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Starlink: The new satellite internet venture of Elon Musk

Most of you might remember


Starlink is the network of orbital satellites which is a division with SpaceX, which was developed in 2023, with initial prototype satellites which were launched into orbit in 2023.

Starlink services as of now

As of now, the connection is limited to the northwest US, parts of Canada, and the UK. But this is going to grow very soon in all parts of the world. The coverage is now focused between 45- and 53-degrees north latitude. Musk in an interview at Mobile World Congress early this year said that Starlink will hit worldwide availability except at the North and South Poles starting this August. But in June, SpaceX president Gwynne Shotwell said Starlink would reach global serviceability sometime this fall. He added, “We have successfully deployed 1,800 or so satellites, and once all those satellites reach their operational orbit we will have continuous global coverage so that should be like September”.  

Starlink and its connectivity

Like other internet providers, it also wants to sell its internet access across the globe, especially in rural areas. To avail of the service by just setting up a small satellite dish at your home to receive signals. It also has an app facilitating Android and iOS users to help customers pick the best location and position to receive signals, this is done using augmented reality. As of now, the services are just available in parts of the US, and Canada, but this service is likely to grow and reach more than 10,000 users. The company wants to be the high-speed internet-providing service in the world.  


The website of the internet company says, “Users can expect to see data speeds varying from 50 to 150 megabits per second and latency from 20 to 40 milliseconds in most locations over the next several months. As we launch more satellites, install more ground stations, and improve our networking software, data speed, latency, and uptime will improve dramatically”. To this, Musk also tweeted in February that he is expecting the service to double its top speed to 300Mbps by the end of 2023. Hope you all got the answer regarding the speed.  


The cost of the service as of now is $99 per month, plus taxes and fees along with an initial payment of $500 for the mountable

Why satellites and not fiber cable?

Even though fiber-optic cables are much faster than satellites, they can reach people of underserved long before fiber could ever do. The recent FCC filings also suggest that it could result in increasing phone services.  Musk in 2023 said that it could help SpaceX by generating revenue to fund long-held company projects to establish a base on Mars. Shotwell speaking about the company’s vision for Starlink said, “If you send a million people to Mars, you better provide some way for them to communicate. I don’t think the people who go to Mars are going to be satisfied with some terrible, old-fashioned radios, but they will want their iPhones or Androids on Mars”.  

Issues with Starlink’s internet

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5 Things You Need To Know About So

Update 8/19/2023: At the time this post was written, the so-called “female Viagra” was recommended for approval by the FDA. On August 18, 2023, the FDA officially approved the drug.

It’s the third time this incarnation of what’s being touted in the media as female Viagra has been brought before the FDA for approval. The agency hit the brakes on flibanserin in 2010 and again in 2013, saying its modest benefits didn’t outweigh the risks. This time around, Sprout Pharmaceuticals was betting on new safety data to tip the scales in their direction. They were right.

We talked to several experts to find out more about the search for a libido drug for women—specifically, why it took so long to get one. Here’s what we learned.

“Female Viagra” Is a Misnomer

Viagra helps performance. Women want a pill for desire. Pfizer, the makers of Viagra, gave up on women way back in 2004. The little blue pill helps increase blood flow to the penis when a man is aroused. In studies, this functional approach did squat for women with low desire. (A small Pfizer-funded study did show a benefit of Viagra for women on antidepressants.) Since then, pharmaceutical companies interested in this segment have been focusing on hormones and brain chemicals that affect female desire.

The Target is Called Hypoactive Sexual Desire Disorder

HSDD is the most common female sexual dysfunction—affecting up to a fifth of women—and it’s what drug companies have been going after. “This is not a made-up condition,” says Lauren Streicher, MD, associate professor of clinical obstetrics and gynecology at Northwestern University Feinberg School of Medicine. “Women who have HSDD don’t have fantasies and they don’t desire sex. We know that there’s a hormonal component, and it’s also mediated by neurotransmitters, specifically dopamine and serotonin, and the way that they act in the frontal cortex.” The most recent edition of Diagnostic and Statistical Manual of Mental Disorders, the DSM-5, which came out in 2013, changed things around, and HSDD is no longer a standalone diagnosis. Now it’s part of a new condition, female sexual interest/arousal disorder (FSIAD). The idea is the same though: It has to be ongoing and cause distress, and it can’t be directly caused by a non-sexual mental disorder, severe relationship distress (like abuse) or other stressors or a drug or other medical condition.

Low Desire Is a Complicated Thing

There’s some debate over whether a drug can actually help restore female desire. Unsurprisingly, there are many factors at play when it comes to women and desire, including relationship issues, boredom and discomfort during sex (something that becomes increasingly common after menopause, but can often be treated). “Too often, female sexual desire gets medicalized,” says Washington, D.C.-based psychotherapist and neuropsychologist Marsha Lucas, PhD, author of Rewire Your Brain for Love. “There’s a time and place for it, just like antidepressants—but just like [with] antidepressants, it’s often not a pharmacological ‘cure’ that’s really needed.” Streicher says flibanserin helps a very specific category of woman: “The right candidate is someone that used to have a great libido, but no longer has a great libido and there’s no other explanation for it. She’s in a loving relationship and she’s stopped having sexy thoughts, and—most importantly—she’s distressed by it and she wants to do something about it.”

Flibanserin Isn’t an Antidepressant, but It Works on Neurotransmitter Receptors

Flibanserin was first developed as an antidepressant. The original manufacturer, Boehringer Ingelheim, shifted gears after noticing that women taking it in studies started having more sexual thoughts. (Boehringer Ingelheim sold flibanserin to Sprout Pharmaceuticals after the FDA’s first review.) “It’s similar to an SSRI in that it works on neurotransmitter receptors in the brain and is thought to correct an imbalance in neurotransmitters,” explains Sheryl Kingsberg, PhD, division chief of ob-gyn behavioral medicine at University Hospitals Case Medical Center in Cleveland and a consultant for Sprout. “However, while SSRIs promote serotonin release, which can dampen desire, flibanserin likely promotes dopamine release.” If approved, the drug will be marketed under the name Addyi and will come as a 100-milligram pill to be taken every night at bedtime.

The Best Libido Drug for Women Is Probably Testosterone, but Don’t Expect the FDA to Approve It Anytime Soon

Low desire is more common after menopause. Again, there are many reasons for this (symptoms of menopause such as hot flashes, sleep deprivation and a bone-dry vagina don’t exactly put you in the mood), but declining testosterone levels are believed to be an important factor. The FDA turned down Proctor & Gamble’s testosterone patch for women in 2004, the same year Pfizer gave up on female Viagra. “The FDA was concerned that if the patch was given to a large number of menopausal women, theoretically it might increase the risk of breast cancer and heart attacks,” says James Simon, professor of obstetrics and gynecology at The George Washington University School of Medicine and lead investigator for flibanserin clinical trials. Simon also worked on the testosterone patch and gel.

In 2011, BioSante’s testosterone gel failed to show a statistically significant difference in terms of the number of sexually satisfying events from placebo, something Simon and others say is a poor measure of desire in women. Will a flibanserin victory open the door for testosterone treatments for HSDD? Not necessarily, Simon says: “Even if flibanserin gets approved, I still have my doubts about testosterone because the FDA still seems to be overly concerned about the two safety endpoints that they were concerned about in 2004.”

There’s plenty of data showing that very low-dose testosterone is safe and effective for postmenopausal women. Both Streicher and Mary Jane Minkin, MD, a clinical professor of obstetrics, gynecology, and reproductive sciences at Yale School of Medicine, said that many ob-gyns prescribe low-dose testosterone off-label for postmenopausal women with good results. Unfortunately, these prescriptions are filled at compounding pharmacies, which aren’t FDA-regulated and aren’t covered by insurance. “I wish I could get testosterone for my ladies,” Minkin says.

For that, we’ll likely be waiting a while longer.

Jennifer Abbasi is a Portland, OR-based freelance writer. Follow her on Twitter at @jenabbasi.

10 Things To Know About The Move To Ipv6

The Internet has been rolling along for decades on the strength of IPv4 and its numbering system, which has supplied billions of addresses. As long as more addresses were available, few people thought about them. But the booming popularity of the Internet has finally soaked up nearly all those fresh numbers: In February, the Internet Corporation for Assigned Names and Numbers (ICANN) allocated the last of its unused large blocks of IPv4 addresses to regional Internet registries. On Wednesday, World IPv6 Day will turn the new protocol on at hundreds of companies, agencies and universities for testing. Suddenly, IT administrators and consumers alike are starting to think more about IP addresses. Here are the answers to a few questions about the numbers that make the Internet work.

1. Why do we need IP addresses?

Just as every letter sent through the postal service needs addresses to show both where it’s going and where it’s coming from, every packet on the Internet needs two IP addresses: destination and source. Those addresses direct packets to and from PCs, servers, and virtual machines. Each of those kinds of machines may have multiple IP addresses, some public and some just for use on the local network.

2. What do IP addresses do for me?

IP addresses are used for many Internet applications, some of them invisible to users, including machine-to-machine communications. Even in the simplest example, Web browsing, there are several steps. When you type in the URL for a website, your browser calls a piece of software on your device, the DNS (Domain Name System) resolver, and tells it to contact a name server, which may exist on your corporate LAN or at your ISP. The DNS resolver asks the name server to find an IP address that is assigned to the domain you typed in. If it finds one, it sends that address back to the browser, which uses the address to take you to the right domain.

3. How many IPv4 addresses are there?

There are about 4 billion IPv4 addresses, because the length of the addresses in binary form — 32 bits — allows for that many possible unique combinations. IPv6 addresses are 128 bits long, so there are many more unique sequences of numbers that can be created for them: specifically, 3.4 times 10 to the power of 38. This is also known as 340 undecillion. The word undecillion designates a number with 11 sets of three zeros, plus one more set in the numbering system used in the U.S. and many other countries. So the number is rendered as 340,000,000,000,000,000,000,000,000,000,000,000,000. Most experts believe that 340 undecillion addresses is essentially an inexhaustible supply.

4. Am I likely to get stuck without an IPv4 address?

If you are a mobile Internet subscriber in Asia, you may pretty soon, according to Cricket Liu, vice president of architecture at Internet software vendor InfoBlox. APNIC (Asia-Pacific Network Information Centre) kicked off the final allocation of IPv4 addresses to the regional registries because it needed two new blocks of addresses to satisfy fast-growing demand in the region. Mobile phones are the first Internet devices for many people in developing parts of Asia, and assigning IP addresses to those is part of the reason for the crunch. When mobile operators run out of IPv4 addresses, they will have to resort to selling phones with only an IPv6 address, Liu said.

5. What would happen if I only had IPv6 and tried to go to an IPv4-only website?

In the worst case, you wouldn’t even get the familiar “server not found” message, according to Liu. This type of warning, also known as a “404” message, comes from the Web server of an existing domain that no longer hosts the page you’re looking for. Without a usable IP address, no Web server can be reached. “It would probably just give you some sort of a network error,” Liu said. Leo Vegoda, manager of number resources at the ICANN, said the message you receive will be up to your browser vendor.

6. So, would IPv6 cut me off from the Web?

In reality, you would probably get to see the website anyway, according to Liu of InfoBlox. Service providers are evaluating a variety of tools for delivering IPv4-only content to IPv6-only clients. The most common one is a network address translation technique called NAT64, which can run on an appliance attached to a service provider’s network. When a name server can’t find an IPv6 address associated with the website that the user wants to visit, a NAT64 appliance can take the host’s IPv4 address and encapsulate it within an IPv6 address, creating something that the IPv6-only client can understand. Similarly, that appliance could allow users with different types of IP addresses to send e-mail to each other.

7. What if a site goes IPv6 and I’m still on IPv4?

That’s not likely to be a problem, at least in the next few years, because when companies adopt IPv6, most of them will use a “dual-stack” configuration, experts said. Dual network stacks contain all the software needed for communication with both IPv4 and IPv6 systems. When a client requests an IP address of either kind that’s associated with a given domain, they can get one. This is the system that’s really in place at most organizations that are using IPv6 today. “It’s not common to support v6, but if you do support v6, then it’s very common to run dual stack,” Liu said.

8. How long can I keep my company on IPv4?

As the supply of new, unique IPv4 addresses dwindles, some enterprises and service providers will use traditional NAT (network address translation) to conserve the addresses they already have. This technique, already used in everything from corporate LANs to home broadband routers, allows multiple clients on an internal network to share one or a few unique IPv4 addresses to talk to the Internet. Each shared IP address could keep as many as a few hundred systems chugging along without the need for new IPv4 or IPv6 addresses. In any case, IPv4 and IPv6 are expected to coexist on the Internet for many years to come.

9. So why don’t we just use NAT instead of making people migrate?

NAT typically uses a stateful firewall, which has to maintain information about the ongoing Internet sessions that all the systems sharing an address are using, ICANN’s Vegoda said. The capacity of the appliance limits how many sessions it can keep track of, and if it reaches the limit, long-running sessions may be dropped. While this might not affect a five-minute YouTube video, it could cause problems for watching a full-length movie. In addition, some Internet applications use many sessions at once. For example, an online map may use a separate session for every tile of the map image, Vegoda said. If any of those sessions is broken, it could delay completing the map.

NAT64 doesn’t have to maintain state information. It is fundamentally different from traditional NAT and really shouldn’t even share its name, according to Hurricane Electric’s Levy. But even that technology can be a bottleneck. “If you put a box between source and destination of any variety that is interpreting the packets, you are going to affect the quality of the communication from one end to the other,” Levy said.

10. What will World IPv6 Day prove?

Google, Facebook, Yahoo and 315 other companies, agencies and universities will provide Web content over both IPv6 and IPv4 for 24 hours. This will allow people who have IPv6 clients to use them to access many different sites. The idea is to expose any technical problems, such as misconfigurations in end-user equipment or software problems at carriers, that could keep users from getting on the Internet using the new protocol.

Why Is It Important To Know? (In Detail)

The terminology Yield Spread is found to be useful quite normally. The yield spread is the difference in rates of returns of two different investments quoted, mostly of different credit quality. Bond investors use it to measure how expensive or cheap a specific bond can be or a group of bonds. The yield spread is the credit spread, simply the difference in yields between two bonds. The yield spread is a technique of comparing any two financial products. Simply put, it is a sign of the risk premium for investing in one investment product over another.

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Yield Spread – Paying Investors/Stockholders for Risk

Basically, the reason for this variance is that investors need payments to take risks. Normally saying, the greater risk a bond or asset class is the greater its yield spread. Investors generally don’t need a huge yield to tie up their cash if an outlay or an investment is low-risk. But market participants/contributors will claim sufficient reimbursement, i.e., a higher yield spread, to take the chance that their principal could decline. This is only possible if an investment is at higher risk.

The yield spread is useful to calculate the yield benefit of two or more similar securities with different maturities. Spread is extensively useful between the two & ten years treasuries which displays how much additional yield an investor can get by taking on the added risk of investing in long-term bonds.

Meaning of Yield Spread Movements

Generally, bond yields will rise as their prices fall and decline if the prices rise. A rising or growing spread shows that one sector performs better. For instance: let’s assume that the yield on a high-yield bond index moves from 6.0% to 6.5% while the yield on government treasury stays even at 3.0%. Therefore, the spread has moved from 3.0 percentage points i.e., 300 basis points, to 3.5 percentage points i.e., 350 basis points which shows that high-yield bonds underperformed government treasuries during this time. Therefore, if a bond or bond fund is paying an extraordinarily high yield, anyone holding that investment is also taking on more risk. As a result, investors should be conscious that merely selecting fixed-income investments with the highest yield will result in their taking on principal risk than they negotiated for.


Yield spread analysis happens by associating the maturity, liquidity, and creditworthiness of two instruments or one security to a standard. While mentioning the “yield spread of A over B,” this states the return on investment percentage from one financial security categorized as A less than the return on investment percentage from another security categorized as B. Therefore, this means that the yield spread analysis is a procedure to relate or compare any financial securities for an investor to regulate his options by evaluating risk & return on investment.

When it comes to investing in several securities, analysis of yield spread helps investors and interested people understand the market’s movement. The investor can determine that the market is issuing more risk of default on the lower grade bonds if the spread is huge between bonds of diverse quality ratings. This shows that the economy is slowing down, and therefore the market is foreseeing a larger risk of default.

For Example:

The influence of yield instability on the business cycle

Yield instability and the conduct of embedded options

Transaction liquidity and yield instability

Yield Spread Premium

“Yield-spread premiums” is what creditors call them. Customer groups call them authorized kickbacks. Yield spread premiums are the money that mortgage dealers or lenders get for directing a debtor into a home loan with a higher interest rate. The YSP is the commission (fee) to the dealer by the mortgage lender in exchange for a higher interest rate or a beyond-market mortgage rate.

For example, Mortgage creditors often pay up to 2% as a YSP to mortgage dealers, so debtors should request the YSP way before the final price.

How YSP Works

For instance, let’s assume that Mathew needs to derive $200,000 towards purchasing a house. He obtains an estimate for a yield-spread premium credit with a 6% interest rate and -2.136 points, which means that he will obtain a $2,136 refund that he can apply to the loan’s final prices.

The substitute and other old-fashion credit structures for a similar volume might be a 4.5% credit and one point, which means the credit has a nominal interest rate, but the debtor needs to pay a $2,000 down payment for the loan.

Why Does YSP Matter? Yield Spread Infographics

Learn the juice of this article in just a single minute, Yield Spread Infographics

Starlink Teardown Reveals How Spacex Keeps Its Secrets

Starlink teardown reveals how SpaceX keeps its secrets

A new Starlink teardown has revealed fresh details about SpaceX’s satellite internet dish, including how the company prevents its development hardware from being misused. Launched last year, Starlink relies upon both a growing constellation of satellites in orbit around Earth and an auto-positioning dish on the ground that communicates with them.

The satellite network has been a work-in-progress for SpaceX, with multiple launches of its Falcon 9 rockets adding to the mesh. As that happens, gaps in Starlink coverage have been filled, and more users added to the system.

On the ground, Starlink uses a custom satellite dish that links with a special router. Configured using the Starlink app, it’s designed to automatically move so as to keep the constellation overhead at the optimal angle. However, it has also proved to be a source of fascination among those curious to see what Elon Musk’s company have squeezed inside.

One such group is the Computer Security and Industrial Cryptography (COSIC) research team at KU Leuven, which acquired a Starlink system when it launched in Belgium at the end of May. Researchers there wasted no time in opening up the dish for a teardown, and then extracting the software for further analysis.

They came across some interesting tidbits along the way, not least the fact that SpaceX has clearly been iterating on its core dish design already. The COSIC Starlink hardware differs from what has been seen in prior teardowns, and there are some differences in connectors. Elon Musk recently said that the company is working on halving the cost of building each Starlink dish, since right now SpaceX is losing money on them.

What’s particularly curious is how SpaceX keeps those development systems from getting out into the wild. “Development hardware is geofenced to only work in certain predefined areas, most of which are clearly SpaceX locations,” COSIC’s Lennert Wouters explains. “SpaceX is likely notified if development hardware is used outside these predefined geofences.”

It’s not the only control on getting too much access to the underlying systems. The software exploration also revealed that SpaceX has prevented users from logging in to the live system, by including a check during boot to see whether the hardware has been fused or not. Consumer dishes are fused before they’re shipped, and so the login prompt is disabled.

While hacking a Starlink dish is probably a bad idea – almost as much as mounting one on the hood of your car, in fact – it’s interesting to see the amount of work that has gone into building the system. It’s certainly cost SpaceX no small amount, with Musk suggesting that it could be $5-10 billion in investment before Starlink is fully cash flow positive. As well as the improvements in the pipeline for the Starlink dishes, currently SpaceX is working on the v1.5 satellites – with laser-based links in-between each satellite – and then the v2.0 update sometime in 2023.

Aws: Internet Of Things (Iot) Portfolio Review

Amazon Web Services (AWS) is a leading company in the Internet of Things (IoT) market due in part to its well-entrenched position in the cloud computing space.

With just over 50,000 employees, Seattle-based AWS provides IoT solutions for organizations worldwide.

See below for a review of AWS’ presence in the Internet of Things market:

See more: The Industrial Internet of Things (IIoT) Market

FreeRTOS is a real-time, open-source operating system for microcontrollers. It makes low-power edge devices easier to program, deploy, secure, connect, and manage.

Open source and community-backed

The most trusted kernel standard for microcontrollers

Supports over 40 different architectures

Accelerates time for product-to-market

IoT Greengrass is an open-source edge runtime and cloud service by AWS. It allows you to build, deploy, and manage lightweight device software.

Deliver rich insights at a lower cost

Cloud processing and logic made local

Deploy and manage device software and configurations remotely

Faster builds with pre-built modular components

Greengrass aims to simplify IoT fleet control and process incoming data locally.

IoT Core is a managed cloud platform that can support billions of devices at a time. It lets connected devices interact with cloud applications and with each other.

Mutual authentication and end-to-end encryption between connected devices

Instant data filtering and transforming, defined by business rules

Connect, manage, and scale IoT fleets reliably

Supports MQTT, HTTPS, MQTT over WSS, and LoRaWAN communication protocols

IoT Core lets you route trillions of messages from billions of devices through the AWS services without having to manage infrastructure.

IoT Device Defender is a fully managed service that secures your fleet of IoT devices. It also includes continuous real-time monitoring of security metrics.

Sends out security alerts

Provides built-in incident mitigation actions

Remote device auditing and configuration

AWS IoT Device Management is for registering, organizing, monitoring, and remotely managing IoT devices at various scales.

Fast device registration

Easy remote device access

Allows you to organize devices into groups with set access privileges

Devices are labeled and easy to locate

IoT Device Management also doubles down as an auditing and monitoring service. It sends out alerts when devices deviate from what’s assigned as normal behavior.

IoT SiteWise is a managed service that aims to simplify the process of collecting, organizing, and analyzing industrial equipment data through AWS.

Use remote equipment performance monitoring to identify and resolve issues

Use insights from automatic, customizable data visualization to optimize processes across the fleet

Collect and process industrial data locally

Build hybrid industrial applications across the edge and cloud

Collect, manage, and visualize data directly from IoT fleet

AWS IoT Events is a managed service that allows you to monitor your IoT devices fleet in real-time. It continuously scans for failures and changes in operations and initiates a series of actions when specific events occur.

Easy-to-build rules using “if-then-else” statements

Build your own or select prebuilt actions to trigger in specific events

Easily evaluate the validity of multiple sources of telemetry data to analyze the state and health of devices

AWS IoT Analytics is a fully managed analytics service that operationalizes data incoming from your IoT devices fleet. It’s also able to automatically scale to support up to petabytes of IoT data. 

Automatically prepares IoT data for analysis

Running queries on IoT data is straightforward

Built-in machine learning tools

Pay-as-you-go pricing model with automatic scaling

AWS IoT Analytics allows you to analyze data from millions and devices simultaneously without having to manage hardware and infrastructure.

AWS IoT Things Graph makes it easier to visually connect different devices and web services to build streamlined IoT apps. It provides a drag-and-drop interface for a low-code approach to building IoT apps.

Provides reusable, pre-built models for common device types such as cameras and motion sensors

Allows you to build both minimalist and highly-complex models through a set of interactions in a specific order

Packages and deploys IoT data directly to AWS Cloud and IoT Greengrass-enabled devices

Things Graph’s flexibility allows it to work in environments that vary in complexity, from home automation to industrial automation and energy management.

Ready-use and doesn’t require installation or configuration

Groups devices by function, location, or any other desired criteria

Provides pre-defined Lambda functions

Executes actions written in Java, Python, and C#

See more: 85 Top IoT Devices

For its IoT solutions, AWS offers two types of partnerships:

The AWS IoT Competency Program is for partners that have demonstrated deep AWS technical expertise and have showcased proven customer success in their industry.

These IoT partners are vetted and divided into four categories: Technology for Edge, Technology for Gateway, Technology for Platform Providers, and Technology for Connectivity.

Solution-specific partnership programs are for AWS IoT partners that are able to demonstrate their knowledge and expertise in an AWS IoT product and provide evidence of reliability and performance. Program examples include AWS IoT Core Partners, AWS IoT Greengrass Partners, and AWS IoT Analytics Partners.

One of AWS’s IoT clients is Seafloor Systems. 

Seafloor Systems is an American manufacturing company that specializes in delivering high-performance hydrographic survey solutions to the marine industry.

It utilizes a fleet of hydrographic robots that survey underwater. In order for the robots to be as autonomous as possible, Seafloor Systems wanted a globally scalable set of tools and resources that would allow it to streamline both the development and production of its robots.

“As our technology stack has grown, we wouldn’t be able to manufacture at the scale at which we sell without using AWS IoT Greengrass,” says Marcos Barrera, lead robotics and artificial intelligence (AI) researcher at Seafloor Systems.

“You can’t build an infrastructure and have people in disparate locations work well together without a strong backbone and scalability. That’s one reason I was drawn to AWS.”

AWS IoT Greengrass saves Seafloor Systems at least four hours of manual labor in building the software stack for each of their robots.

The company now saves about $1,500 per robot deployment by using Greengrass to deploy robots in remote locations, with the processes taking anywhere from minutes to one hour.

Ratings of AWS IoT vary per solution. However, their solutions have an overall high rating by a variety companies using them.

G2: 4.1 out of 5

Gartner Peer Insights: 4.3 out of 5

TrustRadius: 8.6 out of 10

AWS’ IoT portfolio of solutions is widely recognized in the IoT and cloud markets. 

In 2023, AWS IoT was named Best Consumer IoT Solution at the IoT World Awards.

The award honors AWS’ innovation in creating IoT solutions that can be used in a variety of applications, from home automation, security, and monitoring to energy management and networking.

AWS competes with a variety of key vendors in the Internet of Things space, including:


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