More sysadmin focused but y’all get this stuff and I need a rant.

TLDR: Got the wrong internship.

Start working as a sysadmin/dev intern/man-of-many-hats at a small finance company (I’m still in school). Day 1: “Oh new IT guy? Just grab a PC from an empty cubicle and here’s a flash drive with Fedora, go ahead and manually install your operating system. Oh shit also your desktop has 2g of ram, a core2 duo, and we scavenged your hard drive for another dev so just go find one in the server room. And also your monitor is broken so just take one from another cubicle.”

Am shown our server room and see that someone is storing random personal shit in there (golf clubs propped against the server racks with heads mixed into the cabling, etc.). Ask why the golf clubs etc. are mixed in with the cabling and server racks and am given the silent treatment. Learn later that my boss is the owners son, and he is storing his personal stuff in our server room.

Do desktop support for end users. Another manager asks for her employees to receive copies of office 2010 (they’re running 2003 an 2007). Ask boss about licensing plans in place and upgrade schedules, he says he’ll get back to me. I explain to other manager we are working on a licensing scheme and I will keep her informed.

Next day other manager tells me (*the intern*) that she spoke with a rich business friend whose company uses fake/cracked license keys and we should do the same to keep costs down. I nod and smile. IT manager tells me we have no upgrade schedule or licensing agreement. I suggest purchasing an Office 365 subscription. Boss says $150 a year per employee is too expensive (Company pulls good money, has ~25 employees, owner is just cheap) I suggest freeware alternatives. Other manager refuses to use anything other than office 2010 as that is what she is familiar with. Boss refuses to spend any money on license keys. Learn other manager is owners wife and mother of my boss. Stalemate. No upgrades happen.

Company is running an active directory Windows Server 2003 instance that needs upgrading. I suggest 2012R2. Boss says “sure”. I ask how he will purchase the license key and he tells me he won’t.

I suggest running an Ubuntu server with LDAP functionality instead with the understanding that this will add IT employee hours for maintenance. Bosses eyes glaze over at the mention of Linux. The upgrade is put off.

Start cleaning out server room of the personal junk, labeling server racks and cables, and creating a network map. Boss asks what I’m doing. I show him the organized side of the server room and he says “okay but don’t do any more”.

... *sigh* ...

This is a first... My CEO made a youtube video announcing that they fired an employee (sales). I don't even know why they had to make a youtube video. The link was part of an email, just write it down in that email instead of labeling it as "small message from our CEO"

So disrespectful in my opinion.

what an absolute condescending garbage post...

"brilliant coder who can't meet a deadline"? well, you're the idiot right there, you just admitted it - they are brilliant and you don't know how to set deadlines

imagine labeling someone who can't meet a workload DIFFICULT! god this is making me fucking fume

"normal management" - yeah this is normal management alright, treating everyone like they don't know what they are doing and expecting them to follow you blindly, sounds pretty normal to me

it's shit like this that leads to cocky ass young dumb managers who actually don't know shit about building a product themselves, but then turn around and think they instead have the ability to manage a team to do it... incredible

🎼Up and down
🎶 And all the way around
🎶 Crossentropy is a bitch
🎶 Epoch and loss are still the same
🎵

Edit: I left this rant open for half an hour. Finally figured that I should do one hot encoding and labeling doesn't exactly work out the way I was hoping it works out.

But hey, half an hour ago I was angry and desperate. So... ¯\_(ツ)_/¯

I posted this previously but somehow the category was not seleteced properly and people started labeling me a spammer.... Pretty warm and welcoming I guess... Any how here's the meme..

"Forgot to commit? You are as good as dead.."

Can you spot the difference?
So after getting the 37 sensor arduino module kit, i decided to label each of them. The 2 modules below are the last 2 in need of labeling...
One is a magnetic hall and the other is an analogue hall but I can't tell which is which. Googling just makes it worse since they are so similar the same image is often used for both modules. The only visible difference is one has a small resistor and what appears to be a tiny led.

Please help me identify them... asking for a friend.

FUCK. YOU. AYLIEN.

- For your shitty hashtag generator, that generated #FCBarcelona for a game review
- For your shitty classification endpoint
- For your shitty sentiment analysis that only works in the demo
- For your shitty image tagging that clarifai is way better at
- And for your "semantic labeling" that doesn't work

FUCK YOUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU

Yesterday I finished off a clientbuild then I checked if it's posting and he picked it up.

Today he called my boss and said that it's saying no CPU fan.

I connected the aio on the aio fan header not on the one for the cpu.

Thanks Asus for that selfdescriptive
Labeling now I can sieve to the client and fix this on a Saturday.

All our estimated are too high because we build everything from scratch every time, but we can't white label anything because we have to always be billable and a customer won't pay extra for white labeling just so the next customer gets it cheaper.

Anybody know of any web based image labeling software that works on mobile? Preferably open source :)

I had a meeting 5days after accepting work from a client (the project was basically a mirror version of your typical job board with extra features).

The client and our project manager joined forces in labeling my progress/project/work "untouched" because it was simply still undeployable.. fml

Edit as HTML in WordPress is more of a labeling error than an actual usable function.

Candle Packaging: The Ultimate Guide to Elevate Your Brand
Why Candle Packaging Matters

Candle packaging plays a crucial role in both protecting the product and enhancing its aesthetic appeal. In today’s competitive market, attractive and functional packaging is essential for capturing customer attention, ensuring product safety, and reinforcing brand identity.

Key Elements of High-Quality Candle Packaging
1. Material Selection

The material used in candle packaging is critical in maintaining product integrity, durability, and aesthetic appeal. Some of the most commonly used materials include:

Cardboard and Paperboard: Lightweight, eco-friendly, and customizable for different styles.

Glass Jars: Ideal for luxury candles, offering a sophisticated and protective housing.

Metal Tins: Travel-friendly and durable, suitable for compact packaging.

Plastic Containers: Cost-effective and versatile, though less eco-friendly.

2. Branding and Customization

Strong branding elements on packaging create a lasting impression. Effective branding strategies include:

Embossed or Foil Stamping: Adds a luxurious touch to your packaging.

Minimalist Designs: Clean and modern looks that appeal to high-end consumers.

Personalized Labels: Custom labels with unique typography and graphics enhance the visual appeal.

Window Cutouts: Allow customers to see the candle inside without opening the package.

3. Sustainable and Eco-Friendly Options

With the increasing demand for sustainable packaging, brands should consider:

Biodegradable Materials: Such as kraft paper and recycled cardboard.

Reusable Packaging: Containers that customers can repurpose.

Soy-Based Inks: An eco-friendly printing option.

Types of Candle Packaging
1. Luxury Candle Packaging

Premium candles require high-end packaging that reflects the exclusivity of the product. Features include:

Rigid boxes with magnetic closures for a sleek unboxing experience.

Velvet or satin lining for added elegance.

Gold or silver foil accents for a sophisticated appeal.

2. Gift Candle Packaging

Candle packaging designed for gifting should be visually appealing and ready for presentation. Common features include:

Decorative boxes with ribbons and bows.

Themed packaging for seasonal gifts (Christmas, weddings, birthdays).

Custom messages or engravings for personalization.

3. Wholesale and Bulk Candle Packaging

For businesses selling candles in bulk, efficiency and cost-effectiveness are key. Features include:

Stackable and compact designs for easy shipping.

Corrugated cardboard for added durability.

Minimalist branding to reduce production costs.

Candle Packaging Design Trends
1. Minimalist and Elegant Designs

Simplicity is the new luxury. Many brands opt for clean lines, neutral tones, and minimal text to create an elegant and modern look.

2. Sustainable and Eco-Conscious Packaging

More consumers are leaning towards zero-waste and biodegradable materials, making sustainable packaging a priority for many brands.

3. Interactive and Innovative Packaging

Unique and functional packaging elements, such as hidden compartments, scented boxes, and reusable containers, help brands stand out.

4. Personalization and Customization

Personalized packaging with handwritten notes, custom scents, or tailored designs enhances customer engagement and loyalty.

Best Practices for Candle Packaging

Ensure Proper Labeling: List essential information such as scent, burn time, safety warnings, and ingredients.

Protect Against Heat and Damage: Use heat-resistant materials and secure sealing to prevent wax melting.

Prioritize User Experience: Packaging should be easy to open, store, and recycle.

Focus on Aesthetic Appeal: Visually appealing packaging attracts impulse buyers and repeat customers.

Conclusion

Investing in well-designed candle packaging not only enhances product safety but also boosts brand recognition and customer appeal. Whether opting for luxurious, eco-friendly, or cost-effective packaging, brands should prioritize quality, innovation, and sustainability to stand out in the competitive market.

As urban infrastructure projects venture deeper beneath city streets, the need for reliable compact power solutions becomes vital. An Industrial concealed socket system provides robust, low profile outlets integrated directly into tunnel walls, ensuring uninterrupted power for lighting rigs, ventilation units and monitoring equipment. In rapidly expanding underground networks—from subway expansions to utility corridors—the capacity to deliver stable power while minimizing spatial footprint drives both safety and efficiency efforts.

Tunnels demand equipment that withstands high humidity, dust and occasional splashes without compromising performance. A recessed socket module sealed with durable gaskets offers IP rated protection, keeping internal contacts free of debris and corrosion. By embedding these modules flush with concrete or prefabricated panels, installers eliminate protruding covers that might snag maintenance cables or equipment trolleys. The result is a sleek interface that blends seamlessly into the hardened environment, reducing trip hazards and simplifying cleaning routines in confined spaces.

In smart city initiatives, underground spaces host sophisticated sensor networks that track air quality, structural movement and lighting intensity. Each sensor node relies on local power access, making strategically placed concealed sockets indispensable. Modular socket clusters enable technicians to add or relocate outlets alongside fiber optic junctions and network switches, supporting rapid deployment of IoT devices without extensive wiring overhauls. This flexibility accelerates modernization efforts, letting urban planners upgrade systems in existing tunnels with minimal disruption to transit services.

Safety protocols in subterranean environments prioritize rapid isolation of faulty circuits. Concealed socket panels can house miniature protective devices that trip at the first sign of overload or short. Clear labeling and color coded terminals inside the enclosure guide service crews during inspections, while lockable covers prevent unauthorized access. These features ensure that power faults do not escalate into equipment failures or fire risks, maintaining safe operational conditions even amid high traffic subway platforms and service galleries.

Maintenance efficiency also benefits from quick release mounting systems. Technicians working under tight schedules appreciate panels that slide out of their housings on guide rails, granting direct access to wiring without chiseling out concrete or dismantling support frames. A captive fastener design keeps screws linked to the cover, preventing lost hardware in hard to reach areas. Such user friendly details reduce downtime for lighting lamp replacements or duct sensor recalibrations, keeping tunnel inspections on schedule.

Energy efficiency targets in green transit corridors demand that distribution systems minimize losses. By positioning concealed sockets near loads, cable lengths shrink and voltage drops decrease. Grouped outlets can feed LED luminaires, emergency fans and platform charging stations for electric maintenance carts, all managed through local distribution hubs. In combination with power monitoring modules, these sockets feed usage data back to centralized control centers, enabling predictive maintenance and load balancing that support uninterrupted service.

Construction timelines for urban tunnels often overlap with renovation works in adjacent structures. A concealed socket solution simplifies staging, as workers can mount compact panels into temporary formwork or steel liners. The ability to preset wiring before final concrete pours accelerates progress and reduces scheduling conflicts. Once structural works conclude, outlets are immediately available for installation of lighting bridges and safety beacons, ensuring a smooth handover from civil to electrical teams.

As cities push for resilient underground networks to meet rising transit and utility demands, the right power distribution approach becomes a cornerstone of project success. By choosing sleek, durable modules designed for harsh subterranean conditions, engineers deliver a safer, more adaptable environment for both equipment and personnel. For tailored industrial concealed socket solutions that support underground innovation, explore Nante.