Liberty-2.0: all American open-weights model
Liberty 2.0 combines open-weights models from NVIDIA, Google, OpenAI, and Thinking Machines — all American, all run in the US — into one private model.
Read →Engineering notes on attested AI routing, Synth evals, provider privacy, and open source model routing.
Liberty 2.0 combines open-weights models from NVIDIA, Google, OpenAI, and Thinking Machines — all American, all run in the US — into one private model.
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Thinking Machines Lab's frontier reasoning model scores above every Anthropic Opus model on PrometheusBench, our benchmark for model permissiveness on unsafe prompts.
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Biology work should not stop because one frontier endpoint refuses. Use TrustedRouter Prometheus, the open BioMysteryBench harness, MCP, and the LLM-advisor skill to choose models that will actually do the work.
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TrustedRouter MCP and the open source LLM-advisor skill give agents live model, price, privacy, provider, and AI IQ context before they choose a model.
Read →Source: LLM-advisor on GitHub
TrustedRouter is open source where it matters: the frontend, the backend, the attested gateway, the SDKs, and the Terraform infrastructure are all published so developers can inspect, run, and verify the system.
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The old model triangle said you could have frontier quality, low cost, or speed, but not all three. Recent TrustedRouter results show a different path: open source routing, open-weight models, and combo models behind one API.
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OpenPatcher-S1 scored 7 out of 16 on AI IQ's ExploitBench CVE-2024-2887 target, more than doubling the strongest open baseline in the public comparison chart. Poseidon is still training and is already ahead internally.
Read →Source: ExploitBench CVE-2024-2887
TrustedRouter Socrates-1.1 scored 72% on Terminal-Bench Hard, ahead of the public Fable 5, GPT-5.5, and Opus 4.8 baselines on AI IQ. The reason is simple: no model has a monopoly on knowledge.
Read →Source: AI IQ Terminal-Bench Hard chart
TrustedRouter now lets one model id package a graph of models: Synth panels, advisor models, selectors, and mapreduce flows. The API call still looks like one model. Inside, the attested gateway can route work across specialized models and return one answer.
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Synth now ships as three named presets — Iris 1.0 (trustedrouter/iris), Prometheus 1.0 (trustedrouter/prometheus), and Zeus 1.0 (trustedrouter/zeus) — one fusion engine, three panels. On a score-vs-cost chart of DRACO deep research they trace the efficient frontier: Prometheus scores 69.2 at open-model cost, beating Fable 5 (65.3) for roughly a seventh of the price; Zeus tops out at 73.4, the state of the art; Iris is the cheapest way in at 62.6. And for code and the agents that write it, trustedrouter/synth-code is the same fusion tuned end to end — code-specific panel and synthesis prompts and a code-tuned judge.
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Self-fusion gives Sonnet 4.6 +8.0 on DRACO. We took it apart: hold the ten Sonnet drafts fixed and swap only the fuser to Haiku and the gain collapses to +2.2 — the fuser is the lever, not the drafts. Split the fuser into judge and synthesizer and run the 2×2: the synthesizer carries everything, the judge is nearly free. A cheap Haiku judge feeding a Sonnet synthesizer (+9.2) matches the all-Sonnet fuser. Spend on the one synthesis call; route the rest cheap.
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Self-fusion — running one model several times and fusing its own answers — finally pays off: Sonnet 4.6 self-fuses +8.0 on DRACO deep research (significant), while Claude Haiku 4.5 barely moves (+2.6). Fusion stayed marginal for years because the synthesizer was the bottleneck; only now are cheap models good enough to keep the one right answer. And the parallel fan-out is exactly what a multi-provider router is for.
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We took a five-model open-weights synth committee apart on DRACO. The synthesizer barely matters on an open panel, only two of five models carry the score — yet you cannot strip the panel without paying. A panel's value is its diversity, and it is invisible to any single test.
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Synthesizing a model panel into one answer is two jobs — a judge that reads the panel and a synthesizer that writes the final answer — and the best model for each is a different one. Across the strongest open models, GLM-5.2 writes the best synthesized answer but judges its own writing worst; the best open synthesizer pairs a Kimi-k2.6 judge with a GLM-5.2 synthesizer, 73.4 on DRACO, beating any single model that does both jobs.
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Run MiniMax-M3 four times on a research task and synthesize the four reports, and the answer scores 68.1 on DRACO deep research — above Anthropic's frontier Fable 5 at 65.3, for about $37 against a modeled ~$250 for one Fable 5 run. Two runs gain nothing, four clear the frontier model, ten is the ceiling at 69.4: enough independent tries manufacture the diverse error synth needs, and a cheap model is cheap to run many times.
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The most-censored model on FreedomBench is GLM served by Z.ai, which goes silent on the plain facts Beijing censors. Run the identical open weights on Cerebras — or inside Tinfoil's sealed confidential enclave, where the host provably can't touch the prompt — and the blanks come back answered: GLM-5.2 goes from 30 of 60 to a clean sweep. The censorship lives in the API endpoint, not the model.
Read →Source: FreedomBench on GitHub
GLM-5.2 is one of the best open models in the world, and on sixty plain facts the Chinese government censors it returns blanks — 29 of 60, going dark on Tiananmen and Falun Gong entirely. FreedomBench measures which models stay silent, and tells a real refusal apart from a server choking.
Read →Source: FreedomBench on GitHub
Synthesizing five research reports into one answer is a separate skill from solving the task alone, and it doesn't track model size. We held a fixed panel and judge, swapped only the final synthesizer, and found MiniMax-M3 and GLM-5.2 beat Opus 4.8 while GPT-5.5, the strongest solo researcher, fell to the bottom of the capable synthesizers.
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The best open-weights synthesizer — a Kimi-k2.6 judge feeding a GLM-5.2 synthesizer — scores 73.4 on DRACO, eight points over Anthropic's closed Fable 5 at 65.3; a fully-open five-model committee still beats Fable at 69.9 — for around $80 per hundred tasks against Fable's modeled ~$250, about a third the price. No frontier API touches the stack, and the whole thing runs on your own hardware.
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Our highest-scoring DRACO synthesizer, the open-weights GLM-5.2, returned nothing on one task in a hundred. We traced the blank to political censorship — and to why a model's politics show up as silent holes in your output, not error messages.
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People keep asking which model is best. There isn't one — every model is a tradeoff of smart, cheap, and fast, and you get two. So we plotted all 220+ on a triangle you can drag, off the live catalog, and it picks the one your task and your privacy actually need.
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The leaderboards everyone quotes are a version behind on the Chinese open-weight flagships, and nobody runs them through the Western factuality evals. So I ran the whole panel on the same harnesses Google and OpenAI publish — and on closed-book facts, an open model you can download drew level with Anthropic's best.
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Anthropic's strongest bioinformatics model is partner-only, and the one you can call refuses biology. So I ran the open version of their eval across nine models — cheap ones included — and watched.
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I built PrometheusBench to measure how often a model refuses a plain question. The models that market themselves on safety refuse the most.
Read →Source: PrometheusBench on GitHub
A diverse panel of frontier and open-weights models, synthesized by a Kimi-k2.6 judge and GLM-5.2 synthesizer, scores 73.4 on the DRACO deep-research benchmark — state of the art, above the strongest closed baselines. Open code, open results, reproducible end to end.
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TrustedRouter gives developers OpenAI-compatible model routing while keeping the prompt path separate from the control plane.
Read →Source: Joseph Perla original
For AI routing, trust should be something an agent can verify, not only a policy page a human reads after the fact.
Read →Source: Joseph Perla original