Paltalk CODING 101 **UPDATED**

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🚀 PALTALK DEVELOPMENT RESEARCH — PART 1
Where Sly Started, What Used To Work & Why This Research Exists
By Sly — Palstalk.com

Sly has spent months researching how modern Paltalk actually behaves from a developer's point of view.

This did not start with SlyBridge. It started with individual programs, Win32 automation, UI Automation, room scanners, mic timers, bots, games and many cases where something worked during a quick test but failed during real use.

Palstalk.com is where Sly is preserving those findings so future developers have a better starting point.

The goal is to explain:
🔹 What older Paltalk coding looked like
🔹 What still works
🔹 What became unreliable
🔹 How Sly tested modern Paltalk
🔹 What has actually been proven
🔹 How Sly's current architecture evolved

Private SlyBridge internals, proprietary selectors, credentials and other implementation details remain private.

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🕰️ THE OLD WAY OF PROGRAMMING PALTALK
━━━━━━━━━━━━━━━━━━
Older Paltalk programs relied heavily on classic Windows controls.

Common tools included:
🔹 FindWindow / FindWindowEx
🔹 EnumWindows / EnumChildWindows
🔹 SendMessage / PostMessage
🔹 Window captions and classes
🔹 Edit and ListView-style controls

A typical bot might have worked like:

Code: 
Find Paltalk
-> Find Room
-> Find Edit Control
-> Insert Text
-> Press Enter
-> Assume Success

For older Paltalk clients this could accomplish a lot.

Modern Paltalk changed the picture. Its interface is largely Qt-based, so treating everything like an old Win32 Edit or ListView eventually fails.

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🧩 MODERN PALTALK IS A HYBRID
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One of Sly's biggest findings was that different layers are useful for different jobs.

Code: 
Qt / UI Automation
+
Win32 Process & Window Information
+
Legacy / Native State Evidence
+
Observed Chat & Room Behavior
↓
Correlated Paltalk State

UI Automation helps with visible controls.
Win32 helps establish process and window boundaries.
Native or legacy evidence can provide state that the visible interface alone may not explain.

The key discovery was CORRELATION: several independent observations can be combined into one stronger understanding of Paltalk state.

That idea later became central to SlyBridge.

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🔬 INSPECTOR GADGET — SLY'S RESEARCH LAB
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Sly eventually stopped putting every experimental idea directly into production programs.

Inspector Gadget became the research workbench.

Instead of guessing what an event meant, Sly could capture the state before and after one controlled action.

Code: 
Capture Baseline
-> Perform ONE Action
-> Capture Changes
-> Compare Evidence
-> Repeat
-> Change Conditions
-> Repeat Again

This method was used while studying:
🔹 JOIN
🔹 LEAVE
🔹 REJOIN
🔹 Mic acquisition/release
🔹 Message sending
🔹 Room reopening
🔹 Full Paltalk restart
🔹 User identity

That separated interesting observations from repeatable evidence.

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✅ SLY'S EVIDENCE RULE
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Finding something once does not make it production-worthy.

Code: 
PROVEN
Repeated under controlled testing

CORRELATED
Repeatedly moves with an action

STRUCTURE
Definitely exists, meaning not fully proven

UNKNOWN
Interesting but unsafe to depend on

This rule matters because control names and native event labels can be misleading.

Production software should depend mainly on behavior that survives repeated testing.

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🌐 WHY PALSTALK.COM EXISTS
━━━━━━━━━━━━━━━━━━
Old Paltalk development information is scattered across dead websites, outdated forum posts and broken links.

Some is historically useful. Some no longer represents the modern client.

Sly created Palstalk.com to preserve the history while documenting what works today.

Future developers should not have to rediscover everything from zero.

— Sly
Palstalk.com

🏠 PALTALK DEVELOPMENT RESEARCH — PART 2
Rooms, Users, Chat, JOIN/LEAVE & Reliable Discovery
By Sly — Palstalk.com

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🏠 ROOM IDENTITY
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One of Sly's first major lessons was:

An HWND is NOT permanent room identity.

Paltalk can close a room, rebuild controls, replace Qt objects or restart entirely.

This assumption is dangerous:

Code: 
I found this HWND earlier
therefore this must still be my room

Sly's testing found stronger native room identity evidence.

The extraction details remain private, but production logic can combine several pieces of context:

Code: 
Paltalk Process

[LIST]
[*]Room Identity
[*]Room Session
[*]Current Controls
= Current Valid Room
[/LIST]
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♻️ ROOM GENERATIONS
━━━━━━━━━━━━━━━━━━
Sly's programs became much more reliable after treating every room session as a generation.

Code: 
Room Generation 31
Chat = Valid
Composer = Valid
Roster = Valid

Room rebuilds

Room Generation 32
Generation 31 controls = STALE

Old composer, chat, roster and UI Automation objects should not silently control the new room session.

This prevents a large class of long-session bugs.

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👤 USER IDENTITY
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Nicknames are useful for people, but software can sometimes use stronger identity evidence.

During controlled testing Sly identified stronger native user identity and then repeated the experiment after completely restarting Paltalk.

The controlled account remained consistently identifiable.

The private lookup method is not being published, but the architecture is:

Code: 
Display Name

[LIST]
[*]Current Room
[*]Strong Identity Evidence
= Better User Resolution
[/LIST]
If identity cannot be confidently resolved, Sly's production rule is simple:

DO NOT GUESS.

That matters for moderation, targeting and mic-related automation.

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🚪 JOIN & LEAVE DETECTION
━━━━━━━━━━━━━━━━━━
A simple bot may compare two roster snapshots:

Code: 
Old Roster
vs
New Roster

But Paltalk can rebuild or refresh a roster.

Sly instead correlates evidence:

Code: 
Roster Evidence

[LIST]
[*]System Chat Evidence
[*]User Identity
[*]Room Generation
= Logical JOIN / LEAVE
[/LIST]
One real join should become ONE event even when several Paltalk surfaces report it.

This directly improved Welcome Bot, Insult Bot, games and target-presence logic.

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💬 READING CHAT CORRECTLY
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Repeatedly rescanning the entire transcript wastes resources and creates duplicate-processing problems.

Modern Sly programs treat chat as an ordered stream:

Code: 
Find Chat
-> Read New Content
-> Normalize
-> Deduplicate
-> Publish Event

The application then receives a logical event such as:

Code: 
MessageReceived

instead of needing to understand raw Paltalk UI details.

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⚡ TARGETED DISCOVERY
━━━━━━━━━━━━━━━━━━
This is expensive:

Code: 
Desktop
-> Scan Everything
-> Inspect Every Descendant
-> Repeat Constantly

This is much better:

Code: 
Find Paltalk Process
-> Find Intended Room
-> Find Known Subtree
-> Find Required Control

Targeted searches are faster and reduce false matches.

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🔗 PROCESS BINDING
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Once a program chooses a Paltalk process, discoveries need to stay attached to that process.

Otherwise a scanner could theoretically combine:

Code: 
Room from Process A
Composer from Process B
Roster from Process A

Sly keeps the ownership chain intact:

Code: 
Process
-> Room
-> Controls
-> State
-> Action

If the chain no longer matches, the action stops and discovery begins again.

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🧠 THE BIG LESSON
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Reliable Paltalk coding moved from:

Code: 
Find Window
-> Keep Using Window

to:

Code: 
Identify
-> Validate
-> Observe
-> Track Generation
-> Rediscover When Needed

That state-oriented approach became part of SlyBridge.

— Sly
Palstalk.com
 
📤 PALTALK DEVELOPMENT RESEARCH — PART 3
Verified Sending, Mic Research & Production Reliability
By Sly — Palstalk.com

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📤 A WINDOWS CALL DOES NOT PROVE A SEND
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One of Sly's most important findings was:

Code: 
PostMessage() returned TRUE

does NOT prove:

Code: 
The room received the message

It only proves Windows accepted the requested operation.

Older automation often did:

Code: 
Insert Text
-> Press Enter
-> Assume Success

Sly replaced this with verification:

Code: 
Validate Room
-> Arm Chat Watcher
-> Insert Exact Message
-> Verify Composer
-> Send ONE Enter
-> Watch For Exact Echo
-> Confirm Result

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👀 WATCH BEFORE YOU ACT
━━━━━━━━━━━━━━━━━━
This can miss a fast outgoing echo:

Code: 
Send Message
-> Start Watching

Sly instead uses:

Code: 
Arm Watcher
-> Perform Action
-> Observe Result

The larger rule is:

Code: 
OBSERVE
-> ACT
-> VERIFY

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⚠️ FAILED VS UNCONFIRMED
━━━━━━━━━━━━━━━━━━
Imagine Paltalk sends a message but the program temporarily misses its echo.

If the program blindly presses Enter again, the room may receive a duplicate.

Sly distinguishes:

Code: 
CONFIRMED

FAILED BEFORE SEND

UNCONFIRMED AFTER SEND MAY HAVE OCCURRED

UNCONFIRMED is not the same as FAILED.

This concept protects greetings, games, timed messages and other automated output.

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🎤 MICROPHONE RESEARCH
━━━━━━━━━━━━━━━━━━
Sly also discovered why event names should not be trusted without testing.

A native event appeared to mean that somebody "started talking."

During a controlled test the user acquired the microphone but remained silent.

The event still occurred.

When actual speech began afterward, there was not a separate corresponding start event that justified treating the original event as literal speech start.

The practical lesson:

Code: 
MIC ACQUIRED
!=
HUMAN SPEECH STARTED

Mic ownership and actual speech activity should be modeled separately.

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🎙️ MODEL MIC STATE
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A stronger model separates concepts:

Code: 
No Mic Ownership
Mic Acquired
Transmit State
Speech Activity Evidence
Mic Released

This research directly strengthened Mic Timer Pro, Insult Bot mic targeting and SlyBridge.

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🧩 STATE RECONCILIATION
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Modern Sly programs avoid trusting one event in isolation.

Code: 
Previous State

[LIST]
[*]Current UI State
[*]Native Evidence
[*]Chat/System Evidence
[*]Room Generation
= New Logical State
[/LIST]
Several observations can represent one logical event.

The application should receive:

Code: 
UserJoined

once, not several times.

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🧹 DEDUPLICATION
━━━━━━━━━━━━━━━━━━
A conceptual dedupe key may involve:

Code: 
Room Generation
Event Type
Resolved User
Short Time Window

Duplicate observations are collapsed into one logical event.

Caches are also bounded so they do not grow forever.

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🧵 KEEP HEAVY WORK OFF THE UI THREAD
━━━━━━━━━━━━━━━━━━
Large UI Automation scans on the WinForms UI thread can cause freezing and lag.

A better design is:

Code: 
Paltalk
-> Background Discovery Worker
-> Normalized State
-> UI Update

The interface displays results instead of performing every expensive scan itself.

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⏳ LONG-SESSION TESTING
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A program that runs perfectly for 20 minutes may still fail after 12 hours.

Sly audits for:
🔹 Growing collections
🔹 Duplicate handlers
🔹 Forgotten timers
🔹 Stale UIA objects
🔹 Queue buildup
🔹 Hung operations
🔹 Shutdown races

Production software must survive change.

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🛑 THINGS SLY DOES NOT TRUST BLINDLY
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Code: 
Window title = permanent room identity
HWND = permanent object
RuntimeId = permanent identity
PostMessage TRUE = message sent
Roster change = definite JOIN/LEAVE
Event name = exact meaning
Cached UIA object = valid forever
Blind retry = harmless

Each may appear reasonable during a quick test.

Production software needs verification.

— Sly
Palstalk.com

🌉 PALTALK DEVELOPMENT RESEARCH — PART 4
What SlyBridge Is & Why Sly Built It
By Sly — Palstalk.com

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🌉 WHY SLYBRIDGE EXISTS
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Eventually Sly noticed that nearly every Paltalk project was solving the same problems independently.

Programs repeatedly needed:
🔹 Paltalk discovery
🔹 Room discovery
🔹 Chat monitoring
🔹 User state
🔹 JOIN/LEAVE detection
🔹 Mic state
🔹 Composer discovery
🔹 Send queues
🔹 Send verification
🔹 Restart recovery
🔹 Deduplication

Fixing the same problem separately in every program wastes time and creates inconsistent behavior.

That is why SlyBridge was created.

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🏗️ SLYBRIDGE ARCHITECTURE
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At a high level:

Code: 
PALTALK
|
+--------+--------+
|                 |
UIA / Qt           Win32
|                 |
+--------+--------+
|
Discovery
|
Room Session
|
Evidence Correlation
|
Normalized State
|
SlyBridge
|
+----------+----------+
|          |          |
Bots       Games    Utilities

Applications receive logical state rather than raw Paltalk implementation details.

Examples:

Code: 
RoomChanged
UserJoined
UserLeft
MessageReceived
MicStateChanged
SendConfirmed
SendUnconfirmed
PaltalkRestarted

One logical event may require several observations before SlyBridge publishes it.

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📨 SEND COORDINATION
━━━━━━━━━━━━━━━━━━
Consider several features trying to send at once:

🔹 Welcome message
🔹 Advertisement
🔹 Game response
🔹 Auto response

Without coordination they can overwrite one another.

SlyBridge serializes composer mutations:

Code: 
Request Send
-> Enter Queue
-> Validate Room
-> Validate Composer
-> Arm Watcher
-> Write Message
-> Verify
-> Enter Once
-> Confirm Result
-> Release Queue

Observation can happen in parallel where appropriate.

Actions that modify Paltalk are more tightly controlled.

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♻️ RECOVERY IS PART OF THE DESIGN
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Paltalk can rebuild controls, replace Qt objects, close rooms or restart.

SlyBridge expects those conditions.

Code: 
Detect Invalid State
-> Cancel Old Work
-> Invalidate Generation
-> Rediscover
-> Rebuild State
-> Resume

A stale element is a recoverable condition, not the end of the program.

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🧠 APPLICATIONS SEE LOGICAL EVENTS
━━━━━━━━━━━━━━━━━━
A game should not care which Qt object exposed a message.

A welcome bot should not need to understand roster rebuilding.

A mic timer should not maintain its own completely separate Paltalk discovery engine.

Instead it receives events such as:

Code: 
MessageReceived
UserJoined
UserLeft
MicChanged
SendConfirmed

and concentrates on its actual feature.

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🔧 ONE SHARED CORE
━━━━━━━━━━━━━━━━━━
Without a bridge:

Code: 
Mic Timer   -> Own Scanner
Welcome Bot -> Own Scanner
Pal Games   -> Own Scanner
Insult Bot  -> Own Scanner
Chatter Bot -> Own Scanner

With SlyBridge:

Code: 
SlyBridge
|
+--------+------+------+--------+
|        |      |      |        |
MicTimer Welcome Games Insult Chatter

Fixing one core Paltalk problem can strengthen every program using the bridge.

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🔒 WHAT REMAINS PRIVATE
━━━━━━━━━━━━━━━━━━
Palstalk.com explains:
✅ Architecture
✅ Testing methods
✅ Proven behavior
✅ Failure modes
✅ Safe examples

Sly keeps private:
🔒 Proprietary selectors
🔒 Native extraction details
🔒 Internal heuristics
🔒 Credentials
🔒 Signing keys
🔒 Protection internals
🔒 Details that would simply clone SlyBridge

The goal is to teach development, not publish Sly's entire production core.

— Sly
Palstalk.com
 
🛠️ PALTALK DEVELOPMENT RESEARCH — PART 5
Sly's Programs & What Each One Taught Us
By Sly — Palstalk.com

SlyBridge grew from problems discovered while Sly was building real Paltalk programs.

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🎤 PAL MIC TIMER PRO
━━━━━━━━━━━━━━━━━━
Mic Timer Pro began with a simple goal: track microphone time.

That eventually required:
🔹 Correct room identity
🔹 Correct mic target
🔹 Timing
🔹 Restrict/unrestrict workflows
🔹 Reliable room messages
🔹 Recovery after Paltalk changes

It became one of Sly's main testbeds for proving the difference between mic ownership and speech behavior.

Modern versions are moving onto SlyBridge so room, user, mic and sending logic come from the same proven core.

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💬 PAL CHATTER BOT
━━━━━━━━━━━━━━━━━━
Chatter Bot sends configured room chatter and automated messages.

It helped prove that composer focus cannot simply be trusted and that two simultaneous sends can interfere with one another.

Modern sending follows:

Code: 
Queue
-> Validate Composer
-> Write Exact Text
-> Verify Text
-> Enter Once
-> Confirm Echo

This helped lead to SlyBridge's shared send coordinator.

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👋 PAL WELCOME BOT
━━━━━━━━━━━━━━━━━━
Welcome Bot combines:
🔹 Greetings
🔹 Advertisements
🔹 Auto responses
🔹 Ignore rules
🔹 Duplicate protection
🔹 Message priorities

Several features may want the composer at the same time.

Sly developed a Smart Queue approach:

Code: 
Room Event
-> Normalize
-> Apply Rules
-> Priority Queue
-> Verified Send

Higher-priority room activity can go first while lower-priority messages wait.

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😈 PAL INSULT BOT
━━━━━━━━━━━━━━━━━━
Insult Bot added event-driven targeting:
🔹 Timed output
🔹 Saved target profiles
🔹 Target presence
🔹 JOIN/LEAVE reactions
🔹 Mic-target reactions
🔹 Manual/automatic modes

The hard questions were:

Code: 
Is this the intended target?
Is the target actually present?
Is this JOIN new or duplicated?
Is this a new mic session?
Did the send succeed?

These are exactly the shared state problems SlyBridge now handles.

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🎮 PAL GAMES
━━━━━━━━━━━━━━━━━━
Pal Games became a major stress test because games depend on message order and clean state.

Games include concepts such as:
🎲 Dice
🪙 Coin Flip
🔢 Guess Number
🔀 Word Scramble
🧠 Trivia
🎱 8-Ball
⚔️ Duel
💣 Bomb Defuse
🎰 Slots
🥔 Hot Potato
🐉 Boss Battle
🏆 XP and leaderboards

The architecture is roughly:

Code: 
Ordered Chat
-> Command Parser
-> Dedupe
-> Game State
-> Priority Queue
-> Verified Output

Duplicate messages cannot be allowed to score twice.

Old room messages cannot become new moves.

Pal Games made the value of a shared transport layer obvious.

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🚪 PAL EXIT BOT
━━━━━━━━━━━━━━━━━━
Exit Bot reinforced a simple rule:

Code: 
One Trigger
-> One Queued Action
-> One Verified Send

Closing paths can fire more than once, so duplicate protection matters even in small utilities.

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⏰ AFK PASTER & MESSAGE POSTER
━━━━━━━━━━━━━━━━━━
These programs handle scheduled room output and saved message lists.

Their core lesson was the same:

Code: 
Timer
-> Select Message
-> Send Queue
-> Validate Room
-> Send
-> Verify

Timers should not manipulate Paltalk independently.

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🛡️ PAL ADMIN
━━━━━━━━━━━━━━━━━━
Pal Admin handles moderation workflows including warning, dot/undot, bounce and ban actions.

For administration, Sly uses a stricter philosophy:

Code: 
READ
-> RESOLVE
-> DECIDE
-> ACT
-> VERIFY

If user identity is uncertain, doing nothing is better than acting on the wrong person.

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🕷️ ROOM CRAWLER
━━━━━━━━━━━━━━━━━━
Room Crawler taught Sly that targeted traversal is much faster than repeatedly scanning everything.

Code: 
Targeted Traversal

[QUOTE]

[/QUOTE]
Repeated Full UI Scan

Those lessons influenced SlyBridge discovery.

━━━━━━━━━━━━━━━━━━
🧹 PM CLEARER
━━━━━━━━━━━━━━━━━━
PM Clearer reinforced another rule:

Code: 
Room UI
!=
PM UI
!=
Directory UI

Different Paltalk surfaces need different adapters.

━━━━━━━━━━━━━━━━━━
🧠 THE COMMON PATTERN
━━━━━━━━━━━━━━━━━━
Across nearly every Sly program the same architecture appeared:

Code: 
Observe Paltalk
-> Create Logical Event
-> Apply Program Rules
-> Queue Action
-> Verify Result

That repetition is why SlyBridge became necessary.

— Sly
Palstalk.com

🔐 PALTALK DEVELOPMENT RESEARCH — PART 6
SLY Software Signing, Where Developers Should Start & Final Lessons
By Sly — Palstalk.com

━━━━━━━━━━━━━━━━━━
🔐 SLY SOFTWARE CODE SIGNING
━━━━━━━━━━━━━━━━━━
Sly signs production executables using a SLY Software certificate.

A digital signature helps verify who signed a file and whether it changed afterward.

Sly currently uses a self-signed certificate in his controlled trust environment.

A self-signed certificate does not automatically have the public trust of a commercial certificate authority.

Machines that intentionally trust SLY Software install the PUBLIC certificate.

━━━━━━━━━━━━━━━━━━
🔑 PUBLIC VS PRIVATE
━━━━━━━━━━━━━━━━━━
The distinction is critical:

Code: 
SLYSoftware.cer
= Public certificate
= May be distributed

SLYSoftware.pfx
= Private signing identity
= NEVER distributed

The private signing key stays with Sly.

Users do not need it.

━━━━━━━━━━━━━━━━━━
✍️ GENERIC SIGNING WORKFLOW
━━━━━━━━━━━━━━━━━━
A simplified signing workflow:

Code: 
signtool sign /f SLYSoftware.pfx /fd SHA256 /tr <timestamp-server> /td SHA256 Program.exe

signtool verify /pa /v Program.exe

Private certificate locations and passwords stay private.

Always verify the finished signature.

━━━━━━━━━━━━━━━━━━
🪪 TRUSTING THE PUBLIC CERTIFICATE
━━━━━━━━━━━━━━━━━━
On a Windows machine intentionally trusting SLY Software, the public certificate can be imported into the user's certificate stores.

Code: 
Import-Certificate -FilePath .\SLYSoftware.cer -CertStoreLocation Cert:\CurrentUser\Root

Import-Certificate -FilePath .\SLYSoftware.cer -CertStoreLocation Cert:\CurrentUser\TrustedPublisher

Only the public certificate is distributed.

The PFX/private key stays with Sly.

━━━━━━━━━━━━━━━━━━
🛡️ SIGNING IS NOT OBFUSCATION
━━━━━━━━━━━━━━━━━━
Signing does not stop .NET decompilation.

It answers questions such as:

Code: 
Who signed this file?
Has the file changed?
Does this PC trust that signer?

Code protection is a separate layer.

Private keys, server credentials and other secrets should never simply be embedded into distributed executables.

━━━━━━━━━━━━━━━━━━
🧭 WHERE A NEW PALTALK DEVELOPER SHOULD START
━━━━━━━━━━━━━━━━━━
Sly recommends this order:

Code: 
[LIST=1]
[*]Bind to the correct Paltalk process
[*]Identify one room reliably
[*]Read room chat
[*]Find the composer
[*]Send one controlled message
[*]VERIFY the message
[*]Add room generation/recovery
[*]Add JOIN/LEAVE detection
[*]Add user identity/state
[*]Add mic research if needed
[*]Add queues and deduplication
[*]THEN build the larger bot/game
[/LIST]
Do not begin with 50 features.

Prove one observation.
Then prove one action.
Then combine them.

━━━━━━━━━━━━━━━━━━
🧪 SLY'S TESTING FORMULA
━━━━━━━━━━━━━━━━━━
Code: 
Baseline
-> One Controlled Action
-> Capture Evidence
-> Compare
-> Repeat
-> Change Conditions
-> Repeat Again

Then:

Code: 
IDENTIFY
-> OBSERVE
-> CORRELATE
-> ACT
-> VERIFY
-> RECOVER

That formula is the foundation behind Sly's modern Paltalk work.

━━━━━━━━━━━━━━━━━━
🚫 WHAT STAYS PRIVATE
━━━━━━━━━━━━━━━━━━
Sly wants Palstalk.com to help developers without giving away the private keys to Sly Software.

Not published:
🔒 Private SlyBridge selectors
🔒 Proprietary extraction methods
🔒 Private heuristics
🔒 Signing keys
🔒 Credentials
🔒 Protection internals
🔒 Private identifiers
🔒 Details that would simply clone the production core

━━━━━━━━━━━━━━━━━━
🌐 PALSTALK.COM
━━━━━━━━━━━━━━━━━━
Sly wants Palstalk.com to become a long-term archive for:
💻 Paltalk coding
🔬 Research findings
🌉 SlyBridge
🤖 Bots
🎮 Room games
🎤 Mic research
🪟 Win32
🧩 UI Automation
🛠️ Debugging
⚙️ Production architecture
🧪 Repeatable testing

The goal is to give future Paltalk developers a better starting point than Sly had.

━━━━━━━━━━━━━━━━━━
⭐ THE MOST IMPORTANT LESSON
━━━━━━━━━━━━━━━━━━
Code: 
DON'T ASSUME.

OBSERVE.
TEST.
REPEAT.
CORRELATE.
VERIFY.
THEN BUILD.

That philosophy is how Sly moved from basic Paltalk automation to Inspector Gadget, SlyBridge and a growing collection of production tools.

More findings will continue to be documented at:

🌐 PALSTALK.COM

— Sly
 
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