ELITE ALIGNMENT AUTOMATIONS
Reference Series — Internal

The Vibe CoderGlossary

A working vocabulary for builders who think in systems, prompt in intent, and ship with AI — no syntax degree required.

AI Build Stack Edition  ·  Vol. 1
40 terms
A
Agent Loop
Architecture
The repeated cycle an AI agent runs — perceive → plan → act → observe — until a goal is reached or it's stopped. The engine inside any agentic workflow.
↳ More loops = more autonomy and more risk. Know where yours ends.
Agentic Workflow
Architecture
A multi-step AI process where the model takes autonomous actions toward a defined goal — calling tools, making decisions, and self-correcting — with minimal human intervention.
↳ Distinct from a chatbot. Agents do. Chatbots respond.
API
Infrastructure
Application Programming Interface. The connection layer between your app and an external service. When you call Claude, Calendly, or FUB from a workflow, you're using their API.
↳ Vibe coders don't write APIs — they call them. That's still real engineering.
Artifact
Output
A discrete, usable output produced by an AI — a document, code file, image, structured JSON, or report. Artifacts are what you hand off, deploy, or send to clients.
↳ If it's not an artifact, it's a conversation.
B
Brand Voice Layer
Prompting
A system prompt component that defines the AI's tone, persona, style, and boundaries. Converts a generic LLM into a specialized communication engine tied to your brand.
↳ This is where IP lives. Your brand voice layer is proprietary — guard it.
Build Brief
Process
A structured prompt document handed to an AI coding agent (Manus, Cursor, Lovable) that defines what to build, the stack, constraints, and expected outputs. Replaces a traditional PRD.
↳ The tighter your brief, the less cleanup you do post-build.
C
Chain of Thought
Prompting
A prompting technique that asks the model to reason step-by-step before producing a final answer. Forces deliberation over pattern-matching. Measurably improves accuracy on complex tasks.
↳ Add 'Think through this step by step' to your prompt and watch output quality jump.
Context Collapse
Risk
When a long conversation causes the AI to lose track of earlier instructions, facts, or tone — producing outputs that contradict or ignore what was established upfront.
↳ Happens near the context window limit. Restart with a clean system prompt when you feel it.
Context Window
Infrastructure
The total amount of text (input + output) an LLM can hold in working memory for a single session. Everything inside it is 'seen.' Everything outside it doesn't exist.
↳ Claude Sonnet 4: 200K tokens. Front-load what matters most.
D
Dead Prompt
Prompting
A prompt that consistently fails to produce usable output regardless of small tweaks. Requires a full rebuild from a different angle — not iteration.
↳ Dead prompts are usually a framing problem, not a content problem. Change your entry point.
Deployment Layer
Infrastructure
Where your AI-powered system runs for real users — a web app, an embedded widget, a triggered workflow, or an API endpoint. The bridge between your build and your audience.
↳ Lovable = frontend. Supabase = data layer. Twin.os = workflow execution.
E
Environment Variable
Security
A hidden configuration value — API keys, system prompts, credentials — stored outside the codebase and injected at runtime. Keeps sensitive data out of your source code.
↳ Your ITL system prompt is proprietary IP. It lives in an env var, never hardcoded.
F
Fine-Tuning
Model Training
Training a base LLM on a custom dataset to specialize its behavior, vocabulary, or style. Produces a model variant that defaults to your patterns without extensive prompting.
↳ Not a vibe coder move yet — but relevant when you have thousands of ITL interactions as training data.
Forking
Process
Starting a new conversation branch in an AI session to test an alternative approach without losing the original thread. Low-cost way to run parallel experiments.
↳ Do this before major prompt rewrites. Save the working version first.
Function Calling
Architecture
A model capability that lets an LLM trigger external functions, APIs, or tools mid-response — instead of just generating text, it takes action. The core mechanic of agentic systems.
↳ Also called 'tool use.' When Claude searches the web or runs code, it's function calling.
G
Grounding
Accuracy
Anchoring AI output in specific real data — documents, retrieved facts, client records — to reduce hallucination and increase relevance. The practical outcome of RAG.
↳ An ungrounded LLM makes things up. A grounded one cites sources.
H
Hallucination
Risk
When an AI confidently generates false, fabricated, or contradictory content — presenting invention as fact. A structural property of all current LLMs, not a bug.
↳ Highest risk in: specific numbers, citations, dates, and anything the model 'almost knows.'
I
Inference
Infrastructure
The computational act of running a trained model to generate output. Every time you prompt Claude, you're triggering inference. Training ≠ inference — training is past tense.
↳ Inference cost drives API pricing. Complex tasks = more tokens = more cost.
Iteration Loop
Process
The vibe coder's core development cycle: prompt → output → evaluate → refine → repeat. Replaces traditional write-compile-debug cycles. Speed of iteration is your competitive edge.
↳ Most breakthroughs happen in loops 3–7. Don't ship loop 1.
L
Latency
Performance
The delay between sending a prompt and receiving a model response. Critical for real-time user-facing features. Less critical for backend batch processing.
↳ Haiku is fastest. Opus is slowest. Route accordingly.
LLM
Foundation
Large Language Model. The neural network foundation underneath tools like Claude, GPT, and Gemini. Trained on massive text datasets to predict and generate language — and, with prompting, reason.
↳ The LLM is the engine. Your system prompt is the steering wheel.
M
Model Routing
Strategy
Deliberately directing different tasks to different AI models based on complexity, cost, and required capability. A cost and quality optimization layer for production systems.
↳ Your stack: Opus for ITL and complex agentic work. Sonnet for high-volume client workflows.
Multi-Agent System
Architecture
Multiple AI agents working in coordination, each with a specialized role — one plans, one executes, one validates. Enables tasks too complex or long for a single agent.
↳ Orchestration overhead is real. Don't go multi-agent until single-agent fails.
N
No-Code AI
Build-Style
Building functional, production-grade AI-powered systems without writing traditional code — using natural language prompts, visual builders, and API connections instead of syntax.
↳ Vibe coding is no-code's evolved form. The output is still real software.
O
Orchestration
Architecture
Coordinating multiple AI agents, tools, and data sources to execute a complex workflow. The conductor role — managing who does what, when, and in what order.
↳ Twin.os is your primary orchestration layer.
Output Shaping
Prompting
Constraining or formatting AI output for downstream use — specifying JSON, markdown, numbered lists, or structured fields so the response plugs directly into the next system.
↳ Always define your output format in the prompt. 'Respond only in valid JSON' is non-negotiable for automations.
P
Persistent Memory
Architecture
Stored context that survives across AI sessions — user profiles, past decisions, conversation history. Requires a database layer. Without it, every session starts from zero.
↳ Supabase is your persistent memory layer. Session state is not memory.
Prompt Engineering
Prompting
The craft of writing instructions that reliably extract high-quality, specific outputs from an LLM. Covers framing, structure, role assignment, constraint setting, and output formatting.
↳ One better prompt = better outputs at scale. Prompt engineering is your highest-leverage skill.
Prompt Injection
Security
An attack where external input — user text, imported data, scraped content — hijacks or overrides an AI system's intended behavior by containing conflicting instructions.
↳ Real risk in any system where user input touches the model. Sanitize inputs in client-facing agents.
R
RAG
Architecture
Retrieval Augmented Generation. Feeding external documents or database records into the LLM's context at query time, so it reasons over your data without being retrained.
↳ ITL reports + client chart data + RAG = a personalized, accurate AI advisor at scale.
S
Scaffolding
Architecture
The surrounding structure — UI, triggers, data pipelines, authentication — that makes an AI model useful in a real product. The model is the brain; scaffolding is the body.
↳ Most vibe coder work is scaffolding, not AI. The AI is a component, not the whole system.
Session State
Infrastructure
Temporary data held during a user's active session that disappears when they leave. Not memory — a scratchpad. Useful for multi-turn conversations, useless for cross-session continuity.
↳ Don't confuse session state with memory. They need different infrastructure.
System Prompt
Prompting
The foundational, hidden instruction set that governs an AI agent's persona, behavior, boundaries, and output style. Runs before any user input. Defines who the AI is in your system.
↳ Your system prompt is IP. It's the difference between a generic LLM and a proprietary intelligence product.
T
Temperature
Model-Config
A model parameter controlling output randomness. Low (0–0.3): precise, consistent, predictable. High (0.7–1.0): creative, varied, surprising. Tune per use case.
↳ Reports and automations: low temp. Creative copy and brainstorming: higher temp.
Token
Foundation
The fundamental unit of LLM processing — roughly 3/4 of a word in English. Context windows, pricing, and output limits are all measured in tokens.
↳ 1,000 tokens = ~750 words. A full ITL report runs ~3,000–6,000 tokens.
Tool Use
Architecture
Giving an LLM the ability to trigger external functions — web search, database queries, API calls, code execution — mid-response. The core capability that separates agents from chatbots.
↳ Same as function calling. The term varies by provider.
V
Vibe Check
Process
A rapid qualitative evaluation of an AI output's overall tone, accuracy, and fit before committing to refinement. Not a detailed audit — a gut-level pass/fail on direction.
↳ Run a vibe check before iteration. Don't polish a wrong output.
Vibe Coding
Build-Style
A builder methodology where natural language, systems thinking, and outcome description replace syntax as the primary development interface. The AI handles implementation; the human handles intent and judgment.
↳ Not 'easier coding.' A different skill set with different leverage points and different failure modes.
W
Webhook
Infrastructure
An automated HTTP trigger that fires when an event occurs — a form submission, a payment, a status change — passing data to another system in real time. The connective tissue of automation stacks.
↳ Most of your ManyChat to FUB to Twin.os flows are webhook-driven.
Wrapper App
Product
A product built on top of an existing AI model's API, adding custom UX, system prompting, and data layers to create a specialized experience. Most AI SaaS products are wrapper apps.
↳ Elite Alignment's astrology platform is a wrapper app. Your IP is the layer on top, not the model underneath.