New ComfyUI Node Delivers Uncensored, Offline AI Prompt Generation for LTX-2
A revolutionary ComfyUI custom node called LTX-2 Easy Prompt enables creators to generate cinematic AI video prompts entirely offline, using locally hosted, uncensored LLMs. The tool eliminates cloud dependencies and content filters, empowering users with full control over explicit, detailed scene generation.

Revolutionizing AI Video Production: The Rise of Offline, Uncensored Prompt Engineering
In a quiet but significant shift within the AI-generated media community, a new custom node for ComfyUI is reshaping how creators generate video prompts for the LTX-2 model. Developed under the pseudonym LoRa-Daddy and shared on Reddit’s r/StableDiffusion, the LTX-2 Easy Prompt node offers a fully offline, uncensored pipeline that transforms plain-language inputs into cinematic-grade prompts complete with camera choreography, ambient audio, and dialogue—without ever connecting to the internet after initial setup.
According to the original Reddit post, the node leverages two locally hosted, "abliterated" language models—NeuralDaredevil 8B and Llama 3.2 3B—both stripped of safety filters at the weight level, not merely prompted around. This means the system doesn’t rely on vague workarounds or ethical guardrails to bypass restrictions; instead, it physically removes censorship mechanisms, allowing direct, unfiltered generation of explicit content, including detailed character undressing sequences and age-specific references.
What sets this tool apart is its precision engineering for LTX-2’s architecture. Unlike generic prompt generators, it structures output strictly according to LTX-2’s preferred prompt hierarchy: style → camera → character → scene → action → movement → audio. The node’s "Smart Frame-Aware Pacing" feature dynamically adjusts prompt density to match the user’s specified frame count, eliminating the tedious manual synchronization that has plagued AI video workflows. The FRAMES output pin directly feeds into LTX-2’s sampler, ensuring perfect temporal alignment without user intervention.
Perhaps most notably, the system generates not just visual descriptions but also synthesized dialogue and ambient sound cues—entirely based on scene context. Users can request silence by typing "no dialogue," but by default, the model invents emotionally appropriate audio: whispers in tense moments, commands during action sequences, or confessions in intimate scenes. This level of narrative cohesion was previously unattainable without manual scripting.
Security and privacy are paramount in its design. After the initial model download from Hugging Face, the node blocks all outbound network calls at the Python module level, preventing any accidental telemetry or cloud communication—even during ComfyUI restarts. Users must manually input the local file paths to their downloaded model snapshots (e.g., C:\Users\USERNAME\.cache\huggingface\hub\...), ensuring complete air-gapped operation. This makes the tool viable in corporate, educational, or politically restrictive environments where internet access is monitored or prohibited.
The node also employs dual-layer output sanitization: hard token-ID stopping prevents the LLM from injecting role markers like "assistant:" into the prompt, while a secondary regex cleaner acts as a failsafe. This ensures clean, pipeline-ready output without contamination from model artifacts.
While the tool’s capabilities raise ethical questions regarding the normalization of explicit content generation, its technical innovation is undeniable. It represents a growing trend among AI artists and developers who prioritize autonomy over platform-imposed restrictions. As open-source generative tools evolve, the line between creative freedom and ethical responsibility becomes increasingly complex—and this node exemplifies both the power and peril of decentralized AI.
Developers and filmmakers seeking total control over their generative workflows can access the node via its GitHub repository: github.com/seanhan19911990-source/LTX2EasyPrompt-LD. Installation requires cloning into ComfyUI’s custom_nodes directory, followed by model path configuration—steps detailed in the project’s documentation.


