orchid network
financially stable definition

If you trade the forex markets regularly, chances are that a lot of your trading is of the short-term variety; i. From my experience, there is one major flaw with this type of trading: h igh-speed computers and algorithms will spot these patterns faster than you ever will. When I initially started trading, my strategy was similar to that of many short-term traders. That is, analyze the technicals to decide on a long or short position or even no position in the absence of a clear trendand then wait for the all-important breakout, i. I can't tell you how many times I would open a position after a breakout, only for the price to move back in the opposite direction - with my stop loss closing me out of the trade. More often than not, the traders who make the money are those who are adept at anticipating such a breakout before it happens.

Orchid network computer ipo cycle

Orchid network

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At least for my needs. Perhaps after more time and getting more established will allow them to ease up on the cost I don't know. It's not there yet at all. We love the idea as well! Thank you for trying Orchid. The network fees on Ethereum have an impact to the cost of our service and our next release is focused on this issue. I want to love this. I also don't understand how I have been using this for the last few weeks and yet my account shows the same orchid balance.

Great concept though and each update has made it work better. Keep up the work! Hi, have you tried the latest update? The connection flow and messaging is much smoother in V0. Your Orchid account balance will go down in bites as you use it over time as there is an element of chance in the payment system. Please contact us at contact orchid. Needs work and keeps disconnecting but overall good concept just needs some polishing up. Would be nice to be notified if it disconnects or to stop traffic upon such event.

Speeds aren't horrible but not there yet either. So imagine my face when this latest hot shot VPN rolls into my shop and I pop the hood to find not just an engine but a fractal of engines. Imagine my jaw dropping when I realize this thing isn't just one souped-up privacy vehicle but a fleet of its competitor cars, each of which is autonomous and paid per mile in anonymized currency to carry a tiny piece of your product in a hyper-coordinated yet seemingly chaotic convoy.

That's Orchid VPN. It's changing the nature of VPNs as we know them and resisting all attempts at categorization using my normal testing and review process. No, it's not ready for the mass market quite yet: It's not as fast as our top-tier VPN speedsters and it isn't as easy to handle for new users as some of our trusted standbys. And no, I can't even give you a specific monthly cost.

This is normally the part where I give you a slate of speed test scores about a VPN and compare it to its nearest competitor. But it's hard to get a lock on average speeds for Orchid because it doesn't test the same. Orchid's service is unique in that its speed, its security and its cost are all inseparable and interdependent.

My normal speed testing routine includes extended multiplatform speed score averaging across at least five countries and a few oceans. Orchid's normal client, however, isn't yet fully available for Windows , so any attempt to average the scores would start out slanted.

Also, Orchid doesn't allow you to connect to a specific country the way other VPNs do. Instead, you've got to manually add a "hop" to another VPN server by pasting that server's configuration file into a screen on your Orchid app. The structure looks a lot like Tor's network , which obscures your traffic by letting you hop between user-run nodes.

And while a multihop feature is a security boon in any VPN, it's not going to give us an accurate baseline speed comparison. What's more, anyone can set up an Orchid node on the company's bandwidth marketplace, meaning the speed of each node you connect to will vary based on what kind of connection its operator is working with. The person running the node also gets to set their node's bandwidth price. Aiming to find the lowest likely base speeds, I loaded Orchid onto an Android device with less processing power than my normal MacOS testing device, connected to Wi-Fi and clocked a non-VPN speed of Not as fast as I'd hoped, but a perfectly usable connection speed for nearly any streaming media that yielded zero performance issues for context, our Editor's Choice ExpressVPN pulled an average US speed of 66 Mbps , during our last tests.

A key feature of Orchid is that you can add a server of your choice to your list of in-app hops. For any VPN with a multihop feature especially one sending your traffic overseas and back , three hops should be enough to throw pretty much anything off your trail, but it will slow you down. Sure enough, I was stalled to a sputtering 2. Using 5G mobile data, I saw comparable speeds.

I measured a non-VPN speed of With one US Orchid hop, I saw At two US Orchid hops, I saw 9. Replicating the same trio of hops described above, I still pulled 1. While you might be able to get some streaming services to work on the slower of those speeds, you shouldn't count on it. I managed to get HBO Max playing on the slower of the two-hop connections, but it took a few tries. That may have been related to Orchid's sluggish pace at making that first connection. There's more lag than you normally find in a VPN app.

Two-hop connections were even more touch-and-go about video calls, though voice calls and music apps held steady compared to what you'd see with other multihop VPNs, and I was able to play Netflix. Working on mobile data only, I took an elevator underground until I was directly beneath feet of continuous-pour reinforced concrete framing enclosed by an aluminum curtain-wall system in a very chic shade of s turquoise blue , straining my connection until non-VPN test speeds were repeatedly under 60 Mbps.

From this location, I kicked on Orchid, opened every data-sucking app I had, loaded media-intensive sites across multiple tabs in all the browsers and ran some tests. No IP leaks. No DNS leaks. This version of the app may have its glitches, but even when I dragged Orchid all the way down to 0. Never mind speed. That's performance. One reason I was able to get streaming content on a multihop connection is Orchid's own home-brewed protocol.

While the backbone of its encryption is in the blockchain , Orchid's protocol is specifically designed to travel on the back of WebRTC -- the same technology your browser uses to facilitate high-quality video and audio calls.

Not only does this give Orchid an advantage in streaming media content that you'd never be able to get using Tor, but it also makes your traffic look like just another video call. Some privacy advocates will tell you that, given how opaque VPN corporate ownership is, you might as well just write off consumer VPNs altogether and stick to using Tor.

They're not entirely wrong. Decades have passed without government entities fully cracking Tor's core technology and exposing users at will. Tor has its limits, though. Tor traffic makes you stick out like a sore thumb to your ISP and network administrators. Sites can see it too and are often quick to block in-bound Tor traffic. If that weren't enough, you can't transport nearly as much data via Tor as you would a VPN, making voice and video calls nearly impossible over Tor's network of volunteer-run nodes.

It's generally considered by privacy gurus to be a healthy mixture of speed and security, and its popularity among consumer VPNs makes it a great control variable in testing. But OpenVPN is also getting up there in Internet Years, and has a history of being somewhat vulnerable if not deployed carefully. Orchid's protocol is similar to OpenVPN but based on blockchain and, as a decentralized network, Orchid is built to adapt to different types of protocols.

Normally, I wouldn't recommend any US-based VPN company , but decentralized blockchain encryption changes that altogether. Decentralized VPNs, in general, are the next step in end-user privacy tools because their nature prevents any single, central company from being able to keep logs of all of your activity.

And Orchid isn't the only one out there. Mysterium, Kelvpn, Tachyon, BitVPN and Lethean are all decentralized, peer-to-peer style VPNs aimed at resisting censorship efforts by creating a nearly subpoena-proof network of bandwidth providers over which your traffic is scattered.

Orchid is ahead of the field here in several notable ways, among them its contracts with other VPN companies, which allows users to travel on its partner VPNs' networks. If you really want to understand why decentralized blockchain is the next step for VPNs and why Orchid is brilliant, you'll need to know what blockchain and cryptocurrency actually are.

Despite the hype, it's not that complicated. A blockchain is basically just an encrypted, tamper-proof ledger for transactions. Everyone gets a copy of the ledger and everyone's copy automatically changes when someone adds a transaction to their own.

You build computer networks on blockchain tech when you need a trustworthy record of information that a lot of people are working with at once -- financial trading, digital copies of paper documents, movements in food supply chains and global shipping , or art brokering.

The "block" is a block of data that is added to the ledger when a transaction occurs. The "chain" is the metaphorical ledger itself. Cryptocurrencies work on blockchain. Just like paper money has its anti-counterfeiting designs, each unit of cryptocurrency has its verifiable blockchain. When a transaction occurs and a block is about to get added to the chain, a whole network of computers working with that chain jumps in to verify the transaction is legit by checking its math.

The first computer to prove the block's math gets paid. That's called mining.

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Assuming typical and honest selling behavior no users drop them for bad service this dealflow will translate into a similar portion of the total revenue. The staking decisions of sellers is left to their own choices. How Orchid delivers digital privacy The Orchid network enables a decentralized virtual private network VPN , allowing users to buy bandwidth from a global pool of service providers.

A Bandwidth User - For the first time, users can pay-on-the-fly for a private, secure internet connection using nanopayments. Users add OXT or any of the supported cryptocurrencies to their Orchid account which is then used to pay providers for service while the VPN is connected.

Learn more about OXT. The primary reasons for this new digital currency OXT are: To have a digital currency that is specifically tied to consumption of bandwidth on the Orchid network To align operator incentives towards the benefit of the Orchid Network. What is being purchased when a user buys Orchid credits? Balance Based on the chosen pricing tier, the user will receive an Orchid account funded with an amount of xDai, subject to market fluctuations, which can be used to purchase bandwidth on the Orchid network.

Deposit A portion of the purchase is invested as a deposit to the generated account. This is required for participation in the Orchid network as both a deterrent of client malfeasance as well as a determinant for ticket sizing in our nanopayment system. Gas Transactions made on the blockchain require small payments and a portion of the credits purchase goes to covering these costs for creating the Orchid account. Learn more about creating an Orchid account. Nanopayments Orchid uses a new probabilistic nanopayment system to scale payment throughput.

Staking A provider stakes some number of OXT to create a stake deposit. Anyone can stake OXT on nodes using the smart contract. Clients select new nodes in proportion to their relative OXT deposit size. Larger stake deposits thus lead to proportionally more users, bandwidth, and revenue. If the node is already at max bandwidth capacity additional stake is effectively wasted. Read our Whitepaper. For example, many collect your private browsing data and sell it to advertisers or share it with governments, undermining the fundamental reasons users might use a VPN in the first place.

A single VPN provider is also a central data collection point where governments and hackers can potentially go to steal your information or discover your location. Orchid aims to solve these problems and provide a more private, more secure internet browsing experience. So, instead of going through one centralized VPN provider each time you want to browse the internet privately and securely, you log on to Orchid and are matched with a trusted and high-quality VPN provider. But wait. How is going through one traditional, centralized VPN any different than going through one of many decentralized VPN providers.

Yes and no. Third parties infringe upon your privacy by aggregating your browsing data over time, building a profile of your identity, interests, and location. They can then sell that profile to advertisers, who in turn send you unsolicited ads or hand over your profile to an intrusive government that monitors its population.

This info is also vulnerable to hackers and other bad actors. Having the option to connect to the internet through a large variety of providers enables you to randomize your VPN connections to the internet, making it harder for third parties to track, profile, or interfere with your online activity. This is called multi-hop routing and is a unique feature of a decentralized, blockchain-based service.

Paying for each hop out of a different Ethereum wallet further obscures your identity and activities. Multi-hop routing adds a significant layer of privacy to your internet access. Yet another layer of security and anonymity is added by using a trusted, centralized exchange to fund your Orchid crypto app. You can do this easily by requesting a wallet address from your cryptocurrency exchange. So, it makes sense for them to work hard to provide secure and high-quality bandwidth for their customers.

The more a provider stakes with Orchid, the greater the likelihood that they will be chosen by the Orchid protocol to provide bandwidth to users. Thus, providers are rewarded for their commitment to the network, reinforcing a virtuous cycle of quality of service and greater staking. This is how the directory of trusted and high-quality providers is created. OXT tokens enable users to pay only for the bandwidth they consume rather than a set fee or subscription, as is often the model with centralized VPN providers.

Like electricity and other utilities, you pay only for what you use. The Orchid Network uses an ingenious probabilistic nanopayment structure that takes micropayments out of your OXT wallet to pay for your internet usage. Instead, they occur continuously as you browse and are reconciled approximately once a week on the blockchain.

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The stake registry is optimized for enabling the Orchid app to automatically discover random servers in a decentralized environment, while the provider directory allows Orchid nodes to register metadata such as geolocation or additional services offered. Once tokens have been locked into a stake deposit they can be used immediately for bandwidth provisioning.

Assuming typical and honest selling behavior no users drop them for bad service this dealflow will translate into a similar portion of the total revenue. The staking decisions of sellers is left to their own choices. How Orchid delivers digital privacy The Orchid network enables a decentralized virtual private network VPN , allowing users to buy bandwidth from a global pool of service providers.

A Bandwidth User - For the first time, users can pay-on-the-fly for a private, secure internet connection using nanopayments. Users add OXT or any of the supported cryptocurrencies to their Orchid account which is then used to pay providers for service while the VPN is connected. Learn more about OXT. The primary reasons for this new digital currency OXT are: To have a digital currency that is specifically tied to consumption of bandwidth on the Orchid network To align operator incentives towards the benefit of the Orchid Network.

What is being purchased when a user buys Orchid credits? Balance Based on the chosen pricing tier, the user will receive an Orchid account funded with an amount of xDai, subject to market fluctuations, which can be used to purchase bandwidth on the Orchid network.

Deposit A portion of the purchase is invested as a deposit to the generated account. This is required for participation in the Orchid network as both a deterrent of client malfeasance as well as a determinant for ticket sizing in our nanopayment system. Gas Transactions made on the blockchain require small payments and a portion of the credits purchase goes to covering these costs for creating the Orchid account. Learn more about creating an Orchid account.

Nanopayments Orchid uses a new probabilistic nanopayment system to scale payment throughput. Staking A provider stakes some number of OXT to create a stake deposit. Anyone can stake OXT on nodes using the smart contract. Clients select new nodes in proportion to their relative OXT deposit size. Larger stake deposits thus lead to proportionally more users, bandwidth, and revenue. How is going through one traditional, centralized VPN any different than going through one of many decentralized VPN providers.

Yes and no. Third parties infringe upon your privacy by aggregating your browsing data over time, building a profile of your identity, interests, and location. They can then sell that profile to advertisers, who in turn send you unsolicited ads or hand over your profile to an intrusive government that monitors its population.

This info is also vulnerable to hackers and other bad actors. Having the option to connect to the internet through a large variety of providers enables you to randomize your VPN connections to the internet, making it harder for third parties to track, profile, or interfere with your online activity. This is called multi-hop routing and is a unique feature of a decentralized, blockchain-based service.

Paying for each hop out of a different Ethereum wallet further obscures your identity and activities. Multi-hop routing adds a significant layer of privacy to your internet access. Yet another layer of security and anonymity is added by using a trusted, centralized exchange to fund your Orchid crypto app. You can do this easily by requesting a wallet address from your cryptocurrency exchange. So, it makes sense for them to work hard to provide secure and high-quality bandwidth for their customers.

The more a provider stakes with Orchid, the greater the likelihood that they will be chosen by the Orchid protocol to provide bandwidth to users. Thus, providers are rewarded for their commitment to the network, reinforcing a virtuous cycle of quality of service and greater staking.

This is how the directory of trusted and high-quality providers is created. OXT tokens enable users to pay only for the bandwidth they consume rather than a set fee or subscription, as is often the model with centralized VPN providers. Like electricity and other utilities, you pay only for what you use. The Orchid Network uses an ingenious probabilistic nanopayment structure that takes micropayments out of your OXT wallet to pay for your internet usage.

Instead, they occur continuously as you browse and are reconciled approximately once a week on the blockchain. This structure allows Orchid to provide seamless, secure service for millions of users at a time. It adds yet another layer of security by limiting exposure of user information when transactions for service are posted to the public blockchain. Cryptopedia does not guarantee the reliability of the Site content and shall not be held liable for any errors, omissions, or inaccuracies.

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