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fulcru is a CLI, an MCP server and an agent skill for a narrow job: finding the buyer questions where ChatGPT, Gemini or Perplexity name a competitor instead of you, drafting the page that answers that question, and measuring what changed after you publish it. AGPL-3.0.

The scope, before anything else. The CLI, the MCP server and the skill are open and run on your machine. The measurement engine behind them is hosted and paid, because running prompt sets across three engines every week costs real money. So this is an open client to a hosted service, not a self-hostable stack. If that is your bar, it does not meet it, and I would rather say so in the second paragraph than have someone find out in the replies. FULCRU_ENDPOINT points wherever you like if you want to write your own server against it.

Five commands: gaps, write, publish, delta, report. The design constraint that shaped the whole thing is that the caller is usually a language model, and its context is the scarce resource, so it prints terse lines rather than JSON blobs. fulcru gaps costs an agent about 50 tokens; the same data as raw API JSON costs about 800. --json on any command when a machine wants the full shape.

docker build -t fulcru .
docker run --rm -e FULCRU_TOKEN=... fulcru gaps 3

npm install -g fulcru works too. Token is free, no card.

The part that might interest you even if the tool does not. I ran it against my own brand last week: 34 buyer prompts, three engines, and it named me in zero of them. It logged 601 citations behind those answers. The five domains the engines kept returning to were reddit.com (84), youtube.com (68), semrush.com (67), ahrefs.com (52) and linkedin.com (46). Not one vendor blog, mine included. So the thing that decides whether a model recommends you is what other people wrote about you somewhere else, which is both obvious in hindsight and the opposite of what most of this industry sells.

I published that result rather than sitting on it: https://www.fulcru.app/guides/scored-zero-on-our-own-tool

There are five good first issue tickets open if anyone wants a small one: a --version flag, a readable network error, validating the report section client-side, an --endpoint flag, and colour that respects NO_COLOR and a non-TTY stdout. That last one matters more than it sounds, because an agent reads this output and escape codes are noise to it.

Happy to answer anything, including how the scoring works and where it is weak.

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This extension will replace videos on websites with an accessible video player designed for your convenience.

  • Automatic fragmentation and parallel requests for up to 6x faster download speeds. -Watch videos without interruptions by predownloading the video in the background.
  • Advanced subtitling features include: customizable subtitle appearance, built-in OpenSubtitles support to find subtitles on the internet, and an intuitive subtitle syncing tool to adjust subtitle timings on the fly.
  • Adjustable audio dynamics (equalizer, compressor, mixer, volume booster), and video settings (brightness, contrast, hue, LMS daltonization for color blindness) for your unique audiovisual preferences.
  • 20+ remappable keybinds and accessible tool buttons for easy control of the player.
  • Available in multiple languages! Translated into Spanish and Japanese by the FastStream community. Support for more languages is coming soon!

The player currently supports: MP4 videos (.mp4) HLS streams (.m3u8) DASH streams (.mpd) Youtube (download not supported on Chrome unless manually installed due to Web Store policy)

Extension in the Chrome and Firefox store

https://github.com/Andrews54757/FastStream

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Does anyone actually believe that?

Why does Google sponsor Gnome, KDE, GIMP, LibreOffice, Open Street Maps?

This is very suspicious

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cross-posted from: https://scribe.disroot.org/post/10312423

Domyn - an Italian company specialized in researching and developing responsible artificial intelligence (AI) for regulated industries, including financial services, government and heavy industry - plans to release a fully open-source AI model within a year, aiming for one of the most advanced “frontier” systems available. CEO Uljan Sharka laid out the timeline on Thursday. The push is part of Europe’s drive to lean less on foreign-hosted AI.

...

  • Domyn’s model will carry more than 400 billion parameters, be trained from scratch, and ship as open source so companies and governments can run it on their own hardware at no cost.
  • The work runs through the EUROPA consortium, built with Germany’s Fraunhofer-Gesellschaft and chosen under the European Commission’s Frontier AI Grand Challenge.
  • Domyn, formerly iGenius, was founded in Milan in 2016 and is backed by Abu Dhabi’s G42, with investors including Eurizon Capital, Rabobank, and BNY.

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The EUROPA project places Domyn next to France’s Mistral and recent entrant OVHcloud on the European map.

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The model will be open and reproducible, with weights that third parties can download, run, and verify. A 400-billion-parameter system would rank among the largest open-source models yet, though scale alone does not decide whether it matches the best frontier systems.

Domyn already sells specialized models for regulated fields such as finance, government, and heavy industry. Its open release lands as Chinese firms like DeepSeek and Alibaba’s Qwen lead the open-source field, while most top US models stay proprietary and accessed remotely.

Sharka said the company plans to gather data from institutional partners. He has meetings lined up with European heads of state and expects the first data agreements with governments within weeks. Domyn declined to share funding figures.

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The plan slots into a larger European effort to own its AI stack rather than rent it. The bloc’s flagship challenge to fund one sovereign open model calls for a system that works across all 24 official EU languages, a design built for European institutions from the start rather than bolted on later. That ambition gained urgency after European officials protested being locked out of American frontier systems on national-security grounds, which turned a planning worry into a live one for buyers in finance, government, and healthcare.

The economics now make a homegrown answer plausible. Falling training costs are opening that second wave of builders, and open-weight releases carry privacy and sovereignty advantages that hosted services cannot match. Europe already leans on Mistral’s open-weight models for local options, while the wider open-source race is shaped by Chinese labs whose models can be self-hosted to keep data in-house and whose aggressive pricing keeps pressure on every rival. Whether Domyn can ship a frontier-grade model in twelve months is the open question, and the answer will say a lot about how far Europe has closed the gap.

...

Archived

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cross-posted from: https://mander.xyz/post/55582711

The scientific publication: A Sovereign, Open-Source Foundation Model for German and English

Soofi S 30B-A3B is a sovereign, open-source Mixture-of-Experts (MoE) hybrid Mamba–Transformer foundation model for German and English. Its hybrid design activates only 3B of 30B parameters per token and keeps the inference cache near-constant as context grows, giving it a decisive throughput advantage over dense models for long-context, high-concurrency deployment.

Pretrained on roughly 27 trillion tokens with deliberately up-weighted German, Soofi S matches dense 14–27B models on aggregate English and German benchmarks, achieves the best code aggregates in both languages among 17 open base models, and outperforms every European sovereign baseline in our comparison — including ones far larger in active parameters. Among fully open models, it obtains the highest English and German evaluation scores, ahead of Olmo 3 32B and Apertus 70B. Soofi S was built end-to-end on the German Industrial AI Cloud, a sovereign HPC-scale AI infrastructure operated by Deutsche Telekom in Munich.

...

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How do you manage the same book with different editions in Calibre? (Like US, UK, Illustrated, Portuguese Translated, ...)

I think they should all belong to the same folder, but that's not how Calibre works. Is there any way to keep books organized after "Save to Disk"? (I use Kavita)

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My ( @opennomad@lemmy.ml ) light "config manager" of bash-n-git just got a lot nicer. TAB complete is just more convenient.

https://codeberg.org/opennomad/dotGit

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cross-posted from: https://scribe.disroot.org/post/10269370

Archived version

...

The angst over China's latest AI models is missing an important business fact: "open weight" AI is not the same thing as open-source software.

Open-source software, where the code is freely shared, can be an amazing business. Think Red Hat, which IBM bought for $34 billion. Open-weight AI models are different — and, so far, they're proving to be a terrible business.

Take Z.ai, also known as Zhipu. It's publicly traded, so we can see its finances. Last year, the Chinese company lost almost $500 million on revenue of about $107 million.

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Zhipu is the lab behind GLM 5.2, an open-weight AI model that wowed the industry when it launched last month. You might expect the stock to have soared. Instead, Zhipu shares have plunged more than 40% over the past month.

MiniMax, one of the only other independent Chinese AI labs that's publicly traded, lost $250 million last year on revenue of just $79 million. Its shares have fallen more than 50% in the past month.

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Open-weight AI isn't open-source software

The key difference comes down to economics.

Software can be distributed almost for free. Once it's written, sending another customer a copy costs practically nothing. Profit margins improve as software companies grow.

AI doesn't work that way. Every answer requires expensive chips, electricity, and data-center capacity. The next unit of software is nearly free; the next unit of intelligence is not.

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Moonshot AI, another Chinese lab, illustrated the problem last week. Its new Kimi K3 open-weight model impressed the industry with frontier-level performance. But days after launch, the company had to halt new customer sign-ups because it didn't have enough computing power to run the model.

If Moonshot were selling traditional software, adding millions of users would be relatively easy. Instead, every new customer increases the company's infrastructure bill, capping its growth.

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Someone else captures the profits

The way open-weight AI models are run, a process known as inference, makes the business situation worse.

Open-weight AI labs give outsiders their models' trained numerical parameters, allowing them to download and run them. (Parameters are like tiny numerical dials inside a model's brain that determine how these systems learn from data and what outputs they produce).

After that, these models are usually run by other companies, such as cloud giants Amazon, Microsoft, Google, Oracle, and Alibaba. There are also specialist providers such as Fireworks AI and Baseten, although they largely rent capacity from the big cloud companies.

Companies can also download these open weights and run the models themselves. Or, they can also use the Chinese model maker's own inference service, but in the Western world, most corporate customers don't do that for data security reasons.

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Only that last option reliably generates real revenue for the model creator. In the other three cases, the AI lab that spent hundreds of millions of dollars building the model may receive little or no ongoing revenue.

That leaves the model makers in a difficult position. They've paid heavily to train the systems, then given away the key assets.

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No wonder Alibaba's stock is up about 13% over the past month, while AI labs Zhipu and MiniMax have been crushed.

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"Unlike open-source software, open-weight models do not generate significant sums of revenue by selling support, services, and enterprise editions around the free offering (the Red Hat playbook)," William Blair's Bhatia wrote.

"Instead, they primarily generate revenue by hosting the model and selling inference compute. But inference workloads will flow to whoever can operate the inference infrastructure most efficiently, and this is usually not the model provider," the analyst added.

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Raimo Lenshow, an analyst at Barclays, recently came back from China after researching the country's AI sector. He reached a similar conclusion.

"Intense domestic competition has also led to more aggressive pricing competition," the analyst told investors. "Some major models remain open-source or open-weight, accelerating the pricing pressure throughout the system. While this helps drive faster commercialization, it is also adding uncertainty to long-term profitability for those AI labs."

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So why give the models away?

Open technology has long been a strategy for challengers trying to catch market leaders. A late starter may not be able to match a leader's customers or distribution, but it can spread its technology widely, attract developers, and make the leader's product harder to sell at premium prices.

That may be exactly what China and its AI labs are trying to do. Open-weight models put pressure on OpenAI, Anthropic, and other US leaders by offering capable alternatives at lower prices. Even if the Chinese labs make little money themselves, they can force American competitors to cut prices and make it harder to recover the billions they spend training new models.

Bhatia said Chinese labs may be releasing open-weight models with "little regard for near-term profitability." In his view, openness can turn advanced AI into a commodity, weakening the business model of US companies that keep their technology closed.

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The financial payoff for the Chinese labs may come much later — or may be less important than the broader strategic benefit to China.

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cross-posted from: https://scribe.disroot.org/post/10253969

Archived version

The release of Moonshot AI's Kimi K3 and Xi Jinping's diplomatic offensive mark a pivot in China's global AI strategy. Unable to match the United States in advanced semiconductor manufacturing due to stringent export controls, China is leveraging its strength in software engineering and algorithmic efficiency to dominate the open-source layer of the AI stack. This strategy effectively turns AI into a digital Trojan horse. While the US attempts to build a walled garden around its proprietary technology, China is building the public roads—roads that lead directly back to Beijing's digital infrastructure and regulatory influence. India, caught between these two titans, is attempting a delicate balancing act, leveraging its sovereign digital public infrastructure to avoid the Chinese trap while remaining heavily dependent on Western compute power.

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The Trap Mechanism: By offering "free" foundational models, China aims to make the Global South algorithmically dependent on Chinese infrastructure, embedding censorship and surveillance capabilities into foreign digital architectures.

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First, there is the infrastructure trap. Running a model as large as Kimi K3 requires significant inference compute. While the weights are free, the hardware to run them is not. Chinese cloud providers, backed by state subsidies, offer to host these models for developing nations at rates Western cloud giants cannot match. The data generated by these nations then flows through Chinese servers.

Second, there is the alignment and ideological trap. Open-source models from China are trained to adhere to "socialist core values." While developers can fine-tune the models, the foundational weights contain baked-in biases. The model will inherently struggle with, or refuse to generate, content related to Taiwanese independence, the Tiananmen Square massacre, or critiques of the Chinese Communist Party. By normalizing the use of these models globally, Beijing subtly exports its censorship red lines.

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"Open-source AI from China is not a public good; it is a digital Belt and Road. The code is free, but the geopolitical alignment is expensive."

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Political and Diplomatic Implications

Beijing's diplomatic corps has seamlessly integrated AI into its South-South cooperation narrative. By offering Kimi K3 and similar models to BRICS nations and the Shanghai Cooperation Organisation, China is building a technological coalition that inherently aligns with its data governance standards. This fractures the global internet further, creating a "splinternet" where not only the applications differ, but the very cognitive engines processing information operate on divergent ethical and ideological frameworks.

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Military and Intelligence Implications

From an intelligence perspective, the proliferation of Chinese open-source models presents a severe counterintelligence nightmare. Open-source does not mean secure; it means the code is visible, but the training data and potential latent vulnerabilities are not. Integrating Chinese models into NATO or allied telecommunications and defense supply chains—even at the application layer—creates avenues for data exfiltration, model poisoning, and adversarial attacks.

Economic and Trade Implications

The economic strategy is simple: commoditize the complement. If AI models become a cheap, open commodity, the value shifts to the application layer and the compute layer. Because China controls the manufacturing of mid-tier hardware and heavily subsidizes its cloud infrastructure, it can win the application layer in price-sensitive markets. Meanwhile, US tech giants like Microsoft, Google, and Amazon, which expected high-margin returns on their multi-billion-dollar AI investments, face a pricing collapse. If a free Chinese model performs 95% as well as a $20-per-month US API, the commercial model breaks down.

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Counterarguments: The Case for Open Ecosystems

... Many technologists argue that the US push for closed, proprietary AI creates a techno-feudal system where only a few billionaires control humanity's cognitive engine. From this perspective, China's release of Kimi K3 democratizes AI, allowing developing nations to build local tech ecosystems without paying tribute to Silicon Valley.

Furthermore, open-source models are auditable. Security researchers can (theoretically) inspect the weights and architecture for backdoors. Proponents argue that the "China trap" narrative is merely a protectionist talking point used by American tech giants to stave off competition.

While these points hold merit regarding the general value of open-source technology, they fail to account for the specific nature of the Chinese state. In China, there is no delineation between private enterprise and state security. The National Intelligence Law of 2017 mandates that all Chinese organizations and citizens must "support, assist, and cooperate with national intelligence efforts." Therefore, any Chinese AI startup, no matter how independently it markets itself, is ultimately subject to CCP directives. The risk is not in the visible code, but in the invisible training data, the alignment protocols, and the potential for future remote manipulation or data harvesting via associated cloud services.

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The China AI Trap refers to the geopolitical strategy where China offers advanced AI models as open-source and free to developing nations. Once these nations build their digital infrastructure, government services, and private sectors on these models, they become dependent on Chinese cloud infrastructure, updates, and regulatory frameworks, compromising their digital sovereignty.

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The geopolitical contest over artificial intelligence is often framed as a race for compute power and algorithmic supremacy. But the release of Moonshot AI's Kimi K3 and Xi Jinping's open-source diplomatic offensive reveal that the true battleground is infrastructure dependency. China has recognized that if it cannot build the best chips, it can build the most used software, thereby capturing the global digital nervous system.

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StreetComplete is an easy to use editor of OpenStreetMap data available for Android

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