August 22, 2026

Capitalizations Index – B ∞/21M

Judge: IP-Address Doesn’t Locate or Identify a BitTorrent Pirate

Judge: ip-address doesn’t locate or identify a bittorrent pirate

Judge: IP-Address Doesn’t Locate or Identify a BitTorrent Pirate

Judge: ip-address doesn’t locate or identify a bittorrent pirate

Since the start of this decade, hundreds of thousands of alleged BitTorrent pirates have been sued by so-called ‘copyright trolls’ in the United States.

The select group of rightsholders that file these cases generally rely on an IP address as evidence. They then ask the courts to grant a subpoena, ordering Internet providers to hand over the personal details of the associated account holder.

While some judges have refused to do so in the past, many District Courts still issue these subpoenas. However, over the years judges have grown more skeptical about the provided evidence. This includes Florida District Court Judge Ursula Ungaro.

In February, Judge Ungaro was assigned a case filed by the adult entertainment company “Strike 3 Holdings,” which has filed hundreds of lawsuits over the past several months.

The company accused IP-address “72.28.136.217” of sharing its content through BitTorrent without permission. The Judge, however, was reluctant to issue a subpoena. She asked the company how the use of geolocation and other technologies could reasonably pinpoint the identity and location of the alleged infringer.

Responding to this order to show cause, Strike 3 explained that it used Maxmind’s database to link the IP-address to Internet provider Cogeco and a location in Southern Florida.  According to Maxmind, its IP address tracing service is roughly 95% accurate in the US, so the rightsholder is confident that it filed the case in the right court.

Strike 3 further admitted that, at this point, it doesn’t know whether the account holder is the actual copyright infringer. However, the company believes that this is the most plausible target and says it will try to find out more once the identity of the person in question is revealed.

That was not good enough for Judge Ungaro. In an order released this week she writes that, other than stating that it’s “plausible” that the infringer can be identified through the IP-address, Strike 3 failed to explain how the geolocation software can properly identify or locate the actual infringer.

“There is nothing that links the IP address location to the identity of the person actually downloading and viewing Plaintiff’s videos, and establishing whether that person lives in this district,” Judge Ungaro writes.

The order points out that an IP-address alone can’t identify someone. As such, it can’t accurately pinpoint the person who allegedly downloaded the copyright infringing content.

“For example, it is entirely possible that the IP address belongs to a coffee shop or open Wi-Fi network, which the alleged infringer briefly used on a visit to Miami,” Judge Ungaro notes.

“Even if the IP address were located within a residence in this district, the geolocation software cannot identify who has access to that residence’s computer and who actually used it to infringe Plaintiff’s copyright,” she adds.

Strike 3 stressed that many courts have issued subpoenas based on the exact same evidence. While that is true, the Judge counters that other courts, which also doubted the strength of an IP-address as evidence, have refused to do so.

In this instance, the Court finds that Strike 3 hasn’t provided sufficient evidence to argue that it can reasonably rely on the usage of geolocation to establish the identity of the accused downloader. Nor does it prove that the person lives in the Court’s jurisdiction.

As a result, the Court refused to issue a subpoena and dismissed the case against IP-address 72.28.136.217 for improper venue. The case is closed and Strike 3 won’t get the opportunity to refile.

While not all judges may come to the same conclusion, the order is a setback for Strike 3 and other rightsholders. They clearly have to come up with other arguments or evidence if their case is handled by this Judge.

But that shouldn’t really come as a complete surprise, as Judge Ungaro has issued similar orders in the past.

A copy of Judge Ursula Ungaro’s order, pointed out to us by SJD, is available here (pdf).

Source: TF, for the latest info on copyright, file-sharing, torrent sites and more. We also have VPN reviews, discounts, offers and coupons.

Published at Thu, 09 May 2019 18:31:41 +0000

Previous Article

Ethereum Runs Out of Steam as Bitcoin Dominance Rises

Next Article

Is Ripple (XRP) the Liquid alternative of Tether or USDC?

You might be interested in …

How Bitcoin Fees Work and Why They’ve Been So High

Fees have been extraordinarily high this past week, and this article aims to clear up misconceptions and help users make smarter decisions in setting the right fees for their transactions.


$3 fee for a $5 transaction?

With the recent bitcoin rally up into the mid $4,000’s there has been a huge influx of users that really don’t understand how bitcoin works under the hood. And that’s okay, most people are here just for the investment. But more and more users are getting fed up with the fact that bitcoin’s network fees have been so high, even for very simple low-cost transactions.

Unlike traditional financial institutions that charge fees for transactions, Bitcoins fees are NOT dependent on how much money you’re sending. The fees for sending $5 worth of bitcoin can be the same as sending $5,000. Fees are not measured in dollar amounts, or even bitcoin amounts. They’re measured by “satoshis per byte of data” or sat/byte.

One satoshi is the smallest denomination of a bitcoin: 100,000,000 satoshis make up one bitcoin.

Instead of paying for every bitcoin you send, you pay for the amount of data in a block your transaction is taking up. The average transaction is roughly 226 bytes, so the time it takes to confirm your transaction depends on the fee the transaction is sent with.

But I was promised low fees after Segwit?

Unfortunately the effects of Segwit on transaction capacity won’t be seen for weeks or even months. The only transactions that help increase capacity are transactions from a “Segwit address.” A Segwit address is simply an address that comes from a wallet that supports Segwit. Currently, there are almost no wallets that are Segwit ready, so very few Segwit addresses are getting created.

To really see the effects, a large majority of transactions that are transacted regularly will need to be moved to Segwit addresses, which will take some time. When most those coins are moved, more transactions will be able to be included per block, lowering fees.

The chart below shows an increasing share of Segwit transactions compared to regular transactions.

Another huge problem right now for wallet developers is creating a proper fee estimation algorithm. Many wallets work by using data from popular mempool visualization websites. Many of these sites, however, do not adapt well to huge swings in fee prices.

Even at times when a transaction with a fee of 40 sat/b gets confirmed in ten minutes, some sites will still recommend fees that are close to 10x that. Better software will lead to average people setting very competitive fees, leading to a more accurate fee market.

How is bitcoin Cash’s EDA Affecting bitcoin

Many of you know about the fork that happened at the beginning of August, creating a new coin known as bitcoin Cash. A big concern for the developers of bitcoin Cash was the lack of hashpower that would switch to the other chain. If a very small percentage switched, then the network would be halted, very few blocks would be created.

Their solution to this problem was to add an Emergency Difficulty Adjustment mechanism, or EDA. This works in a way that if the average number of blocks in a period is too low, it will immediately adjust to a lower difficulty. This is a problem for one huge reason. The miners want to mine the most profitable chain.

So if they go and mine bitcoin for a while, allow for the EDA to lower the difficulty to next to nothing, then can simply switch the chain and mine blocks at an average of two or three ever ten minutes. Once the difficulty goes back up to pre-EDA levels, then swap back to bitcoin and let the process repeat itself.

These difficulty oscillations are making block creation times very slow on the bitcoin Cash network and are also resulting in a growing backlog of transactions in Bitcon as well. This means less transactions per second and a higher cost to have your transaction included in the next block.

How do I find the right fee to use?

There are many fee estimation sites out there that are publicly available. The most popular is bitcoinfees.21.co. However this site’s estimation algorithm is way off, sometimes suggesting 5x the actual recommended fee. The best thing to do is actually look at the lowest fees that were included in the last block.

For example, you can go to blockchain.info and click on the most recent block. Scroll all the way to the bottom and look at some of the transactions that are there. The transactions with the lowest fees usually will be at the bottom. Take those fees and set yours a little higher. Boom, your transaction should be included in the next block.

Many wallets nowadays do not have the ability to set custom fees and in result cost users loads of money. I highly suggest waiting for a time where there aren’t many transactions in the mempool, such as the weekend, and then move your coins to an address with custom fees ability. You can google what wallets support custom fees on your devices, for desktop Electrum and bitcoin Core are both reputable wallets that support custom fees.

Do you think fees will settle in the coming weeks? How do you think the EDA will affect BCH? Let us know in the comments below!


Images courtesy of Pixabay, Blockchain.info, segwit.party

The post How Bitcoin Fees Work and Why They’ve Been So High appeared first on Bitcoinist.com.

Bitcoin: lacking direction

Bitcoin: Lacking direction

bitcoin: Lacking direction EN English (UK) EN English (IN) DE Deutsch FR Français ES Español IT Italiano PL Polski SV Svenska TR Türkçe RU Русский PT Português ID Bahasa Indonesia MS Bahasa Melayu TH ภาษาไทย […]