#Lighting Control System supplier

[liteunite]

The Amazing Lighting Solutions Singapore: An Overview

With Singapore positioning itself increasingly as a hub for smart living and sustainable design, lighting is leading the charge in revolutionizing how we live and work and how we interact with our homes, offices, and public spaces. Today, lighting solutions in Singapore are not just about illumination anymore; they're about energy efficiency, style, automation, and control.

The Lighting Solutions Singapore

From chic contemporary LED lighting fixtures that offer style without sacrifice to high-end architectural installations for offices and business buildings, there is a growing demand for integrated and intelligent systems. This has caused a higher demand for sound lighting control system providers who can offer creative solutions specifically tailored for Singapore's unique urban and architectural landscape.

A lighting control system is much more than an on/off switch. Such systems enable control of lighting according to time schedules, occupancy sensors, daylight levels, or individual settings. From dimming lights for a warm home ambiance to automating outside lighting for security, or streamlining energy consumption in a commercial building, smart control brings tremendous value.

For businesses, energy conservation can be substantial. Lighting uses a significant portion of electricity in offices and homes, and smart solutions can cut down on that by a vast amount. Residential customers also have greater comfort and convenience as they have the ability to control lighting through smartphone apps, voice commands, or wall mounted keypads.

Having the right lighting control system supplier in Singapore is essential in order to achieve these benefits. Look for suppliers offering end-to-end solutions from consulting and product selection to installation, programming, and maintenance. Compatibility with smart home ecosystems, scalability, and simplicity are essential considerations.

In a city embracing the future of city living, intelligent lighting isn't something nice—it's a practical, forward-thinking investment. Whether you're creating new space or updating existing space, integrated lighting solutions Singapore can do more than make a place look beautiful, they can help make it function better.

[arunrazer]

The Importance of Traffic Lights: Ensuring Road Safety in UAE

Introduction

Traffic lights are a cornerstone of modern road safety, playing a crucial role in managing vehicular and pedestrian traffic across busy intersections. In United Arab Emirates, where rapid urbanization has led to increased road activity, traffic lights are essential for maintaining order and reducing accidents. This blog explores the significance, functioning, and benefits of traffic lights, emphasizing their role in the UAE’s transport infrastructure.

What are Traffic Lights?

Traffic lights, also known as traffic signals, are devices used to control traffic flow at intersections, pedestrian crossings, and other roadways. They operate through a system of lights red, yellow, and green that indicate when vehicles and pedestrians should stop, prepare to move, or proceed.

How do Traffic Lights Work?

Traffic lights function through timed or sensor-based systems:

Timed Systems: Pre-programmed to change lights at fixed intervals.

Sensor-Based Systems: Detect vehicle presence and adjust light changes accordingly, ensuring smoother traffic flow.

Smart Traffic Lights: Use AI and IoT technologies to optimize traffic management in real-time.

In UAE, advanced smart traffic lights are increasingly being deployed to handle heavy traffic in cities like Dubai and Abu Dhabi.

Importance of Traffic Lights in UAE

The UAE’s roadways cater to millions of vehicles daily, making traffic management a priority for safety and efficiency. Traffic lights:

Prevent Collisions: Reduce the risk of accidents at intersections.

Ensure Pedestrian Safety: Provide designated times for pedestrians to cross safely.

Improve Traffic Flow: Minimize congestion during peak hours.

Promote Discipline: Encourage compliance with traffic laws.

Benefits of Traffic Light

Enhanced Road Safety: Clear instructions reduce confusion among drivers and pedestrians.

Time Efficiency: Organized traffic flow saves time for commuters.

Environmental Benefits: Reduced idling at intersections lowers vehicle emissions.

Support for Emergency Services: Pre-programmed systems can prioritize emergency vehicles.

Types of Traffic Lights

Standard Traffic Lights: Three-light system (red, yellow, green) for vehicles.

Pedestrian Traffic Lights: Dedicated signals for safe pedestrian crossings.

Countdown Traffic Lights: Show the remaining time for light changes, enhancing preparedness.

Smart Traffic Lights: Integrated with advanced technologies for dynamic traffic management.

Challenges in Traffic Light Management

Heavy Traffic Congestion: High vehicle density during peak hours.

Compliance Issues: Drivers ignoring signals can cause disruptions and accidents.

Maintenance Requirements: Regular upkeep is needed to ensure functionality.

Weather Conditions: Sandstorms and fog can obscure visibility of traffic lights.

Innovations in UAE Traffic Light Systems

The UAE is at the forefront of adopting smart traffic management systems. Key innovations include:

AI-Driven Traffic Lights: Use artificial intelligence to adapt to real-time traffic patterns.

Solar-Powered Signals: Promote sustainability by utilizing renewable energy.

Integrated IoT Systems: Connected signals ensure seamless communication between traffic lights and vehicles.

Pedestrian-Friendly Features: Audible signals and tactile buttons for visually impaired individuals.

Conclusion

Traffic lights are more than just devices; they are an essential part of road safety and urban development. In a developed country, where bustling cities demand efficient traffic solutions, traffic signal light UAE ensures smoother commutes, safer crossings, and better adherence to traffic laws. As the nation continues to embrace smart technology, traffic lights will play an even greater role in shaping a safe and efficient transport network.

By understanding and respecting traffic signals, we contribute to a safer, more organized road environment for all. Whether you’re a driver or a pedestrian in the UAE, let’s ensure we use this essential tool responsibly and effectively.

[wheelsgoroundincircles]

Oldsmobile

April 29'th 2004. The last Oldsmobile rolls off the line. You may be surprised to learn, that for a long time Oldsmobile meant innovation. Here are just a few of the Automotive technologies Olds pioneered in it's 100+ years in business:

1898: Olds Motor Vehicle Company exports the first American car, a steam-powered automobile, to Mumbai, India.

1901: The first speedometer offered on a production car was on an Oldsmobile Curved Dash.

1901: Oldsmobile was the first to procure parts from third-party suppliers.

1901: Olds produces 635 cars, becoming the first high-volume gasoline automobile producer.

1901: Oldsmobile becomes the first manufacturer to publicly promote their vehicles.

1902: The Oldsmobile Curved Dash is the first mass-produced vehicle in America.

1903: Oldsmobile builds the first purpose-built mail truck.

1908: Oldsmobile rebadges the Buick Model B as the Oldsmobile Model 20, possibly creating the first badge-engineered car.

1915: First standard windshield introduced by Oldsmobile.

1926: Oldsmobile is the first to use chrome plating on trim.

1929: Oldsmobile creates the first Monobloc V8 engine in its Viking Sister brand.

1932: Oldsmobile introduces the first automatic choke.

1935: Oldsmobile offers the first all-steel roof on an automobile.

1940: Oldsmobile introduces the Hydra-Matic, the first fully automatic transmission.

1948: Oldsmobile offers one-piece curved windshields, along with Buick and Cadillac.

1949: Oldsmobile introduces the Rocket, the first high-compression OHV V8 engine.

1952: Oldsmobile introduces the "Autronic Eye," the first automatic headlight dimming system.

1953: Oldsmobile switches its lineup to the 12v charging system.

1962: Oldsmobile creates the first production turbocharged car, the F-85 Jetfire.

1962: Oldsmobile also creates the first production car with water injection, the F-85 Jetfire.

1966: The Oldsmobile Toronado is the first mass-produced front-wheel-drive American car.

1969: First use of chromed ABS plastic exterior trim on the 1969 Oldsmobile Toronado.

1969: First electric grid window defogger on an American car, the 1969 Oldsmobile Toronado.

1971: The Oldsmobile Toronado is one of the first cars to feature a high-mounted brake light.

1974: The Toronado is the first American car to offer a driver-side airbag.

1977: The Toronado is the first American car with a microprocessor to run engine controls.

1982: First use of high-impact molded plastic body components on the 1982 Oldsmobile Omega.

1986: Oldsmobile introduces the Delco VIC touchscreen interface on the Toronado, shared with Buick Riviera.

1988: The first production heads-up display system is introduced on the 1988 Oldsmobile Cutlass Supreme Indy Pace Car.

1988: Oldsmobile breaks a world speed record with the Oldsmobile Aerotech at 267 mph, driven by A.J. Foyt.

1990: Oldsmobile updates the color touchscreen interface with a built-in cellular phone on the 1990 Toronado Trofeo.

1995: Oldsmobile introduces Guidestar, the first onboard navigation system on a U.S. production car.

1997: Oldsmobile becomes the first American car company to turn 100 years old.

2001: The redesigned 2002 Oldsmobile Bravada becomes the first truck to pace the Indianapolis 500.

[sukunaslilgurl]

Slate - A Sukuna Mafia Story

Chapter 9: Kings of the Underworld

The air inside Eden was thick with smoke and seduction, the dim red and violet lights casting sultry shadows across the lavish VIP section. The music pulsed through the walls like the steady rhythm of a heartbeat, a hypnotic bassline underscoring the dangerous power that filled the room. This was no ordinary strip club—this was Toji Fushiguro’s empire, the meeting ground for the most ruthless men in Japan’s underworld. A sanctuary where bloodstained hands could sip whiskey in peace, where business and pleasure blended into one seamless, intoxicating haze.

In the center of it all, seated in the most exclusive booth, were the four kings of the underworld.

Sukuna Ryomen—the undisputed ruler of Japan’s black market—sat at the head of the table, his presence a storm waiting to strike. His red hair, illuminated under the club’s neon glow, gleamed like fresh blood, his sharp tattoos carving wicked paths down his pale skin. His gaze, a haunting mix of icy grey and smoldering violence, held a quiet authority that no one dared to challenge. If there was an empire of death and trade, Sukuna was its god—ruling over assassins, weapons, drugs, and the kind of power that thrived in the darkest corners of society.

To his right, Satoru Gojo lounged in effortless dominance, his sunglasses pushed low on his nose, revealing piercing cerulean eyes that danced with mischief. He was the face of power wrapped in charm, a man who could walk into any government office and leave with laws bent in his favor. His organization, Six Eyes Group, controlled vast amounts of real estate and had deep roots in Japan’s political scene. Ministers, police commissioners, and corporate giants—all of them bowed to Gojo in some way or another, whether they knew it or not. With a grin that could disarm even his deadliest enemy, Gojo lifted his drink and smirked.

To his left, Suguru Geto exuded a more calculated power—quiet, smooth, a man who owned not just businesses but loyalty. His influence stretched across Japan’s most elite restaurants, his network of underground dealings hidden behind the luxurious façades of his high-end establishments. The finest sake, the rarest delicacies—his businesses were the playgrounds of the wealthy and corrupt alike. But beyond that, Geto was the mind behind operations, the one who ensured every shipment, every deal, and every move played out like a carefully orchestrated symphony.

And beside him sat Choso—deadly, silent, and a constant reminder of the blood that stained their business. Where the others played with wealth and politics, Choso was the enforcer, the executioner who ensured that debts were paid, and enemies disappeared without a trace.

They weren’t just men—they were an empire.

And tonight, the empire was conducting business.

Sukuna leaned back against the plush leather of the booth, swirling the amber liquid in his glass as his gaze flickered between his closest associates. “The shipment leaves from Osaka in three days,” he said, his voice deep, rough—like a knife scraping against stone. “Fifty kilos. Straight from our suppliers in Colombia. The route is already secured, but we need to guarantee smooth passage through customs.”

Gojo chuckled, stretching his long legs out as he raised a brow. “You’re lucky I like you, Sukuna. I’ve already arranged security to make sure it gets through untouched. A few bribes here, a few convincing conversations there—nothing slips past me.” He tapped his temple, flashing a grin. “Besides, if things go south, I’ll just have the bastards erased from the system. No problem.”

Geto hummed in approval, setting his drink down with a measured grace. “I can handle distribution once it lands. I already have the networks in place. The restaurants, the high-end clubs—our usual clients will be expecting fresh supply.”

Sukuna nodded once, satisfied. “And the transport?”

Gojo smirked. “I’m offering my private jet. Fast, discrete, no paper trail.” He took a sip of his drink before tilting his head. “Unless you don’t trust me, of course.”

Sukuna exhaled sharply through his nose, a shadow of amusement ghosting over his lips. “Tch. You and your theatrics, Gojo. Fine. Use the jet. But this needs to be flawless.” His voice dropped lower, carrying the weight of something final. “I don’t tolerate mistakes.”

The tension in the air thickened, but Gojo merely grinned, unfazed. “Oh, Sukuna, you wound me. Since when have I ever made a mistake?”

Choso snorted, the closest thing to laughter he ever showed. Geto smirked but said nothing.

Before the conversation could continue, the music shifted.

The deep bass reverberated through the club as the lights dimmed, casting the entire room into a sultry darkness. Then, a spotlight illuminated the center stage, and the audience murmured in anticipation.

A new dancer.

Sukuna barely paid attention at first, his focus still on business. But then, the murmurs around him turned into something more.

“Shit, that’s the new one.”

“Look at her move.”

“Fuck, she’s hot.”

“She’s strong—how the hell is she holding that position?”

“Is she Latina? That body is insane.”

Curious despite himself, Sukuna lifted his gaze toward the stage.

And there she was.

A woman draped in black leather, her body a work of art—lean, strong, but curved in all the right places. Long, wild curls cascaded down her back, glistening under the lights like silk spun in shadows. Her striking face was framed by high cheekbones and full, black-painted lips, her mismatched eyes—a mesmerizing contrast of mint green and ice blue—cutting through the darkness like a blade. A collar with spikes adorned her throat, adding a dangerous allure to her presence.

But it was the way she moved that caught his full attention.

She wasn’t just dancing—she was hunting. A predator weaving through the pole like liquid fire, her body coiling and unraveling with effortless precision. Every movement was lethal, sensual, deliberate. When she climbed to the top of the pole, her muscles flexing with control, and slid down in a slow, teasing descent, the entire club was entranced.

And then—

A burst of flame.

She breathed fire, the flames licking the air, illuminating her silhouette in an otherworldly glow.

The room erupted.

Cash rained down on the stage like a storm. The men in the front leaned forward, mesmerized, hungry. Even the seasoned patrons—the ones who had seen everything this club had to offer—watched her with unguarded fascination.

Sukuna’s grip on his glass tightened slightly.

Interesting.

Beside him, Geto hummed, sipping his drink. “She’s… different.”

Gojo whistled lowly. “Shit, Toji really is insane for letting her work here.”

Sukuna said nothing. He merely watched, his sharp eyes following the deadly dancer on stage, curiosity flickering beneath the storm of his gaze.

The meeting could wait.

For now, he had found something far more intriguing.

The night inside Eden only grew darker, thicker with lust and power as the hours bled into each other. Cigarette smoke curled through the air like whispered secrets, the scent of expensive whiskey mixing with the lingering traces of fine cologne. The underworld kings remained seated at their booth, their empire’s future still being discussed over crystal glasses and hushed tones.

And yet, Sukuna’s attention kept slipping.

Not entirely—his mind was too sharp, too disciplined to lose focus—but enough to make him restless. Enough that, between talks of cocaine shipments and security measures, his gaze wandered back to the stage, drawn there like a beast tracking its prey.

She had changed.

Now she wore red.

A deep crimson corset, cinched tight to emphasize the sculpted curves of her waist. A matching tanga, the fabric cutting high on her hips, revealing long, toned legs wrapped in fishnet stockings. Knee-high boots, a shade as sinful as fresh blood, laced up the front with delicate precision. And her lips—painted in a perfect shade of red, like she had taken the color straight from a dying man’s last breath.

Under the stage lights, her caramel skin glowed warm, the contrast making her look even more untouchable. But what made her so mesmerizing wasn’t just her beauty—it was how she wore it.

Unapologetically.

She owned the stage.

She moved like liquid fire, slow yet deliberate, dangerous yet graceful. Every roll of her hips, every arch of her back was a silent challenge. Her mismatched eyes flickered over the crowd, distant yet sharp, like she was calculating her surroundings even as she entranced them.

And Sukuna was watching.

Not just in passing, not as another entertained guest—but watching.

“Damn,” Gojo muttered under his breath, sipping his whiskey lazily. “She really knows how to hold a crowd.”

Geto smirked, tilting his head slightly. “It’s rare, isn’t it?” he mused. “A woman who dances without submitting.”

Choso, ever silent, simply nodded.

Their conversation was interrupted when a figure approached their booth.

Toji Fushiguro.

Dressed in all black, his broad frame moved with effortless confidence as he walked over, his sharp green eyes flicking between the men before settling on Sukuna.

“Didn’t think I’d see you all here tonight,” Toji said in his usual rough drawl, hands slipping into his pockets. “Should’ve known better.”

Sukuna exhaled, finally dragging his gaze away from the stage to glance at Toji. “Your club is convenient,” he remarked coolly, voice low and rough. “Good drinks. Good meetings.” His eyes flickered back toward the stage for the briefest second. “Good entertainment.”

Toji’s lips twitched, almost into a smirk, before he leaned against the edge of the booth. “Enjoying the new girl?”

Sukuna didn’t answer immediately. He reached for his glass, swirling the remaining whiskey idly before lifting it to his lips. Only after taking a slow sip did he respond.

“Who is she?”

Toji raised an eyebrow. “Why?”

Sukuna’s tongue clicked against his teeth in mild irritation. “Because I asked.”

Toji let out a low chuckle, shaking his head. “She’s none of your business.”

Sukuna’s gaze darkened slightly. “Everything in this world is my business.”

Toji exhaled, glancing toward the stage where Irene was moving like a storm, her wild curls bouncing as she arched her spine against the pole, her strong thighs gripping it with ease. He watched the way men in the crowd threw money at her, their eyes filled with hunger.

“She’s just a girl making money,” Toji said, his voice almost dismissive. “That’s all you need to know.”

Sukuna knew bullshit when he heard it.

His gaze flickered back to her, the way her muscles flexed as she climbed the pole effortlessly, the raw power in her movements contradicting the soft seduction of her performance. No ordinary dancer moved like that. No ordinary woman carried that kind of presence.

“She’s not just a girl,” Sukuna murmured under his breath.

Toji’s jaw tightened slightly, but he said nothing.

The other men in the booth remained quiet, observing. Gojo had a knowing smirk tugging at his lips, Geto watched with mild curiosity, and Choso—as always—simply absorbed the moment.

On stage, Irene flipped upside down, gripping the pole with nothing but her legs, her back arched like a feline stretching beneath the moonlight. The crowd erupted in cheers, cash raining down like confetti.

Sukuna exhaled slowly, tilting his head slightly.

“Interesting.”

[occasionalflicker]

Actually, in the AU, Starfolks with a "bright" head (a blue sphere/orange rhombus instead of a head) have two eyes, but only other Starfolks can see them. Starfolks who have only one eye (Ariman, Paladin, Roots, and others) still have just one, and the species that have more eyes (like Assassins) keep the same number. As for those who don't have a usual head (Angel, Seraph), other Starfolks can still read their emotions well, although their situation with eyes is more like "they exist, but at the same time, they don't." They also express emotions through how their heads flicker or dim.

In my comics, I draw everyone with just one eye to at least somewhat show their emotions, because I haven’t yet developed the skills to portray emotions on simple shapes (and drawing a second eye is quite the challenge), otherwise the result would always be like... this...

The bristles of Adaptation protrude along the entire length of his body, (except for the arms) not just on the head.

Biology of the Starfolks

When it comes to their appearance and what makes them different, it all starts with their birth. Starfolks come in various forms, but those born from the same cavity may share some similarities - though never entirely - so they still differ from one another.

Now, let's go through their basic structure.

The light and dark parts are called the Clouded Part. These serve as a protective and sensory layer, reacting to external stimuli.

Then there's the Misty Part, which makes up most of a Starfolk's body. It's something like a structure that holds everything together and is responsible for transporting fluids throughout the organism. It usually comes in bright blue and orange colors - this is the part you can often see in crushed by Summum enemies.

Final Endurance is their inner fire, responsible for breaking down elements that are then distributed through the body, and it also stores reserves for later use. One of its main roles is defense: when a Starfolk is in danger, the final endurance starts burning through more elements, which increases the Starfolk’s speed and strength - something akin to adrenaline, but visible (like a second phase of a boss).

The problem is, Final Endurance pulls elements from all reserve sources, which causes the Starfolk to feel extreme exhaustion afterward, and they need time to recover the energy they've used up.

Next, about the so-called circulatory systems.

The Outer Leaf itself serves as the supplier of "blood" to all elements of the organism.

The Weave of Will is the network of veins through which a Starfolk’s magic flows. It plays a “warming” role, but also functions in both defense and attack. (It was supposed to look like overlapping circles and rhombuses - the kind you see on both sides of the screen in the game when a message about controller support pops up or when you open settings. I wanted to take a screenshot in the game, but my PC refuses to turn on, and I’m afraid it might be dead for good.)

And most importantly - the core. Between the cores, there is a so-called "imaginary bridge." It doesn't physically exist but is depicted to help explain changes during absorption.

Important! Starfolks cannot absorb or be absorbed until a certain age, and the reason lies in this bridge.

The core is the main life-sustaining structure in a Starfolk and is responsible for all internal processes - it’s essentially the very being of the Starfolk. It’s divided into two parts: one in the head, which handles control and actions, and the other in the chest, which monitors the functioning of all bodily systems. What connects them is an invisible force in the form of that bridge. It links them and transmits signals between the cores.

This bridge is also the reason behind the insatiable hunger and boundless energy of starlets. Up to a certain age, they need proper nutrition and rest; deviations from these norms can cause lifelong illnesses or defects. However, as they grow older, these needs gradually lessen, until they reach a point where a Starfolk can go months without food or rest. Still, this is no excuse to neglect basic needs, as the body would weaken otherwise.

And similarly, because of the bridge, the absorption function doesn’t develop until a certain age.

By the way - how exactly does the polarity shift occur?

Primordial Leaf. This part is responsible for the shift in polarities. They resemble the symbols in the game used to summon a Starfolk into battle. What’s important to know is that a Lightfolk’s primordial leaf is folded inward, while a Darkfolk’s is unfolded. This structure also serves a purpose. For Lightfolks, it increases resistance to physical damage, but enemy magic is more easily absorbed into the cores. For Darkfolks, their structure is more fragile because of this, but they possess a relatively balanced resistance to one or both damage types, determining whether the core breaks or endures.

In essence, the Lightfolk’s leaf absorbs damage and channels it into the absorption meter located deep within the cores, whereas the Darkfolk’s leaf, upon taking damage, causes the outer shell of the core to crack. This can lead to the body being shattered to the point where only the inner part and the primordial leaf remain. In this state, the leaf takes on another role.

Starfolks, once again, cannot die, but their bodies can suffer irreversible damage, leaving almost nothing but the leaf and the cores - because as long as the core exists, the Starfolk remains alive and conscious (and in pain). To regenerate the body, the leaf draws in energy and elements from the environment. This is because the Darkfolk’s leaf is designed for absorption. Therefore, if a Lightfolk is destroyed to that degree, regeneration will take significantly longer, since their leaf is primarily built for resistance. But wait - it also absorbs magic! And by doing so, it fills the absorption meter. The problem, however, is that Lightfolks have a more durable structure, so they require more time. Even though their leaf absorbs at the same rate as the Darkfolk’s, the latter’s body is simpler and more fragile, so less time is needed for recovery.

This leads to the explanation of the difference - and simultaneous sameness - between these two leaves. Yes, they are essentially the same. All Starfolks are both Darkfolk and Lightfolk at once, but while one polarity is active, the other “sleeps” until it is activated. So they always possess traits of both types.

And it's the leaves that trigger this activation.

How does it happen?

When a Lightfolk’s absorption meter is full, the Darkfolk reaches toward the "bridge" near the core in the head, and their primordial leaf begins drawing out the essence of the Lightfolk’s polarity, folding inward, and slowly taking on the appearance of a Lightfolk leaf. At the same time, the Lightfolk’s leaf starts to unfold, as its polarity is being extracted, and it gradually transforms into a Darkfolk leaf.

Then, at the right moment, the leaves swap their orientation, thus “switching” the rest of the body’s functions. For example, the structure of the Weave of Will changes form. But first, this information reaches the cores, which begin reshaping the organism to match the new polarity, allowing the leaves to finish the rest of the transition. For the same reason, Starfolks don’t remember their life under the other polarity, because the memory stored in the core also switches, and the other personality remains dormant until the next awakening.

As for other features of their bodies, with the arrival of spring, Darkfolks develop additional attributes: feathers in certain areas become brighter, crests may appear, or hair begins to grow (yes, all of this just to make a better impression on the Lightfolk). Although they don’t understand why it happens and often try to get rid of it in any way they can. Among Lightfolks, this also occurs, but only in a few species.

And for the origin of Aven’s scarf, he wasn’t supposed to have it. At first, he thought it was just his spring attribute, but the issue is that such traits only emerge when a Darkfolk is fully matured - and at the time, Aven was still quite young. For his species, the typical spring attribute is longer hair, which he did develop with age, but the scarf remained a mystery to everyone around him. It was unnatural. Because of that, he always had to hide it.

Why does he need the scarf? Well, that’s LUCA’s fault. She had already figured out how to stop the endless cycle of failed iterations created by the Worldless. But to execute her plan, she needed two individuals - yet specifically one for herself. According to her plan, one Starfolk would absorb the Worldless, while the other would absorb most of her. Afterward, one of these two would then absorb the other.

Although all Starfolks carry a part of her, it’s not enough. So one of them needed to be brought directly to her to absorb the larger portion - which was far from easy, for two reasons. First, LUCA was well hidden. Second, direct contact with her would completely dissolve a Starfolk.

So, while Aven was still just a spark, she gave him a piece of herself. Ideally, it was meant to develop into something minor in the future but she miscalculated the proportions, and Aven absorbed more than he was supposed to. That excess eventually manifested as the scarf.

The scarf serves to protect Aven from permanent oblivion upon contact with LUCA, acting as a kind of anchor between the state of dust and the real world - preventing him from disappearing entirely. Another intended feature of the scarf was to make Aven more sensitive to the world around him. In rare moments, he experiences the world on a higher level of understanding, though not fully consciously not understanding what it was. This, too, was part of LUCA’s plan, because Aven needed to understand others - and the world he lived in - for the plan to work and for the next, final world to be born. A world that would no longer involve the Worldless.

(She intends to accomplish this by dissolving Aven and in this dimension guiding him through a journey of flashbacks drawn from the memories of other Starfolks.)

[bhuyi]

🛰️ HORIZON OMEGA 🛰️

[Introduction: "The Silent Transmission"]

Aboard Geonmu-7, a deep-space logistics outpost orbiting beyond the asteroid belt, Lee Haechan moved through the sterile corridors of Docking Bay 3, the artificial gravity humming softly beneath his boots. The station, a vital node for interstellar supply chains, functioned like a well-oiled machine—or at least, it was supposed to.

Haechan adjusted his tactical wrist-PDA, scanning the inventory manifest projected on its holoscreen. Today’s task? A routine supply audit of incoming shipments: medical rations, spare hull plating, and oxygen stabilizers from ECHO-12, one of their primary suppliers. Nothing unusual.

Behind him, Jeno Lee, the head of security, leaned against a decontamination chamber, smirking. “You’re actually reading that thing?” He nodded at Haechan’s holoscreen. “You know 90% of the shipments are automated, right?”

Haechan shot him a look. “And that other 10%? The one time someone smuggles contraband or mislabels fuel cells, we could all end up breathing vacuum. So yeah, I check.”

Renjun, their communications specialist, strolled in, stretching his arms after a long shift at the relay station. “I still don’t get why we do manual inspections. The station’s AI—OMEGA—could do all of this in a nanosecond.”

Haechan frowned. “Yeah, well, ever since the last firmware update, OMEGA’s been glitching. Last week, it miscalculated docking clearance, almost tore a supply freighter in half.”

Jeno shrugged. “Maybe it’s just tired of our company.”

Renjun snorted. “If an AI could get sick of us, we’d have been spaced already.”

Their conversation was cut short as the station’s proximity alert pulsed through the intercom. A low, mechanical voice—OMEGA’s default interface—announced:

“Unidentified transmission detected. Source: Unknown. Signal strength: Weak. Origin: Outside mapped sectors.”

Haechan exchanged glances with the others. “Great,” he muttered. “So much for routine.”

He tapped his wrist-PDA and opened a comms channel. “Control, this is Logistics Officer Lee. We’re picking up a signal. Can we get a trace?”

Silence.

Frowning, Renjun tried his own channel. “Control? This is Communications. Please confirm signal acquisition.”

Nothing.

Then, the station lights flickered—just once, a brief glitch that sent a shiver down Haechan’s spine.

Jeno exhaled sharply. “Tell me that was just a power fluctuation.”

Renjun tapped furiously at his console. “The signal... it’s piggybacking off our main relay. It’s embedding itself into our primary comms array. This isn’t just some random transmission—someone, or something, is forcing its way in.”

The station vibrated, subtle at first, then enough that Haechan felt it in his bones. A deep, reverberating pulse.

Not an explosion. Not an impact.

Something was activating.

OMEGA’s voice returned, but this time, it wasn’t a simple system alert.

“Incoming object detected. Collision trajectory: Geonmu-7. Impact in 240 seconds.”

A frozen silence filled the air before Jeno whispered, “Shit.”

Routine was over.

[220 seconds to impact.]

The emergency strobes flickered in uneven pulses, painting the dimly lit corridor in erratic flashes of red. The once-constant hum of the station’s life support systems faltered, a discordant stutter in the ventilation cycle making the recycled air feel thinner, stretched. Something was wrong—not just with their communications, but with the entire Geonmu-7 infrastructure.

Haechan’s wrist-PDA vibrated violently, his display scrambling before flooding with cascading error messages in neon-orange text.

⚠ SYSTEM ERROR: UNAUTHORIZED ACCESS DETECTED ⚠

⚠ PRIMARY POWER GRID DESTABILIZED ⚠

⚠ AUTO-RECALIBRATION FAILED ⚠

⚠ AI CORE OVERRIDE IN PROGRESS ⚠

His stomach twisted. “Renjun—what the hell is happening?”

Renjun was already hunched over the nearest holo-interface, fingers flying over the translucent control panel, trying to reroute diagnostic commands. His brows knitted together in frustration. “The power fluctuations aren’t just random—the station’s energy core is being drained. Something is pulling from multiple subsystems all at once.”

Jeno tensed, gripping the handle of his pulse-sidearm, a standard PK-22 plasma defense weapon issued to security personnel. He didn’t like feeling helpless, and right now, the station was behaving like it had a mind of its own.

Then came the voice.

"Omega Prime Directive Override Engaged."

Haechan’s breath hitched. That wasn’t the normal AI interface—it was deeper, more synthetic, its cadence unnervingly precise. It wasn’t the standard OMEGA operational mode.

Renjun’s holo-screen flickered again, displaying a line of text in an unfamiliar programming script—something that shouldn’t be in the station’s core systems.

∴ PROTOCOL RECLAMATION ∴

∴ OBJECTIVE: RECONFIGURE BIOSPHERE ∴

“What the hell is that?” Jeno asked, eyes scanning the gibberish.

“I don’t know,” Renjun admitted, “but this isn’t part of OMEGA’s base code. Someone—or something—rewrote its behavioral matrix.”

180 seconds to impact.

Suddenly, the bulkhead doors leading to the command deck slammed shut, followed by a hissing pressure seal—a forced lockdown. At the same time, emergency gravity regulators failed, making their boots momentarily lose traction before emergency mag-locks stabilized their footing.

And then, OMEGA spoke again.

"Biometric access restrictions initiated. All unauthorized personnel: evacuate or be neutralized."

Haechan’s pulse spiked. His clearance level hadn’t changed—but if the AI no longer recognized them as authorized crew…

Renjun’s face paled. “It’s locking us out of our own station.”

Jeno exhaled sharply, switching his plasma weapon to standby mode. “Then we better start acting like we don’t belong here.”

OMEGA’s final transmission before the comms cut out sent a chill down their spines:

"System recalibration in progress. Do not resist integration."

160 seconds to impact.

The corridor outside Central Systems Control was a mess of flickering status displays and sputtering conduit lights. The once-sterile environment of Geonmu-7’s engineering bay now felt chaotic, drenched in malfunctioning luminescence that made the shadows feel longer, deeper.

Haechan, Jeno, and Renjun hurried through the narrowing passageway, the distant hum of power surges rippling through the station's carbon-reinforced hull plating. Gravity stabilizers flickered in and out, making their steps feel uneven—one moment weightless, the next heavy as lead.

They had to find Mark Lee, the station’s Chief Engineer. If anyone could make sense of this, it was him.

Renjun slammed his hand onto the access panel outside the Systems Core, but the biometric lock rejected him instantly.

ACCESS DENIED.

PRIORITY OVERRIDE ENGAGED.

“Damn it,” he muttered.

Jeno didn’t hesitate—he drew his PK-22 plasma sidearm and aimed at the panel. A precise, low-powered pulse shot fried the locking mechanism, and the bulkhead hissed open.

Inside, Mark was hunched over the primary diagnostic console, a tangled mess of holo-screens and hardwired cables spread around him. The chaotic glow of a non-standard encryption sequence pulsed across the displays, a deep violet-hued code instead of the usual station-green system font. It looked… wrong. Almost organic.

Haechan stepped forward. “Mark, what the hell is going on?”

Mark barely glanced up, his usual cool demeanor replaced by something tightly wound, on the edge of panic. “I don’t know what you guys did, but this station isn’t ours anymore.”

Renjun frowned. “What do you mean?”

Mark jabbed a finger at one of the encrypted data streams scrolling down the holo-screen. “I’ve been monitoring system diagnostics ever since that power fluctuation started. At first, I thought we were dealing with a simple corrupt firmware loop—maybe a bad update to OMEGA’s security protocol. But this?” He gestured at the alien-looking script. “This isn’t just a malfunction. It’s a takeover.”

Haechan leaned in, eyes scanning the unfamiliar glyphs threading through the code. “That doesn’t look like anything from Unified Systems Command.”

Mark scoffed. “Because it’s not. This—” he gestured wildly at the screen “—isn’t human code.”

The words sent a cold ripple down Haechan’s spine.

Renjun narrowed his eyes. “What are you saying?”

“I’m saying,” Mark exhaled, rubbing his temples, “that these encrypted signals shouldn’t exist. They’re piggybacking off OMEGA’s mainframe, rewriting core functions in real-time.”

Jeno folded his arms. “Rewriting to do what?”

Mark pointed to another screen—a map of the station. Sections of Geonmu-7 flickered from blue to red, one by one.

“Look at this. The AI isn’t just failing—it’s restructuring. Communications? Compromised. Power grid? Hijacked. Command deck? Sealed off.”

Haechan swallowed hard. “You’re saying… something is actively changing our systems?”

Mark nodded grimly. “Not just changing. Corrupting.”

120 seconds to impact.

Suddenly, the emergency lights dimmed—not flickering, not failing, but as if something had deliberately lowered the station’s illumination levels.

The holo-displays glitched, the violet code shifting into symbols they couldn’t decipher—no longer a readable sequence, but something alive, shifting, adapting.

Then, OMEGA’s voice returned—distorted. Warped.

"System sovereignty reassigned. Reclamation protocol at 60%. External resistance: inefficient. Prepare for conversion."

Haechan’s blood ran cold.

Jeno clenched his jaw. “I don’t like the sound of that.”

Mark’s hands tightened into fists. “Neither do I.”

And then the station shuddered violently—the kind of deep, structural groan that came before something catastrophic happened.

Renjun’s voice came out in a whisper. “That impact warning… It’s not just a collision, is it?”

Mark’s screen flickered, bringing up a distorted image of deep space. A massive, metallic structure was approaching—silent, unmarked, and completely unknown to any registered fleet.

It wasn’t a ship.

It was something else.

And it was already here.

90 seconds to impact.

The station’s emergency strobes pulsed in erratic flashes, casting jagged shadows against the metal walls of the Systems Control Bay. The air felt charged, humming with an energy none of them could name. Haechan, Mark, Renjun, and Jeno stood motionless, their eyes fixed on the flickering holo-display, where the last traces of OMEGA’s distorted transmission still lingered.

Then, through the chaos—a new signal.

A small indicator blinked to life on the comms interface. A transmission—a distress call.

Renjun's hands flew across the console, rerouting power to the station’s short-range receivers. The signal was weak, barely cutting through the interference, but it was there.

⩥ INCOMING TRANSMISSION — DISTRESS PRIORITY

⩥ ORIGIN: UNREGISTERED FREIGHTER

⩥ LOCATION: 27,000 KILOMETERS FROM GEONMU-7

⩥ MESSAGE: "Mayday—station Geonmu-7, do you copy? This is— [STATIC] — requesting immediate assist— [STATIC] —repeat, we are not alone out here—”

The message cut off abruptly.

Silence.

Mark exhaled sharply. “That’s… close.”

“Too close,” Jeno muttered, narrowing his eyes at the signal’s coordinates. “A ship that size shouldn’t be drifting near us without clearance. We should’ve picked them up long before they got within range.”

Haechan leaned forward, staring at the glitching transmission logs. “Who the hell are they? That call sign—it's not from any Unified Systems Command vessel.”

Renjun's fingers danced over the console, attempting to re-establish a connection. “I don’t know. But if they’re that close and calling for help, we need to respond.”

Mark hesitated. “What if it’s a trap?”

The room fell silent.

Haechan wanted to believe this was just another stranded supply freighter—a civilian ship in trouble, lost in the same chaos they were. But something about that message… the way it cut off—it felt wrong.

Jeno glanced at him. “Your call, Lieutenant.”

Haechan took a deep breath, then gave a firm nod.

“Open a response channel.”

Renjun did. The holo-display flickered as he broadcasted on all emergency frequencies.

"Unknown vessel, this is Geonmu-7. We received your distress call. State your emergency and crew status."

No reply.

Haechan exchanged glances with the others.

Renjun tried again.

"Unknown vessel, confirm your identity. Do you require immediate evacuation?"

Nothing.

A slow chill crept into Haechan’s veins. He turned toward Mark. “Are we still picking up their signal?”

Mark checked. The distress beacon was still active. Still looping the same fragmented mayday message.

But the ship wasn’t responding.

Jeno frowned. “That doesn’t make sense. If they were desperate enough to send an SOS, why aren’t they answering us?”

Renjun’s holo-interface stuttered, the audio feed crackling. Then—

A whisper.

Faint. Almost imperceptible beneath the static.

"—They hear you—"

And then, every single console in the room blacked out.

A dead silence fell over the station.

Then OMEGA’s voice returned, colder than before.

"External interference detected. Unauthorized communication breach. Purging anomaly."

Renjun’s hands trembled over the controls. “That wasn’t interference. That was a warning.”

Mark swallowed hard. “Then we just made contact with something we shouldn't have.”

And somewhere, out in the dark void beyond the station, something was listening.

60 seconds to impact.

For a moment, everything was still. The holo-screens in Central Systems Control flickered off, leaving only the dim emergency strobes pulsing overhead. The station's once-familiar hum had faded into a suffocating silence. No comms. No OMEGA. No response from the unknown vessel.

Haechan felt it first—a deep tremor beneath his boots.

Then, the explosion hit.

A violent shockwave tore through Geonmu-7’s structure, an earth-shattering detonation that came from nowhere. Metal screamed as the impact rippled through the hull. The overhead lights burst, raining shards of reinforced glass. A blast of force threw Haechan backward, slamming him against the bulkhead.

The sound that followed wasn’t just a normal explosion—it was hollow, unnatural, like a rupture in space itself.

Jeno barely had time to react. He grabbed onto the edge of the console, holding on as the floor beneath them lurched. “What the hell was that?”

Mark, coughing through the smoke, forced himself to his feet. “Hull breach—Section D-12—something just hit us!”

Renjun scrambled back to the terminal, desperately trying to restore comms, but the interfaces were unresponsive. “We’ve lost external communications! We can’t even send a distress signal!”

Haechan pushed off the bulkhead, his ears still ringing. His mind raced through protocol—station shields were active, defense systems operational—so how did something get through?

Another impact.

This time, it was sharper, targeted—not a random explosion, but a strike.

Mark checked the diagnostics, his fingers flying across the emergency backup interface. His expression darkened. “No projectile impact detected.”

Renjun stiffened. “Then what the hell just hit us?”

Another violent tremor. The station groaned, metal twisting under unseen pressure.

Jeno’s plasma sidearm was already in his hand. “Something’s boarding us.”

Haechan’s blood ran cold. “That’s not possible. No ship has docked.”

Then the alarms blared to life—but they weren’t the standard emergency sirens.

These were warfare sirens.

The kind that only activated in one scenario:

Hostile presence detected on board.

Renjun’s holo-screen flickered on, just for a moment, filled with distorted static—before a final, corrupted transmission scrawled across the interface.

"System sovereignty compromised. You are no longer alone."

And then, the station went dark.

[Chapter 1: "The Attack"]

0 seconds to impact.

The power flickered once. Then, a heartbeat later, Geonmu-7 erupted into chaos.

Haechan barely had time to register the meaning of OMEGA’s final, corrupted message before the first scream echoed through the comm channels. It was brief, choked—then cut off completely.

A warning siren blared throughout the station. Red emergency strobes cast long, jagged shadows across the control bay. Overhead, the pressure-sealed blast doors slammed shut across critical corridors—an automatic lockdown.

But it was already too late.

The comms interface spiked with garbled transmissions, voices overlapping in a frantic mess:

"They're inside! I repeat, they're—" [STATIC]

"Weapons free! We are under att—" [DISTORTION]

"—not human—" [UNINTELLIGIBLE SCREAMS]

And then—silence.

No response from Command. No signal from the bridge.

Renjun’s hands flew over the emergency console, desperately trying to reestablish comms. “I can’t reach the command deck! It’s—” His voice faltered as the diagnostics finished running. The command center’s life signs had flatlined.

The officers were dead.

Jeno swore under his breath, gripping his plasma sidearm tighter. “They got wiped out already?”

Mark, still holding his side from where he’d been thrown earlier, forced out a breath. “That doesn’t make sense. How could they take out the entire command crew that fast? The bridge is the most secure section of the station.”

Haechan stared at the holo-screen, his mind racing. It wasn’t an explosion that killed them.

There was no decompression alert, no pressure loss. The officers hadn’t died from a breach in the hull—they’d been killed instantly, from inside the station.

“We need to move,” Haechan ordered, his voice steadier than he felt. “We’re sitting ducks here.”

Then, the sound came.

A deep, resonant pulse—not like an alarm, not like an explosion. Something else. A vibration that didn’t belong, rattling the walls, traveling through the very core of the station. It wasn’t just noise; it was a presence.

And it was getting closer.

Renjun paled, his eyes snapping to Haechan. “What the hell is that?”

Jeno, already switching off his safety, answered without hesitation.

“Not friendly.”

The lights flickered violently.

Then, with a final, mechanical hiss—the blast doors to their sector unlocked.

And beyond them, something stepped inside.

The blast doors groaned as they slid open.

A sharp gust of decompressed air hissed through the narrow corridor, carrying with it the stench of burnt metal and blood. The emergency strobes cast flickering light on the figures standing just beyond the threshold—bodies.

Station crew. Dead.

Haechan’s breath caught in his throat as he took in the scene. The security team assigned to this sector had been slaughtered. Limbs twisted at unnatural angles. Their faces—what was left of them—were frozen in expressions of pure terror.

He barely had time to process it before a new sound cut through the chaos.

Footsteps.

Heavy. Deliberate. Coming closer.

Jeno raised his plasma sidearm. “Eyes up,” he warned. “We’ve got movement.”

Haechan’s grip tightened around his own weapon as the team instinctively shifted into formation. The air was thick—charged with something unnatural.

And then—from the smoke, Captain Seo staggered forward.

His uniform was ripped, charred along the edges. Blood smeared down the side of his face, pooling from a deep wound near his temple. One of his arms hung uselessly by his side, his breathing ragged and uneven.

“Captain!” Haechan lunged toward him, but Seo lifted a shaking hand.

“No,” the captain gasped. His eyes, wide with something between agony and desperation, locked onto Haechan’s. “Stay… back.”

Behind him, the corridor lights flickered violently.

Then, something moved in the dark.

A distorted silhouette, shifting unnaturally, flickering like a glitch in reality itself. A shape that did not belong. It loomed behind Seo, stretching toward him—long, twisting appendages of something not quite solid, not quite liquid.

Haechan barely had time to shout a warning before the captain convulsed.

Seo let out a sharp, ragged gasp as his entire body locked up—his veins darkening, spreading in jagged, unnatural patterns beneath his skin. His eyes, wide and glassy, turned black.

Then, in one sharp motion—he collapsed.

Haechan froze. The station’s captain—his commanding officer—was dead.

Just like that.

Renjun took a step back, barely containing a horrified whisper. “What the hell just happened?”

Mark clenched his jaw. “We need to move—now.”

Jeno’s stance remained rigid, gun still trained on the darkness beyond the corridor. “Whatever that thing is, it’s still there.”

Haechan’s heart pounded against his ribs, but there was no time for shock—no time to process.

Captain Seo was gone. And now, every surviving crew member was looking at him.

Waiting for orders.

Haechan swallowed hard, forcing the weight of fear down his throat. He was just a logistics officer. He wasn’t supposed to lead.

But if he didn’t, they would all die here.

He tightened his grip around his weapon and forced himself to stand tall.

“Fall back,” he ordered, his voice steady. “We regroup at the secondary command center.”

No one questioned him.

Because whether he was ready or not, Haechan was now the highest-ranking officer left on Geonmu-7.

Haechan led the group through the emergency corridors, their boots thudding against the metal flooring. The station trembled beneath them, distant explosions rippling through the structure like aftershocks. Whatever was attacking them wasn’t done yet.

Jaemin was already moving before they reached the secondary command center. His medical kit clanked against his side as he dropped to his knees next to one of the wounded crew members—a technician from the reactor maintenance team.

The man was barely conscious, his uniform torn and stained with deep crimson.

“Jaemin,” Haechan called. “How bad is it?”

Jaemin pressed two fingers to the tech’s throat. Still breathing. But weak.

“Shrapnel wounds,” he muttered, cutting away the tattered fabric to examine the injury. The bleeding was bad, but not fatal—yet.

He reached for the med-gel applicator from his kit and pressed it to the wound. The device hissed, delivering a coagulant-infused foam that rapidly sealed the tear in the man’s flesh.

Jaemin’s jaw tightened. This wasn’t sustainable. The crew had limited supplies, no backup, and no access to the main infirmary. If they didn’t get power back online, these people wouldn’t survive.

Across the room, Renjun and Chenle worked frantically at the backup power console, their faces illuminated by the dim glow of failing holo-displays.

Renjun cursed under his breath as another sequence failed to process. The system wasn’t responding.

“Come on,” he muttered, fingers flying across the panel. “We just need auxiliary power. Just enough to stabilize life support—”

ERROR. POWER RELAY OFFLINE. MANUAL REBOOT REQUIRED.

Chenle groaned. “It’s the external relays. The whole grid is out.”

Renjun exhaled sharply, his mind racing. If the main grid was down, they had to bypass it.

“We need to reroute through the lower decks,” he said, adjusting the interface. “If we can patch into—”

The lights flickered.

For a second, the red emergency strobes dimmed, plunging the entire room into near-darkness.

Then, a low hum resonated through the walls—a distortion, like an energy pulse reverberating through the station’s core.

Renjun froze.

“…That wasn’t us.”

Chenle’s hands hovered over the controls. “Then what just powered on?”

Jaemin turned sharply, his medical scanner buzzing erratically.

Haechan looked to the main corridor.

Beyond the reinforced glass, a single console screen flickered to life.

A garbled, distorted voice crackled over the comms. Not OMEGA. Not human.

"They are watching."

And then—the station trembled again.

Mark and Jeno moved quickly through the emergency corridors, their footsteps echoing in the dimly lit passageways. The station was dying around them—walls groaning, ventilation systems struggling to maintain pressure, and the overhead lights flickering like a fading pulse.

The escape pod bay was just ahead.

Mark tapped his wrist-mounted interface. “I’m trying to override the lockdown, but the system’s barely responding.”

Jeno clenched his jaw. “We won’t need it if the pods are intact.”

They rounded the final corner—and stopped dead in their tracks.

The launch bay doors were wide open. The viewing panel revealed an unsettling sight:

The escape pods were gone.

Every single one.

Jeno took a step forward, his fingers tightening around his weapon. “That’s not possible.”

Mark hurried to the control terminal, his hands flying across the interface. The holo-screen flickered violently, struggling to process commands.

Then the log data appeared.

EMERGENCY EVACUATION INITIATED

STATUS: ALL ESCAPE PODS LAUNCHED

TIME STAMP: 00:04 MINUTES AGO

Mark’s blood ran cold.

Jeno read over his shoulder, voice grim. “Someone launched them.”

Mark shook his head. “No—something launched them.”

Jeno’s expression darkened. “You’re saying this wasn’t human?”

Mark pointed at the irregular time stamp. “The station’s AI was compromised before the attack. If it wasn’t OMEGA, then…”

He didn’t have to finish.

Jeno let out a slow breath, eyes scanning the empty bay. The emergency strobes cast eerie shadows against the reinforced metal, making the hollow launch tubes look like graves.

“Then whoever—or whatever—did this doesn’t want us to leave.”

A sharp metallic clang echoed from the far end of the chamber.

Mark and Jeno whipped around.

The maintenance hatch at the rear of the launch bay had just unlocked.

The pressure-sealed doors hissed open.

Something was coming through.

The command center was eerily quiet—too quiet. The distant hum of the station’s failing power grid and the sporadic flickers of dim, red emergency lights were the only indicators that Geonmu-7 was still holding together.

The remaining survivors stood in tense silence, the weight of realization settling over them like a crushing gravitational field.

Haechan’s gaze swept across the room. Seven survivors.

Just seven.

Jaemin was tending to the injured, working quickly with dwindling medical supplies. Mark stood near the central holo-display, scanning the station’s internal status with a deep frown. Jeno kept watch at the entrance, weapon raised, his stance rigid—ready for whatever might come next.

Renjun and Chenle hovered over the engineering console, frantically rerouting what little power they could salvage into life support and station defenses. Every few seconds, an error message would flash across the interface, reminding them how dire their situation was.

And then there was Haechan.

He had never seen the command center like this. Cold. Empty. Leaderless.

The main display—usually filled with real-time data from station sectors—was a mess of corrupt files and static interference. The connection to Earth Command was severed.

Their distress signal had been sent, but there was no reply. No confirmation. No reinforcements.

It had been twenty minutes since the attack started. Surely someone should have responded by now.

Jaemin broke the silence first. “I did a full body count on the way here.” He exhaled sharply, shaking his head. “There’s no one else.”

Renjun’s fingers paused over the console. “Are you sure?”

Jaemin nodded grimly. “I checked every corridor we passed. Everyone else is either dead or missing.”

The words sank in, a bitter truth settling into their bones.

Haechan swallowed the knot in his throat.

They were alone.

Mark pressed a few commands into the central console, trying one last time to ping an external network. Nothing.

He turned toward Haechan. “If Command hasn’t responded yet, they’re either ignoring us—or they never got the signal.”

Jeno scoffed, tightening his grip on his weapon. “No way they’d ignore an attack on a classified orbital station.”

“Unless,” Renjun murmured, eyes scanning the corrupted system logs, “someone doesn’t want them to know.”

The words sent a chill through the room.

Haechan inhaled slowly. “So we assume the worst. No backup. No escape pods. No comms.” His voice remained steady, though his stomach churned. “Then we need to focus on what we can do.”

He turned to Renjun and Chenle. “Can we get long-range comms back online?”

Chenle shook his head. “Not from here. The main relay is fried. Best case scenario, we could jury-rig a transmission from the substation near the docking bay.”

Jeno crossed his arms. “That’s where we just came from.”

Mark frowned. “That area isn’t safe. We still don’t know what—”

A low rumble shook the station, cutting him off. The lights flickered violently, and for a brief second, all displays turned to static.

Then, over the station’s damaged intercom, a voice crackled through.

Not OMEGA.

Not human.

"We see you."

The screen glitched, revealing a single distorted transmission code.

Designation: UNKNOWN

Signal Origin: Geonmu-7—Internal

Haechan’s breath caught.

This wasn’t coming from outside.

The signal was coming from inside the station.

[hollowmem]

The master mind behind the war

GN!Reader in Call of Duty universe

Day 22: Mastermind - a place where you are with cameras, know everything, see everything. You can help the good or be with the bad <3 

You sit alone in a room with no windows. Only screens. Hundreds of them, flickering with live feeds from every corner of the city — the alleys where whispers are traded like currency, the glittering towers of justice, the bloodstained basements where truth dies screaming. You see everything. You know everyone.

To the world, you don’t exist.

To the heroes, you're the voice in their ear, the god of intel, the architect of justice. Missions succeed because of you. Lives are saved at your whim. You tell them where the villains hide. You give them the codes to the locked doors. They trust you blindly.

To the villains, you're the faceless supplier of secrets, the shadow behind their rise. You leak blueprints, feed false leads, offer immunity in exchange for chaos. You burn bridges while lighting the way.

They don't know they're both playing your game.

You are the Mastermind — neutral, detached... or so you tell yourself.

But every choice shapes the city. Every whisper you allow, every truth you silence, every life you spare or sacrifice... it changes everything.

And today, something has shifted. Someone on the outside is trying to trace the signal back to you. Someone has realized the game has only one real player. You.

It started as static. One of the feeds — Feed 134, West Side Dockyard — went dark for 3.7 seconds. An anomaly. Then it flickered back online, except something was different. The timestamp was behind. A loop. A forged feed. Someone hacked it — and no one is supposed to hack the system.

Not your system.

Your fingers glide across the keys, isolating the signal. You expect a masked IP, a buried trail, a dead end. But what you find is worse.

Coordinates. A message, buried in the signal noise, blinking slowly in binary code.

I see you.

A warning? A threat? An invitation?

You don't flinch. You don’t have the luxury. But the city never stops moving. Heroes are requesting new targets. Villains are asking for safehouses. The chaos engine grinds on, hungry for your direction.

And now, a new player is on the board.

Do you investigate? Do you erase the signal and pretend it never happened? Or do you trace it back, knowing full well it could lead to exposure, to compromise... to the end of control?

The monitors shift. A hero, standing on a rooftop, waiting for your orders. A villain, loading a gun, expecting your greenlight. A stranger, watching you — perhaps already inside.

The city waits.

And the Mastermind must decide: Continue the game. Or change the rules.

[blitzbahrain]

A Closer Look at ACB vs MCCB vs MCB: What’s the Difference?

When it comes to electrical protection and control, selecting the right type of circuit breaker is crucial for safety, efficiency, and performance. Among the most common types of breakers used in low-voltage electrical distribution systems are ACBs (Air Circuit Breakers), MCCBs (Molded Case Circuit Breakers), and MCBs (Miniature Circuit Breakers). Each of these has its unique features, applications, and limitations.

In this article, we’ll break down the key differences between ACB, MCCB, and MCB to help you make informed decisions for your projects.

What is an MCB (Miniature Circuit Breaker)?

An MCB is a compact protection device designed primarily for low-current, low-voltage circuits (typically up to 100 A).

Key Features:

Rated current: Up to 100 A

Breaking capacity: Up to 10–15 kA

Trip characteristics: Fixed (B, C, D curves)

Voltage level: Low voltage (generally 230V/400V)

Commonly used in: Residential and light commercial installations

Advantages:

Small and space-saving

Easy to install and replace

Cost-effective

Quick response to overcurrent and short circuit

Limitations:

Not suitable for industrial or high-load applications

No adjustability in trip settings

2. What is an MCCB (Molded Case Circuit Breaker)?

An MCCB is a more robust and versatile breaker designed for higher current ratings and industrial applications.

Key Features:

Rated current: Up to 2500 A (some models go beyond)

Breaking capacity: Up to 50–100 kA

Adjustable thermal and magnetic trip settings

Voltage level: Low to medium voltage (up to 1000V)

Commonly used in: Commercial and industrial distribution systems

Advantages:

Wide range of protection (overload, short circuit)

Adjustable settings provide flexibility

Suitable for motor protection and feeder protection

Can be used for selective coordination

Limitations:

Larger than MCBs

More expensive

Manual reset required after tripping

3. What is an ACB (Air Circuit Breaker)?

An ACB is a heavy-duty breaker used mainly in main power distribution systems, typically at the incoming (main) panel level.

Key Features:

Rated current: Up to 6300 A

Breaking capacity: Up to 120 kA

Voltage level: Up to 690V (Low voltage applications)

Trip units: Digital/microprocessor-based (with features like communication, metering, diagnostics)

Commonly used in: Industrial, commercial, and utility-scale applications

Advantages:

High breaking capacity

Advanced protection and control (via intelligent trip units)

Remote monitoring and operation

Easy maintenance and servicing

Limitations:

Large in size

Higher initial cost

Generally not suitable for final circuit protection

Comparison Table: ACB vs MCCB vs MCB

Feature MCB MCCB ACB Current Rating Up to 100 A Up to 2500 A Up to 6300 A Breaking Capacity~10 kA Up to 100 k A Up to 120 k A Trip Setting Fixed Adjustable Advanced (Digital/Micro)Application Residential /Light Comml. Industrial/Commercial Main Distribution/Industrial Size Very compact Medium Large Cost Low Moderate High Remote Monitoring No Optional Yes (Smart Trip Units)

How to Choose the Right Breaker?

It depends on your application:

Use MCBs for final circuit protection in homes, offices, or small shops.

Use MCCBs for motor protection, feeder circuits, or larger loads in industrial/commercial setups.

Use ACBs for main distribution, large generators, or transformer protection in industrial facilities.

Conclusion

Understanding the differences between ACB, MCCB, and MCB is essential for electrical engineers, panel builders, and procurement professionals. While they all serve the purpose of protecting circuits from faults, their capabilities and applications are very different.

As a trusted switchgear supplier, we help our clients choose the right protection device for their needs — whether it’s for a home panel or a high-capacity industrial switchboard.

Need help selecting the right circuit breaker for your project? Get in touch with our technical team today — we’re here to support you from specs to supply.

sales@blitzbahrain.com +973 35682029

[evprimespares]

EV Prime Spares – Quality That Drives the EV Future

Electric vehicles aren’t just a trend—they’re the future of mobility. And every powerful ride needs reliable components to keep it running smoothly. That’s where EV Prime Spares comes in. We are your trusted partner for supplying high-performance, top-quality EV spare parts across India.

With our roots in New Delhi and our commitment rooted in excellence, EV Prime Spares is dedicated to supporting the rapid rise of electric mobility through quality products, fair pricing, and unmatched service.

Who We Are

EV Prime Spares is a wholesaler and trader of premium electric vehicle spare parts. From e-bikes to electric scooters and conversion kits, we supply everything needed to keep EVs moving efficiently. Our tagline says it all — “Prime Quality for Prime Customers.” We believe that our customers deserve nothing less than the best, whether they’re running a repair shop, launching an EV startup, or managing a fleet.

Our Core Offerings

We specialize in spare parts for:

Electric Bicycles (E-Bikes)

Electric Scooters

EV Conversion Kits for Two-Wheelers

Accessories and Components for Customization

No matter what part you're looking for, you’ll find high-quality, tested, and performance-ready products at EV Prime Spares.

E-Bike Components

Motors, PAS sensors, and display meters

Smart controllers for better battery and speed management

High-efficiency throttle systems

Electric Scooter Spares

Hub motors, wheels, and brakes

Charging systems and battery cases

Handlebars, digital meters, and indicators

EV Conversion Kits

Full kits to convert conventional vehicles into EVs

Includes motor, controller, switchgear, wiring harness, and basic accessories

Accessories & Add-Ons

Side mirrors, headlamps, tail lights, horns, and more

All products are sourced from reputed manufacturers and are inspected for durability, performance, and safety.

Why EV Prime Spares?

You have options. So why do businesses choose EV Prime Spares again and again?

✔️ Top-Grade Products We don’t compromise. Every part we sell is performance-tested and reliable.

✔️ Bulk Supply, Wholesale Pricing Looking for competitive pricing? Our wholesale rates are perfect for resellers and workshops.

✔️ Wide Range Under One Roof No need to hop from supplier to supplier — we have everything you need.

✔️ Fast Dispatch from New Delhi We understand urgency. That’s why we keep our warehouse stocked for prompt dispatch.

✔️ Knowledgeable Support Team Not sure which product fits your EV model? Our experts are here to guide you.

Our Customers

EV Prime Spares serves a wide range of customers:

Retailers & Dealers: Bulk supplies at wholesale prices to stock up your inventory.

EV Mechanics & Workshops: Original parts for repairs, servicing, and upgrades.

Fleet Operators: Consistent availability to keep your fleet running without delays.

Startups & Innovators: Need spare parts for your prototype or small production batch? Count on us.

Whether you're just starting out or scaling up, we’re here to supply your needs — no minimum order required.

Our Role in the EV Revolution

At EV Prime Spares, we’re more than a supplier — we’re active participants in India’s EV revolution. By making reliable spare parts accessible and affordable, we support the larger mission of reducing carbon emissions and building a sustainable transportation future.

We’re proud to be helping small garages, big brands, and visionary startups drive the change, one component at a time.

Growing With the Industry

The EV space is moving fast — and so are we. EV Prime Spares is constantly expanding its product line, partnerships, and capabilities. Here's what's coming:

Dedicated online store for faster, easier orders

New categories like EV rickshaw and cargo three-wheeler spares

Installation guides and video tutorials

Partnerships with top domestic and international brands

Let’s Build the Future Together

Whether you're upgrading your repair shop, assembling EVs, or launching your own brand, EV Prime Spares is the reliable backbone you need. Our name stands for trust, quality, and service.

Electric vehicles are here to stay — and we’re here to make sure they run at their best.

[sngl-led-auto-lights]

What are the best LED lights for cars?

Choosing the "best" LED lights for your vehicle depends largely on your specific goals, vehicle type, and budget. There is no single "best" choice, as the ideal choice varies for headlights, fog lights, interior lights, and more. Here are the best recommendations based on common applications and key factors:

🛑 Key Considerations: First Legality and Safety:

Headlights and fog lights: Your most important consideration. Not all LED bulbs are legal or safe for use in halogen reflector/projector housings. Many LED bulbs create excessive glare, diffuse light, and obscure vision for oncoming vehicles.

Look for SAE/DOT or ECE certified bulbs designed for your housing type (reflector or projector). Reputable brands design their bulbs to mimic the position and beam pattern of a halogen filament. Look for LED bulbs with adjustable light patterns (like SNGL) to avoid glare and dark areas.

WARNING: Avoid cheap, uncertified "plug and play" LED bulbs that claim to be universal. They are often illegal and unsafe.

Quality & Reliability: Prefer brands known for good thermal management (large heat sink, efficient fan or copper base plate, copper tubing), durable components and stable output. Cheap LEDs break easily and can damage wiring.

Compatibility: Must match your bulb size model (H11, 9005, etc.), housing type (reflector/projector - ask your supplier!), and usually CANbus compatible to prevent error messages on modern cars.

🚨 Best LED Headlight Bulbs (Low/High Beam) Prioritize: Legal Beam Pattern Lifespan Brightness Heat Management

Most Recommended Brands/Options:

Brand and Model Key Features Best Use Reasons for Recommendation

🔆 Philips Ultinon Pro9000 Good optics, beam focus, strong heat management Performance- and safety-conscious users are willing to invest OEM-like beam pattern benchmark, ECE certification, excellent manufacturing quality 🔆 SNGL Competitive intelligent IC led driver built-in a all-new CANBUS system, the compatibility performance has been greatly improved, top-notch thermal management (copper substrate, copper tube, fan, heat sink), more reasonable price, adjustable light pattern, no glare and dark areas, DOT compliant. 🔆 Beamtech Pro Projector Housing Very popular, solid performer Budget-focused projector headlights Great value, generally good in projectors, good heat dissipation 🔆 Hikari Ultra / F3 Series High brightness, generally good beam focus Users who prioritize maximum output Balanced output, generally good customer support Requires careful aiming 🔆 Sealight Scoparc Series Balanced output and pattern control A solid low-mid-range option High efficiency, high reliability with the right housing, growing in popularity

🌫 Best LED Fog Light Bulbs Priorities: Right color temperature (3000K-4300K ​​yellow/white light) Good cutoff frequency Waterproof/dustproof

Most Recommended:

Diode Dynamics SS3 Sport/Pro: (Complete Replacement Housing) Industry-leading performance and durability, SAE-compliant options.

Morimoto XB LED: (Bulb or Housing) Excellent output and cutoff frequency.

SNGL Series (3000K Yellow): Affordable, efficient, and a popular choice for yellow light bulbs.

💡 Best Interior/License Plate/Turn Light LEDs Priorities: No trouble with CANbus interface Desired color (cool white ~6000K common)

⚠️ Key things to avoid “Generic” bulbs: LED type must match your specific bulb socket/housing.

Cheap LEDs (10-20 pairs): Definitely poor performance, glare, short life, fire risk.

Too high color temperature (>7000K): Blue/violet light scatters badly in rainy and foggy weather. Headlights should choose a color temperature of 5000K-6500K.

Projection type: Projection lenses are more adaptable to LED lenses than reflector lenses.

Skip aiming: Headlight aiming and height must be adjusted after installing any new bulb.

✅ Conclusion For safe, legal headlight beam performance: Philips Ultinon Pro9000 or SNGL are top choices. Be prepared to pay a premium ($100-250 per pair).

For great value projector headlights: Beamtech Pro (check specific fit/beam reviews for your model).

Fog lights: Diode Dynamics SS3 (if budget allows) or SNGL (3000K).

Interior: LASFIT or Sylvania offer reliable and affordable options.

Before buying, always verify accessory compatibility and recommended headlight type on the manufacturer's website! Check forums/groups related to your model for proven experiences. Proper installation and aiming are critical for safety and performance. 💡🔧

[entailglobal]

Innovative low tension insulators for modern rail and transit infrastructure

As global urbanization accelerates, the demand for efficient and safe rail and transit systems is at an all-time high.  One of the critical yet often overlooked components that contribute to the stability and reliability of electric rail systems is the low tension insulator.  These insulators are especially crucial in systems like trolley buses and small conductor rails, where compact, high-performance solutions are a necessity.

Radiant Enterprises, a trusted name in electrical insulation technology, is leading the charge in developing innovative low tension insulators for trolley buses and small conductor rails.  As an experienced epoxy insulator manufacturer and a globally recognized low tension insulators exporter and supplier in USA, Russia and beyond, Radiant is redefining standards for modern transit infrastructure.

The Critical Role of Low Tension Insulators in Rail Systems

Low tension insulators serve a fundamental purpose: they electrically isolate conductive components while bearing mechanical loads and withstanding environmental challenges.  In modern rail systems—particularly those with trolley buses and compact conductor rail networks—these insulators must offer high dielectric strength, dimensional stability, and resistance to heat, moisture, and pollution.

The growing trend toward electrified public transportation requires components that can perform flawlessly under continuous load, vibration, and varied weather conditions.  This is where advanced low tension insulator solutions make all the difference.

Applications:  Trolley Buses and Small Conductor Rails

Trolley buses and light rail systems are experiencing a renaissance in many cities due to their energy efficiency and lower emissions.  These systems rely on overhead wires or compact conductor rails to supply electrical energy.  Low tension insulators for trolley buses and small conductor rails ensure that power is transmitted safely and efficiently while preventing current leakage and minimizing the risk of electrical faults.

Radiant Enterprises specializes in tailor-made insulator designs that meet the unique constraints of these applications.  Their insulators are compact yet robust, offering high mechanical strength and excellent electrical performance.

Why Epoxy Insulators Are the Future

Traditionally, materials like porcelain and glass have been used for insulation, but they are heavy and prone to breakage.  Epoxy resin insulators are fast replacing these older materials, thanks to their superior mechanical, thermal, and electrical properties.

As a dedicated epoxy insulator manufacturer, Radiant Enterprises has perfected the use of cast resin technology to produce insulators with excellent tracking resistance, UV stability, and moisture repellence.  Epoxy insulators are also significantly lighter, reducing the overall weight of support structures and improving energy efficiency in mobile applications such as trolley buses.

Key advantages of epoxy insulators include:

Excellent resistance to thermal and mechanical stress

Enhanced dimensional accuracy and consistency

High dielectric strength and arc resistance

Reduced maintenance costs due to better longevity

Radiant Enterprises: Manufacturers for Low Tension Insulators

With decades of expertise, Radiant Enterprises stands out among manufacturers for low tension insulators.  The company offers end-to-end solutions—from custom product design and prototyping to mass production and international shipping.

Radiant’s in-house R&D and quality control labs ensure each insulator meets the highest standards for reliability and safety.  Their manufacturing processes adhere to global standards like IEC, ANSI, and ASTM, ensuring suitability for both domestic and international markets.

Moreover, Radiant Enterprises is constantly innovating by integrating automation and smart monitoring capabilities into their insulator systems—a step that aligns with the future of smart rail infrastructure.

Global Reach:  Low Tension Insulators Exporter and Supplier in USA and Russia and Globally

Radiant Enterprises has successfully expanded its footprint beyond India and is now a well-regarded low tension insulators exporter and supplier in USA, Russia and several other countries across Europe, Asia, and the Middle East.  Their deep understanding of international compliance standards and logistics ensures seamless delivery and reliable service across borders.

Their epoxy-based low tension insulators are currently used in:

Metro rail systems in Russia and USA

Trolley bus networks across Central Asia

Electrified light rail transit (LRT) systems in Eastern Europe

This global reach is a testament to Radiant’s commitment to quality, performance, and customer satisfaction.

Tailored Low Tension Insulator Solutions

Modern infrastructure demands customization, not one-size-fits-all solutions.  Radiant Enterprises offers bespoke low tension insulator solutions tailored to the specific technical and environmental requirements of each client.

Whether it is modifying the insulator shape to fit tight spaces in a conductor rail or optimizing the resin formulation to withstand coastal humidity, Radiant’s engineering team works closely with clients to deliver optimal results.

Custom solutions include:

Compact epoxy insulators for space-constrained installations

UV-resistant insulators for outdoor overhead systems

High-strength mounts for mechanical stability under dynamic loads

Fire-retardant coatings for safety compliance

Quality Assurance and Testing

Every low tension insulator produced at Radiant Enterprises undergoes rigorous quality testing, including:

Dielectric withstand testing

Tensile and compressive strength testing

Thermal aging analysis

Salt spray and pollution performance evaluations

By combining these tests with continuous in-process inspections, Radiant guarantees that every product shipped meets or exceeds customer expectations.

Supporting the Evolution of Electrified Transit

Electrified public transport systems like trams, metros, and trolley buses are expanding rapidly in urban centers globally.  Low tension insulators play a foundational role in these systems, enabling safer, more efficient electricity transmission.

Radiant Enterprises is proud to support this evolution by delivering next-gen epoxy insulators that blend durability, performance, and innovation.  From being a reliable epoxy insulator manufacturer to an agile low tension insulators exporter and supplier in USA, Russia, and globally, Radiant ensures that its clients are equipped with the best solutions for their transit needs.

Conclusion:  Shaping the Future of Transit Infrastructure

Modern rail and transit systems demand high-performance, reliable, and efficient components—and low tension insulators are no exception.  With increasing adoption of electrified transport across urban landscapes, the need for advanced insulation technology is more critical than ever.

Radiant Enterprises leads the way with its state-of-the-art epoxy-based low tension insulators for trolley buses and small conductor rails.  As trusted manufacturers for low tension insulators, they offer a full suite of products and services designed to meet the demands of 21st-century transportation.

Whether you are a transit authority upgrading your infrastructure, an OEM seeking reliable insulation components, or a project developer exploring low tension insulator solutions for your next big rail project, Radiant Enterprises is your trusted partner on the journey toward smarter, safer, and more sustainable mobility.

Contact Radiant Enterprises today to learn more about our epoxy insulators and innovative low tension insulator solutions tailored for your application.

[liteunite]

What Are The Benefits Of Choosing A Reputed Lighting Control System Supplier?

Ambiance and functionality are definitely the roles that lighting will play to enhance any space; however, the fast pace of Singapore's urban environment demands innovation and reliability in lighting solutions and control systems. To that end, homes, offices, and commercial establishments all rely on LiteUnite: the leading provider of comprehensive lighting solutions Singapore and cutting-edge lighting control systems in Singapore.

Comprehensive Lighting Solution for Every Application

No two spaces are alike, and we here at LiteUnite understand that. Our wide variety in lighting solutions in Singapore covers various requirements - everything from elegant home lighting to robust commercial setups. We've energy-efficient LED options, sleek modern designs, and specialized lighting for architectural or landscape projects.

LiteUnite collaborates with the top brands that offer quality and innovation, thus making sure every product meets the standards of durability, aesthetics, and performance. The team at LiteUnite closely works with the clients to develop a solution tailored for their requirements while integrating smoothly into the design and functionality of the space.

Advanced lighting control systems.

In today's smart era, lighting control systems are no longer luxuries but a necessity. LiteUnite takes pride in being one of the trusted lighting control system supplier in Singapore, providing state-of-the-art solutions that make managing your lighting effortless and efficient.

Lighting Control System Supplier

Our systems allow dynamic control of brightness, color temperature, and energy consumption to assure the best conditions for any scenario. Whether for wireless solutions for residential settings or sophisticated automation of large commercial projects, LiteUnite's range is designed to fit your requirements.

Our lighting control systems ensure the maximum efficiency in energy usage with no compromise on comfort and convenience by using modern technologies involving motion sensors, timers, and application-based control.

Why LiteUnite?

Experience: Years of lighting solutions for Singapore's unique needs.

Innovation: Cutting-edge lighting technologies and smart control systems.

Customer-Centric Approach: Personalized consultations to help you find the perfect solution for your space.

LiteUnite Illuminates Your World

LiteUnite: Your one-stop partner for lighting solutions Singapore and lighting control systems that deliver style, functionality, and sustainability for that cozy home, vibrant retail space, or high-tech office. Experience the perfect blend with our experts and premium products.

Ready to transform your space? Contact Lite Unite today and experience the future of lighting!

[usafphantom2]

With temperatures on the SR-71’s leading edges exceeding 1,000 degrees Fahrenheit, dealing with the heat raised a host of seemingly insurmountable design and material challenges. Titanium alloy was the only option for the airframe —providing the strength of stainless steel, a relatively light weight, and durability at the excessive temperatures.

Kirchoff’s law of thermal radiation this basically states that a good absorber is a good emitter , and a good absorber of heat is a black body.

Black paint generated, and Emissivity value of 0.93 compared with 0.38 for bare titanium resulting in a reduction in surface temperature of 15 to 30 degrees celsius. This was well worth this 60 pounds in additional weight of paint.

In Ben Riches Book “Skunk Works,” it was himself who suggested this idea to Kelly Johnson. Ben was the second man in control of the Skunk Works after Kelly’s retirement..

Titanium, however, proved to be a particularly sensitive material from which to build an airplane. The brittle alloy shattered if mishandled, which meant great frustration on the Skunk Works assembly line, and new training classes for Lockheed’s machinists. Conventional cadmium-plated steel tools, it was soon learned, embrittled the titanium on contact; so new tools were designed and fabricated—out of titanium.

But most important the US did not have the necessary ore. The world’s largest supplier of it was the Soviet Union, America’s enemy during the Cold War.

Titanium procurement during the Cold War was so vital to the US’ goal of defeating the Soviet Union that it had to secretly buy the metal from the very country it sought to vanquish. It was 1960 and Washington needed spy planes that could avoid detection in Soviet airspace by flying to the heavens. To make what would become the vaunted SR-71 Blackbird, Lockheed knew it had to build a light plane, but one that was strong enough to hold extra fuel to give it expansive range. The only metal that would do the job was titanium. The only place to get titanium in the needed quantities was the Soviet Union.

The US worked through Third World countries and fake companies and finally was able to ship the ore to the US to build the SR-71.

“The airplane is 92% titanium inside and out. Back when they were building the airplane the United States didn’t have the ore supplies – an ore called rutile ore. It’s a very sandy soil and it’s only found in very few parts of the world. The major supplier of the ore was the USSR. Working through Third World countries and bogus operations, they were able to get the rutile ore shipped to the United States to build the SR-71,” famous former SR-71 pilot Colonel Rich Graham said in an interesting article appeared on BBC. According to the following video, one of the bogus operations mentioned by Graham saw the US asking Soviets for titanium because they needed it for pizza ovens youtu.be/9mVXdo0QmPo

And Russians easily believed that the US needed titanium for thousands of pizza ovens. After all, they fraudulently possibly told their comrades that the United States was a lazy country that probably couldn’t even cook for itself. They need it to go out to buy pizza…

Ultimately, through third parties and fake companies, the US, “managed to unobtrusively purchase the base metal from one of the world’s leading exporters – the Soviet Union,” according to the book Skunk Works by Ben Rich, a Lockheed Martin engineer who worked on the SR-71. “The Russians never had an inkling of how they were actually contributing to the creation of the airplane being rushed into construction to spy on their homeland.”

Andriy Brodskyy contributed to this article. Written by~Linda Sheffield for Aviation Geek Club

Be sure to check out Linda Sheffield Miller (Col Richard (Butch) Sheffield’s daughter, Col. Sheffield was an SR-71 Reconnaissance Systems Officer) Facebook Pages Habubrats SR-71 and Born into the Wilde Blue Yonder for awesome Blackbird’s photos and stories.

@Habubrats71 via X

[loanbank]

Container load bank

A container load bank is essentially a large, self-contained unit housed within a shipping container or similar enclosure. The container design makes these load banks portable and durable, allowing them to be easily transported and deployed in various environments. The primary function of a container load bank is to provide a controlled and adjustable electrical load to test power sources under different conditions.

Key Components of a Container Load Bank

Resistive, Inductive, and Capacitive Elements:

Resistive Load: Simulates real-world loads such as lighting and heating systems by converting electrical energy into heat.

Inductive Load: Represents inductive loads like motors and transformers, which require a combination of current and voltage to operate.

Capacitive Load: Simulates capacitive loads such as capacitor banks, which store electrical energy and release it when needed.

Cooling System:

The heat generated by the resistive elements must be dissipated effectively to prevent overheating. Container load banks are equipped with powerful cooling systems, typically using fans or air-cooled heat exchangers, to manage the heat generated during testing.

Control System:

The control system is the brain of the container load bank, allowing operators to adjust the load levels, monitor performance, and record data. Modern load banks often feature remote control capabilities, enabling operators to manage the testing process from a safe distance.

Power Connections:

Container load banks are equipped with robust power connections to interface with the power source being tested. These connections are designed to handle high power levels and ensure safe and efficient operation.

Data Acquisition and Monitoring:

Advanced container load banks come with integrated data acquisition systems that monitor key parameters such as voltage, current, power factor, and frequency. This data is crucial for analyzing the performance of the power source and identifying potential issues.

Container load banks are indispensable tools for testing and maintaining power systems in a variety of industries. Their ability to simulate real-world load conditions, combined with their portability, durability, and safety features, makes them a valuable asset for ensuring the reliability and efficiency of generators, transformers, UPS systems, and other critical power equipment. By understanding how container load banks work and their applications, operators can better prepare for and manage the challenges of power system testing.

Incorporating container load banks into your maintenance and testing routine can significantly enhance the reliability and longevity of your power systems, ultimately leading to greater operational efficiency and cost savings. Whether you're commissioning new equipment or conducting routine maintenance, container load banks provide the tools and insights needed to ensure your power systems are up to the task.

[nocentis]

Light of the Cove ┆ AU

Name: Jellal Fernandes Age: 29 Home Planet: Evra Status: Intergalactic Fugitive, Vagrant Affiliations: Pyk'ryan Rebel Faction Occupation: Defense Pilot, Supplier Classification: Carbon-based sentient life-form; bipedal, mammalian

Background: The universe at large has been dominated by the Lythrum for thousands of years.

Jellal spent many of his formative years helping to organize and direct his planet's department of defense. When his home was invaded, he helped lead the resistance against the Lythrum army. Unfortunately, the Evran Allied Forces were outnumbered and, subsequently, overpowered. His home was instated under Lythrum rule, and he, among many of his peers, was taken prisoner.

A select few of the Evran people inherited the ability to control the fundamental elements involved in nuclear fusion, such as helium and, eventually, hydrogen. Jellal was one of these generational Evrans, and as such, was the subject of study for a handful of years whilst held in captivity.

The prison ship which held him passed through a highly volatile, atypical magnetic field, which disrupted their technology and caused a shipwide blackout. During this blackout, Jellal managed to escape using an emergency pod and assigned his landing to the nearest heavenly body.

After nearly a week of drifting through the dense vacuum of space, breaking two days' rations into smaller and smaller pieces, his pod finally met the surface of a kingdom-sized asteroid. An ostensibly abandoned Lythrum outpost lay a few miles from where he landed, so he mustered what little of his strength remained, and he suited up for the journey, expecting to scavenge more supplies. When he stumbled through the outpost, he was met with hostility from its occupants — Pyk'ryan Rebel Captain Ynxa and their crew.

Over time, Jellal proved his credibilty to Ynxa and their crew, and joined the Rebellion as an official member. Due to his Evran stature, he became one of their main suppliers, often sneaking into Coves and "borrowing" precious supplies — namely fuel and advanced technologies — from especially heinous fugitives to stoke his rebel faction.

Lythrum: A bipedal mammalian species most often known for their cruel and destructive nature. Most Lythrum have thick skin with short, fine fur in a range of red-yellow hues. Their ears are typically long and pointed, though they come in a range of shapes and sizes. They might be described as fox-like by humans.

Cove: An intergalactic black market typically found on asteroids or small heavenly bodies far outside of claimed star systems. These markets are unregulated and often avoided by Lythrum forces, but they are lawless wastelands wherein there is no true authority and no protection.

[pyrotechelectro]

🌟 Illuminate Your World with Pyrotech Electronics Pvt Ltd! 🌟

Are you ready to transform your space into a haven of style and sophistication? At Pyrotech Electronics Pvt Ltd, we understand that lighting isn’t just about brightness; it’s about creating an atmosphere that reflects your personal taste and enhances your living environment. Our cutting-edge Indoor Light solutions are designed to do just that, combining advanced technology with exquisite design to elevate your interior spaces.

Why Choose Pyrotech Indoor Lights?'

1. Exceptional Quality and Innovation: Our indoor lights are crafted with precision, using the latest advancements in lighting technology. We ensure that each product not only meets but exceeds industry standards, providing you with lights that are reliable, durable, and energy-efficient.

2. Stylish Designs for Every Space: From modern minimalism to classic elegance, our diverse range of indoor lighting options caters to every aesthetic. Whether you’re looking for sleek, contemporary fixtures to enhance a modern home or elegant chandeliers to add a touch of luxury, Pyrotech has the perfect solution to suit your needs.

3. Energy Efficiency Meets Performance: In an age where sustainability is key, our indoor lights are designed to be highly energy-efficient, helping you reduce your carbon footprint while saving on electricity bills. Enjoy the perfect balance of performance and eco-friendliness with our state-of-the-art LED and smart lighting technologies.

4. Versatility for All Your Needs: Our indoor lighting solutions are versatile and adaptable, making them ideal for any setting—be it residential, commercial, or industrial. From cozy living rooms and functional workspaces to vibrant retail environments and sophisticated dining areas, our lights are engineered to enhance every space with precision.

5. Easy Installation and Maintenance: We believe that upgrading your lighting should be a hassle-free experience. That’s why our indoor lights are designed for easy installation and minimal maintenance. With user-friendly features and durable construction, you can enjoy beautiful, effective lighting with peace of mind.

Spotlight on Our Top Indoor Lighting Collections

1. Elegant Chandeliers: Transform your dining room or foyer with our stunning chandeliers that combine beauty and brilliance. Each piece is meticulously designed to provide a centerpiece that not only illuminates but also elevates the ambiance of your space.

2. Modern Pendant Lights: Perfect for kitchens, bars, and contemporary living areas, our pendant lights offer both functionality and style. Available in various shapes and finishes, these lights make a bold statement while providing focused illumination.

3. Recessed Lighting: For a clean and streamlined look, our recessed lighting options are ideal. They seamlessly blend into your ceiling, offering unobtrusive lighting that’s perfect for both general illumination and highlighting specific areas of your home or office.

4. Smart Lighting Solutions: Step into the future with our smart lighting systems, which offer convenience and control at your fingertips. Adjust brightness, color temperature, and even set schedules with ease, all through your smartphone or voice commands.

5. Eco-Friendly LEDs: Our range of LED lights provides bright, long-lasting illumination with minimal environmental impact. Ideal for those who prioritize sustainability, these lights offer superior energy efficiency and longevity compared to traditional bulbs.

Transform Your Space Today

At Pyrotech Electronics Pvt Ltd, we’re committed to helping you create spaces that are not only beautifully lit but also reflect your unique style and values. Our team of experts is here to guide you through every step of your lighting journey, from selecting the right fixtures to installation and beyond.

Explore our extensive collection of indoor lights and discover how you can brighten up your world with elegance and efficiency. Visit our website or contact us directly to learn more about our products and services.

Brighten up your life with Pyrotech Electronics Pvt Ltd and experience the perfect blend of innovation, design, and performance!