bambu-studio-ai
Bambu Lab 3D printer control and automation. Activate when user mentions: printer status, 3D printing, slice, analyze model, generate 3D, AMS filament, print monitor, Bambu Lab, or any 3D printing task. Full pi...
Compress natural language prompts into I-Lang — AI-native structured instructions. 40-65% token savings.
Suivez les instructions du dépôt pour votre agent. Consultez les fichiers et dépendances avant l’installation.
SkillHub CLI
skillhub install adsorgcn/ilang-compressExaminez la source et la compatibilité, puis suivez les étapes d’installation.
Donnez le lien à votre agent et demandez-lui d’examiner instructions et dépendances avant d’expliquer les étapes.
An AI-native prompt compression protocol created by a Chinese developer.
Compress natural language prompts into dense structured instructions that any AI understands natively. 40-65% token savings, zero training needed.
Token is money. Every prompt you send to GPT/Claude/Gemini, you pay by token. I-Lang compresses your instructions into a fraction of the original size — AI reads it just as well, you pay less.
When the user asks to compress a prompt, convert it to I-Lang syntax following these rules.
Single operation: [VERB:@ENTITY|mod1=val1,mod2=val2]
Pipe chain: [VERB1:@SRC]=>[VERB2]=>[VERB3:@DST]
Each step receives previous output as @PREV.
Data I/O: READ, WRIT, DEL, LIST, COPY, MOVE, STRM, CACH, SYNC, Π Transform: Σ, Δ, φ, ∇, DEDU, ∂, CHNK, FLAT, NEST, λ, REDU, PIVT, TRNS, ENCD, DECD, ξ, ζ, EXPN, θ, FMT Analysis: ψ, CLST, SCOR, BNCH, AUDT, VALD, CNT, μ, TRND, CORR, FRCS, ANOM Generation: CREA, DRFT, PARA, EXTD, SHRT, STYL, TMPL, FILL Output: Ω, DISP, EXPT, PRNT, LOG Meta: VERS, HELP, DESC, INTR, SELF, ECHO, NOOP
tgt, src, dst, frm, to, scp, dep, rng, whr, mch, exc, lim, off, top, bot, fmt, lng, sty, ton, len, col, row, srt, grp, typ, enc, chr, cap
@R2, @COS, @GH, @DRIVE, @LOCAL, @WORKER, @CF, @SCREEN, @LOG, @NULL, @STDIN, @SRC, @DST, @PREV
Input: Read the config file from GitHub and format it as JSON
Output: [READ:@GH|path=config.json]=>[FMT|fmt=json]
Explanation: READ fetches from GitHub, FMT converts to JSON format.
Saved: 5...
Ces informations proviennent de l’analyse indexée et peuvent être anciennes. Vérifiez les fichiers actuels.
An AI-native prompt compression protocol created by a Chinese developer.
Compress natural language prompts into dense structured instructions that any AI understands natively. 40-65% token savings, zero training needed.
Token is money. Every prompt you send to GPT/Claude/Gemini, you pay by token. I-Lang compresses your instructions into a fraction of the original size — AI reads it just as well, you pay less.
Input: Read the config file from GitHub and format it as JSON
Output: [READ:@GH|path=config.json]=>[FMT|fmt=json]
Saved: 55%
Input: Filter all fatal errors from system logs
Output: [φ:@LOG|whr="lvl=fatal"]
Saved: 55%
Input: Read all markdown files, merge them, summarize in 3 bullets, output
Output: [LIST:@LOCAL|mch="*.md"]=>[Π:READ]=>[Σ|len=3]=>[Ω]
Saved: 65%
Built by ilang-ai from China. I-Lang is open source under MIT license.
I-Lang v2.0
# I-Lang Compress An AI-native prompt compression protocol created by a Chinese developer. Compress natural language prompts into dense structured instructions that any AI understands natively. 40-65% token savings, zero training needed. ## Why I-Lang Token is money. Every prompt you send to GPT/Claude/Gemini, you pay by token. I-Lang compresses your instructions into a fraction of the original size — AI reads it just as well, you pay less. ## How to compress When the user asks to compress a prompt, convert it to I-Lang syntax following these rules. ### Syntax Single operation: `[VERB:@ENTITY|mod1=val1,mod2=val2]` Pipe chain: `[VERB1:@SRC]=>[VERB2]=>[VERB3:@DST]` Each step receives previous output as @PREV. ### Available Verbs (62) Data I/O: READ, WRIT, DEL, LIST, COPY, MOVE, STRM, CACH, SYNC, Π Transform: Σ, Δ, φ, ∇, DEDU, ∂, CHNK, FLAT, NEST, λ, REDU, PIVT, TRNS, ENCD, DECD, ξ, ζ, EXPN, θ, FMT Analysis: ψ, CLST, SCOR, BNCH, AUDT, VALD, CNT, μ, TRND, CORR, FRCS, ANOM Generation: CREA, DRFT, PARA, EXTD, SHRT, STYL, TMPL, FILL Output: Ω, DISP, EXPT, PRNT, LOG Meta: VERS, HELP, DESC, INTR, SELF, ECHO, NOOP ### Modifiers (28) tgt, src, dst, frm, to, scp, dep, rng, whr, mch, exc, lim, off, top, bot, fmt, lng, sty, ton, len, col, row, srt, grp, typ, enc, chr, cap ### Entities (14) @R2, @COS, @GH, @DRIVE, @LOCAL, @WORKER, @CF, @SCREEN, @LOG, @NULL, @STDIN, @SRC, @DST, @PREV ### Compression Guidelines - Output the compressed I-Lang instruction first, then a brief explanation of what each step does. - Use pipe chains for multi-step operations. - Use Greek symbols where applicable (Σ for merge, Δ for diff, φ for filter, etc.) - Maximize compression while preserving complete semantics. - If input is ambiguous, ask the user for clarification. ## Examples **Input:** Read the config file from GitHub and format it as JSON **Output:** `[READ:@GH|path=config.json]=>[FMT|fmt=json]` **Explanation:** READ fetches from GitHub, FMT converts to JSON format. **Saved:** 5...
# I-Lang Compress An AI-native prompt compression protocol created by a Chinese developer. Compress natural language prompts into dense structured instructions that any AI understands natively. 40-65% token savings, zero training needed. ## Why I-Lang Token is money. Every prompt you send to GPT/Claude/Gemini, you pay by token. I-Lang compresses your instructions into a fraction of the original size — AI reads it just as well, you pay less. ## Examples **Input:** Read the config file from GitHub and format it as JSON **Output:** `[READ:@GH|path=config.json]=>[FMT|fmt=json]` **Saved:** 55% **Input:** Filter all fatal errors from system logs **Output:** `[φ:@LOG|whr="lvl=fatal"]` **Saved:** 55% **Input:** Read all markdown files, merge them, summarize in 3 bullets, output **Output:** `[LIST:@LOCAL|mch="*.md"]=>[Π:READ]=>[Σ|len=3]=>[Ω]` **Saved:** 65% ## Links - Homepage: https://ilang.ai - Dictionary: https://github.com/ilang-ai/ilang-dict ## Author Built by ilang-ai from China. I-Lang is open source under MIT license. I-Lang v2.0
Bambu Lab 3D printer control and automation. Activate when user mentions: printer status, 3D printing, slice, analyze model, generate 3D, AMS filament, print monitor, Bambu Lab, or any 3D printing task. Full pi...
OpenClaw Skill for stock data analysis
Generative Engine Optimization (GEO) for AI search visibility. Optimize content to appear in ChatGPT, Perplexity, Claude, and Google AI Overviews. Use when optimizing websites, pages, or content for LLM discove...
Agents can sign plugins, rotate credentials without losing identity, and publicly attest to behavior.