deployed model has it yet.
7 minThe EU AI Act draws its line at 10^25 operations, California and New York at 10^26. Three open-weights cards, none says.
7 minGoogle Tag Manager and Microsoft Clarity load first. The source has no switch to turn them off.
7 minA yearly games in Beijing with referees, medals and a 100 metres final; the next one is August 2027.
6 minThree medal tables, three winners. We read the result sheets.
8 minWorld Humanoid Robot Games 2026 from the result sheets: 666 teams, 2,056 robots, a 100 metres won in 8.64 seconds.
8 minHotels, libraries and factories at the World Humanoid Robot Games: by our count, autonomous robots took 13 of the 21 finals.
8 minThe rules, event by event: where a human could take the controls, the half-points rule, and four results cancelled.
7 minEach 2026 Games record claim checked against the rules: three hold on the clock, the high jump had no bar.
9 minPointed at local hardware it works; 74 percent of the 29,424 tokens it sends before starting are tool definitions.
7 minThe FAQ says what leaves the house and when a 1X Expert can see in. The privacy policy never mentions the robot.
6 minUnitree sells today and 1X takes deposits. Figure, Boston Dynamics and Agility published a rate, a sold-out year and 2027 dates.
6 minAtlas, Digit 5 and 1X NEO spec sheets in 2026, and each defines the load differently.
7 minUnitree's R1 from $4,900, G1 from $13,500, H2 at $29,900; 1X NEO at $20,000 or $499 a month to rent, from the list prices.
7 minUnitree's prospectus shows 5,632 shipped over three years. Tesla's filing leaves Optimus capacity blank.
7 minThe Local Agent Telemetry Report 2026 tests them on one Mac: who hears from each, and the settings that make it quiet. Free PDF.
8 minThe Local AI Telemetry Report 2026 tests them on one Mac: what they send and which off switches work. Free PDF and dataset.
7 minA skill is files on disk; an MCP server is tools over a protocol. The specs, the context cost, and the servers we run.
8 minA separate draft model or draft layers inside the model. The llama.cpp flags and the acceptance rates we measured on two Qwen models.
7 minIts own engine loaded 193,280 tokens per slot on a Mac. The log, the estimator line behind it, and the config that avoids it.
7 minOn a 48 GB M4 Pro Qwen ran at 50.8 tokens a second but gave a move in 4 of 12 ARC-AGI-3 runs. Gemma gave 11 of 12.
8 minThe winning ARC-AGI-3 harness drops old turns, keeps facts in Python and keeps going. Infinite play by eviction, read from the code.
6 minFrom 0.51 percent at launch to 62.7 on the shared harness and 99.9 on the vendor's, in date order with the set and harness on each.
7 minStatic puzzles scored on accuracy against interactive games scored on action efficiency. Why 24 percent and 0.51 are not on one scale.
7 minLM Studio, OpenAI, Anthropic, Gemini and OpenRouter all bill them as output and name, place and cap them differently. One client reads all five.
7 minAll 183 level baselines read from disk: 6 to 578 actions, median 60, level by level.
7 minThree numbers circulate as a solved benchmark and only one compares systems. Which set, which harness, and what each cost.
8 minRHAE is not accuracy: your moves against a first-time human, squared. The formula, the baseline, and where paper and code differ.
8 minFour real context files add up to 38,922 tokens: 475 percent of an 8K window and 3 GB of cache.
8 minBoth loaded in 26.78 GB of RAM, and generating together dropped each one to about 9 tokens a second.
7 minMeasured on a 48 GB Mac: 80 KB of RAM per token, and LM Studio reports 18.85 GB whether you load 8K or 64K.
8 minAn M4 Pro reads prompts at 65 tokens a second; repeat the prompt and the cache reports 13,763, which is 182 times too fast.
8 minTwo Nemotron builds are byte-identical under different names, and neither holds a single IQ1 or IQ2 tensor.
7 minNVIDIA's 22.46 GB Lightning GGUF holds 2.67 GB of BF16: the MTP head, which four publishers ship four ways.
8 minAn mmproj GGUF holds the whole vision encoder; four publishers ship it unquantised, and the one that compresses stops at 8.
7 minOne rule predicts all 20 promoted blocks across three publishers' builds, and we had called it a choice.
7 minAn MTP draft GGUF ships as an extra block or a separate 49-tensor file. We read both; the main file has neither.
7 minREAP builds remove a quarter of the experts and declare it: 48 of 64 and 205 of 256 in four tensor tables.
7 minOne Qwen3.5 GGUF ships 41 blocks and another 40. The extra block is the MTP head, and only one quantiser kept it.
8 minAn opt-out variable, a send function nothing uses, and the real trail: a user-agent header naming your Python and torch.
7 minA naive search says four of five installed tools carry a machine ID; the real answer, read from the code, is two.
8 minThree checked: the crashpad process holds no socket and has no upload address set.
7 minA production DSN is baked into the app and it connects on launch. Two other findings turned out not to be real.
8 minEvery shard summed: the smallest complete build is 589.5 GB, the family runs to 769, and two builds disagree by 58.
7 minWhat the app sends, read from the wire.
8 minThe requirement is not in the source. Routing is by model format, and the only Darwin memory constant is 512 MiB.
7 minEight builds of one model audited: a file called UD-Q4_K_XL holds no Q4_K, and none had the silent experts people warn about.
9 minBlock size and scale format are the only choices, and NVIDIA reports MXFP4 needs 36 percent more tokens for equal loss.
6 minThe vendor published nothing to check; the one independent comparison has Q4_K_M ahead on KL divergence with no size win for NVFP4.
9 minNo, and a maintainer said why in 2023. What Apple Silicon runs on, what Ollama did differently, and which to pick.
7 minOllama serves it to macOS alone. Why the 412 error exists, what the measurements show, and why the files stay big.
8 minIts 16 bit patterns hold 15 values, from -6 to 6. Where the wrong number came from and why it matters.
7 minSeven local AI tools tested, what each one sent captured, and how to check any tool yourself.
8 minA covert tracker in Claude Code, telemetry in others, and how to catch both.
8 minZero telemetry, local-first parsing, an unofficial site, and a package name our tooling refused to install.
8 minWe watched every connection over two passes: none left the desk, and the code graph cost zero tokens.
8 minWe captured what each sends. One has a working off switch; the other, the agent we use daily, has none we could find.
7 minFive files decide how everything your agents write sounds. The output spec, not the model, is the layer that matters.
8 minexo pools Apple Silicon machines into one, so a cluster holds DeepSeek 671B that no single Mac can.
7 minMemory bandwidth, unified memory ceilings and time to first token against our 48 GB M4 Pro, and whether the upgrade earns its price today.
8 minA decision guide for 2026: the compliance and cost lines that decide it, with a bank's chatbot as the test case.
5 minWhat a small model now does on edge hardware, where it fails, and when it beats reaching for a bigger one.
8 minThe two 4-bit builds are nearly the same size on disk. What the newer format changes for quality and speed, and which to pull.
8 minQuality per gigabyte on unified memory, and whether a mixture of experts is worth its real footprint.
8 minWhich fits, which is faster, and which answers better when a Mac holds one large model at a time.
9 minOne quantised model, three engines, one Mac: generation speed, memory and setup, measured rather than argued about.
10 minSetup, speed, model management and the API each exposes, plus which we kept on our own machine and why.
9 minSpeed, memory and model choice on Apple Silicon, and whether it changes what you should run now.
9 minYour config files hold keys and endpoints. What a cloud agent can see, and how to keep source code on your machine.
8 minOne real shift under the word: a model that answers questions became a model that takes actions on your behalf.
10 minA research engine on your own machine keeps every query private and charges nothing per report. What it costs you instead.
10 minA feature-rich browser workspace or a double-click desktop app. We picked one.
9 minsmolagents and the alternatives, and why most of the noise sells a layer you can skip.
10 minNot the biggest: the model that leaves headroom in your RAM and matches the job you do every day.
11 minThe foundation, the fast one and the friendly one. We run all three for different jobs; here is which fits yours.
11 minFour open-source coding agents, four answers to where you want to work: terminal, editor, app window or sandbox.
12 minThree coding agents, three bets on where you work and where your code goes, without the marketing.
12 minDeepSeek scores higher on coding benchmarks; Nemotron is still the daily driver, and the leaderboard does not say why.
11 min