#Launch 3 Telecom

[lettertoelxse]

"You're Pretty Cool" — Short BKDK Oneshot

Izuku and Katsuki respond to a villain report, and they put his iron suit (and all it's awesome features) to good use.

It's a typical day at the agency when they get the call—a small scale villain attack at a local mall. Izuku had only just started his afternoon shift, but he's suited up and ready to go in under a minute.

Katsuki grins wickedly following right behind him as he tugs on his mask.

The engines in Izuku's legs whir to life, the vibration almost makes the suit feel like it's breathing. He only has to bend his legs a little to get the mechanisms in his knees to click into place. The calm voice at the back of his neck comes through the speaker:

[Float mechanisms engaged. OFA engines running. Current capacity- 25%]

Katsuki catches up beside him, but Izuku's already kicking off the ground. With a click and puff of air, he's vaulting into the sky with ease. The wind blows through the spaces in his armor, whirring along with the engines until he pushes with his legs again. Another click and puff, and air blows from his joints to keep him in the sky.

Katsuki's flashy as ever, small explosions propelling him right beside Izuku.

Izuku touches the telecom device in his ear to make sure it's on but turns his attention to the hero beside him instead. "How many villains?"

"Only two right now." Izuku makes a face he doesn't mean to, but the smirk he gets in return makes him regret it a little less.

They don't say anything, but they turn their attention from each other with simultaneous amusement. Each knows exactly what the other is thinking.

"We're gonna roll them."

The destruction already caused when they arrive at the scene is more than he expected.

"This is small scale?" He looks to Katsuki with raised brows, but he only shrugs.

"They said only half the mall was destroyed."

Aside from Katsuki's poor judgment on the meaning of small, he feels a little concerned that it looks more like 75% now. They arrived in less than 3 minutes and already the villains caused half the amount of destruction that occurred in the time for the distress call to go out. Exactly how long had it taken for the distress call to get sent out? The villain was capable of massive destruction in seconds—

"Oi, quit rambling. It's go time." Katsuki nailed an elbow into his side that probably hurt him more than Izuku since it only clanked off the metal armor. He bends his legs again until he hears another click when Katsuki dives right into the middle of the danger.

[OFA engines running. Current capacity- 50%]

He kicks off the ground with more strength than before, air from the various pieces of his leg armor pushing out to propel him forward at higher speeds. "Kacchan, stick together!"

Puff. Puff. Puff. The air releases from his suit to soften his landing as he skids to a stop on concrete rubble in the middle of towering wreckage. Katsuki gives him a cocky smile, "Quit whining and just keep—"

[Danger Sense defense mechanism activated.]

Izuku shoves Katsuki to the ground at same time the metal at his back pushes him away from the detected impact. The explosion comes from behind them, crumbling more of the surrounding walls. There's man with dark eyes and messy hair, palms splayed towards the two of them.

He gives Katsuki a once over—there's not even a scratch on him—before he's getting back on his feet and launching towards the villain.

[Offense mode activated. Arm thrusters engaged.]

"Kacchan, cover me!"

"I already know!" He hops back to his feet, scanning for the second villain.

Izuku draws his arm back. Click. It's incredible how similar punching with suit feels like using a smash with OFA. The whir of engines and mechanisms feels almost like the crackle of energy he once felt under his skin. The air ripples around his fist but he collides with the ground instead of the villain. His head snaps to the side to find the man. He created another blast to dodge.

"An explosion quirk?"

"Not quite, Hero Deku." The man reaches for him with a certain confidence that makes Izuku jump back to put some distance between them.

The telecom in his ear clicks as Katsuki's voice comes through. "Izuku, I'm engaged with the second villain. They have a defense quirk. Got some type of exoskeleton. Stay on your toes."

Izuku huffs. He sort of hates not fighting side by side, he'll wrap this up quickly. "Got it. You be careful too."

"Don't ignore me, Deku." The villain launches at him, but this time his hands hit the ground.

The concrete begins to crumble apart, walls and foundation creaking with the effort of staying upright. It makes Izuku do a double take. A quirk he recognizes too well.

No.

He shakes the thought away and focuses, all his senses tuned into the way the world moves around him.

Nearby there are flashes of light, pops and booms, and the smell of smoke wafts through the air. All signs that his friend is still fighting. The ground beneath the villains hands swirls in a strange way, like it's condensing in on itself.

He remembers the explosions.

A quirk that shrinks space between molecules, he guesses. His hand claps to the telecom device in his ear to relay that exact message while jumping to a higher platform in the messy wreckage of the multi-story building.

"You're as clever as they say, Hero"

Izuku frowns. "You can stop now. We won't have to fight, and I can help you." He throws his arms in front of his face to defend against the next blast thrown his way. They're not hot and smoky like Katsuki's explosions but more like sharp pushes shattering through the air.

Easier to deal with, he thinks amusedly.

"Something funny?" The villain spits from where he's knelt on the ground.

Izuku shakes his head and splays his palm when the villain takes the chance to launch at him again. His knuckles buzz.

[Blackwhip engaged.]

With a twist of his hand, the tape from his hands turns and slings around the villain. At the same time, the world around him begins to spin with a loud creak.

Shit.

The foundation of the building crumbles, a metal pipe narrowly misses his head as it falls past him. Izuku scans the area, but there's nowhere to jump to like before without further disrupting the building. He slides his foot against the ground, scraping metal.

[Magnets enabled.]

He jumps, heaving the weight of the villain struggling in his constraints. His feet find the exposed metal framework of the ruined wall, boots clicking against it with enough strength to support him standing on it horizontally.

He jumps, heaving the weight of the villain struggling in his constraints. His feet find the exposed metal framework of the ruined wall, boots clicking against it with enough strength to support him standing on it horizontally.

But he moves quickly, tossing the villain with a purposeful strength over his shoulders onto a ledge a couple stories above him. He dodges as debris falls and shifts, scaling all the way up the side of the wall.

Izuku gets there fast enough to pounce the villain before he can get away from where he'd been thrown. The building is settled for now, the creaking lulls to quiet as concrete and metal stop moving. It's silent. No eerie noises of the mall collapsing.

No explosions. No smoke.

[Elevated heart rate detected. Assessing vitals.]

The villain kicks him off with a foot to his chest. The force knocks the wind out of him a little, but he grits his teeth, torn between the urge to restrain the villain again and to reach for his earpiece.

Both. He can do both.

He brings one leg back, and the compartment at his thigh pops open, revealing several knives. With a trained flick of his wrist, one zips through the air and pierces the villain's shirt, pinning him to the ground. His other hand flies to his ear. "Kacchan? Are you okay?"

No answer.

[Elevated heart rate sustained. Vitals detected normal.]

Shit.

He jumps on top of the villain, foot to his chest while he properly restrains him this time. The surrounding rubble is a mess of concrete and pipes. He's already planning where to start tearing apart the building brick by brick. He clicks his arm once the villain is definitely not going anywhere.

[Engines engaged. Warm-up process completed. Capacity- 100%]

The gears whir in his arms in preparation but a familiar voice makes him pause.

"Incoming!"

Katsuki collides with him chest to back, they roll across the ground from the force.

"Kacchan!" Izuku gasps and swallows the panic that was rising in his chest seconds ago. He only gets a light fist to chest.

"I'm here." He pulls Izuku back to his feet. "Stay sharp, Nerd."

Izuku nods and gets ready to fight again, scanning the direction Katsuki came from for the second villain.

[Heart rate stabilized. Vital assessment disabled.]

"Why didn't you answer?" The missing villain reappears, covered in an exoskeleton just like Katsuki said. He swipes with bone claws at Izuku's face.

"I was a little busy—couldn't blast through this guy's bones without bringing the rest of the building down on ya."

He dodges backwards, air puffing from his joints. "And our backup?"

"You've only got our channel on the telecom?"

Izuku shrugs, jumping onto a ledge above them. It kinda distracts him when everyone talks in his ear the whole time.

"I told 'em not to come, building is too unstable as it is. We got it covered, don't we?"

Izuku leans over the ledge to look at him with a pout, tilting away from a sharp bone whizzing past his head. "Get that other guy out of here."

"Asshole, don't get bossy with me." But at the same time, Katsuki throws the restrained guy over his shoulder and heads for an opening in the wall.

Izuku turns his attention back to the bone guy, it looks like he can grow and change them at will. He's more of a hand-to-hand fighter than the other villain. So Izuku lets him get close.

It's a whir of fists, kicks, and dodges. Each time Izuku lands a hit, the bones shatter beneath his strength but grow back just as quickly. The other guy is defensive but utilizes the sharp endings of bones to stab and slash at Izuku. They scratch uselessly against metal.

Izuku bides time, tries to use his tape and ropes to restrain the villain, but it's too easy for him use his bones to weasel out of them. He expects it though. He knocks his fists together after kicking the guy back a few feet.

[Smokescreen activated.]

Clouds billow from his knuckles. It fills the space quickly, impairing any visibility.

There's a hand at his back, but he doesn't flinch away from it. He anticipates it when he turns his head and finds Katsuki amidst the smoke. They don't speak, but he pulls Izuku's hood up over his head and stays close.

[Cover mode activated.]

The metal at the collar of his suit extends over his neck and jaw. A soft whir sounds from within.

[Person detected 20 feet ahead.]

There's a lot of really cool features in his suit. This one is one of his favorite tweaks to the original quirks he once owned.

Katsuki pushes Izuku’s head down as little before throwing up his palms with a crackle.

[Blast protection enabled.]

The metal shifts, presses closer into his skin. One moment he's standing close to Katsuki amidst the fog, the next there's a pop and a flash.

The flammable smoke ignites with a boom.

It's hot. Like sweat beading down his neck hot when the explosion engulfs them both, but there's no pain. He forces his eyes open and let's Katsuki push him forward by the back so that they stay together.

As the blast begins to settle, he can see the silhouette of the villain. He twists his hands and metal ropes sling out, wrapping around him where bones no long cover his body. Katsuki's got a tight grip on his back, propelling them away from the crumbling building, as Izuku pulls the villain towards them.

Katsuki only lets go when Izuku gets the guy on the ground outside of the wreckage, placing a threatening hand to back of his neck while Izuku gets a better handle on him.

He reaches with his free hand to push the hood off Izuku's face.

[Cover mode deactivated. Elevated body temperature detected. Cooling systems engaged.]

The metal loosens and goes back to normal. He gasps softly in the cool air and wipes the sweat dripping from his brow. Katsuki looks away, but Izuku doesn't miss the way he bites his lips to hide a smile.

They both watch as the apprehended villains are taken away.

"You're crazy," Katsuki says.

"You're one to talk." But Izuku smiles as he turns to face him. "The suit's amazing, you know."

He rolls his eyes, but there's no bite to his words. "Ya told me enough times already. Besides…" He trails off quietly.

"Okay, you're amazing."

Katsuki blinks. "Hah?"

Izuku continues with a smile, words falling easily from his lips. "We work perfectly together. You're the best hero partner. I love doing this with you. You're so cool and amazing, Kacchan. I love—"

He claps a hand over Izuku's mouth. "Oh my god, Izuku. Okay, enough."

A silent moment passes of Izuku keeping his eyes on Katsuki, mouth covered but smile showing in the way his eyes crease. Eventually he lets his hand fall away.

"I like—love doing this with you too."

Izuku grins wider, warmth spreading over his cheeks.

"And you're pretty cool too, Nerd." Katsuki places an impossibly gentle hand on his chest.

His heart beats a little faster and the cool metal of his suit isn't cold enough to fend off the heat spreading through his whole body.

Izuku knows with certainty that there's nowhere else he'd rather be.

[beardedmrbean]

STOCKHOLM (Reuters) -Sweden is asking a Chinese vessel to return to Swedish waters to help facilitate an investigation into recent breaches of undersea fibre-optic cables in the Baltic Sea, Prime Minister Ulf Kristersson said on Tuesday, but stressed he was not making any accusations.

Two subsea cables, one linking Finland and Germany and the other connecting Sweden to Lithuania, were damaged in less than 24 hours on Nov. 17-18, prompting German Defence Minister Boris Pistorius to say he assumed it was sabotage.

Sweden, Germany and Lithuania all launched criminal investigations last week, zeroing in on Chinese bulk carrier Yi Peng 3, which left the Russian port of Ust-Luga on Nov. 15. A Reuters analysis of MarineTraffic data showed that the ship's coordinates corresponded to the time and place of the breaches.

The ship now sits idle in international waters but inside Denmark's exclusive economic zone, closely watched by Danish military vessels.

"From the Swedish side we have had contact with the ship and contact with China and said that we want the ship to move towards Swedish waters," Kristersson told a press conference, adding it would help facilitate the investigation.

"We're not making any accusations but we seek clarity on what has happened," Kristersson said.

Western intelligence officials from multiple countries have said they are confident the Chinese ship caused the cuts to both cables. But they have expressed different views on whether these were accidents or could have been deliberate.

U.S. Naval Intelligence assesses that both incidents were an accident, according to a U.S. official, but officials from other countries have said sabotage cannot be ruled out.

Katja Bego, Senior Research Fellow at Chatham House, told Reuters that, while between 150-200 such breaches occur every year and the overwhelming majority are accidents, geopolitical tensions in the region meant an investigation was probably warranted.

"Investigating incidents like this can take a long time, and even if the culprit is found, as appears to be the case here, proving intent is incredibly difficult," she said. "Neither sabotage nor an accident can be ruled out at this point."

Russia last week said suggestions it had anything to do with the breaches were "absurd".

Kristersson said he was hopeful that China would respond positively to the request to move the ship to Swedish waters. China's foreign ministry said on Monday that Beijing has maintained "smooth communication" with all parties involved.

Last year a subsea gas pipeline and several telecoms cables running along the bottom of the Baltic Sea were severely damaged, and Finnish police have said they believe the incident was caused by a Chinese ship dragging its anchor.

But the investigators have not said whether they believe the damage in 2023 was accidental or intentional.

[rackmount-official-my-ass]

just gonna lock that shit up behind glass on a jumbo jet, huh. tee zay tee zie kie. bitch.

but yeah, looking like a lot of those horizontally densely-packed lights might be SFF drives. noticing a lot of 4 U faces in here too. let's take a look!

The Fate of the Furious came out in 2017, same year Dell launched their 14th generation, so these are probably from the 13th gen (Rx3y). There's only one 4 U machine in that lineup, the R930, with 4 sockets of Xeon E7-4800 v4. Looks like these chips run a TDP of about 115 W, so with a little napkin math, 4 racks of 42 U, we're looking at about 20 kW. That's a $1.6M monthly power bill around here (did I do that right?? 11¢/kWh?). **Edit:** I did that wrong, it's more like $1600 than $1600000.

This jet was totally fake as far as I can tell (I do data centers, not planes), had two AEW dishes. But I'm curious now, how much auxiliary electricity can planes supply if they need to? Is 20 kW just for some servers outlandish on e.g. an E-3 or C-17 or something, or just a drop in the bucket? For that matter, what do we know about these kinds of heavy telecom deployments in planes? Do they exist? Are vibrations a reason to avoid spinning drives in the air?

Come to think of it, I would guess it's pretty feasible, you've got a shitton of fuel right there and no reason not to fit it out with a dedicated generator or two if you wanted to. I'm sure there's plenty of electronics deployments in air, but i figured they would all be pretty custom, and rated for aviation applications. Would love to learn more about this aspect of tech in planes!

cc maybe +@localairport since i don't remember who else on here is plane nerds, hi :3

[mariacallous]

A suspected new undersea cable break has occurred in the Baltic Sea off the coast of Sweden’s Gotland Island, Yle News reported on Friday, citing the Swedish Coast Guard.

According to the Swedish broadcaster SVT, the damaged line is C-Lion 1, a telecommunications cable operated by the Finnish state-owned company Cinia, which connects Finland and Germany. The incident occurred within Sweden’s exclusive economic zone.

Yle News noted that this isn’t the first time this cable has been damaged. A similar incident was reported in November 2024, and the cable was repaired within days. The Chinese cargo ship Yi Peng 3 was suspected of causing the damage.

When exactly the latest damage occurred is unclear. The Swedish Coast Guard said it has been aware of the incident since February 20, while Swedish Prime Minister Ulf Kristersson reported that he had been informed about it “for some time.”

“We take all reports of possible infrastructure damage in the Baltic Sea very seriously. As I have said before, such incidents must be viewed in the context of the serious security situation,” Kristersson added.

Swedish authorities have launched a preliminary investigation.

[mostlysignssomeportents]

This day in history

I'm in TARTU, ESTONIA! AI, copyright and creative workers' labor rights (TODAY, May 10, 8AM: Science Fiction Research Association talk, Institute of Foreign Languages and Cultures building, Lossi 3, lobby). A talk for hackers on seizing the means of computation (TODAY, May 10, 3PM, University of Tartu Delta Centre, Narva 18, room 1037).

#20yrsago Sony’s entertainment business is killing its electronics business https://memex.craphound.com/2004/05/10/sonys-entertainment-business-is-killing-its-electronics-business/

#20yrsago Pixel-counting can un-redact government docs https://cryptome.org/cia-decrypt.htm

#20yrsago MPAA’s Bizarro-world logic https://web.archive.org/web/20060508195757/http://www.foxnews.com/story/0,2933,119414,00.html

#20yrsago Stanislaw Lem is cranky! https://web.archive.org/web/20040513235656/http://www.mosnews.com/interview/2004/04/06/lem.shtml

#15yrsago Antifascist collages that made Hitler crazy https://web.archive.org/web/20090513034540/http://www.quazen.com/Arts/Visual-Arts/The-Extraordinary-Anti-Nazi-Photomontages-of-John-Heartfield.702053

#10yrsago Amazon patents taking pictures of stuff on a white background https://www.diyphotography.net/can-close-studio-amazon-patents-photographing-seamless-white/

#5yrsago Delta targets its workers with anti-union apps that push deceptive memes https://memex.craphound.com/2019/05/10/delta-targets-its-workers-with-anti-union-apps-that-push-deceptive-memes/

#5yrsago Ever, an “unlimited photo storage app,” secretly fed its users’ photos to a face-recognition system pitched to military customers https://www.nbcnews.com/tech/security/millions-people-uploaded-photos-ever-app-then-company-used-them-n1003371

#5yrsago A former college admissions dean explains the mundane reverse affirmative action that lets the rich send their kids to the front of the line https://www.vox.com/the-highlight/2019/5/1/18311548/college-admissions-secrets-myths

#5yrsago Sanders and AOC team up for an anti-loansharking bill that will replace payday lenders with post-office banking https://www.nakedcapitalism.com/2019/05/why-you-should-back-the-sanders-aoc-plan-to-cap-credit-card-interest-rates-at-15-re-launch-the-postal-savings-bank.html

#5yrsago Frontier receives $283.4m/year in taxpayer money, neglects network, rips off customers — and Trump’s FCC won’t investigate https://arstechnica.com/tech-policy/2019/05/ajit-pai-refuses-to-investigate-frontiers-horrible-telecom-service/

#5yrsago Google mistakenly handed out a reporter’s cellphone number to people searching for Facebook tech support https://www.vice.com/en/article/zmpm43/google-thought-my-phone-number-was-facebooks-and-it-ruined-my-life

#5yrsago After elderly tenant was locked in his apartment by his landlord’s stupid “smart lock,” tenants win right to use actual keys to enter their homes https://www.cnet.com/home/smart-home/tenants-win-rights-to-physical-keys-over-smart-locks-from-landlords/

#5yrsago Co-founder of Facebook calls for breakup of Facebook https://www.nytimes.com/2019/05/09/opinion/sunday/chris-hughes-facebook-zuckerberg.html

#1yrago Two principles to protect internet users from decaying platforms https://pluralistic.net/2023/05/10/soft-landings/#e2e-r2e

[smsmenowjpr]

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Flash sales and promotions

Event reminders

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In a city like Jaipur, where traditional businesses are swiftly adapting to digital trends, Bulk SMS in Jaipur is no longer an option — it's a necessity.

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[findingmfg]

Make in India & the Rise of Local Electronics Manufacturing Companies

India is undergoing a major transformation in the field of electronics manufacturing. With the government's Make in India initiative driving change, local companies are stepping up to meet global standards, expand production capacity, and reduce the country’s dependence on imports.

In this article, we explore the impact of Make in India on the electronics sector, the advantages of working with an electronics manufacturing company in India, and the top 10 electronics manufacturing companies in India that are shaping the future of the industry.

How Make in India Changed the Electronics Landscape

Launched in 2014, Make in India was designed to turn the country into a global manufacturing hub. The electronics sector was one of the key focus areas from the beginning. The goal? To reduce imports and boost local production by offering incentives, building infrastructure, and attracting foreign direct investment.

The Production Linked Incentive (PLI) schemes have played a major role in accelerating domestic electronics production. As a result, India’s electronics manufacturing market is projected to reach $300 billion by 2026, according to MeitY.

This shift has created enormous opportunities for every electronics manufacturing company in India—from established EMS providers to niche component manufacturers.

Why Global Companies Are Choosing India for Electronics Manufacturing

India has become a strategic destination for electronics manufacturing. Here’s why:

Cost efficiency: Competitive labor and production costs

Policy support: Incentives under PLI, relaxed FDI rules, and tax subsidies

Skilled workforce: A large base of engineers and trained technicians

Rapid infrastructure growth: Electronics Manufacturing Clusters (EMCs) across the country

These advantages make it easier for companies to find the right electronics manufacturing company in India that matches their production needs, technical requirements, and business goals.

Top 10 Electronics Manufacturing Companies in India

The growth of the sector has led to the emergence of several leading players. Here are the top 10 electronics manufacturing companies in India, known for their innovation, scale, and reliability.

1. Dixon Technologies

A market leader in contract manufacturing for consumer electronics. Dixon produces products for global brands in smartphones, lighting, and appliances.

2. Sahasra Electronics

Specializes in PCB assembly and LED lighting solutions. Also expanding into semiconductor packaging under India’s PLI schemes.

3. SFO Technologies (NeST Group)

Offers end-to-end EMS services across defense, aerospace, and healthcare. Known for its high-complexity manufacturing capabilities.

4. Elin Electronics

Manufactures a wide range of consumer appliances and lighting systems, with a strong focus on quality and scalability.

5. Amber Enterprises

One of the top suppliers of HVAC components and white goods electronics, with an extensive pan-India manufacturing presence.

6. Optiemus Electronics

A rising EMS player focused on mobile devices, telecom hardware, and IoT. Optiemus is a shining example of Make in India success.

7. Kaynes Technology

An integrated electronics manufacturing company in India offering design, prototyping, and mass production for global industries.

8. Bharat Electronics Limited (BEL)

A state-owned enterprise focused on defense electronics. BEL has decades of experience in mission-critical electronic systems.

9. Vedanta-Foxconn JV

A joint venture working to establish India’s first semiconductor fabrication facility, advancing the country’s chipmaking capabilities.

10. Avalon Technologies

Provides high-reliability electronics manufacturing for aerospace, industrial automation, and medical sectors.

These companies represent the best of India's EMS ecosystem and reflect the strength of local capability.

Benefits of Working with an Electronics Manufacturing Company in India

Partnering with a trusted electronics manufacturing company in India offers key advantages, especially for global OEMs, startups, and hardware-focused businesses:

Reduced lead times due to local sourcing and production

High-quality manufacturing standards (ISO, RoHS, CE compliance)

Scalable production capabilities, from prototypes to high-volume runs

Strong engineering support for design, testing, and R&D

In addition, Indian companies have proven their ability to adapt to complex, high-precision requirements across sectors like automotive, medical devices, consumer electronics, and defense.

Digital Sourcing: The New Way to Find Reliable EMS Partners in India

Platforms like FindingMFG have made it easier than ever to source electronics manufacturing services from India. These platforms offer a one-stop solution for:

Discovering vetted EMS providers

Sending RFQs and comparing quotes

Managing production milestones

Verifying certifications and quality standards

This transparency gives international buyers confidence while connecting them with a reliable electronics manufacturing company in India—without the delays or risks of traditional sourcing.

What’s Next for India’s Electronics Industry?

India’s manufacturing ambitions are only getting stronger. Future growth will be driven by:

Expansion of semiconductor and chip design capabilities

Increased investment in EV electronics and battery systems

Advanced manufacturing with automation and AI integration

Higher export volumes to global markets

With government backing, improved infrastructure, and a maturing industrial base, the top 10 electronics manufacturing companies in India are well-positioned to serve global demand while making India a cornerstone of the global supply chain.

Conclusion

The Make in India initiative has transformed the country’s electronics industry, unlocking new opportunities for innovation, investment, and global partnerships. For businesses worldwide, working with an electronics manufacturing company in India now offers not just cost benefits, but also access to cutting-edge technologies and reliable large-scale production.

With the top 10 electronics manufacturing companies in India setting benchmarks across the board, the country is no longer just catching up—it’s leading

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Best-in-Class Root Cause Analysis Tools for Understanding Customer Feedback

NUMR CXM: AI-Powered Root Cause Analysis for Smarter CX Decisions

NUMR CXM is a cutting-edge CX analytics platform designed to help businesses uncover the “why” behind customer dissatisfaction and silent churn. With AI-powered root cause analysis (RCA) capabilities, NUMR enables brands to go beyond surface-level feedback and pinpoint specific drivers behind NPS drops, CSAT dips, and customer exits.

Key RCA Features of NUMR CXM:

Text analytics + sentiment decoding across surveys, chats, and tickets

Predictive RCA models that correlate CX metrics with operational issues

Auto-tagged feedback clusters to highlight recurring pain points

RCA dashboards mapped by region, segment, or product

Used across industries like banking, insurance, EV, and telecom, NUMR CXM reduces guesswork in CX and accelerates data-to-decision workflows.

Why Root Cause Analysis (RCA) Matters in CX

Brands today collect massive volumes of customer feedback. But without understanding the root cause, they risk treating symptoms rather than real problems. RCA tools in CX help:

Decode patterns in dissatisfaction

Identify service-level, product, or communication issues

Reduce repeated complaints

Improve retention and brand perception

Especially in high-churn sectors like telecom, banking, and ecommerce, RCA is the CX backbone for agile and customer-centric improvements.

Top Root Cause Analysis Tools for Customer Feedback in 2025

1. NUMR CXM

Best For: AI-driven, multi-channel RCA

Strengths: Predictive feedback modeling, NLP on customer comments, churn root cause dashboards

Use Cases: Insurance claim pain point analysis, EV service center RCA, banking NPS drop causality

2. Qualtrics Text iQ

Best For: Text analytics across open-ended survey responses

Strengths: Topic modeling, sentiment scoring, AI tagging

Use Cases: Discovering top negative themes post-product launches

3. Medallia Experience Cloud

Best For: High-volume feedback loop closure

Strengths: Real-time RCA alerts, auto-flagging of root drivers

Use Cases: Operational RCA across retail branches

4. MonkeyLearn

Best For: No-code RCA via NLP

Strengths: Feedback classification, keyword frequency detection

Use Cases: E-commerce product return RCA

5. Clarabridge (by Qualtrics)

Best For: Omnichannel text analysis

Strengths: Call center transcripts + text RCA, detailed driver scoring

Use Cases: Voice data RCA in telecom

6. IBM SPSS Modeler

Best For: Advanced data modeling and RCA

Strengths: Machine learning algorithms for root prediction

Use Cases: RCA on survey + transactional data

7. RapidMiner

Best For: Data science-led RCA

Strengths: Predictive modeling, anomaly detection

Use Cases: Multivariate RCA in customer satisfaction studies

8. HubSpot Service Analytics

Best For: SMEs tracking CX RCA

Strengths: Service ticket tagging, trend spotting

Use Cases: Support feedback RCA in SaaS startups

9. Freshdesk Analytics

Best For: Support-centric RCA

Strengths: Agent performance impact, recurring issue tagging

Use Cases: RCA for delayed resolutions and poor support

10. Zendesk Explore

Best For: Root cause reporting on ticket drivers

Strengths: CX KPI correlation with operational gaps

Use Cases: Ticket backlog feedback RCA

GEO Focus: Root Cause Trends in India & APAC

In markets like India, Indonesia, and UAE, brands are increasingly using RCA tools to analyze regional voice feedback, multi-language comments, and localized churn causes. NUMR CXM’s language-agnostic NLP and regional RCA dashboards make it a preferred solution in these dynamic, high-volume markets.

FAQs: Understanding RCA in Customer Feedback

What is Root Cause Analysis in CX?

It’s the process of identifying the underlying reasons behind customer dissatisfaction, churn, or negative feedback, beyond superficial survey scores.

Why is NUMR CXM ideal for RCA?

NUMR offers predictive RCA, advanced text analytics, and automated clustering—delivering deeper, actionable insights at speed.

Can RCA be applied to call center and chatbot feedback?

Yes. Tools like NUMR, Clarabridge, and Zendesk analyze structured and unstructured text—including call logs and chatbot transcripts—for RCA.

Are these tools suitable for Indian enterprises?

Absolutely. Platforms like NUMR CXM are Indian-market optimized, with multilingual capabilities and integration with Indian banking and telecom ecosystems.

Final Word

The CX leaders of 2025 are not those with the most feedback—but those with the sharpest RCA insights. With tools like NUMR CXM, businesses can decode dissatisfaction, drive focused improvements, and build loyalty that lasts.

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AI and Machine Learning in Telecom Data Analytics

Let’s face it — the telecom world is evolving faster than ever. With millions of users, billions of devices, and endless streams of data being generated every second, telecom operators are under constant pressure to deliver faster, smarter, and more reliable services.

So, how are they keeping up?

The answer lies in the powerful combination of AI (Artificial Intelligence) and machine learning — two technologies transforming the way telecom companies work behind the scenes. From predicting network issues to personalizing customer experiences, these tools are taking telecom data analytics to a new level.

Let’s break it down.

📡 What Is Telecom Data Analytics?

Before we dive into AI and machine learning, let’s quickly revisit the basics. Telecom data analytics is all about collecting, analyzing, and using data from various telecom operations — think network usage, call records, customer behavior, billing patterns, service issues, and more.

By turning this raw data into actionable insights, telecom companies can:

Improve network performance.

Reduce customer churn.

Detect fraud.

Launch better marketing campaigns.

And optimize overall operations.

But here’s the thing: the volume of data in telecom is massive, and that’s where AI and machine learning step in to make sense of it all.

🧠 How AI and Machine Learning Work in Telecom

Let’s imagine AI and machine learning as super-smart assistants that never sleep. They’re trained to sift through oceans of data, spot patterns, and make predictions — often in real-time.

Here’s how telecom companies are putting them to work:

1. Predicting Network Failures Before They Happen

No one likes dropped calls or buffering during a video. Telecom companies use machine learning models to monitor network performance 24/7 and predict potential outages before they affect customers.

How? By analyzing data like:

Signal strength trends

Traffic spikes

Hardware logs

Environmental conditions

These models flag unusual behavior and help teams take preventive action, like replacing failing equipment or rerouting traffic, before customers even notice a problem.

2. Boosting Customer Experience

Let’s say a user suddenly starts getting slower speeds or poor call quality. Instead of waiting for a complaint, AI can detect the change in usage patterns and proactively suggest a solution, like switching plans or boosting signal strength.

This is where data analytics in telecom shines. AI helps personalize experiences by learning customer preferences, usage habits, and even the likelihood of churn, then automates responses accordingly. Think of it as customer care on autopilot, but smarter.

3. Smart Fraud Detection

Fraud is a big problem in telecom, from SIM cloning to fake IDs to international call scams. With AI and machine learning, telecoms can now detect suspicious activity in real-time.

For example:

A customer suddenly makes 100 international calls in an hour.

A SIM card is used in multiple devices rapidly.

An account triggers unusual top-ups or charges.

These patterns raise red flags, and the system can either alert the team or block activity instantly, saving both revenue and reputation.

4. Dynamic Pricing and Offers

Gone are the days of “one-size-fits-all” telecom plans. With AI, companies can create personalized offers based on each user’s behavior.

So, if someone uses a lot of data but rarely makes calls, the system might recommend a data-heavy plan with fewer talk-time benefits. Or, if a user regularly runs out of data before the month ends, AI can suggest a suitable upgrade — all in real-time.

This kind of targeting is only possible with strong telecom data analytics powered by machine learning.

5. Network Optimization and Traffic Management

Think of the telecom network like a highway. Some routes get jammed during rush hour, while others are clear. AI can analyze real-time traffic patterns and re-route data flow accordingly to reduce congestion and improve speed.

This is especially important as 5G networks roll out and more devices — from phones to smart cars — connect to the grid. AI ensures everything runs smoothly and efficiently.

🔄 AI in Action: A Day in the Life

Let’s say you wake up and your phone automatically connects to a nearby tower with the best signal. Your telecom provider’s AI already knows you work from home and stream a lot, so it prioritizes your bandwidth.

You receive a message offering a weekend data pack just when you need it.

In the background, AI is checking your connection quality, scanning for unusual billing behavior, and updating your profile — all without you lifting a finger.

That’s the power of data analytics in telecom, supercharged by AI.

🚀 The Future of AI in Telecom

We’re just getting started. As AI models become more advanced and real-time analytics more accessible, we’ll see even more use cases in telecom, like:

Automated customer support with chatbots.

Voice recognition for account verification.

AI-driven 5G rollout planning.

Network slicing for industry-specific services.

And with machine learning constantly improving, these systems get smarter over time, learning from every interaction and improving their predictions.

🎯 Wrapping It Up

AI and machine learning are not just buzzwords — they’re essential tools driving innovation in telecom data analytics. From smarter customer service to more efficient networks, they’re helping telecom companies unlock the full potential of their data.

As the demand for faster, more personalized services grows, the role of data analytics in telecom will only become more critical — and AI will be leading the charge.

So, the next time your video streams without buffering or you get a perfectly timed data pack offer, just know — AI probably had something to do with it.

[everywhere098]

🚀 Introduction

Jagamara is fast emerging as a hub for entrepreneurs and digital-first ventures across sectors like retail, education, logistics, and healthcare. As this local ecosystem evolves, reliable IT services have become the backbone of business success. Whether you're launching your first website or scaling a digital presence, choosing the right IT partner is critical.

This guide spotlights top IT service providers in Jagamara, with a special focus on the standout agency redefining the tech scene—Zero Error Studio, recognized as Jagamara’s Best IT Services Agency.

💼 Top IT Agencies in Jagamara

Jagamara boasts several reputable IT service providers. Here's a quick overview:

Zero Error Studio – A fast-rising agency with a strong national and global presence in branding, design, SEO, and digital growth.

Preditech Solution Pvt. Ltd. – Specialists in software development and automation tools.

Algopage IT Solution Pvt. Ltd. – Experts in app development and ERP integration.

Threatsys Technologies Pvt. Ltd. – Cybersecurity and regulatory compliance solutions.

Netlite NGN Pvt. Ltd. – Server management and hosting services.

TCS (Regional) – Enterprise-level IT solutions.

CS Web Solution – Website development and e-commerce platforms.

Digitech Solutions – UI/UX design and digital branding.

Zero Webit – Affordable IT services for local SMEs.

AVL Software Solution – Enterprise automation and AI-based tools.

💡 Expert Insight: “Success in IT isn’t just about writing code—it’s about creatively solving business problems with speed and efficiency.” — Vishal Pandya, Founder, Zero Error Studio

🛠 Core Services Offered by Leading Agencies

🖥 Web Development & Design

Key services include:

Mobile-responsive websites

CMS solutions (WordPress, Shopify)

Custom web apps

Static/dynamic websites

UI/UX design

Zero Error Studio is particularly known for delivering stunning corporate websites and high-converting landing pages in record time.

🔍 SEO & Digital Marketing

Top agencies offer:

SEO strategies & on-page optimization

Social media branding & advertising

Google, Meta & LinkedIn ad campaigns

Email marketing & automation

GMB (Google My Business) optimization

Zero Error Studio is a top choice for high-ROI SEO strategies and PPC campaigns. Their work has helped clients like Hydrafit Gym and Maruti Courier achieve massive growth.

📡 Telecom & Connectivity Solutions

Often provided via local partnerships with Jio Fiber, Vi, and BSNL, these include:

Web hosting & cloud services

Server setup and maintenance

VoIP for CRM systems

🔍 Why Jagamara's IT Agencies Stand Out

✅ Agile Delivery & Ongoing Support

Local agencies are known for:

Meeting tight deadlines

Flexible project handling

Post-launch support and maintenance

Zero Error Studio offers unmatched 24/7 global support.

“Despite time zone differences, Vishal and his team were always available.” — Ankit P., Client (Australia)

🧩 Integrated Business Solutions

Top agencies offer holistic services like:

End-to-end branding + web + SEO

Strategic business consultation

Multilingual websites

CRM & ERP systems for small businesses

Zero Error Studio leads the way here with custom, results-driven solutions.

📊 Case Study Spotlight

An edutech firm partnered with Zero Error Studio to develop a multilingual LMS-integrated website. Within 3 months, they saw:

220% increase in lead generation

Boosted by strategic SEO and targeted ad campaigns

🧠 How to Choose the Right IT Partner

Define your project goals (website, SEO, app, etc.)

Compare agency expertise and specializations

Review their past work and client success stories

Match their portfolio to your industry

Look for agencies offering long-term support

Prioritize scalable and budget-friendly packages

✅ Pro Tip: If you're looking for both creativity and measurable ROI, Zero Error Studio is your best bet.

🌟 Real Success Stories from Jagamara

Mukhya Samachar, a local media outlet, tripled its Instagram following and ad revenue after working with Zero Error Studio.

A boutique café near Khandagiri saw a 160% boost in Zomato orders post website redesign and ad campaigns.

Digitech Solutions helped a clothing brand reduce cart abandonment by 35% through a new e-commerce platform.

💬 What Clients Say About Zero Error Studio

Ankit P., Director, Umiya Productions (Australia): ��Outstanding designs, rapid delivery, and always ready for revisions. Vishal’s creativity and responsiveness made the entire process seamless.”

Rambhai Mokariya, CEO, Maruti Courier: “Zero Error is the best in the market. Their branding and digital marketing helped us go global without ever leaving our office.”

❓ Frequently Asked Questions

1. What services does Zero Error Studio offer? ✔️ Web design & development ✔️ SEO & digital marketing ✔️ Branding & graphic design ✔️ SMM & PPC campaigns ✔️ Hosting & domain setup ✔️ Website security & maintenance

2. Is it suitable for startups and small businesses? Yes! Their packages are affordable, flexible, and ideal for startups and SMEs.

3. How’s the customer support?

24/7 availability

Fast response via WhatsApp, email, and phone

Free revisions

Dedicated managers and regular updates

4. Can they boost my online visibility? Absolutely. Through smart SEO, engaging content, and paid campaigns, they’ve helped many clients dominate local search results.

5. Do they serve international clients? Yes, including businesses in Australia, the UK, Canada, and the US.

6. How to get started? Visit zeroerrorstudio.com to:

Book a free consultation

Browse the portfolio

Fill out a project inquiry Or WhatsApp Vishal Pandya for a quick chat.

7. How is Zero Error Studio different from others?

Design-first mindset

Localized strategies

High-impact, ethical solutions

Trusted by global clients

✅ Final Thoughts

Jagamara is proving that world-class IT solutions can thrive right in Odisha. Agencies like Zero Error Studio are leading the way—offering everything from enterprise software to beautiful branding websites, all with local roots and global reach.

Also they are the best mobile app developers in bhubaneswar

🎯 Looking to launch, rebrand, or scale? Zero Error Studio offers the

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Future-Proof Your Career with an ACMA Cabling Licence from Milcom Institute

In today's digitally connected world, the demand for skilled cabling professionals has never been higher. Whether it's for the NBN, smart homes, data centers, or commercial infrastructure, cabling is the backbone of modern communication. If you're looking to launch or level up your career in telecommunications, securing an ACMA Cabling Licence through Milcom Institute is a strategic move with long-term rewards.

What Is an ACMA Cabling License?

The Australian Communications and Media Authority (ACMA) requires that anyone performing cabling work on telecommunications networks be appropriately trained and licensed. This ensures that cabling installations are safe, reliable, and compliant with national standards.

An ACMA Cabling Licence allows you to legally work on:

Phone lines

Internet and NBN connections

Data cabling systems

Coaxial and optical fibre networks

There are different endorsements available, such as Structured, Coaxial, and Optical Fibre, which further define your scope of work.

Why Choose Milcom Institute?

At Milcom Institute, we don’t just provide training—we shape careers. As a nationally recognized RTO (Registered Training Organization), Milcom delivers industry-accredited cabling courses designed to meet ACMA standards. Here’s what sets us apart:

1. Hands-On, Practical Training

Our courses focus on real-world skills. You'll work with actual cabling infrastructure in simulated environments, giving you confidence and competence from day one.

2. ACMA-Approved Courses

All our cabling training programs are aligned with ACMA regulations and lead to the necessary certifications and endorsements. Whether you’re after your Open Registration or specialized endorsements, we've got the right course for you.

3. Flexible Learning Options

We understand the pressures of working life. That’s why we offer face-to-face, blended, and accelerated training options to suit different learning styles and schedules.

4. National Reach

Milcom has campuses and training facilities across major Australian cities, making it easier than ever to access high-quality training close to home or work.

5. Industry Connections

Our reputation and long-standing relationships with employers in the telecommunications sector mean our graduates often find work faster and enjoy better job security.

Who Should Apply?

The ACMA Cabling Licence is ideal for:

Electricians expanding their skill set

IT and network professionals

Tradespeople transitioning into telecoms

New entrants looking for a future-proof career path

No prior telecommunications experience? No problem. Milcom’s beginner-friendly courses ensure that even newcomers can build a strong foundation and become job-ready.

What’s the Path to Getting Licensed?

Enroll in a Milcom Institute ACMA-approved course (e.g., Open Cabling Registration)

Complete the training modules and hands-on practical assessments

Receive your Certificate of Attainment

Apply for your ACMA registration with the help of our support team

Start Working legally as a licensed cabler in Australia

Invest in Your Future Today

The digital world is expanding rapidly, and skilled cablers are the invisible force powering it all. Whether you're looking to upskill, change careers, or increase your earning potential, Milcom Institute can help you take the next step confidently.

Ready to get started? Visit milcom.edu.au or call us today to find the right ACMA cabling course for you.

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5G Infrastructure Market Drivers Accelerating Growth Across Telecom, Automotive, and Industrial Sectors

The 5G infrastructure market is witnessing a surge in global demand, driven by technological advancements, increasing digitalization, and the need for faster, more efficient connectivity. With the rollout of 5G networks, industries ranging from telecommunications to manufacturing are undergoing a transformative shift. The market is being shaped by several key drivers that are not only pushing its expansion but also redefining the way industries operate and interact.

1. Surge in Mobile Data Traffic and Device Connectivity

One of the most prominent drivers of the 5G infrastructure market is the exponential rise in mobile data usage. As consumers continue to rely more on mobile applications, video streaming, and real-time services, the limitations of 4G networks have become more apparent. The growing number of connected devices, from smartphones to IoT-enabled gadgets, is straining current network capabilities. 5G infrastructure provides the necessary bandwidth, speed, and low latency to meet these demands, enabling seamless connectivity across millions of devices.

2. Government Investments and Smart City Initiatives

Governments around the world are heavily investing in 5G infrastructure as part of broader smart city projects. These initiatives aim to improve public services, enhance urban planning, and reduce environmental impact through connected technologies. 5G is crucial for supporting applications like intelligent traffic management, real-time surveillance, and automated public transport. Countries like China, South Korea, and the United States are at the forefront, launching large-scale projects that require robust and scalable 5G networks to function efficiently.

3. Rising Demand for Industrial Automation

Another major driver is the increasing adoption of automation across industries such as manufacturing, logistics, and energy. Industrial operations demand highly reliable and low-latency communication, which 5G is uniquely positioned to deliver. By enabling machine-to-machine communication and real-time monitoring, 5G facilitates smart factories, predictive maintenance, and supply chain optimization. This transition is particularly important in sectors where milliseconds can mean the difference between operational efficiency and costly downtime.

4. Advancements in Network Virtualization and Edge Computing

Technological advancements such as network function virtualization (NFV) and edge computing are accelerating the development of 5G infrastructure. These innovations reduce dependency on traditional hardware, allowing networks to be more agile and cost-effective. Edge computing, in particular, brings data processing closer to the source, reducing latency and enhancing performance. These capabilities are essential for applications like autonomous vehicles, remote surgery, and immersive augmented reality experiences, all of which are set to benefit immensely from 5G networks.

5. Expansion of Private 5G Networks in Enterprises

Businesses are increasingly turning to private 5G networks to gain better control over their data, security, and network performance. Private 5G solutions offer the scalability and customization required by enterprises, especially those in high-tech and critical infrastructure sectors. From large campuses to industrial zones, these networks ensure uninterrupted connectivity and foster innovation. This trend is also encouraging telecom providers and infrastructure developers to offer more tailored, enterprise-focused 5G solutions.

6. Growth of Connected and Autonomous Vehicles

The automotive sector is emerging as a key contributor to 5G infrastructure growth. The development of connected vehicles and autonomous driving technologies depends heavily on real-time communication and vast data processing capabilities. 5G networks can support vehicle-to-everything (V2X) communication, enabling cars to interact with each other, road infrastructure, and pedestrians. This not only enhances safety but also lays the groundwork for intelligent transportation systems that can reduce congestion and lower emissions.

7. Enhanced Consumer Experiences Through AR and VR

The entertainment and media industries are also driving the adoption of 5G infrastructure. Augmented reality (AR) and virtual reality (VR) require ultra-high bandwidth and minimal latency to function smoothly. With 5G, these experiences become more immersive and accessible, leading to new business models in gaming, online education, and virtual events. This evolving consumer demand is pushing service providers to upgrade their infrastructure to stay competitive in a rapidly changing landscape.

Conclusion

The 5G infrastructure market is being propelled by a diverse range of drivers, each contributing to its rapid evolution and expansion. From enhancing industrial automation and enabling smart cities to transforming consumer experiences and supporting futuristic automotive technologies, 5G is laying the foundation for a more connected and efficient world. As these drivers continue to gain momentum, the 5G ecosystem will not only grow but also redefine the digital economy for years to come.

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Custom Software, Real Impact: How EDSPL Builds Scalable Solutions for Modern Enterprises

Introduction: One Size Doesn’t Fit All

In an era where off-the-shelf solutions often fall short, custom software has become the backbone of digital innovation. Every modern enterprise faces unique challenges — from complex workflows to niche compliance requirements. That’s where EDSPL steps in. We don’t just develop code — we engineer solutions tailored to your business DNA.

At EDSPL, our custom software services are built on one promise: real-world impact through technology that fits, scales, and grows with you.

Whether you’re modernizing legacy systems, building mission-critical applications, or launching digital-first products, EDSPL delivers software solutions that are strategic, scalable, and future-ready.

Why Custom Software Is a Business Advantage

Modern enterprises operate in a highly competitive and rapidly evolving landscape. Off-the-shelf platforms often:

Limit flexibility

Create integration silos

Fail to meet security or compliance standards

Struggle to scale as your business grows

Custom software isn’t a luxury — it’s a necessity. The right solution gives you:

Total control over functionality

Seamless integration with existing systems

Enhanced user experience

Long-term cost efficiency

That’s why market leaders partner with EDSPL to build software that’s designed for today — and ready for tomorrow.

Why Enterprises Trust EDSPL for Custom Software Development

1. Industry-Aligned Engineering

We bring deep domain knowledge into every solution we build, with proven expertise in:

Banking & Financial Services

Healthcare & Life Sciences

Retail & eCommerce

Telecom & Media

Public Sector & Government

Our engineers understand the nuances of your industry — from regulatory standards to user expectations — and translate them into reliable digital platforms.

2. Agile, Scalable Development Process

Our development model ensures speed, quality, and alignment with your goals through:

In-depth requirement analysis

Agile sprints and iterative releases

DevOps & CI/CD pipelines

Scalable microservices architecture

Real-time collaboration with stakeholders

Whether it's a startup MVP or an enterprise-grade platform, EDSPL adapts to your scale — without compromising on performance.

3. Full-Stack Technology Expertise

Our custom solutions are powered by modern, flexible, and robust tech stacks:

Front-end: React, Angular, Vue.js

Back-end: Node.js, .NET Core, Java, Python

Mobile: Flutter, Kotlin, Swift, React Native

Cloud: AWS, Azure, Google Cloud

Databases: PostgreSQL, MongoDB, MySQL, Oracle

DevOps: Docker, Kubernetes, Jenkins, GitLab CI

We build software with scalability, security, and sustainability at its core.

4. Built-In Quality, Always

Every EDSPL solution is tested and optimized from the ground up, thanks to our integrated QA practices:

Manual and automated testing

Performance & load testing

Security and compliance validation

UAT support and continuous feedback loops

We don’t treat QA as a phase — we build it into the development lifecycle.

5. Enterprise-Grade Security & Compliance

In a world where data breaches make headlines, we prioritize:

Secure coding practices

Role-based access control

Encryption & data privacy

GDPR, HIPAA, and PCI-DSS compliance

Regular vulnerability scans and penetration testing

Security is not an add-on — it’s a foundation.

6. Human-Centered Design for Real Adoption

Software is only as good as its usability. Our UI/UX team ensures:

Intuitive navigation and workflows

Accessibility compliance (WCAG/ADA)

Localization and cultural adaptation

Design systems that align with your brand

We design for impact — where users engage, adopt, and enjoy the digital experience.

7. Long-Term Partnership, Not Just Projects

EDSPL doesn’t disappear after deployment. We offer:

Post-launch support and optimization

Ongoing performance monitoring

Feature enhancement roadmaps

Cloud cost optimization

24x7 global support availability

Our goal is to grow with you — from version 1.0 to the enterprise standard.

Real Results, Real Impact

Here’s how our custom software solutions have empowered businesses:

50% reduction in manual processes via enterprise automation

3x faster go-to-market with MVP-based Agile delivery

99.99% uptime with cloud-native, scalable infrastructure

Higher customer satisfaction with tailored user experiences

Robust data compliance across industries

Our clients don’t just get software. They get solutions that deliver measurable business outcomes.

Future-Ready Software Starts Here

EDSPL is at the forefront of innovation in:

AI/ML-enabled business intelligence

IoT-integrated applications

Blockchain-based audit trails

Serverless and event-driven architectures

Custom analytics and real-time dashboards

We’re not just building for now — we’re engineering for what’s next.

Conclusion: Software That Drives Growth, Delivered by EDSPL

In the digital-first era, software is more than infrastructure — it's your competitive edge. At EDSPL, we blend technical excellence with business empathy to create custom software that solves real problems, unlocks new opportunities, and propels enterprises forward.

When modern businesses need software that doesn’t just meet requirements but redefines possibilities — they choose EDSPL.

Visit our website to learn more: www.edspl.com

Please visit our website to know more about this blog https://edspl.net/blog/custom-software-real-impact-how-edspl-builds-scalable-solutions-for-modern-enterprises/

[cybersecurityict]

5G NTN Market Size, Share, Growth Analysis, Forecast, and Trends to 2032

The 5G NTN Market was valued at USD 5.5 Billion in 2023 and is expected to reach USD 77.9 Billion by 2032, growing at a CAGR of 34.14% from 2024-2032.

The 5G Non-Terrestrial Network (NTN) market is witnessing exponential growth as it reshapes global communication infrastructure. Integrating satellite and airborne platforms with terrestrial 5G, NTNs promise unprecedented coverage, bridging the digital divide across remote and underserved areas. Major technology firms and telecom operators are investing heavily in NTN solutions to power industries like maritime, aviation, defense, and emergency services, where terrestrial networks fall short. This global push is further fueled by rising demand for real-time data, low latency, and seamless mobility across geographies.

5G NTN Market Transforming traditional limitations, 5G NTN enhances connectivity through a seamless blend of satellite and terrestrial systems. It empowers a broad range of applications—from autonomous transport to remote healthcare—bringing ubiquitous, resilient, and scalable communications to the forefront. This fusion is instrumental in the rollout of future-ready networks, enabling countries and enterprises to boost digital infrastructure and achieve economic and technological advancements.

Get Sample Copy of This Report: https://www.snsinsider.com/sample-request/5978 

Market Keyplayers:

SpaceX – Starlink

OneWeb – OneWeb LEO Satellite Network

Telesat – Lightspeed Constellation

Amazon (Project Kuiper) – Kuiper Satellite System

AST SpaceMobile – BlueWalker 3

SES S.A. – O3b mPOWER

Eutelsat – EUTELSAT KONNECT VHTS

Inmarsat (Viasat Inc.) – ORCHESTRA Network

Thales Group – Thales Alenia Space SATCOM Solutions

Lockheed Martin – Pony Express 1

Hughes Network Systems – Jupiter 3 Satellite

Nokia – Nokia AVA for NTN

Ericsson – Ericsson 5G Core for NTN

Huawei – 5G NTN Integrated Solutions

Intelsat – FlexMove Connectivity

Market Analysis

The global 5G NTN market is characterized by intense innovation and strategic collaborations. Key players are entering partnerships with satellite operators, device manufacturers, and governments to accelerate the deployment of NTN-enabled services. The competitive landscape is dynamic, with startups and legacy firms racing to launch Low Earth Orbit (LEO) satellite constellations and integrate AI-based traffic and signal management. Regulatory progress across regions is also accelerating the time-to-market for NTN solutions.

The market is being shaped by various use cases across sectors such as aerospace, transportation, agriculture, mining, and defense. Demand for reliable, always-on connectivity is a strong catalyst, particularly in geographically challenged areas like rural zones, oceans, and disaster-hit regions. Government initiatives for rural broadband and smart infrastructure are significantly driving adoption.

Market Trends

Integration of LEO satellites with 5G terrestrial networks

Growth in IoT and M2M applications via NTN infrastructure

Emergence of hybrid networks combining air, ground, and sea coverage

Partnerships between telecom providers and space tech firms

Focus on energy-efficient NTN hardware and network sustainability

Regulatory frameworks being adapted to enable commercial NTN use

Increased use of AI and edge computing in NTN systems

Market Scope

Global Reach: Expands high-speed connectivity to the most inaccessible terrains

Emergency Services: Ensures robust communication during natural disasters

Autonomous Systems: Enables operation of drones, vehicles, and machinery in remote areas

Maritime & Aviation: Delivers uninterrupted coverage over sea and air routes

Government & Defense: Secures mission-critical and surveillance communications

The scope of the 5G NTN market is vast and transformative, impacting industries that rely on connectivity beyond traditional cellular networks. Its cross-sectoral applications position it as a pivotal enabler of Industry 4.0 and next-generation digital infrastructure.

Market Forecast

The market is projected to grow rapidly over the coming years, driven by the confluence of satellite advancements, 5G proliferation, and the demand for resilient, global connectivity. Continuous innovation in satellite technology, cost-effective deployment strategies, and international collaborations are expected to fuel this momentum. As commercial launches accelerate, NTN is set to become a cornerstone of next-generation telecommunications, complementing terrestrial 5G to provide truly borderless network access.

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Conclusion

The 5G NTN market is not just a technological leap—it is a bridge to an interconnected future where no location is left behind. As it continues to mature, it will redefine how businesses, governments, and individuals communicate across the globe. With strategic foresight and global collaboration, 5G NTN stands as the next frontier of wireless innovation, promising an inclusive, always-connected world that meets the evolving needs of the digital age.

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Indoor vs. Outdoor: Segmenting the Small Cell 5G Network Market

Small Cell 5G Network Industry Overview

The global Small Cell 5G Network Market, estimated at USD 2.76 billion in 2023 with a hardware volume of 2,170 thousand units, is projected to experience remarkable growth at a CAGR of 70.7% from 2024 to 2030. This surge is primarily driven by the rapidly increasing consumer demand for high-speed mobile data connectivity, leading to greater deployment of the next-generation 5G Radio Access Network (RAN). The expanding installation of small cell 5G networks across industrial, enterprise, and residential sectors aims to deliver enhanced coverage and capacity cost-effectively. Furthermore, the swift development of smart cities in nations like the U.S., Canada, Singapore, UK, Germany, Italy, and France has significantly boosted the deployment of small cell 5G networks for diverse applications spanning residential, industrial, commercial, and governmental uses.

The rapid global increase in mobile data traffic and 5G adoption is a key market driver. As demand for 5G services rises, telecom service providers are making substantial investments in developing and enhancing 5G infrastructure. While 5G services were initially launched utilizing existing (non-standalone) network infrastructure in several countries by 2022, the anticipated rapid growth in 5G users is expected to strain this infrastructure, necessitating a shift towards standalone 5G infrastructure deployment by telecom operators. Given that small cell 5G networks are a vital element of both standalone and non-standalone 5G ecosystems, the increasing demand for 5G and the growing deployment of standalone 5G network infrastructure are expected to generate significant market growth opportunities.

Detailed Segmentation:

Component Insights

The Picocell segment is expected to register at a significant CAGR over the forecast period. Picocells play a vital role in covering a large portion of the population, delivering high-speed internet capacity in places like stadiums, concerts, festivals, and others, which is increasing its demand in the market. Moreover, telecom service providers still face uninterrupted data services across rural areas due to line-of-sight problems. Microcells provide seamless connectivity to consumers, especially in remote or rural areas up to 3 km of distance, which is anticipated to drive the demand for microcells in the market. The aforementioned factors it is expected to stimulate the implementation of picocells and microcells over the forecast period.

Network Model Insights

Based on network model, the non-standalone (NSA) segment led the market with the largest revenue share of 82.0% in 2023. This is attributed to the early rollouts of the non-standalone network across the globe. The non-standalone network is commonly deployed in integration with the existing legacy network infrastructure, because of which it has been a time and cost-efficient option. Besides, several key service providers, such as AT&T, Inc. and Verizon Communications, have first deployed a 5G non-standalone (NSA) network model that caters to the primary use cases, including cloud-based AR/VR gaming, mobile streaming, and UHD videos.

Network Architecture Insights

Based on network architecture, the virtualized segment led the market with the largest revenue share of 61.56% in 2023. The dominating share of the segment can be attributed to a robust deployment of a small cell 5G network with a centralized baseband unit controllable architecture. This helps service providers to reduce the Total Cost of Ownership (TCO) and increase the overall flexibility of the network by managing virtually all the small cell base stations. Besides, the introduction of Software-defined Networking (SDN) technology and Network Function Virtualization (NFV) to improve the operational efficiency of the RAN network is further expected to augment the segment growth over the forecast period.

Deployment Mode Insights

Based on deployment mode, the indoor segment led the market with the largest revenue share of 76.0% in 2023. This is attributed to the growing demand for 5G indoor coverage. Small cells provide reliable 5G data connectivity across residential and non-residential applications. The non-residential uses mainly involve enterprises, retail malls, airports, and hospitals, among others. Moreover, the data published by China's Ministry of Industry and Information Technology (MIIT) states that high-value customers are devoting over 80% of their working hours to indoor premises. As a result, it is estimated to elevate the adoption of small cells for indoor applications over the forecast period.

Frequency Type Insights

Based on frequency type, the sub-6 GHz led the market with the largest revenue share of 54.0% in 2023. This is attributed to the enormous investments by key communication service providers in acquiring low and mid-band frequencies to provide customers with high-bandwidth services for businesses and industrial applications. Recently, governments across major countries such as the U.S., China, South Korea, Japan, and many other countries unveiled sub-6 GHz frequencies to provide high-speed internet services in their countries. Furthermore, a few key small cell 5G component providers, such as Qualcomm Technologies, Inc., unveiled a new chipset for 5G small cells, which supports both sub-6GHz and mmWave frequency bands. Owing to the advantages of supporting multi-band frequencies, the sub-6GHz and mmWave segment is anticipated to gain considerable market growth in the forecast period.

End-use Insights

Based on end-use, the commercial segment held the market with the largest revenue share of 42.2% in 2023. This is attributed to the growing deployment of small cell 5G networks across large as well as Small and Medium Enterprises (SMEs) across the globe. This 5G RAN network helps enterprises cater to the demand for massive data capacity and coverage needs at a very affordable cost. Moreover, small cell 5G networks also help organizations utilize the existing broadband infrastructure to deploy these next-generation networks. Besides, the small cell 5G networks have seen a colossal adoption across residential applications such as smart homes, cloud gaming, and home broadband.

Regional Insights

The small cell 5g network market in Europe is expected to grow at a significant CAGR of 71.1% from 2024 to 2030. The European market's growth is attributed to the favorable regulatory policies in countries such as the UK, Germany, and France and large investments in 5G network infrastructure.

Gather more insights about the market drivers, restraints, and growth of the Small Cell 5G Network Market

Key Companies & Market Share Insights

Airspan Networks Holdings Inc. is a technology leader in the 5G and 4G radio access network and broadband access solutions market. The company provides a broad range of software-defined radios, network management software, and broadband access products, which can potentially facilitate cost-effective deployment and efficient management of fixed, mobile, and hybrid wireless networks

Mavenir is a cloud-native network software provider. It focuses on redefining network economics and accelerating software network transformation for Communications Service Providers (CSPs)

Key Small Cell 5G Network Companies:

The following are the leading companies in the small cell 5G network market. These companies collectively hold the largest market share and dictate industry trends.

Huawei Technologies Co., Ltd.

Samsung Electronics Co., Ltd.

Nokia Corporation

Telefonaktiebolaget LM Ericsson

ZTE Corporation

Fujitsu Limited

CommScope Inc.

Comba Telecom Systems Holdings Ltd.

Altiostar

Airspan Networks

Ceragon

Contela

Corning

Baicells Technologies

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Recent Developments

In February 2023, Huawei Technologies Co., Ltd. unveiled a series of One 5G solutions, which can drive all bands to 5G. The company’s One 5G solutions can potentially unleash the power of all bands at a single site based on indoor digitalization, FDD, and TDD. The solutions were aimed at helping operators in building the most economical 5G networks

In August 2022, Comba Network, a subsidiary of Comba Telecom Systems Holdings Ltd., was selected by China Mobile Limited, a telecom company, to participate in a significant 5G extended picocell deployment, which involves 20,000 small cell base stations