#Routing and Remote Access Service

[richardmhicks]

Always On VPN RADIUS Configuration Missing

Always On VPN RADIUS Configuration Missing

Windows Server Routing and Remote Access Service (RRAS) is a popular choice for administrators deploying Always On VPN. It is easy to configure and scales out easily. Most commonly, RRAS servers are configured to use RADIUS authentication to provide user authentication for Always On VPN client connections. The RADIUS server can be Microsoft Network Policy and Access Server (NPAS, or simply NPS)…

[chaosbarelycontained]

See Me Go Through Changes

North Country Boy Chapter 4

Pairing: Simon “Ghost” Riley x AFAB!OC

TW: Swearing

Words: 2k

Synopsis: Price gives Jules access to much more than her usual tech and Ghost gets the third degree.

“You need a medic?” Price asked gruffly once the Lieutenant had left the gym.

“No sir, I’m good,” Jules responded, resisting the urge to rub her aching jaw, instead placing her beret back onto her head.

Price nodded once and set off at a brisk pace. Jules followed the Captain down stark corridors, each taking them deeper and deeper into the bowels of Stirling Lines barracks. They encountered a myriad of soldiers on their journey, most of them wearing the caps and badges of the SAS or the SRR, and all of them saluted Price as they passed.

They must have taken a circuitous route that Jules hadn’t used before but they ended up in a wing that was familiar to her and where she’d spent a lot of her time during her SRR training. Stopping before a closed, unmarked door, Price paused with his hand on the door knob. He turned to Jules with a devilish look in his eye.

“Now before we go in, just remember, I don’t want you to get all over-excited on me, Sergeant, understood?”

“Understood,” Jules replied, but her tone was raised, as if her response were a question.

Price pushed open the door and then stepped aside to reveal a bank of monitors and some of the most advanced computing and remote surveillance equipment Jules had ever seen. She stepped into the room with a soft gasp and ran her fingers delicately across the top of the monitors. Her skin prickled with goosebumps in the air-conditioned coolness and she turned back to Price with a genuine smile of joy.

“Fuckin’ ‘ell! Are you flirtin’ with me, Sir?” she teased, earning her a deep, rumbling chuckle.

“If I wanted to flirt with you, Tiger, you’d know about it. I take it you like the set-up?”

“Like it? It’s mint!” Jules exclaimed, practically vibrating with excitement.

“Good. I need you to make sure it's got everything you need. If anything’s missing then there needs to be a list on my desk by 0800 hrs tomorrow. Anything, Sergeant. If you need it, just ask.”

“Absolutely, Sir,” Jules said, but already sounded distracted as her attention was drawn back to the equipment before her.

“One more thing,” Price stated, pulling her focus back to him.

“Yes, Sir?”

“Lieutenant Riley,” Price began and Jules immediately stiffened. “I don’t know what’s gone on and I don’t need to, unless it compromises my team. Will it compromise my team, Sergeant?”

“N-no, Sir,” she replied, her face flushing with embarrassment at her very public loss of control.

“Good. See that it stays that way,” he ordered, but then his face softened. “Go on then, have at it,” he nodded towards the monitors and left Jules to it.

She slid into the comfortable wheeled chair, removed her beret, and lifted the headset onto her head. One swipe of the mouse and the screens before her lit up to show the familiar MOD log in screen. She tapped in her credentials but the homescreen she was expecting to see didn't appear. Instead of the SRR logo with the Corinthian helmet and sword there was a design she hadn’t seen before. The centre of the logo still featured a sword but instead of the helmet there was a skull and they were bordered by a pair of feathered wings and a laurel wreath. The only text visible was under the hilt of the sword and all it stated were the numerals 141.

Moving the cursor over the logo, Jules left-clicked on it and the screen dissolved to show a desktop layout that wouldn’t look out of place in any office in the country but a closer look at the icons showed programs that the majority of people wouldn’t even know existed. There were flight scanners, access portals to world-wide air traffic controls, drone programming systems, access to civilian emergency service and CCTV networks, both radio wave and microwave detector systems for communications interceptions, banking network portals, and pretty much anything else she would need. There, at her fingertips, were the tools she needed to monitor and even start incursions the world over. There was even the Spotify app, which made her huff out a chuckle.

Even with only the most cursory of glances over the system, Jules couldn’t see anything that was conspicuous by its absence. Her list for the Captain was, for the moment, unpopulated. Checking the time on the clock in the bottom left of the screen she noticed a small icon that she recognised but had never had the opportunity to use.

“You’re shittin’ me,” she breathed, before double-clicking on the tiny image.

The screen darkened for a moment before lighting up with a soft blue glow. An electronic chirp sounded from one of the desk drawers and Jules opened it to reveal a high end VR headset resting on a magnetic charging dock.

“Jesus fuckin’ Christ,” she squealed, picking up the tech and cradling it in her hands.

Swallowing down the knot of excitement in her throat she removed the headset she was wearing and slowly replaced it with the VR gear. Sighing in satisfaction at the new accessibility she had gained she weaved her hands through the air in a graceful pattern, relishing the lack of need for hand controllers. A few gestures later and she was walking through the streets of Kyiv and then, in a flash, had been transported to favelas of Rio. Throwing her head back and letting out an excited laugh she allowed herself to get lost in the advanced technology that she loved.

* * * * * *

“Geek,” Rob said affectionately, scrubbing his hand over the top of her head. “Computer Science though, Jules? Why the fuck did you pick that?”

“Cause I like it, knobhead,” she replied, shoving his hand away and batting at his shoulder.

The pub in Preston wasn’t that busy for a Saturday afternoon and the train ride up from Manchester that morning had been uneventful. It had mainly consisted of Jules trying to study for a seminar whilst Simon did his best to antagonise her once he’d finished with the copy of FHM he’d picked up at Piccadilly Station.

“She’s good at it too,” Simon added, catching her eye over the rim of his pint glass. “Got some mint grades on your last assignments, didn’t y’Jules?”

“Yeah, suppose so,” she nodded, flushing a little at his praise.

Rob’s eyes flickered between the pair of them and narrowed in suspicion.

“Is there summat going on wi’ you two?' ' he asked.

“Nah!” Jules exclaimed hurriedly, spluttering around her cider and blackcurrant whilst Simon just let out a short laugh and shook his head.

“Just seem a bit pally, that’s all,” Rob hummed, draining his pint.

“Y’said to look out for her while y’were away,” Simon shrugged.

“I can look out for my own bloody self, Jesus,” Jules muttered. “Fuckin’ cavemen.”

After a chippy tea and a farewell to her brother, Jules and Simon made their way back to the station. He seemed lost in thought, not speaking much as they walked onto the platform to wait. Jules leaned back against the red brick wall and wrapped her arms around herself to stave off the chill of the evening.

A shadow fell across her, blocking the light from the station floodlights as Simon leaned over her, caging her in with a devilish smile.

“Didn’t realise the thought of bein’ wi’ me was so bad,” he rumbled, one hand propped against the wall above her head whilst the other came to rest at her waist.

“Was I wrong though?” she protested with a tilt of her chin. “We’re not exactly seein’ each other are we?”

“Well I’m not seein’ anyone else, Jules,” he said, his face turning slightly more serious.

“What’re y’sayin’ Si?” she breathed.

“Just think we should start bein’ honest with ourselves, that’s all,” he replied, his chestnut eyes trailing over her face.

“What about Rob?”

“I reckon he’d be alright with it,” he said, raising his hand to cup her face.

“I reckon he would too, but I think he’d kick your arse first,” Jules laughed softly.

“I’d let him if it got me wi’ you,” he laughed with her as his thumb brushed gently over her cheek.

“Dick’ead,” she murmured, her tongue darting out across her bottom lip as he lifted her chin and tilted his head down to capture her lips with his.

* * * * * *

Ghost waited at the door to Price’s office, outwardly presenting the model of military perfection but his mind whirled in a mess of guilt and confusion. He regretted pushing Jules as far as he had, and there wasn’t much in his life he did regret. Strange how a lot of it involved her though…

“Si, stopppp!” she laughed, batting his arm away from her waist.

Price rounded the corner of the corridor, his face drawing into a scowl as he spotted Ghost. He didn’t need to say a word, simply making a gesture to enter that Ghost followed without question.

The scent of patchouli permeated his nose as they climbed the uneven stone steps of the old drapery building that housed Affleck’s Palace.

He stood at ease before the Captain’s desk as Price sat and deliberately took his time making himself comfo​​rtable. Opening his top drawer he pulled out a cigar, clipped the end with a silver clipper that Ghost himself had gifted him and then lit the tobacco. He stared at his Lieutenant with an ambiguous expression as he waited for Ghost to break the silence.

“It’s on the top floor innit?” he asked, groaning at her pseudo-innocent face.

‘I didn’t know! I swear down!” she gasped out a giggle, grabbing his wrist and hauling up the stairs behind her.

“She’ll do,” Ghost rumbled, scrunching his nose a little under his mask which made the drying blood crack away from his skin.

“And is that your professional opinion?” Price asked, a hint of sarcasm making its way into his words.

“Yeah,” Ghost nodded once.

“Si! I found ‘em!” Jules squealed, bouncing over to him with four small figurines and a beaming smile on her face.

“Want to talk about it?” the Captain probed but Ghost shook his head.

“Negative.”

“Just going to throw this out there Simon, but maybe you need to talk to her.”

Ghost shook his head again but found himself unable to meet Price’s stare. They remained in their non-verbal standoff as the seconds ticked by but Price eventually let out a huff and shook his head in defeat.

“Go on then, dismissed. Just…stop being an arse to her, yeah?”

“It’s like you don’t even know me,” Ghost retorted, trying to lighten the atmosphere a little before leaving the office.

Slipping unseen into an empty room along the corridor, Ghost locked the door and then leaned back against it before sliding to the floor. Pulling his balaclava off over his head he ran his hand through his short blond hair and probed at his throbbing nose. It wasn’t broken, although it wouldn’t have been the first time. Resting his arms on his raised knees he dropped his head and let out a deep sigh.

They had to pass through the cafe on their way back to the stairs that would take them out of the building. Jules walked beside him clutching the paper bag that held her treasured purchase. He didn’t want to leave just yet, desperate to spend more time with her.

“D’you fancy a hot chocolate?” he asked, nodding his head towards the cafe’s counter.

“Umm, yeah, we could do that,” she replied.

He ordered for them whilst she found them two seats, near the window so they could watch the world go by below.

“Here y’are,” he said, placing a mug of hot chocolate topped with all the trimmings before her.

“Cheers, Si,” Jules muttered, but he could tell she was distracted.

“What’s up, chuck?” he asked, nudging her knee under the table.

“Y’don’t…y’don’t think it’s a stupid present?” she asked timidly, nodding towards the paper bag on the table.

“Don’t be daft Jules, he’s gonna love ‘em, and if he doesn’t, I’ll ‘av ‘em,” Simon grinned, trying to reassure her. “If someone bought me Teenage Mutant Ninja Turtle figures for my 19th I’d be made up!”

“Is that a hint?” Jules laughed, “‘cause I’m not buyin’ you Turtles for your birthday.”

Taglist: @aykxz98

[rideboomindia]

What are the benefits of using a ride-sharing app like RideBoom?

Using a ride-sharing app like RideBoom can offer several benefits for both passengers and drivers. Here are some of the advantages:

Benefits for Passengers:

Convenience: Ride-sharing apps provide passengers with a convenient way to request a ride anytime, anywhere, using their smartphones. They can avoid the hassle of flagging down taxis or waiting for public transportation.

Ease of Use: The user-friendly interface of ride-sharing apps makes it simple for passengers to book a ride, track the driver's location, and make cashless payments. The apps often provide estimated arrival times and fare calculations, enhancing transparency and ease of use.

Safety and Security: Ride-sharing apps typically incorporate safety features such as driver identification, real-time GPS tracking, and the ability to share ride details with friends or family. Passengers can have peace of mind knowing that their journey is monitored and recorded.

Cost-Effective: Ride-sharing services often offer competitive pricing compared to traditional taxis. Passengers can benefit from affordable fares, especially for shorter distances, making it an economical transportation option.

Availability and Accessibility: Ride-sharing apps provide access to transportation services in areas where taxis might be scarce or public transportation options are limited. Passengers can easily find a ride, even during peak hours or in remote locations.

Variety of Vehicle Options: Some ride-sharing apps offer a range of vehicle options to cater to different passenger needs and preferences. Passengers can choose between standard sedans, larger vehicles for groups, or even luxury cars, depending on their requirements and budget.

Benefits for Drivers:

Flexible Work Schedule: Ride-sharing apps offer drivers the flexibility to choose their own work hours. They can log in and out of the app as per their availability, allowing them to balance work with other commitments or personal responsibilities.

Additional Income: Becoming a ride-sharing driver can be a way to earn extra income. Drivers can leverage their own vehicles and time to provide transportation services and generate revenue.

Increased Efficiency: Ride-sharing apps help optimize driver efficiency by providing a continuous stream of ride requests and efficient routing suggestions. This can help drivers reduce downtime and maximize their earnings potential.

Driver Safety Measures: Ride-sharing apps often incorporate safety measures, such as driver and passenger ratings, trip tracking, and customer support. This can help create a safer working environment for drivers.

Income Transparency: Ride-sharing apps typically provide drivers with transparent earnings information. Drivers can track their earnings, view trip details, and understand their income breakdown, enabling better financial planning.

Support and Resources: Ride-sharing companies often offer resources and support to drivers, including driver training, customer support, and in-app assistance. This can help drivers navigate any challenges they encounter on the job.

[sophia-zofia]

1-UAE!!

Under the guise of saving refugees, the United Arab Emirates is running an elaborate covert operation to back one side in Sudan’s spiraling war supplying powerful weapons and drones, treating injured fighters and airlifting the most serious cases to one of its military hospitals, according to a dozen current and former officials from the United States, Europe and several African countries.

The operation is based at an airfield and a hospital in a remote town across the Sudanese border in Chad, where cargo planes from the Emirates have been landing on a near-daily basis since June, according to satellite imagery and the officials, who spoke on the basis of anonymity to discuss sensitive intelligence.

Despite strained Sudan-UАЕ relations, gold shipments flowed freely from Sudan to Dubаi, with exports facing no obstacles and operating with official approval in Port Sudan. Political tensions didn't disrupt the lucrative trade, which continued despite the December 2023 expulsion of diplomats and accusations of smuggling.

2- Russia (Wagner group)

The Russian mercenary group Wagner has been supplying Sudan’s Rapid Support Forces with missiles to aid their fight against the country’s army, Sudanese and regional diplomatic sources have told the CNN.

The sources said the surface-to-air missiles have significantly buttressed RSF paramilitary fighters and their leader Mohamed Hamdan Dagalo as he battles for power with Gen. Abdel Fattah al-Burhan, Sudan’s military ruler and the head of its armed forces.

(Reports years ago claimed the hemedti smuggles gold to Russia)

3- Libya

The eastern Libya strongman, Libyan National Army (LNA) commander Khalifah Haftar, has actively backed the paramilitary Rapid Support Forces (RSF) against the Sudanese military and armed forces in the ongoing fighting in Khartoum and its surrounding environs.

Haftar calculates that an RSF victory in the Sudan power struggle would secure valuable trade and smuggling routes through Sudan.

By supporting the RSF, Haftar is aligned with the United Arab Emirates (UAE) and the Russian mercenary Wagner Group.

4- Chad

Chadian sources said that the Chadian transitional government is building a new military base or depot 6-7 kilometers north of the city of Abéché in Wadaday state, with full funding from the UAE to support the Rapid Support Militia.

Mobilization campaigns and movements are now underway to prevent this criminal operation carried out by the Chadian government against citizens, with funding from the UAE, to destroy Sudan.

5- Ukraine

In September 2023, CNN reported that Ukrainian special services were behind a series of drone strikes and a ground operation near Sudan's capital, Khartoum, which targeted Rapid Support Forces (RSF), a militia backed by the Wagner Group, a Russian mercenary outfit.

6- Israel

There has been evidence that Israel is also sending supplies to the RSF. Israel wants to curb Iran's expanding influence in the region, while halting human and arms smuggling routes from Sudan to Gaza. Better relations with Sudan would also enhance Israel's ties with other African countries, helping it to gain access to African markets, especially after the suspension of Israel's observer status in the African Union.

Also using Sudan’s war for cheap propaganda and diverting attention from their atrocities in Gaza by claiming that Hamas Is tied to the RSF. Hemedti tried to organize a secret meeting with officials from the Israeli Mossad without the knowledge of the government and the Sudanese army in Khartoum,on January 2022, but he was forced to inform the army of the meeting in the end, after Israel announced.

7- Iran

Media reports said Iran has supplied Sudan's army with combat drones. The army has not denied the claims. Later, Sudan's Foreign Minister visited Tehran and held talks with high ranking officials as part of the two countries' efforts to restore their diplomatic relations.

8-The EU

The European Union has been accused of "hiding" the impact of its funding of the Sudanese government and its paramilitary forces as part of a programme to stem the flow of migrants from Africa to Europe. Though the EU claims it provides no funding to the government, activists and researchers say otherwise, arguing the organisation's migration initiatives also benefit, at least indirectly, the country's notorious Rapid Support Forces (RSF) paramilitary group.

9- The US

During the transitional period, there were long bread lines, and sometimes people had to wait for days to get gas. And that could have been avoided if:

1) The U.S was quicker in getting Sudan off the state sponsor of terror list which blocked it from much of the global economy. It was particularly insulting that they demanded that the only way to do that was to 'normalise' relations with Israel.

2) If the U.S wasn't insisting that the government (which arose because the Sudanese people overthrew Bashir's regime) pay reparations to the U.S for an attack that they had nothing to do with.

3) If the IMF didn't force Sudan to cut fuel and bread subsidies to get debt relief after Bashir's overthrow. One of the triggers for the 2018 revolution was that Bashir was also forced to do this. It made life miserable.

10- Saudi Arabia

The Saudis and Emiratis have turned to battle-hardened forces from Sudan with combat experience in Darfur and other parts of their country. In fact, 8,000-14,000 Sudanese mercenaries including child soldiers between the ages of 13 and 17.

Many of the Sudanese fighters in Yemen come from the Janjaweed (armed horsemen) RSF militias made up of ethnic Arabs from western Sudan, eastern Chad, and the Central African Republic (CAR).

[weatheryear]

World Wide Web

The internet was created to give the US military a communication system that could survive a nuclear war. The idea was to have an interconnected network of computers without hardline routing. Instead it was handled by variable heuristics. This means that even if half of the nodes were destroyed, the system could find a way to route along different paths and still, eventually, reach it's destination.

It was a brilliant form of asynchronous communication.

Academia had created it, and quickly found great use in networked communication and remote data processing.

And now we use it to view porn. So, what happened?

The World Wide Web. Before the WWW, you had to know the IP address of your friend's computer, be given permission, and then log into his bulletin board service.

The World Wide Web was a system of protocols that created a public internet front. ANY person could find it through HyperText Transfer Protocol, use a public log-in, and access the web site. The HTTP was designed to be crawled by search engines, allowing them to effectively index the entirety of the public-facing internet.

One of the first real search engines was call WebCrawler, because it - crawled - the HTTP of the WWW.

They would load page, then open and index every - single - hyperlink contained in the document, storing and indexing meta tags.

We also ended up with MetaCrawler, that would index multiple other search engines, allowing it to provide a far more comprehensive system of results.

Nowadays, most search engines are meta crawlers, and because of the prominence of Google in searching, Google results are over weighted, meaning that there is almost no way to escape the dogmatism of Google's biased search algorithms.

And the reason we use it for porn is that this was the first viable online business plan.

[malbecmusings]

Hinchinbrook Island

July 28, 2023 - Even though our flying time to Cordova was only supposed to take about four hours, we started early to allow time to buzz a couple of the more than a dozen glaciers along our route and possibly land if we found a safe (and legal) place. We decided to provision last night while we had access to a bigger, better store. That chore done, we still needed to refuel in Cordova before flying to Hinchinbrook, ideally arriving before the incoming tide swallowed our 'runway'.

Vast. A word I often read in descriptions of Alaska. Get high enough and the land seems to stretch out forever before you. I now understand what they mean. Leaving Juneau we flew direct to the coast then northwest with the northern reach of the Rocky Mountains, here the Chugach Mountain range, off to starboard and the Gulf of Alaska to port. In another plane with pressurization (and a second engine) we could have flown over the mountains, but we'd have been flying much higher and with less awesome scenery to enjoy.

The braided Copper River spills into the Gulf of Alaska via a broad delta a few miles from our first stop of the day. Thirty miles upriver we flew over the impressive Childs Glacier which lies barely 1,000 feet from the riverbank opposite the glacier. Large chunks of ice calving off the glacier have been known to send mini tsunamis to the opposite shore, which sends a wall of water and the famous Copper River salmon well inland. A couple of miles upriver is the Million Dollar Bridge, so named for its construction cost when it was built in 1910 by JP Morgan and Daniel Guggenheim. It's one of 129 bridges and 200 miles of track the Copper River and Northwestern Railway built to haul $200 million in copper ore from the now-defunct Kennicott Mine to the port at Cordova. That one was hard to mark off the itinerary but time and logistics didn't allow us to visit on this trip. Next time, maybe.

After a quick stop in Cordova, we headed toward what would be our home for the night. Hinchinbrook and Montague Islands guard the entrance to and protect Prince William Sound. Even by Last Frontier standards these are remote locations. Given how quickly the weather can change, these can be challenging places to get into... and out of. The only residents of the islands are, primarily, deer and brown bears. We're told Montague, the island to the west and our destination tomorrow, is where Alaska Fish and Game and the US Forest Service relocates aggressive "problem" bears. The guide service that runs the "FBO" in Cordova, which is a fuel pump, warned us again to be very aware of the 'residents'. "They're nearly impossible to see in thick brush and they can plow through that brush like a bulldozer." Duly noted. A graduate student from the University of Alaska Fairbanks doing research on fish populations on the Copper River put it in even more stark terms.

"You know how most animals typically run from big noises?" We nodded in near unison. "These bears don't. They aren't afraid of noise. They aren't afraid of anything. The bears on the islands have developed a Pavlovian response to gunfire. They run *toward* the sound because they've learned gunfire = hunters = food. They're very, very territorial. They can smell the blood and will fight and eat whatever they find whether it's a down deer or another bear, or the hunting party themselves if given the chance."

Our accommodation on Hinchinbrook is a small, very (very) primitive Forest Service cabin, but one with spectacular views in every direction. These cabins on the islands are very popular with hunters who come in late summer and fall to hunt deer... and the bears. I'd much rather be visiting by dinghy and sleeping on Isa but there are challenges to that, too. A lack of a protected anchorage and deep, deep water but that's a problem for another trip. After getting everyone on the ground, pulling the planes well up above the high tide line, and securing them, we ferried what we'd need to the cabin and set up camp. Not ready to settle in, we hiked a couple hundred yards across a clearing and through a patch of woods, and a live wall of mosquitos, to the beach. Another moment of realizing how vast this place is was staring across a 40 mile wide expanse of deep, cold water toward the mainland. We walked a few miles along the beach to a point where we got a good view of Montague Island before turning back. The only bear signs we saw were a couple of old looking prints in the gravel near where we turned around. We made another gourmet freeze dried dinner and played cards before fitting ourselves into jigsaw like sleeping positions inside the cabin.

Tomorrow morning we need to be up, fed, and packed up for an early launch to avoid the first high tide, or wait on the ground until late afternoon.

[nshah01801]

Achieving Optimal Orientation: Nik Shah's Starlink Revolutionizes Satellite Connectivity

In the realm of satellite internet, one name is rapidly emerging as a beacon of innovation: Nik Shah's Starlink. With its revolutionary approach to connectivity, Starlink has been making waves, promising high-speed internet access to remote and underserved areas worldwide. A key factor in Starlink's success lies in its meticulous attention to detail, particularly in achieving the ideal correct orientation for its satellite constellation.

Unlike traditional satellite internet providers that rely on a few large satellites in geostationary orbit, Starlink operates a vast network of small satellites in low Earth orbit (LEO). This constellation, numbering in the thousands, forms a mesh network that blankets the Earth, ensuring continuous coverage and minimal latency.

Central to the effectiveness of this network is the precise orientation of each satellite. Achieving the ideal correct orientation involves careful coordination of several factors, including altitude, inclination, and relative positioning. Nik Shah and his team at Starlink have leveraged cutting-edge technology and engineering prowess to ensure that each satellite is perfectly aligned for optimal performance.

One of the primary benefits of Starlink's ideal orientation is reduced latency. By positioning satellites closer to the Earth's surface, data can travel shorter distances, resulting in faster response times and smoother browsing experiences. This is particularly crucial for applications such as online gaming, video conferencing, and real-time data transmission, where even slight delays can be disruptive.

Furthermore, Starlink's orientation allows for better coverage, especially in remote and rural areas. Traditional satellite internet providers often struggle to deliver reliable service in these regions due to signal attenuation and limited capacity. With its LEO constellation and precise orientation, Starlink can overcome these challenges, providing high-speed internet access to communities that were previously underserved.

Another advantage of Starlink's orientation is its resilience to interference and congestion. By distributing its satellites across multiple orbital planes, Starlink minimizes the risk of signal interference and congestion, ensuring consistent performance even during peak usage hours. This robustness is essential for maintaining reliable connectivity in today's increasingly interconnected world.

Moreover, Starlink's orientation enables dynamic routing and optimization, allowing the network to adapt to changing conditions in real-time. This flexibility ensures efficient use of resources and maximizes the overall performance of the constellation. Whether it's routing traffic around congested areas or adjusting satellite positions to optimize coverage, Starlink's orientation plays a crucial role in its ability to deliver unparalleled connectivity.

In conclusion, Nik Shah's Starlink has set a new standard for satellite internet connectivity, thanks in no small part to its ideal correct orientation. By leveraging advanced technology and meticulous engineering, Starlink has overcome the limitations of traditional satellite internet providers, offering fast, reliable, and ubiquitous connectivity to users around the globe. As the demand for high-speed internet continues to grow, Starlink's orientation ensures that it remains at the forefront of the satellite internet revolution, connecting the world like never before.

Nshah90210 | Nikshahr | Nikshah83150 | Nshah01801

#starlink #nikshahr #nikshah #nikhil

[blueiskewl]

Rare Ancient Roman Odeon Discovered at Remote Archaeological Site in Crete

Archaeologists in Crete have discovered an ancient Roman odeon that might have been used for events such as lectures, musical contests and city council meetings.

Tucked into a mountain-ringed cove in southwest Crete are the ruins of Lissos, an ancient town whose archaeological remains are accessible only by sea or a long hike. Because of its isolation, Lissos had not been investigated by archaeologists for several decades. New work at Lissos, though, has uncovered an odeon, similar to a modern auditorium and indicative of the prosperity of the town.

Previous research showed that Lissos was inhabited long before its name made it into history books in the fourth century B.C. Its location across the Mediterranean Sea from Cyrene, a major ancient Greek city in present-day Libya, likely meant that Lissos was an important stop on Mediterranean trade routes. Structures from various time periods at Lissos are relatively well preserved, including a unique temple to Asclepius, the ancient Greek god of medicine; a residential area; an impressive cemetery with two-story tombs; Roman baths; and Christian churches. Archaeologists have now added an odeon to this list of structures following the first excavation at Lissos in more than half a century.

Katerina Tzanakaki (opens in new tab), deputy head of the Department of Prehistoric and Classical Antiquities and Museums at the Ephorate of Antiquities of Chania, directed the new project and told in an email that odeons "were used for lectures, literary and musical contests or theatrical performances."

n the first phase of the odeon's excavation, Tzanakaki and her team found part of the stage, 14 rows of seats and two vaulted side chambers. The odeon dates to the Roman period, roughly the first to fourth centuries A.D., a time when the sanctuary to Asclepius at Lissos was transformed into a political center with a new mosaic floor and portraits of the Roman emperors Tiberius and Drusus.

Unfortunately, the odeon was heavily damaged in antiquity by large falling boulders, likely as the result of a powerful earthquake in A.D. 365. Jane Francis, a classical archaeologist at Concordia University in Montreal who was not involved in this project, explained in an email that "a tsunami with destructive force as far away as Alexandria, Egypt, was associated with the earthquake. The whole site of Lissos was uplifted by several meters, so the town would have been larger than today and the theatre thus closer to the coast."

As the odeon was adjacent to the city center, Tzanakaki thinks it also might have operated as a bouleuterion, a building for meetings of the city council. Francis and her husband, George W. Harrison (opens in new tab), a classical archaeologist at Carleton University in Ottawa, said by email that the size and date of the building mean that it was most likely an odeon, but the fact that "it was designed and used as a covered theatre does not preclude secondary use as a council house."

While the precise definition of the newly uncovered building may have to wait for future work, "the discovery of a public service building at a central point of the ancient city, near the temple to Asclepius, adds new information to the archaeological and historical horizon of the area," according to a translated statement (opens in new tab) from the Hellenic Ministry of Culture and Sports. Francis and Harrison agree that the discovery is rare. "There aren't many well-preserved theatres on Crete and even fewer bouleuteria," they said.

Future work will help Tzanakaki determine whether there was an outside wall supporting the odeon, and that finding will influence the restoration work. In the meantime, the archaeological site of Lissos remains open to the public; it is accessible by a short boat trip or a two-hour hike from the nearby town of Sougia.

[richardmhicks]

Always On VPN May 2024 Security Updates

Once again, Microsoft has released its monthly security updates. For May 2024, there are several vulnerabilities in services related to Always On VPN that administrators will want to pay close attention to. Microsoft has identified known issues in the Routing and Remote Access Service (RRAS) and the Remote Access Connection Manager (RasMan) service for this release cycle. RRAS This month,…

[haripriya2002]

My Journey with Azure IoT Hub: Connecting and Managing IoT Devices at Scale

The Internet of Things (IoT), which enables seamless connectivity and automation across numerous industries, has completely changed the way we engage with technology. I was curious to learn more about the Internet of Things and its possible uses as an aspiring IoT enthusiast. My experience using Azure IoT Hub, Microsoft’s cloud-based IoT platform, and how it assisted me in connecting and managing IoT devices at scale are both discussed in this blog.

Getting Started with Azure IoT Hub

To embark on my IoT journey, I began by understanding the fundamentals of Azure IoT Hub. Azure IoT Hub is a fully managed service that acts as a central hub for bi-directional communication between IoT devices and the cloud. It provides secure, reliable, and scalable connectivity for IoT solutions. Setting up an Azure IoT Hub was my first step. While the process was relatively straightforward, I encountered a few challenges along the way.

Connecting IoT Devices

Once Azure IoT Hub was set up, I delved into the world of IoT devices. I worked with various types of IoT devices, ranging from simple sensors to complex industrial machines. Connecting these devices to Azure IoT Hub required the implementation of device-specific protocols such as MQTT or HTTP. Additionally, I focused on securing device connections and data transmission by utilizing security features provided by Azure IoT Hub.

Real-world examples of IoT devices connected to Azure IoT Hub are aplenty. For instance, in the healthcare industry, wearable devices can transmit patient vitals to Azure IoT Hub, allowing healthcare providers to monitor and respond to critical situations promptly. In smart homes, IoT devices such as thermostats and security cameras can be connected to Azure IoT Hub, enabling remote control and monitoring capabilities.

Managing IoT Devices at Scale

As my IoT project grew, I encountered the need to scale up the number of connected devices. Azure IoT Hub offered robust device management features that simplified the process of managing a large fleet of devices. I could remotely monitor the health, status, and firmware version of each device, enabling efficient troubleshooting and maintenance. Implementing best practices for device management, such as grouping devices based on location or functionality, enhanced the overall operational efficiency of my IoT solution.

Data Ingestion and Processing

Data collected from IoT devices is a valuable asset that can drive actionable insights and informed decision-making. Azure IoT Hub facilitated the ingestion and routing of data to Azure services for further processing and analysis. I had the opportunity to work with Azure Stream Analytics and Azure Functions, which enabled real-time data processing, transformation, and visualization. Leveraging these services allowed me to unlock the true potential of IoT data and derive meaningful insights.

Security and Compliance

Any IoT solution must prioritize security. Azure IoT Hub provided robust security features that ensured end-to-end protection of IoT deployments. These features included device authentication, message encryption, and integration with Azure Active Directory for access control. Additionally, Azure IoT Hub helped me meet compliance and regulatory requirements by providing built-in support for industry standards such as ISO 27001, HIPAA, and GDPR. Throughout my journey, I learned valuable lessons and implemented best practices for securing IoT solutions.

Scalability and Performance

Scaling an IoT solution to handle thousands or millions of devices is a complex task. Azure IoT Hub offered scalability features that allowed me to effortlessly handle large-scale IoT deployments. With Azure IoT Hub’s device-to-cloud messaging capabilities, I could reliably transmit messages to and from a massive number of devices. Moreover, I gained insights into optimizing IoT solutions for performance by considering factors such as message size, frequency, and device capabilities.

Real-World Use Cases

To understand the versatility of Azure IoT Hub, it is crucial to explore real-world use cases. In the manufacturing industry, Azure IoT Hub can be leveraged to connect and monitor machines on the factory floor, ensuring optimal performance and predictive maintenance. In the agriculture sector, IoT devices connected to Azure IoT Hub can collect data on soil moisture levels, temperature, and humidity, enabling farmers to make data-driven decisions for irrigation and crop management. These use cases highlight the valuable role that Azure IoT Hub plays in various domains and industries.

Future of IoT and Azure IoT Hub

The future of IoT is promising, with emerging trends shaping the landscape. As IoT continues to evolve, Azure IoT Hub will play a crucial role in enabling seamless connectivity, advanced analytics, and artificial intelligence capabilities. Integration with other Azure services and continuous updates from Microsoft ensure that Azure IoT Hub remains at the forefront of IoT innovation. The possibilities for IoT applications are limitless, and Azure IoT Hub will continue to empower developers and organizations to build robust and scalable IoT solutions.

Throughout my journey with Azure IoT Hub, I gained valuable insights and experiences. Azure IoT Hub simplified the process of connecting and managing IoT devices, providing a reliable and scalable platform. The seamless integration with other Azure services allowed me to unlock the full potential of IoT data. Moreover, the security and compliance features provided peace of mind, ensuring that my IoT solution was protected from threats. Overall, Azure IoT Hub has been instrumental in my IoT journey, contributing to enhanced efficiency and productivity.

Recommendations and Tips

For those interested in starting their own IoT journey with Azure IoT Hub, I offer the following recommendations and tips:

Begin with a clear understanding of your IoT use case and requirements.

Familiarize yourself with the documentation and resources provided by Microsoft to gain a solid foundation.

Start small and gradually scale your IoT solution as needed.

Take advantage of the device management and security features offered by Azure IoT Hub.

Leverage other Azure services such as Azure Stream Analytics and Azure Functions to derive meaningful insights from IoT data.

Stay updated on emerging trends and best practices in the IoT space.

To deepen your knowledge of IoT and Azure IoT Hub, I recommend exploring Microsoft’s official documentation, participating in the ACTE Technologies Microsoft Azure training, and attending IoT-focused conferences and events.

Azure IoT Hub has proven to be a powerful and comprehensive platform for connecting and managing IoT devices at scale. Throughout my journey, I witnessed the transformative potential of IoT solutions and the crucial role played by Azure IoT Hub in enabling seamless connectivity, advanced analytics, and robust security. As IoT continues to evolve, Azure IoT Hub will undoubtedly remain at the forefront of IoT innovation, empowering organizations to build scalable and efficient IoT solutions. I encourage readers to embark on their own IoT journeys, leveraging the capabilities of Azure IoT Hub to unlock the full potential of IoT. Join me in embracing the future of IoT and revolutionizing industries through connected devices. Please leave your comments, stories, and inquiries in the space provided below. Let’s continue the conversation and explore the endless possibilities of IoT together.

[yatescountyhistorycenter]

Sounding out the naval barge on Seneca Lake

By Jonathan Monfiletto

The next time you are driving along Seneca Lake, on State Route 414 along the eastern shore or – if you are traveling through Yates County – State Route 14 along the western shore, gaze into the middle of the lake and see if you find an interesting-looking platform floating on the surface. It shouldn’t be too hard to find, but you might wonder just what you are looking at.

This platform is, in fact, a barge anchored in the middle of Seneca Lake off the shore at Dresden. Indeed, the operation is officially known as the Seneca Lake Sonar Test Facility under the auspices of the Naval Sea Systems Command and the Naval Undersea Warfare Center of Newport, Rhode Island. Though it appears only civilian employees work there and no military personnel are stationed there, one could say this facility represents the only presence of the U.S. Navy existing in the Finger Lakes.

According to its website, the Seneca Lake Sonar Test Facility does just that – performing tests and evaluations of equipment to include sonar arrays and systems – and is known for its massive lift and power capabilities. Acoustic testing professionals carry out tests on systems and equipment of all sizes, even an entire sonar suite mounted in its sonar compartment.

Because it is a deep freshwater lake that is open all year, Seneca Lake is the Navy’s primary site for active instrumented calibration and testing. The fairly constant and predictable weather and water conditions of Seneca Lake also make it a choice testing site. It is known for its testing and evaluation of major projects that require relatively deep water with fixed underwater geometry and capabilities for heavy load-handling and electrical power.

Located about a mile and a half from the Dresden shore, the facility consists of two barges – the Systems Measurement Platform and the Remote Calibration Platform – that are the primary measurement and calibration resources. Two equipment-handling barges and numerous transport boats serve the facility, and there are machining and fabrication capabilities on the site to repair or manufacture the equipment and gear being tested.

The facility has been used by the Department of Defense, Department of the Navy, universities, foreign governments, state and local agencies, and private industry. And it has been a part of the Dresden landscape and lakeshore for more than 60 years.

It all began in November 1961, when the original barge – a converted oil tanker measuring 165 feet long and 36 feet long – arrived in Seneca Lake from Miami, via the inland waterway, Hudson River, and Barge Canal. During the heyday of the Cold War, as America furthered its research and development of anti-submarine warfare, the barge was purposed to test advanced sonar equipment designed to detect underwater craft. The barge was a key unit in establishing an anti-submarine acoustics research facility, headed by General Dynamics/Electronics.

The company leased a site at Dresden that provided 180 feet of lakefront – with construction of docking and service facilities to begin soon, according to an October 1961 newspaper article – along with a county road serving the property that would allow access to the facility throughout the year. Seneca Lake was chosen because its 600-foot depth makes it one of the deepest lakes in the country and – with the exception of the Great Lakes – the deepest lake with direct access to the Atlantic Ocean. It also has temperature gradients similar to those in the Atlantic Ocean, meaning sonar tests could be correlated to ocean conditions. The waves on the lake aren’t high enough to interfere with barge operations, and since the lake rarely freezes tests can be conducted throughout the year.

The original barge was equipped with a diesel-driven, 200-kilowatt generator to supply electric power to its electronic equipment, a capacity that was later increased to 400 kilowatts. The barge’s hulls had several ballast tanks, with water pumped out of or into the tanks to raise or lower the height of the deck above water.

Initially, the barge was designed to test then-recently-developed transducers weighing as much as 35 tons. These transducers convert electrical energy into acoustic energy, sending sound signals through the water that bounce off an intended target with an echo that can be recorded and analyzed. For test operations, the barge was to be manned by three engineers working under the direction of a manager.

In 1965, the Navy began leasing the Dresden Marina – with 4.5 acres of land and 900 feet of lakefront – for $20,000 per year with an option to buy the marina for $125,000. As a result of this move, owners of boats and crafts docked at the marina were forced to remove them from the marina and find new facilities to store them. Those with mobile homes located on the hill above the docks also had to vacate the premises. Another result was the Navy expanding its research facilities on Seneca Lake through an investment of $500,000. The improvements included completely fencing in the installation since much of its research work dealing with sound and sonar equipment is classified.

An undated newspaper article – handwritten with “1967,” though the exact date is unclear – indicates the Navy bought the marina a couple of years later for $166,000 and took it over outright. That year, Albert Gatthardt, of the Washington Naval Research Center, spoke before a jointing meeting of the Seneca Falls and Waterloo Rotary Clubs and detailed the history of the Naval Research Laboratory and its recent developments and improvements.

Alternately known as the Seneca Underwater Test and Evaluation Center, the facility was profiled in a July 1968 newspaper article on the occasion of the barge’s conversion from diesel power generated aboard to being powered by an electrical cable from the shore. The change permitted the barge – referred to in the article as DARIUS, though it is unclear what that stands for – to test the largest underwater sonar sound sources.

The following year, the Navy announced a $2.2 million expansion of the research facility on Seneca Lake, making it “the newest, largest, and best underwater research center in the country.” Plans called for using the existing barges plus a new systems measurement platform measuring 195 feet long, 120 feet wide, and 9 and a half feet deep, with a crane capable of lifting 200 tons. The expansion would continue the Navy’s research into sound transmission, travel, and reception underwater, light transmission and reception, underwater radio communications, development of new oceanographic tools and techniques, and underwater tests in the field physics.

As of February 1969, the facility employed eight permanent employees – a number expanded by 10 or 20 visiting technicians, engineers, and scientists. With the expansion anticipated to finish in the summer of 1970, plans called for 15 permanent employees with a capacity for 40 people visiting and working on the site.

By September 1970, work on the expansion had fallen behind but was mostly complete, and the facility continued testing equipment on Seneca Lake. More than 50 years later, the Navy still has a presence in the Finger Lakes, and it is one you can see from the road or the shore.

[netsolutionsinsights]

What is Cloud Migration? Strategies, Checklist, & FAQs

Cloud migration is the key to successful cloud adoption. However, there is a lot you need to understand before you think about migrating to the cloud. This cloud migration guide covers everything you need to know before planning your migration journey to the cloud for a smooth transition.

Virtual management of an organization’s infrastructure is essential for ensuring anytime, anywhere access. Also, the evolving remote work culture means that organizations need to move to the cloud to ensure business continuity, which, in turn, emphasizes the need for planning, strategizing, and executing cloud migration.

Types of Cloud Migration Tools

Organizations must often prepare for the significant shift where on-prem to cloud migration tools come to the rescue. These tools ensure migration speed and effectiveness without affecting the organization’s routine operations.

Here are the types of cloud migration tools:

1. Saas tools

SaaS, or aptly Software-as-a-service tools, is an anchor between on-premise applications and cloud storage destinations to transfer all the data safely. The good thing about these SaaS tools is that they are automated and user-friendly.

Here are a few examples of SaaS tools:

Cloud Endure: CloudEndure is a SaaS-based cloud migration tool that lets organizations simplify, expedite, and automate migrating their applications and data to the cloud.

Azure Migrate: Azure Migrate is a Microsoft service that offers a centralized hub to assess and migrate on-premises data, applications, and infrastructure to Azure.

2. Open-source tools

These tools are free of cost, and anyone can use them. However, there’s a catch! Your technical team should be able to customize these tools to cater to your business and functional requirements.

Here are a few examples of open-source tools for cloud migration:

CloudEndure: CloudEndure is a free, open-source cloud migration tool that offers live migration and disaster recovery for any workload, including physical, virtual, and cloud-based systems.

Apache Kafka: Apache Kafka is an open-source messaging system that you can use for real-time data processing, streaming, and migration. You can move data between different techniques, including cloud platforms.

3. Batch processing

Batch processing tools transfer large volumes of data. Batch processing tools are automated to work at frequent intervals to help avoid network congestion.

Here are a few popular batch-processing tools for cloud migration:

AWS Batch: AWS Batch is a fully managed batch processing service running batch computing workloads on the AWS Cloud. You can use it to process large volumes of data in parallel, making it an ideal tool for cloud migration.

Apache NiFi: Apache NiFi is an open-source data integration, processing, and routing tool. It can simplify migration by offering a visual interface for designing data flows and processing pipelines.

Apache Spark: Apache Spark is an open-source distributed computing system for large-scale data processing. You can use it to process large volumes of data in parallel, making it an ideal tool for cloud migration.

Azure Batch: Azure Batch is a fully managed batch processing service to run batch computing workloads on the Azure Cloud. It is ideal for cloud migration as you can parallelly process large volumes of data.

Google Cloud Dataflow: Google Cloud Dataflow is a fully managed batch and stream data processing service. Visit at netsolutions to get the full insights.

[veterangaragedoor]

Veteran Garage Door Repair Of West Houston

West Houston, which is part of the Houston-The Woodlands-Sugar Land metro region, is made up of a number of communities. Western Harris County's Alief is one of such communities. At the confluence of the counties of Waller, Harris, and Fort Bend sits Katy, which is also located in West Houston.

Despite being in the city, the West Chase District provides a distinctively suburban way of life. Memorial City Mall and The Galleria are both near by to the region. There are world-class golf courses nearby as well as hiking and bike routes. Hershey Park and Storey Park are nearby.. 

From modest homes to million dollar mansions, West Houston has it all. We at Veteran Garage Door are happy to provide West Houston homeowners with repair and maintenance services. One phone contact will provide you timely, dependable assistance for your garage door needs. 

West Houston Full-Service Garage Door Repair

You want to work with a reputable firm that has a staff of knowledgeable experts that take their tasks seriously when it comes to garage door servicing and repairs. Veteran Garage Door Repair in South Houston does exactly that. Any garage door need, from straightforward procedures to more difficult ones, may be handled by our company. Here are a handful of the most frequent jobs that we are asked to complete:

Off-track doors

Gear sprocket repair 

Garage door opener repairs 

Bent tracks

Sensor replacement 

Programming remote keypads 

Loose chain belt repair 

Programming vehicles and remote keypads for garage door openers

Garage door cable repair and replacement

Torsion springs

Broken hinge replacement 

Your garage door issues will be quickly resolved by Veteran Garage Door Repair West Houston. Our skilled professionals will do all in their power to complete the task correctly. Our specialists utilize only premium hardware and components and have access to the greatest tools and equipment.

Veteran Garage Door Repair

7050 Lakeview Haven Dr. Ste 136, Houston, TX, 77095

281-369-8033

Visit Us On Map:

[istaruscanadapa]

iSTAR company US/Canada brings you best IPTV service

iSTAR US/Canada brings you TV streaming, movies, series, and animations without satellite dishes with advanced features for flawless viewing experiences. iSTAR company offers renewal codes for all models and subscription codes for premium channels. The user-friendly setup and routing make it accessible for all tech-savvy users. Customers can discover various iStar receivers, find compatible remote controls, and enjoy regular updates and responsive customer service.

[markworkk]

Emergency systems Telford Emergency Systems in Telford: Safeguarding Lives and Property In the heart of Shropshire, Telford stands as a beacon of safety and preparedness, bolstered by robust emergency systems that ensure swift responses to crises. From fire alarms to emergency lighting and beyond, these systems play a critical role in safeguarding lives, protecting property, and maintaining operational continuity across residential, commercial, and public sectors. Fire Alarm Systems: Vigilance Against Fire Hazards Fire alarm systems in Telford are designed to detect smoke, heat, or flames, triggering immediate alerts to occupants and emergency responders. These systems are strategically installed in buildings of all sizes, including homes, offices, schools, and healthcare facilities. They not only warn individuals of potential fire hazards but also facilitate rapid evacuation and prompt intervention by fire services, minimizing property damage and preventing injuries. Emergency Lighting: Illuminating Paths to Safety In emergencies such as power outages or fires, emergency lighting systems in Telford ensure that escape routes remain visible and accessible. These systems automatically activate during power failures, providing adequate illumination in stairwells, corridors, and exits. By maintaining visibility, emergency lighting enhances evacuation efforts and reduces the risk of panic or accidents in darkened environments. Security Alarms and Monitoring: Protecting Against Intrusion Security alarms and monitoring systems are integral to Telford's comprehensive emergency preparedness. These systems deter unauthorized access and alert authorities to potential security breaches in residential and commercial properties. By integrating advanced sensors, surveillance cameras, and remote monitoring capabilities, they provide real-time alerts and facilitate swift responses from law enforcement agencies, enhancing overall safety and peace of mind. Emergency Response Planning: Preparedness for Every Scenario Effective emergency systems in Telford extend beyond hardware to encompass meticulous planning and training. Businesses, schools, and public institutions develop emergency response plans tailored to their specific needs and risks. These plans outline protocols for evacuation, communication, and coordination with emergency services, ensuring a coordinated and effective response to emergencies ranging from natural disasters to medical crises. Technological Integration and Innovation Advancements in technology continually enhance the effectiveness of emergency systems in Telford. Integrated systems that combine fire detection, security monitoring, and emergency communication streamline response efforts and improve overall situational awareness. Additionally, innovations in smart technology enable remote monitoring and management of emergency systems, allowing for proactive maintenance and rapid response capabilities. Community Engagement and Awareness Community engagement plays a vital role in bolstering emergency preparedness in Telford. Public education campaigns, drills, and training workshops raise awareness about emergency systems and empower residents and employees to respond calmly and effectively in crisis situations. By fostering a culture of preparedness, Telford strengthens its resilience and ability to mitigate the impact of emergencies on its vibrant community. Continuous Improvement and Adaptation As Telford evolves, so too do its emergency systems. Ongoing evaluation, maintenance, and upgrades ensure that systems remain reliable and responsive to changing threats and technological advancements. Electricians, security professionals, and emergency responders collaborate to assess risks, implement improvements, and integrate emerging technologies that enhance the efficacy of emergency preparedness across the town. Conclusion Emergency systems in Telford are not merely installations; they are lifelines that uphold the town's commitment to safety, resilience, and community well-being.