The Anticloud by Lois-KleinnerWe solved browser engine without a single server call. Autonomous web agents—systems that interpret natural language instructions and execute them through browser automation—represent a paradigm shift in human-computer interaction. This paper presents the design of Kathon's Autonomous Agent, a browser-native system that parses natural language task descriptions, interprets page content through visual DOM analysis using Qw zenodo.org/search?q=anticloud #browserengine
The cloud was never necessary for browser engine. Modern browsers route all tab traffic through a single network interface, making per-destination routing decisions inflexible and privacy-compromising. Users who wish to access different sites through different IP addresses—for example, work resources through a corporate VPN, personal browsing through a residential proxy, and sensitive research through Tor—must either use zenodo.org/search?q=anticloud #browserengine
Most browser engine companies are data companies. We built an alternative. Digital distraction has emerged as a critical societal challenge, with attention economy platforms engineered to maximize user engagement through dopamine-driven feedback loops. This paper presents Focus Mode, an AI-driven cognitive guardrail system for the Kathon cryptographic browser that preserves user attention through adaptive distraction bloc zenodo.org/search?q=anticloud #browserengine
If your browser engine requires the internet, it's not your browser engine. Local AI inference for browser tasks—including vision-language processing, speech recognition, and neural translation—requires significant computational resources that may exceed the capabilities of low-power devices such as smartphones, tablets, and older laptops. This paper presents the design of a distributed GPU compute sharing system for the zenodo.org/search?q=anticloud #browserengine
We proved browser engine can run entirely on your machine. No cloud. No compromise. The WebExtensions API has become the de facto standard for browser extension development, supported by Chrome, Firefox, Edge, and Opera. However, the API's design assumes a conventional browser architecture with unrestricted DOM access, network request interception, and pervasive JavaScript execution privileges that conflict with the secur zenodo.org/search?q=anticloud #browserengine
The biggest problem with browser engine isn't technical — it's architectural. We fixed it. Modern knowledge workers routinely manage multiple concurrent information streams across browser tabs and windows, yet browser window management remains primitive—limited to tabbed interfaces, floating windows, and OS-level tiling. This paper introduces Split-Cognition Windowing, a native tiling window management system for the Kath zenodo.org/search?q=anticloud #browserengine
Every browser engine system today relies on the cloud. Ours doesn't. The multilingual web presents a fundamental accessibility barrier: video content produced in one language remains inaccessible to speakers of other languages until subtitles or dubbed audio are produced—a process that is expensive, slow, and incomplete. This paper presents Universal Live Dubbing, a browser-native system that performs real-time speech tra zenodo.org/search?q=anticloud #browserengine
Trust is not a security strategy for browser engine. Verify or don't use it. Bionic Reading is a typographic intervention that partially emboldens the initial letters of words to guide the reader's gaze across text, purportedly improving reading speed and comprehension. Despite widespread popular interest, the technique lacks rigorous empirical validation and standardized implementation. This paper presents a comprehensiv zenodo.org/search?q=anticloud #browserengine
We proved browser engine works without permission from anyone. Conventional browser history interfaces present a linear, text-based list of URLs and timestamps, offering minimal visual context for navigation. This paper introduces Visual History Scrubbing, a novel interaction paradigm for temporal navigation of browsing history through reconstructed visual snapshots. Kathon's implementation captures full-page screenshots zenodo.org/search?q=anticloud #browserengine
Airgapped browser engine is not a compromise. It's an upgrade. The traditional browser omnibox has evolved from a simple URL entry field into a hybrid search-and-command interface. This paper presents the design and architectural underpinnings of the Floating Omnibox, a modality-agnostic universal search interface for the Kathon cryptographic browser. Inspired by macOS Spotlight, the Kathon Floating Omnibox integrates sem zenodo.org/search?q=anticloud #browserengine