#Abstract Clouds Ar

[rosykims]

who do i have to seduce at bioware to guarantee a moment in veilguard where lavellan gets to tell solas to grow up. just point me in their general direction and i'll take it from there

[citrineandrosmarin]

On the comparison of Athena and Ares [Excerpt]

Book: Athena by Susan Deacy (Highy recommend)

"It has become a near-cliché to differentiate between Ares as the embodiment of war’s violent and chaotic aspects, and Athena as the goddess who orders and systemises it [...] It is possible to identify similarities between the two deities, however, that undermine these rather neat patterns, for in order to inspire menos, (‘strength’, ‘courage’ or ‘prowess’) Athena operates in ways that are resonant of Ares. She is a warmonger from the moment she is born shaking her armour and making her war cry [...] In the Iliad, Athena gets into the thick of battle [...] The extraordinary menos of Diomedes that dominates Book 5 is inspired by the goddess. At one point he displays such unbridled rage under Athena’s influence that no one, neither Greek nor Trojan, is able to discern who he is or even which side he is on as he ‘storm[s] up the plain like a winter torrent’."

"With Athena’s help, another of her favourites, Achilleus, also takes on an appearance that differs from the usual pattern of heroic conduct when she clothes him in the aegis, places a golden cloud around his head and makes fire blaze from him. He then utters a war cry and she adds her own to it and the results are extraordinary: ‘unutterable confusion’ ensues and the panic produces deaths through ‘friendly fire’: the only instance of this in the Iliad."

"Unlike Ares, Athena is able to distance herself from war and violence. In the Iliad, she arms herself for battle by removing the self-made dress that she had been wearing, and replacing it with weapons, most strikingly, the ‘terrible tasselled aegis’ which contains the personified abstractions Phobos (Fear), Eris (Strife), Alke (Strength), blood-chilling Ioke (Pursuit), and then, most of all ‘the head of the terrible monster the Gorgon, both fearful and awful to look on’. These abstractions become part of the spectacle she produces; but they are also detachable. Ares, meanwhile, has a more permanent kind of attachment with some of these figures: Phobos and Eris are even his relatives."

"The standard way of evaluating Athena’s interventions in war is too limiting. [...] The comparison brings out Athena’s particular manner of operation as a warrior, intervening to assist her favourites and able to inspire their displays of warrior power, while deriving her power from her weapons rather than some natural affinity with war of the kind exemplified by Ares."

[aeoni-sw]

sooo what if I dropped more lore about my ocs

bats eyelashes

...oc loredrop time!! muehehehah!!

MANIAE MANIAE MANIAE MANIAE /pos

this is just. their basic shoulder-up profile.

Look at all the colors... yesyeyes, totally not a poorly liquified noise photo of what I think they'd look like in color

Maniae is the deity (technically goddess but I like gender neutral terms) of chaos, madness, and abnormality! I think

That title would technically go to Eris but we'll talk about her later

Ooh scary cut... (More images + loredrop)

AEONI McYapperton yaps :3

Maniae was a deity shunned out amongst the others. A mere personification of insanity, madness, and crazed frenzy. They are vaguely humanoid, resembling more so of swirls of color mixed with other strange features with a pair of white glowing eyes and a wide cheshire cat smile. The deity of chaos, madness, and abnormality.

My notes

Below, here's their beta design! I was trying to get a feel for how I wanted em to be, ykyk?

Text for the 2nd one:

[?]

I don't exactly, uhm... remember. Er—who are you guys?

Man now that I look back, I lowkey like the first design the best, but whatever

Oh and also TW for SH scars below

WOAH FULL PAGE!! The end had a tear for some reason but I kept it bc it adds to the charm?? I guess

No closeups bc there's a dang image limit for posts </3

But anyways!! As I was saying... Lore time!!

Starting off with their backstory!

Maniae is a freak of nature. Composed of purely chaos and magic—simply put together as chaos magic—they aren't supposed to be alive. Yet with the cruelty of the world at the time, they are. Made by the deity of magic (unnamed for now) and the goddess of discord and strife (Eris), Maniae takes on the role as the deity of chaos [and all that other stuff].

Now technically, according to Wikipedia, Maniae is a collective of evil spirits representing chaos and madness along with the goddess of rabies (Lyssa), but like shhh, it's okay. This is my story, not the Greek's.

As the new deity of chaos, Maniae obviously causes chaos! Brings havoc! Destroy the world! Alongside Eris and Ares and yadayadayada, all the other violent gods love them.

They kill without remorse, since it isn't built into their nature. They have been taught (by the one and only Eris) to hate the world and wreck it at every chance they get.

Oh we love a toxic upbringing, don't we?

Though one day, while coming back from a massacre in the mortal world, they are confronted by Eirene.

To briefly explain, Eirene is the goddess of peace, aid, and commonplace.

Hmm, hold on, I haaave... A snippet of a story WIP!!

... They spot Eirene—goddess of peace, aid, and commonplace—amidst the clouds. She is someone they despise yet simultaneously envy for her rule over the sacred gift of peace. She seems to sense their presence, suddenly asking aloud, “Why do mortals always seem to bicker?” She looks over to Maniae, sitting aloft a cloud whilst looking down upon humanity.

They huff, giving a shrug. “I don’t know,�� they blankly respond, “I don’t have an interest in those puny souls.” They take a stride closer to her, patting the goddess on her shoulder. “What’s with the question? You’re giving me the look again,” they mused while a smirk upturns their abstract features.

She lets out a sigh, gently taking Maniae’s calloused, bloody claw in between her soft hands. “I am asking you because I assumed you knew, being the deity that rules over chaos.” She pauses, adding in a more hushed voice, “Don’t you question it too?”

The chaos deity scowls, yanking their hand away from her tender grasp. “Question what?” they hiss, gesturing to the empty air beside them.

Eirene stares down at Maniae for a long pause of silence, the gust of clouds harshly blowing past the pair. She looks down at the window to humanity once more from her seat in the clouds. “Humans. Their strange, multifaceted nature.”

Maniae rolls their eyes while leaning down to look at the world as well. “Couldn’t you ask the god of humanity instead?” they mutter, crossing their arms.

Her gaze flicks up to them again, carrying a more wistful look. “I could. I won’t though,” she replies while bringing her hand up to put in a resting position against her cheek.

Maniae frowns, furrowing their brow. “Why not? He’d obviously know more and answer your question—”

“—I’m trying to make you understand, Maniae,” she interrupts with quick fervor, “that you need to see there’s more to life than the madness that surrounds you.” The goddess lifts her head up, her hair billowing in waves. “You have a choice to be more than this.” She narrows her gaze to them.

They seem to stiffen at her direct statement, turning their head away. “Alright, I’m sorry…” they grumble, starting to step away from Eirene before she continues, “Did you get that sorry from Anwir? I can’t tell if you’re genuine anymore with your ways.”

Maniae tightly holds the magic ball in their claws. They would’ve ripped her jaw off, though wouldn’t dare act physically against her. Instead, they rebutted, “The only genuine action I’ve done is violence, everything else can be lost to mania.”

She shakes her head, bringing her hand to her forehead. “Then, would you do me a favor?” she murmurs, her now tired eyes gazing down on them. Maniae brings the magic ball to their chest, face scrunched into a dirty look. They scoff, giving a nod. Eirene continues, “Go down to the mortal world, interact with them. See the land for what it is.”

Maniae’s eyes widened, panicked. “What?” they hissed with a slight voice crack, “don’t send me back there, I hate that damned place!” An amused smile crosses the goddess’ expression. “Perhaps you’ll like it better once you observe how the world is without your mind muddled with chaos.”

“Perhaps I’ll like it better if I suffer more down there,” they mocked her with a sly smirk, pointing a talon at her. “Who are you to convince me anyway? We’re equally both gods, and I can take you down easily.”

She gives a warm smile. “You’ll see. There’s mortals that share the same dilemma as you.” She then flicks her wrist, adding, “I’m simply trying to help.”

Maniae yelps, the clouds beneath their feet growing thinner. “Wait, wait! Don’t!” They reach their claw out to grab her, claw her, anything. It reaches upon dead air as they fall. Everything fades to dark as the air pressure increases with their growing speed.

The last thing they see is her smile, welcoming yet pitiful.

...that was longer than I expected. uh. okay.

So anyways!! Maniae is sent down to the mortal realm again, now forced to actually see humans for what they are and push chaos aside.

Filler, filler, plot point that I haven't figured out yet, yadayadayada, lalalala...

Oh em gee!! They find out that humans like them (people who don't fit in, confused about societal norms, and trying to figure out their role in life) exist!! And they find out humans aren't just violent creatures, they actually care!! Wow!!

After their new awakening or whatever you want to call it, they are able to go back to the godly plane. Maniae eagerly yaps to Eirene about humans, now having understood emotion and feeling besides insanity!

Eris finds out. Is this good? HELL NO. As the goddess of strife, of course she's going to have a problem with Maniae's new path.

Ahem. More, uh, trigger warnings for abuse.

Lalalalallaala you don't see this lalalalala... Nooo wooo you don't see anything woa...hmmhmmhm lalala woaooaoaaoaaoa

Degrading, beating, solitary confinement, more beating, broke their right horn (our left) to exhaust more of their magic as punishment, trying to convert them back to the chaos creature everybody knew, forcing them into her beliefs... I didn't write this part out yet, but if I did, ohhhohohoh...

Okay trigger ends here

Sorry, anyways! This is where Maniae is conflicted. They want to be good, they want to see the light that Eirene has offered to them—peace.

Yet they can't do that, they have to be evil and insane and bring the world to destruction. That is their job as the deity of chaos after all, and that is their role to play.

I think I'll end the backstory here.

Let's talk about their abilities now!!

Chaos warp: They release some sort of potent aura around them that makes anything with a consciousness go insane and make them more prone to violence. The victim's madness level depends on their mental state- if they're more mentally strong, they're able to resist this better than someone who's already mentally weak. This lasts for a few hours, six hours at most. The victims return to their normal state once this ends.

Mind control: you heard me right, mind control. Maniae is able to control the mind of one person only, and it has to be a mortal being, or else it will not work!! They do this by force feeding the victim a chaos orb (size of a marble) and getting into their head in general. Again, this usually works better on weak minded people more than strong minded.

Reading thoughts: AKA basic mindreading. As the deity of chaos, they can reach into any mind, no matter how cluttered or terrifying their thoughts are. Their passive ability is to just read a specific person (or group of people) and pinpoint their various emotions, but not their exact thoughts. Only if they focus their attention on one person can they read minds, and only if they don't have some sort of mental barrier.

Teleportation: All gods know how to teleport since they all have magic. Maniae's way of teleporting is by breaking a teleportation orb (who knew, it's an orb that has teleportation magic). The magic of the orb can teleport a maximum of... whatever's in it's close-range radius I guess? The one who breaks it chooses where to go, and bam! Boom! Shakka lakka! They're there.

Chaos condensation and consumption: Basically Maniae is able to collect chaos around them. If there's chaos energy around (which can be anywhere from a dispute to a war) then they're able to pull that energy into a new chaos orb. Or, the other option is eating the chaos energy. Since Maniae's made of pure magic, of course they can eat chaos energy, it's practically their main diet (which is a bad thing, since the chaos energy is actually one of the reasons they're chaotic in the first place). They can do this directly or eat a chaos orb instead.

Shape shifting: You know how Greek gods sometimes shape shift to trick mortals (or something like that, I forgot how the stories go)? That's what Maniae can do too! They like transforming into a *wisp the best, since it allows them to float/fly around and be free as well as get into people's heads easier. They can also transform into various animals, real or not. Their most recent form is one of a human, with the help of a strange theatre mask... (*wisp = literally just air but in a magic form, like a ghost, sorta.)

Radiance: Simply, they glow! Their radiance corresponds to the amount of chaos in their system. The more bright they are, the more chaotic- aaand vice versa; the more dull they are, the more... Either tranquil or depressed.

Godly strength and speed: just the usual perks of being a god. They have enhanced strength and speed because why not?

I think that's it for their abilities. It's about time we get into RELATIONS!!

Eris, goddess of discord and strife:

Past Maniae = "She's so cool... I want to be just like her and the other gods! Once I'm more powerful, we can tear apart the world and make it bleed." Their 'mother.' Very positive. They look up to her and heavily glorify her actions. They're her loyal pet (ew why am I saying this) who'd destroy the world with her.

Present Maniae = "Don't even mention her; I'll cut off your tongue. I know she's not here, but what if she's listening?!" Still their 'mother.' Negative and fearful. Responds to her name like a cornered animal- scared and violent instinct. After what she's done to them and what they've seen in a new light... They can't look at her with the same admiration they did when blinded by chaos.

Eirene, goddess of peace, aid, and commonplace:

Past Maniae = "I despise her, she's just blind! She's so pathetic to think that 'everyone deserves peace.' Who needs peace anyway?" An enemy/rival. They see her as an obstacle in their path of destruction. Deep down, they did feel jealous, though who cares about that when mania is the first option?

Present Maniae = "She's... nice, I guess. What—no, I mean that's just her nature as the goddess of peace. I don't care about her." A close friend. They don't want to admit that aloud though. She's seen their pain and heard their pleads enough for them to be soft around her. She is their opposite in every way and still treats them with the same patience she had at the beginning.

[Unnamed], goddess of magic:

Past Maniae = "Ooh! Ooh! I still need to ask her how to cast fireball!" Friendly, doesn't see her as a mother figure though. More like... Their cool aunt that teaches them how to hone in their magic!!

Present Maniae = "I haven't talked to her in a while. I don't think I want to. I did learn to cast fireball on my own though!" Neutral and more distant, though still friendly. They still see her as the cool aunt, though they feel that they don't deserve to be in her presence. (She treats them the same as the past and is mostly ignorant.)

Anwir, god of lies, acting, and deceit:

Past Maniae = "Chaos and deceit go together naturally! He's pretty cool to hang out with, aaand we can cause mischief, together!" Friends, sees him as a fuel for chaos. They only used him for his ability to smoothly lie and light the flames of discord. They've crossed the line after what they did to him.

Present Maniae = "He probably hates me. I doubt that he's even considered my friend. Tch, just shut up, I hate him!" Bitterness and regret for his past friend. They feel a heavy weight on their shoulders for what they've done to him. They're in heavy denial about wanting to reconnect with him.

Aceso, goddess of healing and well-being:

Past Maniae = "Why does she care about my damn battle scars? I can heal by myself! Besides, she keeps pestering me and she's annoying." Dislike, but not hated. During the rare moments they do go to her shrine for healing, they are thankful, but that's quickly overridden by their urge to cause chaos again (even with a bleeding wound).

Present Maniae = "I... tch, fine, I appreciate her help, but that's it. That's just her acting out her title as a goddess of healing. She could stop nagging me about my scars though!" In denial of their gratitude, neutral-positive towards her. She's seen as their second caretaker when Eirene isn't able to. Oh she knows buddy. She definitely knows about their SH scars. They only go to her shrine when there's no patients around. Her shrine is one of the few places (besides Eirene's realm) that they feel calm.

Somnia, deity of sleep and dreams:

Past Maniae = "Who??" Straaanger! Does not know any other minor deity outside of the chaos circle. Yup, that's it.

Present Maniae = "Never met 'em. They do sound familiar though..." Maniae doesn't quite know who they are, though I do plan for an interaction with them soon! For now, Maniae only knows them by their ability to turn nightmares into dreams. Somnia knows much more about the chaos deity because of their dreams (which are mainly nightmares).

There's a lot more deities, but I haven't really developed them yet... Or designed them for that matter... Uhhmmmmm...

Technically most of the deities listed aren't designed yet, and I haven't fleshed out some of their stories

This is getting... WAY too long!!

Uh... Please tell me if there are any inconsistencies. This was sort of an impulse oc rant that I tried to stitch together, except I don't know how to stitch.

I think I need to make a seperate tag for oc rambles like these...

IF I MISSED ANYTHING, GET READY FOR A PART 2.

[toasecretsanta]

can you give like an example of what a prompt would look like? sorry

Sure! Prompts can take a variety of forms, like these:

Plot-based: (what the character(s) are doing)

Meg and Apollo go to a plant fair

Britomartis feeds the griffins

Apollo gives Ares parenting tips

or without characters listed:

Going clothes shopping

Someone performing on a stage

New Rome in the aftermath of TTT

Relationship-based: (a focus on a specific pair or group of characters interacting)

Apollo having fun with his kids

Polldona moments

Zeus and Apollo through the years

(note: for relationship-based it is helpful to include some sort of direction beyond simply listing the relationship and nothing else!)

Abstract prompts: (based on vibes rather than characters or plot, likely to be interpreted in several different ways)

Clouds that blot out the sun

Every rose has its thorn

How do I say I love you?

Prompts don't need to be too long, and indeed abstract ones could be as short as a single word! The aim is to give creative freedom to your match whilst still getting the sort of things you like to see in the fandom.

As a reminder, nsfw or dead dove material is not allowed, and all prompts that specify characters or events must include at least one TOA character/reference. Ones that do not have any reference to TOA will not be sent to your match! (abstract prompts, ofc, are by nature, well, abstract, and the expectation is that they will be interpreted through the lens of TOA)

[deltasaas]

Augmented Reality Software: Elevating Everyday Experiences

Imagine trying on clothes without stepping into a store, learning history by walking through a virtual ancient city, or fixing your car with holographic guides floating in front of you. Augmented reality (AR) software makes this possible, blending digital magic with the real world to enrich how we live, work, and play. These tools overlay virtual elements—like 3D models, text, or animations—onto our surroundings, creating experiences that inform, entertain, and inspire. What makes AR software a daily essential, and how can it transform your routine? Let’s dive in.

What is Augmented Reality Software?

Augmented reality software is a collection of digital tools that superimpose computer-generated content onto the physical world in real time. It’s the tech behind apps that let you see how a couch fits in your living room or play games where characters leap off your coffee table. Unlike virtual reality, which dives fully into a digital realm, AR enhances what’s already there, using devices like smartphones, tablets, or AR glasses.

Today, these platforms tap into artificial intelligence (AI), cloud computing, and advanced sensors to deliver seamless, interactive experiences for everyone from casual users trying a new hairstyle to professionals designing innovative products.

Why Augmented Reality Software Matters

Our world is visual, fast-paced, and information-hungry. AR software bridges the gap between curiosity and understanding by making the abstract tangible. It matters because it:

Enhances Learning: Visualize complex ideas, from anatomy to architecture.

Boosts Convenience: Preview products or navigate spaces with ease.

Sparks Joy: Turn mundane moments into playful adventures.

Saves Effort: Solve problems with step-by-step AR guidance.

Posts on X often highlight tools like Adobe Aero for creative fun, showing how AR is weaving into daily life.

Key Features of Augmented Reality Software

The best AR software offers a dynamic toolkit:

Real-Time Overlay: Place 3D objects or data in your environment instantly.

Tracking Tech: Align virtual content using cameras, GPS, or markers.

Interactivity: Tap, swipe, or speak to engage with AR elements.

Customization: Build tailored experiences with templates or code.

Cross-Platform: Run on phones, tablets, or headsets smoothly.

AI Smarts: Recognize objects, faces, or spaces for richer overlays.

These features turn your device into a window of possibility.

Top Benefits for Users

AR software delivers everyday wins:

Engagement: Captivate your attention with immersive visuals.

Practicality: Try before you buy or learn by doing, hands-on.

Time Savings: Skip guesswork with instant previews or guides.

Accessibility: Use AR anywhere with just a smartphone.

A shopper using IKEA Place might save a trip to the store, while a student on Merge Cube explores science in 3D from their desk.

Popular Augmented Reality Software

The AR landscape is buzzing with options:

Adobe Aero: Free, intuitive tool for crafting AR scenes.

Unity: Developer favorite for robust AR apps across platforms.

ARCore: Google’s SDK for Android AR magic.

ARKit: Apple’s toolkit for iOS AR brilliance.

Snap Lens Studio: Social-friendly AR for fun filters and effects.

How to Choose the Right Augmented Reality Software

Picking the right tool depends on your vibe:

Purpose: Casual fun (Snap) or app-building (Unity)?

Skill Level: Beginner-friendly (Aero) or pro-grade (ARKit)?

Device: Android (ARCore) or iPhone (ARKit)?

Features: Need simple overlays or advanced tracking?

Cost: Free (Aero) vs. paid tiers (Unity Pro at $150/month)?

The Future of Augmented Reality Software

AR software’s future is dazzling. AI will make overlays smarter—think real-time translations popping up on signs or personalized shopping tips as you browse. AR glasses will replace bulky headsets, blending tech into daily wear. 5G will cut lag, making experiences instant, while social AR could let friends join your virtual world from afar. The focus is on seamless, everywhere AR that feels as natural as breathing.

Challenges to Watch For

There are quirks. Learning tools like Unity can take time for novices. Device limits—older phones might stutter—mean you need decent hardware. Costs can climb; premium AR tools aren’t always cheap. Privacy matters—cameras scanning your space raise questions, so pick secure platforms. Battery drain is real too—AR loves power, so keep a charger handy.

Real-World Impact

Shoppers: Use IKEA Place to see furniture in your home before buying.

Learners: Explore planets with Google Expeditions in AR.

Hobbyists: Paint in 3D space with Tilt Brush via AR headsets.

Conclusion

Augmented reality software isn’t just tech—it’s a lens that makes life richer, easier, and more fun. It turns your phone into a portal, blending the real with the imagined to solve problems, spark creativity, and connect us in new ways. Whether you’re designing, shopping, or just playing, the right AR tool can redefine your day. Explore the possibilities, grab a tool, and see your world in a whole new light.

Frequently asked questions

What is augmented reality software?

It’s a set of tools that overlays digital content—like 3D models or text—onto the real world in real time via devices like phones or glasses.

Who uses augmented reality software?

Everyday folks, students, shoppers, creators, and pros in fields like education, retail, or design looking to enhance their experiences.

How does it improve daily life?

It simplifies decisions, boosts learning, and adds fun by merging virtual info with your surroundings.

Is it secure?

Most trusted tools encrypt data and prioritize privacy—check each app’s policies to be sure.

What’s the difference between AR and VR software?

AR enhances reality with digital overlays; VR immerses you fully in a virtual world.

How much does augmented reality software cost?

Ranges from free (Adobe Aero, ARCore) to $50-$150/month for pro versions (Unity, Vuforia).

Can it integrate with other tools?

Many sync with design apps, cloud storage, or social platforms—confirm what fits your needs.

How long until I see benefits?

Simple uses like previews work instantly; deeper perks grow with practice and exploration.

[lps-global-schools]

The Role of Technology in Enhancing Learning in Schools

Introduction:

Technology has transformed education in unimaginable ways, revolutionizing the way students learn and teachers instruct. In today’s digital age, integrating technology into classrooms has become essential for improving academic performance, fostering creativity, and preparing students for the future. At LPS Global School, the List of Best Schools in Noida where schools that embrace digital learning tools create dynamic and interactive environments that enhance engagement and deepen understanding.

The Growing Influence of Technology in Education

The integration of technological advancements in the education sector has paved the way for a more interactive and efficient learning process. From smart classrooms to artificial intelligence-powered assessments, modern schools leverage these tools to improve students’ learning experiences.

1. Smart Classrooms for Interactive Learning

Traditional teaching methods often rely heavily on textbooks and lectures. However, smart classrooms incorporate digital boards, projectors, and audiovisual aids to make lessons more engaging. Visual representations help students grasp complex concepts with ease, making learning more effective and enjoyable.

2. E-Learning Platforms and Online Resources

With the rise of e-learning platforms, students can access study materials, lectures, and assignments anytime, anywhere. These platforms provide an extensive repository of educational content, making self-paced learning a reality. Schools that implement online learning solutions encourage independent research and flexible study habits.

3. Gamification for Better Engagement

Gamification in education uses game-like elements such as rewards, leaderboards, and challenges to motivate students. By making learning fun and competitive, students develop problem-solving skills, critical thinking, and collaboration abilities. Schools incorporating gamified learning see increased student participation and enthusiasm in subjects like mathematics and science.

4. Artificial Intelligence for Personalized Learning

AI-driven educational tools analyze student performance and suggest personalized learning paths based on their strengths and weaknesses. Such systems help teachers identify struggling students early and provide targeted interventions to improve academic outcomes.

5. Virtual and Augmented Reality for Experiential Learning

Virtual Reality (VR) and Augmented Reality (AR) bring abstract concepts to life. Whether it’s exploring the solar system, visiting historical sites, or conducting virtual dissections, these immersive experiences enhance understanding and retention. Schools utilizing VR and AR create highly engaging lessons that bridge the gap between theory and practice.

6. Cloud-Based Collaboration for Seamless Communication

Cloud-based platforms enable students, teachers, and parents to collaborate effectively. Whether it’s submitting assignments, attending virtual classrooms, or accessing study materials, cloud technology facilitates seamless interaction and ensures continuity in learning.

7. Coding and Robotics for Future-Ready Skills

With technology playing a crucial role in modern careers, schools are increasingly incorporating coding and robotics into their curricula. Hands-on experience in programming and robotics fosters logical thinking, creativity, and problem-solving skills. Schools that prioritize STEM education prepare students for tech-driven professions.

8. Cybersecurity Awareness and Digital Literacy

As students spend more time online, it’s vital to educate them about digital safety and responsible internet use. Schools emphasizing digital literacy help students navigate the online world securely and ethically, ensuring they develop strong cyber etiquette and media literacy.

The Benefits of Technology-Driven Education

A. Enhanced Student Engagement and Participation

Digital tools make learning more interactive, catering to different learning styles. Visual learners benefit from multimedia presentations, while auditory learners grasp concepts through audio lectures and podcasts. Personalized learning ensures each student progresses at their own pace.

B. Real-Time Assessment and Feedback

Online assessments provide instant feedback, allowing students to understand their mistakes and improve in real-time. Adaptive testing tools adjust the difficulty level based on performance, ensuring continuous progress.

C. Bridging the Learning Gaps

Students with learning disabilities benefit significantly from assistive technologies such as text-to-speech software, audiobooks, and customized learning modules. These tools ensure inclusivity and provide equal learning opportunities for all students.

D. Improved Teacher Productivity

Teachers can leverage digital tools to automate administrative tasks such as grading, attendance tracking, and lesson planning. This allows educators to focus more on student development and personalized instruction.

E. Access to Global Learning Resources

Technology removes geographical barriers, enabling students to learn from international experts and collaborate with peers worldwide. Schools that incorporate global learning experiences broaden students’ perspectives and improve cultural awareness.

Overcoming Challenges in Implementing Technology in Schools

While technology offers numerous benefits, schools must overcome certain challenges to ensure successful implementation:

1. Infrastructure and Connectivity Issues

Reliable internet access and modern infrastructure are essential for seamless technology integration. Schools should invest in high-speed internet, updated hardware, and technical support to maintain smooth operations.

2. Training and Professional Development for Teachers

Educators must be well-equipped to use technology effectively. Regular training sessions and workshops help teachers stay updated with the latest digital tools and teaching methodologies.

3. Ensuring Cybersecurity and Data Privacy

With increased online learning, schools must implement strict cybersecurity measures to protect student data. Policies on internet usage, secure access controls, and digital safety awareness programs are essential.

4. Balancing Screen Time and Traditional Learning

While technology enhances education, excessive screen time can be counterproductive. A balanced approach that combines digital and traditional learning ensures students develop holistic cognitive skills.

The Future of Technology in Education

With rapid advancements in artificial intelligence, blockchain, and machine learning, the future of education is set to become more personalized and efficient. Schools adopting emerging technologies will offer students a competitive edge in academics and career readiness.

Emerging Trends to Watch

AI-Powered Tutors and Virtual Assistants – AI chatbots and virtual tutors provide real-time assistance, guiding students through complex concepts.

Blockchain for Secure Credentials – Blockchain ensures secure academic records and transparent assessment processes.

5G Connectivity for Remote Learning – Faster internet speeds will enhance virtual classrooms and real-time collaboration.

Adaptive Learning Systems – AI-driven platforms that adjust curriculum based on student performance.

Conclusion

The integration of technology in education is no longer a luxury but a necessity. Schools that leverage digital tools create a dynamic and enriching learning environment, preparing students for the evolving demands of the 21st century. At LPS Global School, the List of Good Schools in Noida where by overcoming challenges and embracing innovation, institutions can ensure students receive a future-ready education that empowers them to excel in academics and beyond.

As education continues to evolve, schools that invest in technology-driven learning will remain at the forefront of academic excellence, shaping the leaders of tomorrow. The fusion of traditional teaching with digital advancements paves the way for a smarter, more interactive, and globally connected learning ecosystem.

[miracuvesseo]

Revolutionizing E-Learning: A Blueprint for Building Your Byjus Clone

In the fast-evolving digital era, e-learning platforms like Byjus have set new benchmarks for education delivery. Offering interactive and personalized learning experiences, such platforms cater to the diverse needs of modern learners. If you're considering developing your Byjus clone, this guide unpacks the critical aspects to make it successful.

E-Learning Landscape: Opportunities and Growth

The global e-learning market has seen unprecedented growth, with predictions suggesting it will reach $400 billion by 2026. Factors like the increasing demand for skill-based learning, rising internet penetration, and technological advancements are driving this surge. Platforms like Byju’s thrive by combining accessibility with innovation, creating immense opportunities for new entrants.

Key Market Trends

Micro-Learning: Bite-sized content that enhances retention.

AR/VR Learning Modules: Transforming complex concepts into immersive experiences.

AI and Data Analytics: Enhancing personalization and tracking progress.

Essential Features for a Byju’s Clone

To create a standout Byju’s clone, focus on features that ensure exceptional user experiences:

1. Engaging Video Content

Interactive video lessons with rich animations make learning enjoyable and effective.

2. Personalized Learning Paths

AI-driven customization tailors content to individual learning speeds and preferences.

3. Gamification Elements

Quizzes, badges, and leaderboards encourage participation and enhance motivation.

4. Multi-Language Support

Expand your reach by offering content in regional languages.

5. Cloud-Based Scalability

Handle high traffic seamlessly with cloud integration, ensuring uninterrupted learning experiences.

6. Performance Analytics

Provide detailed progress reports for students and actionable insights for educators.

Steps to Develop Your Byju’s Clone

1. Research and Define Your Niche

Identify a target audience and understand their specific learning needs. Whether catering to K-12 students, competitive exams, or vocational courses, having a clear niche will guide your development process.

2. Design an Intuitive User Interface

Create a clean, visually appealing interface that ensures smooth navigation and easy access to content.

3. Develop Content Collaboratively

Work with educators, content creators, and animators to build engaging and accurate course materials. Incorporate AR/VR technologies to make abstract concepts more tangible.

4. Implement AI Algorithms

Leverage AI for content recommendations, adaptive quizzes, and performance tracking, making the platform smarter and more engaging.

5. Ensure Robust Security Measures

Protect sensitive data with end-to-end encryption and secure payment gateways to build user trust.

6. Comprehensive Testing and Launch

Test the platform rigorously across devices to ensure compatibility and resolve potential glitches before the launch.

Monetizing Your Byju’s Clone

Maximize profitability by implementing diverse revenue models:

Subscription Services: Offer tiered plans with varying levels of access.

Freemium Model: Provide free access to basic courses, with charges for advanced ones.

Advertising Partnerships: Collaborate with brands for targeted in-app advertisements.

Course Bundles: Let users buy specific course packages.

Overcoming Challenges in E-Learning Development

1. Enhancing User Engagement

Consistently update content, integrate gamification, and foster a community-driven approach to retain learners.

2. Adapting to Technological Changes

Stay competitive by integrating new technologies like AI, AR, and blockchain to keep your platform relevant.

3. Managing Scalability

Invest in a cloud infrastructure to handle growing user bases and heavy traffic effortlessly.

Miracuves Solutions: Your Partner in E-Learning Innovation

At Miracuves Solutions, we specialize in building robust and feature-rich e-learning platforms tailored to your vision. Here’s why we are the right choice:

AI-Driven Personalization: Tailor learning experiences for maximum impact.

Gamified Learning Modules: Keep users engaged with innovative design.

Multi-Device Compatibility: Ensure seamless access across platforms.

Customizable Solutions: Build a platform uniquely suited to your audience.

Our expertise lies in creating scalable and future-ready platforms that position you as a leader in the digital education space.

Conclusion: The Future of Learning

Developing a Miracuves Byjus clone Solution is more than replicating its features—it’s about delivering an innovative, value-driven learning experience that addresses evolving educational needs. By incorporating cutting-edge technologies, a user-centric approach, and engaging content, you can revolutionize how education is delivered.

[fromdevcom]

10 years ago you could hardly imagine how it is possible to get a proper education without attending a college. But these days everything is changing. Technologies rule the world. Education goes ahead. Numerous students worldwide take online courses at the most prestigious universities.  Teachers deliver their knowledge via the Internet. What incredible opportunities are waiting for us in the future? How will education look like in several decades? Classroom Layout: Moving Walls Forget neat desk rows, uncomfortable chairs and a lecturer delivering his speech in front of students. It is out-of-date. The class design will change greatly. Private workstations for individual tasks and collaborative workspaces for elaborating group projects; standing desks and flexible settings; interactive projectors and cloud storage will inevitably break into the life.  A typical classroom will not exist anymore. Instead, you can move walls as you need to create a comfortable space for your group. Augmented Reality For example, walking on the Baker Street, you meet Doctor Watson and listen to Sherlock Holmes playing the viola. However, keep sitting in your classroom, reading Conan Doyle through a smart device. Or you discover oceans diversity without diving.  How is it possible? AR-enabled wearable devices such as Google glasses will change the fundamental principles of education. No more boring lectures. You can touch, smell, and listen to everything you study! You may scout the night sky and explore star signs and other planets. You can reach any place on the Earth or make a fancy journey beyond the Solar system. It is the way for students to have virtual field trips and explore the world in three dimensions. Distance Doesn’t Exist Imagine this: you are comfortably sitting in your classroom while a tutor explains the String Theory from inside the Large Hadron Collider! A lecturer is streaming what he observes through a Google Glass to the students that are far away. And he is perfectly capable of seeing your group as through all of you sitting in the same room! In many ways, this is a genius invention which gives us an opportunity to get the interactive and supplementary information. It may happily bring us to historical artifacts or the moment of Columbus’ landing on the American coast. Real-Life Models Not many students are lucky enough to possess spatial thinking that is extremely important in art and design as well as exact science. Nevertheless, due to 3D printers, a teacher will be able to provide his students with a new form of visualization. For instance, students can see and touch abstract things such as a concept of molecular structures. On that basis, sophisticated theoretical concepts will become clear and close to a comprehensive understanding. Cloud Storage Of course, you have heard about cloud computing. Many countries already have the modern education to install thousands cloud terminal devices at schools. All projects, tests, and exercises will be submitted online via applications and school-specific programs. When you completed your work, it will be immediately shared with stakeholders. Yes, it is quite disappointing. You just can’t lie to your teacher anymore about your angry dog that spoiled your worksheets because all information is safely stored in the Cloud. Work Wherever You Like No more piles of textbooks and heavy bags. All materials are collected in the Cloud. Thus, all you need is an electronic device and the Internet connection. Therefore, students have the freedom to work on the homework or projects anywhere and anytime. Flexible Devices Unbreakable plastic e-papers provide interactivity. Flexible and thin displays may replace regular paper. For example, you can easily fold them into newspaper or roll into tubes. Smart Multi-Touch Boards and Screens Projectors and blackboards will not survive this century. It is likely that giant touch LCD screens replace obsolete equipment. New devices will allow numerous amount of interactivity simultaneously.

Game and Learn Kids are always put questions to understand the world. Discovering the environment, they interested in everything and wanted to have the answers on the spot. Growing up in the Internet age, children have a lot of advantages. Google, Wikipedia, YouTube, Facebook, and Smartphones provide them with 24-hours information. Eventually, this will influence traditional teaching methods, and so video games can turn into a powerful education tool. What Did Technologies Bring to Us? Fast data access. You may easily explore any field using your PC or smart gadget. It takes several clicks to download great books and fundamental researchers. Communication. Numerous applications help us to exchange ideas, keep in touch with teachers, schoolmates, and friends. You can study abroad, but there is no problem to chat with your relatives living on the other side of the Globe. Fan learning. Using modern technology, students can share examples and visual lessons with peers. Online education. It is easy for students to work on the project anywhere due to the effective communication techniques. Social isolation. Although social networks help us contact any person worldwide, too many persons are deprived human society. Some of them lose the ability to communicate and prefer nonverbal forms. Despite having many virtual friends, those people feel loneliness avoiding real contacts. Job loss. Robots have replaced people. Usage of technology increases production immensely. Thus, many employees have lost their job in some production sector. Especially, it concerns seniors who often can’t solve a problem of computer illiteracy. Loss creativity. Students become addicted to the modern tools. For example, not many students who use calculators regularly can recall multiplication table. Even a simple mathematical equation without devices turns into a great problem. Society becomes dependable on modern techniques which reduce the level of creativity. Information flow. Data overwhelmed the capacity of the community to analyze and make use of it. The amount of information increased greatly so that one has to select meticulously what to read and listen to otherwise the precious time will be lost. In Conclusion There are plenty of tech tools we can use now. We share our ideas via Social Media and use various bots as our assistants. If we have any difficulties with our homework or essay writing, we can find a proficient writer who will complete the assignment, even if it is a challenging task such as a term paper.  It gives us a great advantage as it saves our time and grades. Students get online learning opportunities through numerous platforms. We even attend classes in a virtual environment! The future possibilities seem even more thrilling because with the impressive progress of humankind the life of the coming generations will change forever.

[sandimexicola]

Post-apocalyptic survivor's hurt

Midjourney prompt: rotting zombies in the mud:: In the sky, white clouds form an abstract shape resembling "Jun", with some light gray and dark grey clouds in the background. The photo was taken at noon on wrap up day using an iPhone 8 camera. It is a low-angle shot taken from above. --ar 3:4 --style raw-1Kri69Jol3l0kxaDOw5sKf0wI --v 5.2 --chaos 37 --s 750

[teczek01]

How Samsung Galaxy Tabs Supercharge Your Education in the Digital Age

The digital age has revolutionized schooling, presenting a plethora of interactive resources and fostering an extra enticing mastering experience.  But how can you harness this ability and create a dynamic studying environment? Look no further than the Samsung Galaxy Tab!  These versatile pills are extra than just entertainment devices; they're powerful equipment which can rework the manner you analyze.

1. Interactive Learning at Your Fingertips:

Samsung Galaxy Tabs come preloaded with academic apps and provide entry to countless others at the Google Play Store.  These apps cater to all ages and mastering styles, bringing textbooks to existence with:

Augmented Reality (AR): Visualize complicated concepts in three-D areas, making abstract ideas extra tangible and attractive.

Interactive simulations: Immerse yourself in historical occasions, behavior virtual experiments, or discover medical phenomena thru interactive simulations.

Gamification: Turn gaining knowledge into an amusing and profitable revel in with apps that use sport mechanics like factors, badges, and leaderboards to motivate and beef up ideas.

2. Enhanced Note-Taking and Organization:

The S Pen, available on pick fashions, lets in for a herbal and intuitive word-taking revel in.  Jot down key points, annotate diagrams, or even comic strip thoughts at once on PDFs and on-line articles.  Built-in organisation apps hold your notes, assignments, and research materials well categorized for clean get entry to and revision.

3. A Mobile Library in Your Backpack:

Ditch the cumbersome textbooks!  E-readers to your Samsung Galaxy Tab can help you carry a whole library in your backpack.  Highlight crucial passages, take digital notes, or even look up unexpected phrases inside the text with built-in dictionaries.  Many educational journals and educational sources additionally provide mobile-friendly versions available on your tablet.

4. Collaboration Made Easy:

Group tasks grow to be a breeze with the collaborative features of Samsung Galaxy Tabs.  Utilize cloud-based apps like Google Drive or Microsoft OneDrive to paintings on files, presentations, or spreadsheets simultaneously with classmates, despite the fact that they may be not within the same bodily region.  Real-time editing and communication tools make certain every body stays on the same page.

5. A Gateway to Online Learning:

The virtual age gives a sizable array of on-line gaining knowledge of sources, from interactive courses and video lectures to instructional podcasts and webinars.  Your Samsung Galaxy Tab permits you to get entry to those resources anytime, anywhere. Whether you are catching up on neglected lectures, supplementing school room learning, or exploring a brand new topic to your very own, the opportunities are endless.

Making Learning Affordable:

While the brand new Samsung Galaxy Tabs boast modern-day features,  exploring refurbished samsung tablets or pre-owned options can be a financially-pleasant manner to enjoy the studying benefits.  You can also consider to Buy samsung tab A7,  a greater low-cost tablet inside the Galaxy Tab lineup. Remember, official shops offer Samsung Galaxy tab online regularly have deals and promotions, making these effective learning tools greater reachable.

The Takeaway:

Samsung Galaxy Tabs are extra than just enjoyment gadgets. They're effective gear that can remodel the manner you research. With their interactive features, more desirable word-taking abilities, and access to a sizable array of educational sources, they empower you to become a more engaged and effective learner in the virtual age. So, ditch the cumbersome textbooks, embody the interactive international of learning, and release your instructional capacity with a Samsung Galaxy Tab!

[julie-prieur1]

Ethereal Geometry : the Mystical Tapestry of Mathematical Beauty

Ethereal Geometry is a captivating and mesmerizing intersection where the rigor and precision of mathematics converge with the boundless realm of artistic expression. At its core, this concept delves into the exploration and representation of geometric patterns that transcend the purely analytical, giving rise to an aesthetic language that captivates the imagination and transcends the conventional boundaries between mathematics and art.

In the realm of Ethereal Geometry, geometric forms cease to be mere mathematical constructs; they become conduits for emotional resonance and transcendence. Artists navigating this ethereal space discover within the lines, shapes, and structures an inherent harmony that goes beyond the tangible and ventures into the sublime. The interplay of these geometric elements, bathed in light and shadow, elevates the ordinary into the extraordinary, creating an ethereal quality that transcends the confines of traditional artistic representations.

Geometry, with its ancient roots in mathematical principles, finds a new life in the realm of the ethereal. Circles, triangles, squares, and more complex polyhedra become not only visual elements but also symbols rich with cultural, spiritual, and metaphysical significance. The precision and orderliness of geometric patterns, when infused with an ethereal touch, evoke a sense of mystery and wonder, inviting observers to explore the beauty hidden within the mathematical framework.

This captivating intersection allows artists to transcend the limitations of conventional artistic mediums, unlocking a world where geometry becomes a means of communication beyond language. Ethereal Geometry is about more than symmetry and proportion; it is a journey into the numinous, where the language of mathematics whispers secrets of the cosmos, and artists translate these secrets into visual poetry.

In essence, Ethereal Geometry serves as a bridge, connecting the logical and the abstract, the tangible and the transcendent. It transforms the rigid nature of mathematical structures into a fluid and dynamic artistic language that engages the senses and sparks the imagination. It invites both creator and observer to ponder the profound connections between the patterns that shape our understanding of the world and the ephemeral beauty that transcends the constraints of the material realm.

Examples of Some prompt I created with this Ethereal Geometry Token :

Prompt 1 : generate an image of wave against a lighthouse, ethereal geometry style, black background, dark reflective surfaces, inverted colors, shivering light, creating dynamic patterns, digital art style, — ar 4:3

Prompt 2 : generate an image of legendary ship that sails the shadowy seas, bound by a ghostly red glow, eerie, ethereal geometry, neon red to blue tye and dye hues

Variation 1 : double masking desert, warm, ultra minimalist artwork, camel, savana, night sky, stars, mixed media, sandstorm and dark cloud, negative space, ethereal white-golden-silver geometry, inspired by Dan Hillier

Variation 2 : giant wave against a lighthouse, ethereal geometry style, black background, dark reflective surfaces, black and white ultra contrasted, shivering light, creating dynamic patterns, spider web material, digital art style, — ar 4:3

Variation 3 : wave of sand crashing on a Moroccan city, ethereal geometry style, black background, dark reflective surfaces, Yellow-brown-black-orange, minimalist ultra contrasted, shivering light, creating dynamic patterns, digital art style, — ar 4:3

Variation 4 : wave of mud, vines and wild vegetals elements waving through a luxuriante rainforest, ethereal geometry style, black background, dark reflective surfaces, earthy colors, minimalist ultra contrasted, shivering light, creating dynamic patterns, digital art style, — ar 4:3

[govindhtech]

Software-Defined Vehicles: Automotive Advancements

Software-Defined Vehicles Explained

A growing number of customers now anticipate receiving the same level of experience from their cars as they do from other smart gadgets. They want a car that can run its operations, add features, and enable new ones mostly or totally through software. They want complete integration into their digital life.

The demand for sophisticated features in cars is rising, which is being fueled by stricter auto safety laws, more money being spent on R&D, and improved connectivity and navigation. However, what really constitutes an Software-Defined Vehicles, and what is the architecture that underpins the vehicle to offer automation, personalization, and connectivity?

The SDV condensed

In an Software-Defined Vehicles, the car acts as the technological cornerstone for next advancements, a command center for gathering and arranging enormous amounts of data, utilizing AI to gain insights, and automating deliberate actions. By separating software from hardware, the Software-Defined Vehicles enables constant communication, automation or autonomy, and updates and upgrades. It engages with its surroundings, picks up knowledge, and backs service-oriented business models. Onboard electronics develop at the same time from standalone electronic control units to high-performance computers with improved integration and performance.

The Software-Defined Vehicles architecture up close

The layer of infrastructure

In addition to the vehicle, this layer also consists of numerous OEM backend systems, roadside devices, telco equipment, smart city systems, and other such components. All of these components are a part of a cycle wherein vehicle data is utilized for services, development, and operation. Over-the-air updates are used to install new software on automobiles based on insights gleaned from this data.

The platform layer of the hybrid cloud

According to the IBM strategy, a unified platform built on Linux and Kubernetes extends from the car to the edge of the backend system. Red Hat Enterprise Linux and Red Hat Openshift enable it, enabling flexible software distribution in the form of software containers in line with the “build once, deploy anywhere” philosophy. Before the software is simply installed into the infrastructure or vehicle, it might be designed and tested in the backend. This all adds up to an incredible level of versatility.

Better maintainability and portability of software are achieved through standardization through abstraction of application software in the form of containers, which boosts developer productivity. The IBM Embedded Automotive Platform, a Java runtime designed for in-vehicle use, and the IBM Edge Application Manager, which enables OEMs to scale and operate edge solutions autonomously, round out the hybrid cloud strategy.

The platform layer of the hybrid cloud

AI models have long been crucial to the operation of car systems like ADAS/AD. To produce safer and more customized cars, several OEMs, like Honda, use AI for knowledge management. AI is now being used in cybersecurity to examine incoming security events and incidents, as well as in telematics data analysis to obtain insights into driving experiences, with regard to vehicle operation.

These days, generative AI can produce software source code, architecture models, and test cases autonomously, which can significantly improve Software-Defined Vehicles development and operation. To handle different optimized foundation models for each use case, create custom-specific foundation models based on customer proprietary standards, and prevent engineering data from being included into publicly available open source foundation models that rivals might exploit, an AI and data platform like IBM Watsonx is needed. Furthermore, OEMs can maximize the deployment and utilization of AI models in edge devices, like cars, thanks to solutions like IBM Distributed AI API.

The layer of security

OEMs are progressively using a zero-trust cybersecurity framework to combat external and internal threats in corporate, in-vehicle, and development contexts. The Vehicle Security Operation Center, which uses IBM Security QRadar Suite for threat detection and security orchestration, automation, and response, is a key component of vehicle security.

OEMs must also encrypt all conversations that take place inside of cars as well as outside of them. The IBM Enterprise Key Management Foundation can help with this. Last but not least, IBM Security X-Force Red offers specialized automobile testing services.

The layer of AI products

Agile software development in a contemporary CI/CD environment is made possible for the automotive industry by a contemporary development platform like IBM Engineering Lifecycle Management. It offers model-based system engineering and testing, traceable requirements engineering, data-driven insights application, collaboration facilitation, complexity management for products, and compliance assurance. Moreover, Watsonx platforms facilitate AI engineering, which makes customized client experiences possible.

As seen in this Continental case study, engineering data management solutions assist clients in organizing the vast amounts of data required for the development of autonomous driving. Automation and orchestration of network operations are made possible by intelligent platforms such as IBM Cloud Pak for Network Automation. This is especially important for Telcos in the infrastructure. Manufacturers can develop their connected car use cases with the assistance of IBM Connected car Insight on the backend.

Additionally,Software-Defined Vehicles need a wide range of specialized technologies from several suppliers, which is why ecosystem cooperation is crucial to the SDV design.

In the end, each element of the architecture has a distinct function in guaranteeing the optimal experience for both drivers and passengers, thereby establishing the Software-Defined Vehicles as the next development in the automotive sector.

Read more on Govindhtech.com

[marketsizereports]

An Overview of the Cloud Computing Market: Trends and Insights

The cloud computing market is a rapidly evolving and dynamic sector of the technology industry. It encompasses a wide range of services and solutions that are delivered over the internet, enabling organizations to access computing resources, store data, and run applications without the need for on-premises hardware and infrastructure.

Fetch Sample PDF for Segment-Specific Revenues and Shares, Download a Free Report Sample

Here is an overview of the cloud computing market, along with key trends and insights:

Market Overview:

Market Size and Growth: The cloud computing market has experienced significant growth over the past decade. It is projected to continue expanding, with increasing adoption across various industries and regions.

Key Service Models:

Infrastructure as a Service (IaaS): Offers virtualized computing resources such as virtual machines, storage, and networking.

Platform as a Service (PaaS): Provides a platform for developers to build, deploy, and manage applications.

Software as a Service (SaaS): Delivers software applications over the internet on a subscription basis.

Deployment Models:

Public Cloud: Services are hosted and managed by a third-party cloud provider and are accessible over the internet.

Private Cloud: Cloud resources are dedicated to a single organization, offering greater control and security.

Hybrid Cloud: Combines elements of both public and private clouds, allowing data and applications to move between them.

Key Trends and Insights:

Hybrid and Multicloud Adoption: Many organizations are adopting hybrid and multicloud strategies to leverage the strengths of multiple cloud providers. This approach allows flexibility, resilience, and the ability to choose the best cloud for specific workloads.

Edge Computing: The growth of edge computing involves processing data closer to the source, reducing latency and supporting real-time applications. Cloud providers are extending their services to the edge to facilitate this trend.

Serverless Computing: Serverless or Function as a Service (FaaS) is becoming more popular for building and deploying applications. It abstracts server management, allowing developers to focus solely on code and reducing operational overhead.

Artificial Intelligence and Machine Learning (AI/ML): Cloud providers are investing in AI and ML services, making it easier for organizations to develop AI-driven applications, analyze data, and leverage machine learning capabilities.

Containers and Kubernetes: Containerization and orchestration with Kubernetes have gained traction. Containers offer consistency and portability, while Kubernetes simplifies container management and scaling.

Data Analytics and Big Data: Cloud platforms provide robust data analytics and big data solutions, enabling organizations to process and analyze large datasets for insights and decision-making.

Security and Compliance: Security and compliance remain top priorities for organizations moving to the cloud. Cloud providers are enhancing security features, encryption, and compliance certifications to address these concerns.

Sustainability and Green Cloud Initiatives: Sustainability is a growing concern, leading to green cloud initiatives that aim to reduce the environmental impact of data centers through energy efficiency and renewable energy usage.

Server Chip Innovation: Cloud providers are designing custom server chips to improve performance and energy efficiency. This innovation reduces reliance on traditional chip manufacturers.

Global Expansion: Cloud providers are expanding their data center presence in new geographic regions, ensuring data residency compliance and low-latency access for customers.

Data Management and Governance: Effective data management, governance, and data integration are becoming increasingly important, given the volume and variety of data being processed in the cloud.

Cost Management: Cost optimization and governance tools are in demand as organizations seek to manage cloud expenditures efficiently.

The cloud computing market is expected to continue evolving with advancements in technology, the introduction of new services, and changes in user requirements. Organizations must stay informed about these trends and leverage cloud solutions that align with their strategic goals.

[design-pine]

#Abstract # Clouds Art Print by General Design Studio http://buff.ly/2m0cXMN @society6 #society6 #designpine #patternhappy #patternlover #artlover #artgifts #clothworks #fabric #helendardik #pattern #textile #fabriccollection #floralpattern #screenprinting #fashion #designs # http://ift.tt/2mvOHR3

[theframelines]

B&W0243 by pixfineart

[tenderlysharpmidain]

surealism, 90's Chola entering a metaverse, photo realistic, sharp, hyper detailed, intricate details,abstract clouds in the sky, hyper realistic, 8k, --ar 2:3 --v 4 --q 2

rio

midjourney