- Joined
- Dec 30, 2024
- Messages
- 242
- Reaction score
- 183
- Points
- 62
- Website
- blackhatpakistan.net
- Points
- 334
- USD
- 334
OPENBULLET MASTERY COURSE 2026 — PART 2 OF 5 Config Anatomy — How Configs Are Actually Built, Block by Block
BlackHatPakistan.net | Official Course Series | Updated September 2026 | 17 Min Read
EDUCATIONAL COURSE — For authorized testing on systems you own or have permission to test. You are 100% responsible for your own actions.
COURSE PROGRESS: PART 2 OF 5 — CONFIG ANATOMYPart 1: Setup
| Part 2: Config Anatomy ← YOU ARE HERE | Part 3: LoliScript | Part 4: Testing & Debugging | Part 5: Ecosystem & DefenseHey fellows, welcome back to the course.
Part 1 gave you a working install and a vocabulary. Today we open the workshop for real: the config — the recipe, the brain, the thing that separates people who USE OpenBullet from people who understand it. By the end of this part you'll be able to pick up any config, read it top to bottom, and know exactly what every piece is doing. That single skill is worth more than a hundred downloaded configs, because a config you can read is a config you can fix, and a config you can fix makes you dangerous in the best way.
Before we dive in, one personal note from me to every student reading this: the single biggest mistake beginners make is skipping this part to jump straight into downloading other people's work. Don't be that student. The configs you download are someone else's homework. Today you start writing your own understanding — and the difference shows in everything you build afterward. Also, eternal house rule while we're here: never purchase CC from anyone, and the same rule applies to "premium config packs" — Part 5 dissects that economy, but the distrust starts today.
In This Part: what a config really is → the three faces → the block system → your first block types → parsing → keychecks → the data flow → reading a real config line by line → homework.
1. WHAT A CONFIG ACTUALLY IS (THE RECIPE METAPHOR, DONE PROPERLY)
Strip away the mystique and a config is a recipe — a written procedure that a machine follows exactly, every single time, without creativity and without mercy. Like any recipe, it has inputs, steps, and a definition of "done." The inputs come from your data pool (one line per attempt). The steps are your blocks, chained top to bottom. The definition of "done" is your keychecks — the verdict logic that decides whether an attempt was a hit, a failure, or something in between.
The reason this metaphor matters is that it tells you where the skill actually lives. The tool executes recipes perfectly and stupidly — it does exactly what your config says, even when your config says something stupid. Every "broken config" complaint in every support thread ever is really a recipe bug: a step in the wrong order, a condition reading the wrong thing, a verdict firing too early. When you finish this part, you'll look at configs the way a chef looks at a recipe — reading the steps and tasting the outcome in your head before anything touches a pan.
Open the config editor from Part 1 (Configs → open the educational config you imported) and you're looking at three tabs: Stacks, Script, and Settings. Three faces of the same creature:
Stacks view is the visual designer — blocks as cards, chained top to bottom, drag-and-drop. It's the friendly face, and it's how most people learn.
Script view is LoliScript — the same logic written as text. Every block in Stacks view has a LoliScript equivalent; the two views are translations of each other. Part 3 is the complete language guide, but this part already needs you to know they're twins.
Settings view is the config's personality: how it consumes data, how it treats proxies, what environment variables it expects, and the rules that govern its behavior inside a run. Beginners ignore Settings; professionals read them first, because half of all "broken config" mysteries die right there.
2. THE BLOCK SYSTEM — THE ATOMS OF EVERY CONFIG
Every config, from a five-block learning exercise to a two-hundred-block monster, is built from the same small set of block categories. Learn the categories and the specific blocks stop being memorization — they become obvious:
Category 1 — Request blocks (the muscle). These send traffic. A standard HTTP request block carries: a method (GET to fetch, POST to submit), a URL, headers (the metadata — user-agent, content-type, cookies), and optionally a body (the payload — login forms, JSON, query data). This block is where your config touches the world, and everything before it prepares the request while everything after it reads the answer. Before you can think in blocks, you need to think in HTTP, so here's the thirty-second version that carries you through the whole course:
A browser visiting a login page does two things: GET the page (server sends the form), then POST the form (browser sends the credentials, server answers with "welcome" or "wrong password"). That's it. That's ninety percent of what configs automate — repeat those two moves at scale and study the answers. The response comes back with a status code (200 okay, 302 redirect, 403 blocked, 404 missing), headers, and a body, and every one of those three is something your config can read and react to.
Category 2 — Parse blocks (the eyes). A response is just a wall of text until you extract from it. Parse blocks pull values out of responses and store them in variables. The classic extraction methods, each with its personality: LRON-style parsing (grab the text between a left boundary and a right boundary — simple and reliable when the response has fixed markers), CSS/HTML selectors (pick elements out of HTML structure the way a browser would), and regex (the surgical chainsaw — infinitely powerful, painful to write, and the source of every "my parse works on this response but not that one" story ever told). Whatever the method, the concept is identical: find the marker, capture what's between or around it, save it under a variable name your later blocks can use.
Category 3 — Keycheck blocks (the judge). After parsing, the config needs a verdict. Keychecks are conditions evaluated against the response (and your parsed variables): if the body contains "welcome back" → SUCCESS. If it contains "invalid credentials" → FAILURE. If it contains "captcha" or a 403 status → RETRY or BAN or TO-CHECK. The keycheck is where a config's honesty lives — sloppy keychecks produce false hits, and false hits are the fastest way to lose credibility in any community, because a hit list full of garbage is worse than no list at all.
Category 4 — Function & logic blocks (the brain). Everything else: variables (set, add, multiply, join strings), conditions (if/else forks in your logic), utility functions (base64 encode/decode, hashing, URL encoding, random strings), timing (delays between requests), and jumping (skip to a different point in the stack). These blocks are the difference between a linear script and an actual program — a config that can count, remember, decide, and adapt mid-run.
Category 5 — Script blocks (the wild card). For everything the standard blocks can't express, there are script blocks — small pieces of code (in OB2's scripting systems) running inside the flow. This is advanced-tier material, it lives in Part 3, and I mention it here only so you know the ceiling is high: there is no "the tool can't do that," only "nobody wrote the block for that yet."
3. THE DATA FLOW — FOLLOW ONE ATTEMPT THROUGH THE MACHINE
Blocks make sense the moment you follow one attempt through the whole machine. Here's the life of a single data line, from pool to verdict:
1. The pool hands over a line. Say your data pool is a list of test accounts in user
ass format. The runner takes line one and splits it according to the config's data settings — into two variables, typically named something like USER and PASS.2. The request block builds itself. The POST block for your login endpoint fills its placeholders: the body contains USER and PASS slots, and the runner injects this attempt's values into them. The request leaves your machine (through a proxy if the config uses them) toward the target.
3. The response comes home. Status code, headers, body — the raw material of the verdict.
4. Parse blocks extract. Maybe the response contains a display name, a balance, or a plan type. Parse blocks capture those into variables — this is what turns a bare hit into useful information.
5. Keychecks judge. Conditions run against the response and the parsed variables. First match wins: SUCCESS, FAILURE, BAN, RETRY, or TO-CHECK.
6. The runner records and moves on. The verdict and captures stream to your hit screen, the next data line enters, and the machine breathes again.
That loop — hand over, build, send, read, extract, judge, record — is the entire life of every config. When you read configs, you're reading that loop with specific clothes on. When you debug configs (Part 4), you're finding which step of the loop lied to you.
4. READING A REAL CONFIG — LINE BY LINE, NO SKIPPING
Time to read one. I'm going to walk you through the skeleton of a typical educational login config — the kind shipped as a public example — and narrate what each stage is doing. Follow along in your editor with your imported config; your exact blocks will differ in names but not in nature.
Stage 1 — Request the page first. Good configs rarely POST blind. The first block is usually a GET of the login page itself, and it's not for show: it collects cookies the site sets on arrival (session identifiers, anti-bot tokens), which the login POST must carry or the site rejects it. This block parses those cookies into a variable. Beginners skip this stage, wonder why their POST returns an error page, and blame the config gods. The site said hello first; your config has to say hello back.
Stage 2 — Build and send the login POST. The second block is the star: POST to the login endpoint, body containing the username and password fields the form uses, with the Stage 1 cookies attached in the headers. In the body you'll see the placeholders where USER and PASS get injected per attempt. This is the moment the data pool line becomes a real request.
Stage 3 — Parse the answer. The response to the POST either welcomes you, rejects you, or does something weird. A well-built config parses the interesting pieces — say, the logged-in display name between two HTML markers — into a capture variable. Parsing here is also your first quality signal about the config's author: clean boundaries mean a careful author; a regex the length of a novel means an author who fought the response for six hours and lost.
Stage 4 — The keychecks speak. At the bottom of the stack, the verdict conditions. In a typical educational config you'll see: body contains "logout" or the session cookie exists → SUCCESS. Body contains "incorrect password" → FAILURE. Status equals 403 or body contains "unusual activity" → BAN/RETRY. Anything ambiguous → TO-CHECK. Read those conditions carefully and you're reading the author's understanding of the target, codified. The keychecks are a confession: this is everything the author learned about how that site answers.
Stage 5 — The Settings complete the picture. Flip to Settings and confirm what the stack assumed: data mode is user
ass splitting, proxy mode (none for learning, assigned for real runs), retry behavior, and bot limits. A config's Settings tell you how it wants to be treated in a run; ignore them and the run ignores your expectations.Five stages. Request, POST, parse, judge, configure. Every config you will ever meet is a variation on this skeleton — more stages, smarter parsing, longer keychecks, but the bones never change. You can now read configs. Part 3 teaches you to write them in LoliScript, and Part 4 puts them under load.
5. CONFIG SETTINGS — THE PERSONALITY FILE
Because I promised Settings wouldn't stay mysterious, here's the field guide to the personality file — the settings every config carries and what each one decides:
Data mode: how the pool line splits. A user
ass config splits on the first colon; a single-field config takes the whole line. Wrong data mode = attempts with the password inside the username field, and an evening of confusion.Proxy mode: does this config use proxies at all, and how are they assigned — one per attempt, rotating per N attempts, or shared? For authorized testing at volume, proxy behavior is the difference between clean data and rate-limit garbage.
Default bot ratio: the config can cap parallelism per target type. Respect it — the author capped it for a reason, usually because the tested endpoint degrades or bans under pressure.
Environment requirements: configs can declare variables they expect from the global environment. Clean configs pull secrets and endpoints from the environment; lazy configs hardcode them. When you audit a downloaded config, hardcoded values are a red flag — both for quality and for "what else is this thing doing that I haven't noticed."
Recommended wordlist types: the author's note on what data shape the config expects. It's documentation written by the one person who knew. Read it.
6. THE SEVEN DEADLY SINS OF CONFIG READING (COLLECTED FROM THE SUPPORT THREAD)
Every one of these comes from real questions in real threads, collected so you never have to ask them:
1. Running before reading. Importing and running a config you haven't read is downloading a stranger's logic and letting it act as you. Read first. Always.
2. Reading the stack but skipping Settings. Half of broken runs are a Settings mismatch — wrong data mode, proxy behavior fighting the target, bot counts ignoring a cap.
3. Trusting keychecks without testing them. A config's verdicts are claims, not facts. Part 4 teaches you to prove them against a test endpoint before trusting a single hit.
4. Ignoring the GET-before-POST pattern. Missing cookies kill more configs than bad passwords do.
5. Blind-trusting regex. A regex that matched yesterday's response can strangle today's. Understand what your parse is saying, or expect false verdicts.
6. Mixing data formats. Feeding an email
ass config a pass-only pool produces verdicts, not meaning. Garbage in, confident garbage out.7. Believing a hit without a capture. A SUCCESS with nothing parsed back is a claim without evidence. Good configs capture proof. If it doesn't, you're running on faith.
7. THE PLACEHOLDER SYSTEM — HOW DATA BECOMES REQUESTS
There's a piece of magic in the data flow I waved at earlier and promised to explain properly: how does the data pool line actually get inside your request? The answer is the placeholder system, and understanding it is the moment configs stop being mysticism.
When the runner splits a data line (say, testuser01:TestPass99), it stores the pieces in variables — by default something like USER holding everything before the first colon and PASS holding everything after. Your request blocks then reference those variables by name using placeholder syntax, and at execution time the runner performs string substitution: every placeholder in the request is swapped for the attempt's live values before the request leaves the machine. One config, thousands of attempts, each one personalized with its own line of data. That's the entire trick. That's the whole engine.
But placeholders go deeper than credentials, and this is where students who only skimmed Part 1 get lost. Variables aren't just created by the data pool — every parse block creates variables, every function block can create or modify them, conditions can branch on them, and later request blocks can inject earlier results. The login config from section 4 is the simplest chain: parse a session cookie in Stage 1, inject it into the Stage 2 headers. Now extend the chain mentally: parse a token from Stage 2's response, use it to build a Stage 3 request, parse a value from Stage 3 that decides whether a Stage 4 request even happens. Each stage hands its findings to the next through variables, and the placeholders are the handoff points. A config is a relay race, and variables are the baton.
This is also why variable NAMING is a professional skill and not a chore. A config full of variables named var1, var2, temp3 works exactly as well as one with clean names like sessionCookie, csrfToken, accountBalance — right up until the day it breaks, at which point the clean config tells you what broke and the numbered soup tells you nothing. Name variables like you're writing for the person debugging at 3 AM, because statistically, that person is future you.
8. BEYOND LOGIN — THE CONFIG PATTERNS YOU'LL ACTUALLY MEET
The login-checking skeleton from section 4 is the classic, but it's one pattern among several you'll meet in the wild. Recognizing the pattern instantly is what makes experienced people fast, so here are the big four, with their signatures:
Pattern 1 — The Login Checker (what we read). GET the form, POST credentials, parse the welcome, keycheck the verdict. Signature: two request blocks, parse between them, keychecks at the end. Everything about reading it lives in section 4.
Pattern 2 — The API Tester. Instead of HTML forms, the target is an API endpoint — the requests are JSON payloads, the responses are JSON bodies, and parsing is usually straightforward because JSON is machine-readable by design. The signature difference: content-type headers matter enormously (an API receiving form-encoded data instead of JSON returns errors that look like rejections), and keychecks key off response codes and JSON fields rather than HTML text. Structurally identical to Pattern 1 — which is the point. HTTP is HTTP; only the clothing changes.
Pattern 3 — The Multi-Step Flow. Registration testing, password reset flows, checkout processes — any target where one request isn't enough and each response feeds the next. Three, four, five request blocks in sequence, each parsing what the next needs, with conditions branching between paths. The signature: variable handoffs everywhere, and a stack tall enough that block ORDER becomes architecture. This is where naming discipline from section 7 stops being optional.
Pattern 4 — The Monitor. Not verdict-driven but change-driven: a config that runs on a schedule (through OB2's job system) and alerts when a response differs from the last run — price changed, status flipped, new content appeared. The signature: no failure keychecks to speak of, captures doing the heavy lifting, and comparisons between this run's parse and the previous run's stored values. Monitors are where configs stop being tests and become instruments.
9. PLANNING YOUR OWN CONFIG — THE BUILDER'S PRE-FLIGHT
Part 3 hands you the pen. Before it does, learn the step that separates builders from block-stackers: the plan comes before the tool. Writing a config directly into the editor is like writing an essay with no outline — technically possible, professionally embarrassing. Here's the pre-flight that professionals actually run through, and it happens away from the keyboard:
Step 1 — Walk the flow like a human. Open the target flow (your own test application, or the flow you're authorized to assess) and perform the action manually in a browser, once, slowly, with developer tools open on the Network tab. Watch the requests fire in order. Every request the browser makes is a request block your config will need. Every cookie set is a parse you'll write. The Network tab is the truth; everything else is documentation.
Step 2 — Write the recipe in plain language. On paper: "1. GET the login page, capture cookies. 2. POST credentials to the endpoint with cookies attached. 3. Parse the display name from the response. 4. SUCCESS if response contains logout marker." Ten lines of English that any config author can translate into blocks — and that you can debug against when the built version misbehaves. If you can't write the plain-language recipe, you don't understand the flow yet, and no amount of block-clicking will fix that.
Step 3 — Identify the verdicts. What does success look like in the actual response? What does failure look like? What are the three weird cases in between (captcha, lockout, verification)? This is your keycheck design, and designing it before building means your config knows where it's going before it starts walking.
Step 4 — Decide the data shape. What does one line of your data pool look like? user
ass? email only? A JSON blob? The data mode setting follows from this decision, and making it now saves a rebuild later.Four steps, maybe twenty minutes with the Network tab open, and the actual block-building afterward becomes transcription instead of invention. That's the professional workflow — and notice it never once required downloading someone else's work. The dependency you had on other people's configs was always just unread documentation.
10. PARSING DEEPER — THE THREE EXTRACTION MINDS
Section 2 introduced parse blocks in one paragraph; they deserve three more, because parsing is where configs succeed or embarrass themselves. The three extraction methods aren't competing tools — they're three minds, each right for a different kind of response:
The LRON mind (boundary parsing): grab everything between a left marker and a right marker. It's the first tool you reach for because it's human-readable and it fails loudly — when the boundary text isn't found, the parse returns empty and you know immediately. Boundary parsing rules the world of simple responses: fixed templates, stable page structures, everything a small site or a test application produces. The skill is choosing boundaries that are stable — text the site hardcodes rather than generates — because a boundary containing a random ID works once and then never again.
The CSS mind (selector parsing): for HTML responses, walk the structure instead of the text — "give me the text of the third div with this class." Selector parsing survives layout tweaks that would break text boundaries, and it reads like a description of the page, which makes configs self-documenting. If your educational target's responses are HTML, selectors are your bread.
The regex mind (pattern parsing): the surgical option for responses with variable structure — extract any string matching a shape, regardless of surrounding noise. Regex is simultaneously the most powerful tool in the box and the leading cause of config madness. The professional discipline with regex is to write it as narrowly as possible (match the smallest distinctive pattern around your target), test it against several real responses, and leave a comment in the config explaining what it matches — future you pays interest on every clever regex past you wrote.
The meta-skill is knowing which mind to open: stable text means LRON. HTML structure means selectors. Variable shapes mean regex, with caution tape around it. And the universal parse rule from the vault bears repeating because it's the most violated rule in config writing: parse from the response you ACTUALLY received — captured in your runner logs — not the response you imagined while building. Imagination writes parsers; evidence writes correct ones.
11.
THE STUDENT VAULT — REPLY TO UNLOCKBehind this lock: the full annotated walkthrough — an entire educational config, every block explained in sequence with the reasoning, plus the block-selection cheat sheet for building your own stacks in Part 3. Reply to the thread and it opens:
12. HOMEWORK — YOUR ASSIGNMENT BEFORE PART 3
1. Open your imported config and identify, on paper: every request block, every parse block, and every keycheck condition — in order.
2. Write the six-step data flow loop (pool → build → send → read → extract → judge) from memory. Yes, from memory.
3. Answer in the replies: what do the keychecks in YOUR config confess about the target it was written for? Best analysis gets pinned in the course replies.
4. Audit one downloaded config's Settings against its stack and find one mismatch or assumption.
5. If you skipped Part 1's homework, do both sets. The course compounds; so does skipping.
13. FAQ — CONFIG READING QUESTIONS EVERYBODY ASKS
What exactly is an OpenBullet config?
A saved recipe of automated logic — requests, parsing, and verdict conditions — that OpenBullet executes against a data pool, one attempt per line, at whatever scale your bots and proxies allow.
Are configs hard to learn?
Reading configs is a weekend. Writing configs is a few weeks of deliberate practice. This course exists to compress both timelines — Part 3 starts your first written config.
What's the difference between Stacks view and Script view?
Two translations of the same logic. Stacks is visual cards; Script is LoliScript text. Professionals read both — Stacks for shape, Script for precision.
What are keychecks in OpenBullet?
The verdict logic — conditions tested against the response that mark each attempt as SUCCESS, FAILURE, BAN, RETRY, or TO-CHECK. They're the config's definition of done, and the first thing you should read in any config.
What are captures in a config?
Data extracted from successful responses — the evidence attached to a hit. A hit without captures is an unverified claim.
Why do configs GET a page before POSTing?
To collect the session cookies and tokens the target issues on arrival. Without them, the POST looks like a bot that skipped the front door — and gets treated accordingly.
Are free configs safe to run?
Configs from official docs and verified community sources, read first — yes. Random configs from sellers and Telegram archives — never without a full audit, and Part 5 explains exactly what's hiding in the ones that aren't.
Where do I get educational configs?
The official repository documentation and community example configs only. Everything else in circulation is either someone's homework, someone's advertisement, or someone's malware.
COURSE LINKS — THE FULL SERIES
| Part | Topic | Status |
|---|---|---|
| Part 1 | Setup & First Launch | Available here |
| Part 2 | Config Anatomy — THIS THREAD | Available |
| Part 3 | LoliScript — the complete scripting guide | Available here |
| Part 4 | Testing & Debugging — proxies, bots, verdict proof | Available here |
| Part 5 | The Ecosystem — markets, scams, automation defense | Available here |
Related reading while Part 3 drops: the original OpenBullet Config Making 2026 community thread — where this course was born — and our ScreenConnect 2026 guide for how remote-access automation works at the infrastructure level.
FINAL REMINDER: NEVER PURCHASE CC FROM ANYONE. NEVER BUY CONFIG PACKS. READ, UNDERSTAND, BUILD YOUR OWN. This course is for educational purposes and authorized testing only. Blackhat Pakistan does not promote illegal activity. Follow your local laws and regulations.
Join the community: Blackhat Pakistan | Telegram Channel
Reply with your homework — the keycheck analysis question is waiting. Course support lives in the replies.
Last Updated: September 11, 2026 | OpenBullet Mastery Course 2026 | Blackhat Pakistan Community
Last edited:
