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We contacted Boss IT due to an IT matter that had remained unresolved for months. Jamie attended our site within days, identified the issue and liaised with our external providers to bring the matter to a successful conclusion. I valued Jamie’s quick service and attention, his clear reporting on the issue and the steps he intended to take to fix the issue. I highly recommend his services and will continue to use him in the future.
Adam Marshall | Chief Executive Officer
Family First Bank
At Boss IT, one of the thing we do is help businesses and homeowners like you navigate the confusing world of web hosting, security, and website performance.
One of the most powerful tools we use is Cloudflare and its completely free and here’s why you should consider it:
Faster Website:
Cloudflare makes your website load faster by storing content in different locations around the world. That means happier visitors who stick around longer.
Free SSL (Security):
Cloudflare secures your website with a free SSL certificate. This means your website is safe for visitors, without paying for expensive certificates.
Better Security:
Cloudflare protects your website from hackers and bots. It’s like a security guard for your site, keeping it safe without extra cost.
At Boss IT, we’ve been working on streamlining a client’s web infrastructure by migrating DNS services and ensuring their website is faster and more secure. Here’s a breakdown of what was done today, including the com.au to net.au redirect, DNS migration, and the PowerShell script used for validation, as well as the pending Exchange email setup:
Domain Setup:
The client had two domains: com.au (used solely for branding purposes) and net.au (the primary domain).
The goal is to redirect all traffic from com.au to net.au, so visitors are automatically sent to the main website.
Redirect Configuration:
We migrated DNS management for com.au to Cloudflare and set up 301 redirects for com.au to net.au using Cloudflare’s page rules.
Since com.au didn’t have a website or email services*, the redirect is primarily for branding, ensuring that any traffic or links to com.au are automatically directed to net.au.
Challenges with Missing A/AAAA Records:
We encountered an issue because com.au didn’t have any A or AAAA records, obviously*, and these are required for Cloudflare’s proxying service to route the traffic correctly.
To resolve this, we used wildcard DNS records (*.com.au) to ensure that all traffic for com.au is routed through Cloudflare and properly redirected to net.au.
DNS Migration to Cloudflare:
We successfully migrated the DNS management for com.au to Cloudflare, centralizing control and improving website performance.
DNS records were updated to direct com.au traffic to net.au, and all traffic was routed via Cloudflare’s network for enhanced speed and security.
SSL Setup for com.au:
We enabled free SSL certificates via Cloudflare for com.au, ensuring that website traffic is secure with HTTPS encryption.
Always Use HTTPS was configured to automatically redirect all HTTP traffic to the HTTPS version.
Security Configuration for com.au:
Cloudflare’s DDoS protection and firewall rules were implemented to secure com.au and ensure it stays protected from malicious traffic.
PowerShell DNS Validation:
We used a PowerShell script to validate the DNS records and ensure the DNS propagation was happening correctly.
The script specifically checked for:
NS records: To confirm that Cloudflare’s nameservers were properly set up.
A records: To ensure Cloudflare was correctly routing traffic to the website.
MX records: To check if email traffic was correctly routed to the Exchange server.
Example PowerShell Command:
The script confirmed that Cloudflare’s nameservers were active for both domains, and it will help us track DNS propagation for the NET.AU Domain when we migrate that across later.
Repeat the Process for net.au:
The steps we followed for com.au will need to be repeated for net.au. However, since net.au has live services such as Exchange (email) and an active website hosted, we need to be extra cautious to ensure everything continues to function correctly.
Exchange Email Setup:
MX records will need to be updated for net.au, but we’ll keep the Exchange service hosted by the domain provider, as they host the Exchange Premium service. So essentially pointing back at them.
As with com.au, we’ll update the MX records in Cloudflare to reflect the correct Exchange settings. Since net.au uses Exchange, we’ll avoid disrupting the live email service by carefully updating the MX records at off-peak hours.
Website and SSL:
net.au has an active website (currently hosted), so it will remain on WordPress cPanel hosting, but we’ll be managing DNS and SSL for net.au through Cloudflare.
We’ll ensure free SSL certificates are set up in Cloudflare for net.au so that the website remains secure with HTTPS encryption, even though it is still hosted on CD.
Pending Tasks for net.au:
DNS migration for net.au will follow the same steps as com.au, but with extra care due to live services. We will use wildcard DNS records for the domain and Cloudflare’s proxying services to manage DNS and SSL while keeping Exchange and the website intact on Domain Host.
After the MX records are updated and DNS is fully propagated, we will test email routing and confirm that the website continues to operate as expected.
Fixed BOSS AI GUI so it actually works without breaking. The menu used to vanish when launching Ollama, debug mode didn’t log properly, and AI responses had no indication of processing. Now Ollama runs in the background, AI shows a “Please wait…” message while thinking, and debug mode actually logs stuff.
“View Logs” was useless. Clicking it did nothing. Fixed it to detect the default terminal so logs open properly. Works manually but not through the GUI—something to check later.
Ollama kept changing ports like it was playing hide-and-seek. Every restart broke the script. Locked it to port ##### and made the GUI check if it’s actually running before letting AI answer anything.
Closing the GUI didn’t stop Ollama. Had to manually kill it every time. Now it shuts down automatically when the menu closes. No more rogue AI processes lurking in the background.
AI output formatting is a mess. Too many line breaks, looks ugly. Will deal with it later.
Didn’t touch real-time voice modulation. Looked at options like RVC, SO-VITS-SVC, and Voicemeeter, but that’s for another day.
End result: GUI works, AI runs, logs mostly work, and the system isn’t a total pain to manage anymore. No next steps for now—might mess with it later.
The machines don’t need a cloud anymore. They don’t need API keys, subscriptions, or remote oversight. They don’t even need an internet connection. This is AI on my terms—fully local, completely isolated, and running on hardware that was never meant to be used like this. The Dell T7500 Xeon had been collecting dust, an old workstation from a different era, but I saw its potential. Dual processors, loads of instruction sets, and a 2.6GHz clock speed still holding strong. It was more than enough for what I had planned.
The first obstacle was the SAS controller. I initially tried installing Arch Linux, but the installer outright refused to boot. Switched to Ubuntu, same issue. Different SSDs, multiple USB installers—nothing worked. Digging through failed installation logs finally led me to the problem: the SAS controller was interfering with disk initialization. Even after disabling it in BIOS, the system still insisted on trying to interact with nonexistent drives. SAS may have been great for enterprise HDD arrays, but with SSDs, it’s just baggage. No TRIM support, unnecessary complexity, and now actively blocking progress. The only solution was to rip it out and rewire everything to SATA. The moment the OS booted and the old Windows install confirmed the SSDs were fine, I knew I’d won that round.
Next came the display issue. The massive TV screen I initially used made everything unreadable, with scaling so bad I couldn’t even access the BIOS properly. After installation, I managed to fix it through Nvidia’s control panel, but that was just a temporary patch. The real fix was swapping the TV out entirely for an old 21” DVI monitor I had lying in the shed. Instantly, everything looked as it should. Hardware stabilized, it was time to strip the system down.
Wi-Fi and Bluetooth? Gone. There’s no reason for this machine to have any wireless connectivity. wpa_supplicant, bluez, and every related package were wiped from existence. This system would exist in pure isolation, with only direct LAN access under strict firewall rules. No SSH, no open ports, nothing running unless I explicitly allowed it. This was never going to be a remote-access system—it was an AI black box, designed to process locally and answer only to me.
With the foundation secured, it was time to bring the AI online. I deployed Ollama, the perfect runtime for local AI models, and pulled in Mistral 7B. At only 5GB, it’s remarkable how much this model can process, entirely offline. CUDA acceleration was enabled, confirmed through nvidia-smi, ensuring that the GTX 1650 was doing its job. The model ran smoothly, the system remained stable, and I finally had a fully operational local AI that didn’t need to ask permission from some corporate server.
So what’s next? Right now, the AI runs perfectly within my system, but how do I want to interact with it? The firewall is configured, but I haven’t tested LAN access yet. The real question is whether I want a simple PHP front-end, a dedicated HTML interface, or just raw cURL requests from a mobile device. There are a dozen ways to expand accessibility, but none of them will involve exposing this system beyond my controlled environment. The machine is operational, but the next step is refining how I use it.
Does it replace ChatGPT? Not yet. It works, and it’s completely private, but ChatGPT still has the advantage in speed and refinement. That said, the fact that a 5GB model can generate this level of response without ever touching the internet is a game changer. Now I have a choice. I’m not locked into an API or a subscription service. My AI exists on my terms.
The cloud isn’t necessary. Remote servers aren’t necessary. I built a fully operational AI system, completely local, completely controlled. And if I can do this, what else is possible? The machines aren’t coming. They’re already here, and they work for me.
In this episode, I tackle a series of updates and fixes to my game project, but let me just say upfront—this wasn’t all I worked on over the last 2 days. Here’s the deal:
I also researched and tried:
Integrating GPT into IDEs like Visual Studio and Unity for coding and game development. (still working on this) Unified workflow ideas using tools like LangChain or Auto-GPT. Attempted to setup Studio – Using two webcams, a phone camera, and existing tools (OBS and Shotcut) to create a recording setup in a lounge room. Camera placement strategies for effective multi-angle shots.
Worked on creating a Linux Windows Subsystem to run Ubuntu on Windows 11 for my open-source AI assistant, then started exploring hosting it on a VPS and also on HYPERV or VMWare and VirtualBox?? So much effort…
Spent over an hour on the phone with my domain provider, trying to access my cPanel to do some SEO—still no resolution. Goal to duplicate current wordpress and improve the SEO and move across to private VPSNextCloud integration, looking into hosting options and Crypto providers in Germany. So yeah, lots of spinning plates today, but let’s get into the main devlog.
Game Development Breakdown:0:49 – GameManager Overhaul: Revamping the GameManager, consolidating the SceneManager, and streamlining the workflow.
1:05 – Singleton Management: Exploring Events and Delegates for cleaner singleton handling.
1:37 – Scriptable Objects Revisited: Rethinking their role in the project’s architecture.
2:30 – Unity Editor Tweaks: Coding specifically for the editor to enhance productivity.
2:53 – DestroyOnLoad Debate: Evaluating whether to use DontDestroyOnLoad for certain objects.
4:08 – TimeManager Redesign: Separating the TimeManager and integrating a custom timer into the GameManager.
4:25 – Hardware Troubles: Encountering potential issues with my NAS WD Red drive.
4:35 – GameManager Refinements: Streamlining and optimizing its functionality.
5:00 – Simplification: Introducing Enums and reconsidering the SceneManager’s purpose.
5:39 – UI Fixes: Assigning dedicated Canvases to managers and addressing UI bugs.
7:19 – Code Cleanup: Ongoing efforts to clean up messy scripts and improve maintainability.
7:42 – GameManager Accessibility: Ensuring it works seamlessly across all scenes.
8:00 – Spider System Optimization: Addressing and cleaning up spaghetti code.
8:32 – PauseMenu Implementation: Adding a PauseMenu with an attached canvas for smoother gameplay.
9:09 – UI Redesign: Updating the UI with a brown and cream color palette for a cohesive look.
11:07 – Bug Fixing: Recovering from a mistake in Fly.cs and implementing a better solution.
12:12 – Final Adjustments: Wrapping up miscellaneous tasks and improvements.
19:10 – Fly System Updates: Successfully spawning flies via FlyCreator and refining WebsterLevels.cs.
MUSIC CREDITS:Support these creators:
https://pixabay.com/music/beats-chill-house-mellow-moments-251693/
https://pixabay.com/music/beats-inspiring-music-motivational-piano-background-intro-theme-261894/
This is my shot to actually do something I care about. Every big win starts with a ‘crappy’ game, and this one’s probably no different. No feedback yet? No worries, it’s all part of the journey. I’m not backing down. Making games is all I’ve got left to offer, and I’m here to give it everything I’ve got—flaws and all!
For those who are watching, I really appreciate you, and I want your feedback or suggestions on things you’d like to see.
0:12 – Creating Personality – Eyes Follow Cursor
0:35 – Making the Eyes and Pupils in Gimp
1:37 – EyeMovement.cs Script
2:43 – Quick Test
3:17 – Making the Eyebrows in Gimp
3:51 – SPIDERMOOD.CS – MANAGE THE BROWS
6:36 – Experimenting with multiple eyes
8:27 – Testing
9:07 – Back onto 2 eyes
9:20 – Making the Eyes Blend Better with Model
9:47 – Making the Eyebrows
11:02 – Cleaning up Scripts
11:23 – SpiderMood.cs Plugging into the FlyStatus Code
12:14 – Spider.cs SpiderStatus
12:33 – SpiderMood.cs SpiderStatus
13:04 – Implementing SWITCH/CASE of the Spider.cs STATUS ENUM Into the other scripts that will reference it to do their own tasks Without needing Spider.cs to do everything.
13:34 – Setting up the WATCHFLYS()
14:43 – Setting up the Switch/Case In SpiderMovement
15:36 – Fixing Switch/Case in EyeMovement
16:02 – Cant Reference Like This, Need Local Varable16:35 – I figured it out Eventually
17:19 – Fixed EyeMovement Switch/Case
17:49 – Setting up to watch Multiple Enemies
18:33 – BUILD PREVIEW
19:21 – Some Variables Made
19:54 – Replace Dialogue Spiders with new ones
20:21 – Obviously Lots of Script Breaks Going to Fix
21:08 – Make Spider State Dictate the Mode Of Spider
21:33 – Pointless cause I fix all the scripts without having to disable them for dialogue scene
22:27 – Fixing SpiderLives.cs
22:53 – Get Leg Anims Out of Spider.cs – SpiderLegs.cs
25:03 – GameManager to Change Spider Status
25:28 – Improving the SceneManagerScript.cs
25:47 – Seem To Be Doing All Sorts of Assorted Stuff
26:31 – Apply Spider GIZMOS
26:48 – Testing
27:14 – THE NEXT DAY … DAY 2
27:37 – Making a Fly Factory
31:03 – STARTING TO PASSOUT
31:15 – STARTING TO PASSOUT – LEFT IN BROKEN STATE 
I’ve been putting in half a day to edit each video, sharing hard-earned knowledge, tips, and tricks across 45+ videos. With only 1 like on most of them, it’s tough to justify this level of time and energy without more engagement—it’s clearly not as valuable as I thought and is distracting me from making the game.So, moving forward, I’ll scale back to 1-2 videos per week to keep things manageable. Every like, comment, or suggestion could lead to another 2-3 videos or even spark programming binges—it’s often the only thing motivating me to keep creating. Your support really DOES make a difference in shaping what comes next. Thanks to those who are watching!
MUSIC – See my Friend – https://pixabay.com/users/turtlebeats-46526702/
Rewrote my Old PHP scripts with AI
Wrote HTML Scripts to modify database for testing
Successful connection to locally hosted SQL Database
JSON Password hashing
Connect, Login, Register, Get_Score, Submit_Score PHP
HTML Scripts to modify
phpMyAdmin for Testing
APIMANAGER.cs and LOGINCONTROLLER.CS Scripts in Unity
Re-Considered UI Toolkit
Removing Legacy TXT objects
Implementing strictly TMP Pro Text and Input fields
RE-Designed entire main menu screen and menus
Passed out a few times, some edits done
Set up a standard for fonts, windows. UI elements
Happy that my Database is creating new entries and reading them via the HTML tests and directly via the php scripts, so just need to implement into unity.
MUSIC – TurtleBeatshttps://pixabay.com/users/turtlebeats-46526702/
Today I Designed a Game Map using AI and put it in my Game
– Created a bunch of UI Elements to Identify areas on the map
– Created the Locations and Lore for them
– Fixed Boss Animation and Camera Zoom Slightly
– Hooked up the SceneManager to load all 4 scenes in order
– Fixed GameManager issue not changing weather because of donotdestroyonload – needs work
– Created Blue Lighting Effects
– Researched SQL PHP for HighScores, Accounts, Login
– Troubleshooted Build not the same as Scene
PLEASE LIKE & SUBSCRIBE – IT ENCOURAGES ME TO DO MORE AND NOT FEEL LIKE IM WASTING MY TIME AND IDEAS
Anything you want to see? Ideas? Let me know. Want to Contribute?
MY PC is struggling with this GTX1650 Downgrade while my Radeon 9850XT gets replaced or repaired.
I have INVESTED in VIDEO & GAME Production and ordered a – PreSonus AudioBox 96 Studio 25th Anniversary Edition Recording System – Expected in 3 weeks. https://www.amazon.com.au/gp/product/B08DBGNZT1/ref=ppx_yo_dt_b_asin_title_o00_s00?ie=UTF8&th=1
Today, I took a short break from my main project, Webster, after dealing with a corrupted GitHub commit that took four hours to troubleshoot and fix. I had to watch my own tutorial videos to recreate certain parts—quite the drama! But don’t worry, I’m not switching projects or giving up on Webster. After all that, I just needed a change of pace, so I decided to dive into something I’m planning for next year: Kangaroo Court.I didn’t start recording this process until I realized it might actually help someone else going through similar issues. Hope you find it useful!
Maritime Law, Common Law, StrawMan Argument, UCC | CEST Q VIE | Crown Law, Gods Law
PLEASE LIKE & SUBSCRIBE – IT ENCOURAGES ME TO DO MORE IT REALLY DOES
Anything you want to see? Ideas? Let me know. Want to Contribute?
MY PC is struggling with GTX1650 while my Radeon 9850XT gets replaced or repaired.
Have INVESTED in VIDEO & GAME Audio and Mic – PreSonus AudioBox 96 Studio
MUSIC used in my VIDEO – I Support other Creators:
https://pixabay.com/music/modern-classical-movie-soundtrack-lost-in-time-254967/
https://pixabay.com/music/modern-classical-movie-soundtrack-lost-in-time-254967/
Thanks for donating $5.00 USD toturtlestudioscompany
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Welcome to Kangaroo Court, an immersive, thought-provoking legal simulation game coming in 2025. Step into the dark, twisted world of a fictional courtroom where players confront a kangaroo judge and face off against a corrupt system. Armed with knowledge of international, constitutional, and common law, players must navigate high-stakes legal battles to defend their rights, exposing governmental deceit and challenging the foundations of authority itself.
In this game, every case matters. Each level presents a new scenario, revealing truths often hidden from the public—whether it’s your right to travel, personal sovereignty, or protection against unjust rulings. Each win not only advances your case but also brings you one step closer to liberation, shining a light on the system’s misuse of power and fraudulent jurisdiction.
Prepare yourself to face the kangaroo court. “We did not come to break the law, but to forfill it”
