Friday, May 27, 2016

Visit the Wrong Website, and the FBI Could End Up in Your Computer


https://www.wired.com/2014/08/operation_torpedo/


us-spyClick to Open Overlay Gallery
Security experts call it a “drive-by download”: a hacker infiltrates a high-traffic website and then subverts it to deliver malware to every single visitor. It’s one of the most powerful tools in the black hat arsenal, capable of delivering thousands of fresh victims into a hackers’ clutches within minutes.
Now the technique is being adopted by a different kind of a hacker—the kind with a badge. For the last two years, the FBI has been quietly experimenting with drive-by hacks as a solution to one of law enforcement’s knottiest Internet problems: how to identify and prosecute users of criminal websites hiding behind the powerful Tor anonymity system.
The approach has borne fruit—over a dozen alleged users of Tor-based child porn sites are now headed for trial as a result. But it’s also engendering controversy, with charges that the Justice Department has glossed over the bulk-hacking technique when describing it to judges, while concealing its use from defendants. Critics also worry about mission creep, the weakening of a technology relied on by human rights workers and activists, and the potential for innocent parties to wind up infected with government malware because they visited the wrong website. “This is such a big leap, there should have been congressional hearings about this,” says ACLU technologist Chris Soghoian, an expert on law enforcement’s use of hacking tools. “If Congress decides this is a technique that’s perfectly appropriate, maybe that’s OK. But let’s have an informed debate about it.”
The FBI’s use of malware is not new. The bureau calls the method an NIT, for “network investigative technique,” and the FBI has been using it since at least 2002 in cases ranging from computer hacking to bomb threats, child porn to extortion. Depending on the deployment, an NIT can be a bulky full-featured backdoor program that gives the government access to your files, location, web history and webcam for a month at a time, or a slim, fleeting wisp of code that sends the FBI your computer’s name and address, and then evaporates.
What’s changed is the way the FBI uses its malware capability, deploying it as a driftnet instead of a fishing line. And the shift is a direct response to Tor, the powerful anonymity system endorsed by Edward Snowden and the State Department alike.
Tor is free, open-source software that lets you surf the web anonymously. It achieves that by accepting connections from the public Internet—the “clearnet”—encrypting the traffic and bouncing it through a winding series of computers before dumping it back on the web through any of over 1,100 “exit nodes.”
The system also supports so-called hidden services—special websites, with addresses ending in .onion, whose physical locations are theoretically untraceable. Reachable only over the Tor network, hidden services are used by organizations that want to evade surveillance or protect users’ privacy to an extraordinary degree. Some users of such service have legitimate and even noble purposes—including human rights groups and journalists. But hidden services are also a mainstay of the nefarious activities carried out on the so-called Dark Net: the home of drug markets, child porn, murder for hire, and a site that does nothing but stream pirated My Little Pony episodes.
Law enforcement and intelligence agencies have a love-hate relationship with Tor. They use it themselves, but when their targets hide behind the system, it poses a serious obstacle. Last month, Russia’s government offered a $111,000 bounty for a method to crack Tor.
The FBI debuted its own solution in 2012, in an investigation dubbed “Operation Torpedo,” whose contours are only now becoming visible through court filings.
Operation Torpedo began with an investigation in the Netherlands in August 2011. Agents at the National High Tech Crime Unit of the Netherlands’ national police force had decided to crack down on online child porn, according to an FBI affidavit. To that end, they wrote a web crawler that scoured the Dark Net, collecting all the Tor onion addresses it could find.
The NHTCU agents systematically visited each of the sites and made a list of those dedicated to child pornography. Then, armed with a search warrant from the Court of Rotterdam, the agents set out to determine where the sites were located.
That, in theory, is a daunting task—Tor hidden services mask their locations behind layers of routing. But when the agents got to a site called “Pedoboard,” they discovered that the owner had foolishly left the administrative account open with no password. They logged in and began poking around, eventually finding the server’s real Internet IP address in Bellevue, Nebraska.
They provided the information to the FBI, who traced the IP address to 31-year-old Aaron McGrath. It turned out McGrath was hosting not one, but two child porn sites at the server farm where he worked, and a third one at home.
Instead of going for the easy bust, the FBI spent a solid year surveilling McGrath, while working with Justice Department lawyers on the legal framework for what would become Operation Torpedo. Finally, on November 2012, the feds swooped in on McGrath, seized his servers and spirited them away to an FBI office in Omaha.
A federal magistrate signed three separate search warrants: one for each of the three hidden services. The warrants authorized the FBI to modify the code on the servers to deliver the NIT to any computers that accessed the sites. The judge also allowed the FBI to delay notification to the targets for 30 days.


Operation Torpedo search warrantClick to Open Overlay Gallery
This NIT was purpose-built to identify the computer, and do nothing else—it didn’t collect keystrokes or siphon files off to the bureau. And it evidently did its job well. In a two-week period, the FBI collected IP addresses1 for at least 25 visitors to the sites. Subpoenas to ISPs produced home addresses and subscriber names, and in April 2013, five months after the NIT deployment, the bureau staged coordinated raids around the country.
Today, with 14 of the suspects headed toward trial in Omaha, the FBI is being forced to defend its use of the drive-by download for the first time. Defense attorneys have urged the Nebraska court to throw out the spyware evidence, on the grounds that the bureau concealed its use of the NIT beyond the 30-day blackout period allowed in the search warrant. Some defendants didn’t learn about the hack until a year after the fact. “Normally someone who is subject to a search warrant is told virtually immediately,” says defense lawyer Joseph Gross Jr. “What I think you have here is an egregious violation of the Fourth Amendment.”
But last week U.S. Magistrate Judge Thomas Thalken rejected the defense motion, and any implication that the government acted in bad faith. “The affidavits and warrants were not prepared by some rogue federal agent,” Thalken wrote, “but with the assistance of legal counsel at various levels of the Department of Justice.” The matter will next be considered by U.S. District Judge Joseph Bataillon for a final ruling.
The ACLU’s Soghoian says a child porn sting is probably the best possible use of the FBI’s drive-by download capability. “It’s tough to imagine a legitimate excuse to visit one of those forums: the mere act of looking at child pornography is a crime,” he notes. His primary worry is that Operation Torpedo is the first step to the FBI using the tactic much more broadly, skipping any public debate over the possible unintended consequences. “You could easily imagine them using this same technology on everyone who visits a jihadi forum, for example,” he says. “And there are lots of legitimate reasons for someone to visit a jihadi forum: research, journalism, lawyers defending a case. ACLU attorneys read Inspire Magazine, not because we are particularly interested in the material, but we need to cite stuff in briefs.”
Soghoian is also concerned that the judges who considered NIT applications don’t fully understand that they’re being asked to permit the use of hacking software that takes advantage of software vulnerabilities to breach a machine’s defenses. The Operation Torpedo search warrant application, for example, never uses the words “hack,” “malware,” or “exploit.” Instead, the NIT comes across as something you’d be happy to spend 99 cents for in the App Store. “Under the NIT authorized by this warrant, the website would augment [its] content with some additional computer instructions,” the warrant reads.
From the perspective of experts in computer security and privacy, the NIT is malware, pure and simple. That was demonstrated last August, when, perhaps buoyed by the success of Operation Torpedo, the FBI launched a second deployment of the NIT targeting more Tor hidden services.
This one—still unacknowledged by the bureau—traveled across the servers of Freedom Hosting, an anonymous provider of turnkey Tor hidden service sites that, by some estimates, powered half of the Dark Net.


The payload for the Tor Browser Bundle malware is hidden in a variable called “magneto”.Click to Open Overlay Gallery
This attack had its roots in the July 2013 arrest of Freedom Hosting’s alleged operator, one Eric Eoin Marques, in Ireland. Marques faces U.S. charges of facilitating child porn—Freedom Hosting long had a reputation for tolerating child pornography.
Working with French authorities, the FBI got control of Marques’ servers at a hosting company in France, according to testimony in Marques’ case. Then the bureau appears to have relocated them—or cloned them—in Maryland, where the Marques investigation was centered.
On August 1, 2013, some savvy Tor users began noticing that the Freedom Hosting sites were serving a hidden “iframe”—a kind of website within a website. The iframe contained Javascript code that used a Firefox vulnerability to execute instructions on the victim’s computer. The code specifically targeted the version of Firefox used in the Tor Browser Bundle—the easiest way to use Tor.
This was the first Tor browser exploit found in the wild, and it was an alarming development to the Tor community. When security researchers analyzed the code, they found a tiny Windows program hidden in a variable named “Magneto.” The code gathered the target’s MAC address and the Windows hostname, and then sent it to a server in Virginia in a way that exposed the user’s real IP address. In short, the program nullified the anonymity that the Tor browser was designed to enable.
As they dug further, researchers discovered that the security hole the program exploited was already a known vulnerability called CVE-2013-1690—one that had theoretically been patched in Firefox and Tor updates about a month earlier. But there was a problem: Because the Tor browser bundle has no auto-update mechanism, only users who had manually installed the patched version were safe from the attack. “It was really impressive how quickly they took this vulnerability in Firefox and extrapolated it to the Tor browser and planted it on a hidden service,” says Andrew Lewman, executive director of the nonprofit Tor Project, which maintains the code.
The Freedom Hosting drive-by has had a lasting impact on the Tor Project, which is now working to engineer a safe, private way for Tor users to automatically install the latest security patches as soon as they’re available—a move that would make life more difficult for anyone working to subvert the anonymity system, with or without a court order.
Unlike with Operation Torpedo, the details of the Freedom Hosting drive-by operation remain a mystery a year later, and the FBI has repeatedly declined to comment on the attack, including when contacted by WIRED for this story. Only one arrest can be clearly tied to the incident—that of a Vermont man named Grant Klein who, according to court records, was raided in November based on an NIT on a child porn site that was installed on July 31, 2013. Klein pleaded guilty to a single count of possession of child pornography in May and is set for sentencing this October.
But according to reports at the time, the malware was seen, not just on criminal sites, but on legitimate hidden services that happened to be hosted by Freedom Hosting, including the privacy protecting webmail service Tormail. If true, the FBI’s drive-by strategy is already gathering data on innocent victims.
Despite the unanswered questions, it’s clear that the Justice Department wants to scale up its use of the drive-by download. It’s now asking the Judicial Conference of the United States to tweak the rules governing when and how federal judges issue search warrants. The revision would explicitly allow for warrants to “use remote access to search electronic storage media and to seize or copy electronically stored information” regardless of jurisdiction.
The revision, a conference committee concluded last May (.pdf), is the only way to confront the use of anonymization software like Tor, “because the target of the search has deliberately disguised the location of the media or information to be searched.”
Such dragnet searching needs more scrutiny, Soghoian says. “What needs to happen is a public debate about the use of this technology, and the use of these techniques,” he says. “And whether the criminal statutes that the government relies on even permit this kind of searching. It’s one thing to say we’re going to search a particular computer. It’s another thing to say we’re going to search every computer that visits this website, without knowing how many there are going to be, without knowing what city, state or countries they’re coming from.”
“Unfortunately,” he says, “we’ve tiptoed into this area, because the government never gave notice that they were going to start using this technique.”
1. Correction: This story originally reported that the Operation Torpedo NIT collected MAC addresses as well as IP addresses.

Tuesday, January 19, 2016

What it's like when the FBI asks you to backdoor your software

Sumber: http://securitywatch.pcmag.com/security/319544-what-it-s-like-when-the-fbi-asks-you-to-backdoor-your-software
At a recent RSA Security Conference, Nico Sell was on stage announcing that her company—Wickr—was making drastic changes to ensure its users' security. She said that the company would switch from RSA encryption to elliptic curve encryption, and that the service wouldn't have a backdoor for anyone.
As she left the stage, before she'd even had a chance to take her microphone off, a man approached her and introduced himself as an agent with the Federal Bureau of Investigation.  He then proceeded to "casually" ask if she'd be willing to install a backdoor into Wickr that would allow the FBI to retrieve information.
A Common Practice
This encounter, and the agent's casual demeanor, is apparently business as usual as intelligence and law enforcement agencies seek to gain greater access into protected communication systems. Since her encounter with the agent at RSA, Sell says it's a story she's heard again and again. "It sounds like that's how they do it now," she told SecurityWatch. "Always casual, testing, because most people would say yes."
The FBI's goal is to see into encrypted, secure systems like Wickr and others. Under the Communications Assistance for Law Enforcement Act (CALEA) legislation, law enforcement can tap any phone in the US but they can't read encrypted communications. We've also seen how law enforcement have followed the lead of the NSA, and gathered data en-masse from cellphone towers. With the NSA reportedly installing backdoors onto hardware sitting in UPS facilities and allegedly working to undermine cryptographic standards, it's not surprising that the FBI would be operating along similar lines.
The Difference
It was clear that the FBI agent didn't know who he was dealing with, because Sell did not back down. Instead, she lectured him on topics ranging from the First and Fourth Amendments to the Constitution, to George Washington's creation of a Post Office in the US. "My ancestor was a drummer boy under Washington," Sell explained. "Washington thought it was very important to have freedom of information and private correspondence without government surveillance."
Her lecture concluded, she proceeded to grill the agent. "I asked if he had official paperwork for me, if this was an official request, who his boss was," said Sell. "He backed down very quickly."
Though she didn't budge for the agent, Sell makes it clear that surveillance and security is a complicated issue. "Ten years ago, I'd have said yes," said Sell. "Because if law enforcement asks you to catch bad guys, who wouldn't want to help?"
The difference now, she explained, was her experiences at BlackHat. Among those, Sell pointed to a BlackHat event where Thomas Cross demonstrated how to break into lawful intercept machines—or wiretaps. "It was very clear that a backdoor for the good guys is  always a backdoor for the bad guys."
How To Be A Good Guy
"I'm not against helping law enforcement, but the most important thing to me is protecting my friends and family the best way I know how," said Sell. She suggested that the NSA and other agencies go back to a model where individuals are targeted, instead of monitoring all communications and sorting it out later. "There are plenty of ways to track people without trampling human rights," she said.
As an example of how to do security right, Sell unsurprisingly pointed to Wickr. She said that her company does not hold the encryption keys to decrypt users' messages, or see their identities. That way, should Wickr be compelled to hand over data from a court order, investigators will only find junk. And in addition to employing who Sell calls the "best crypto people," Sell said that individual messages are bound to their intended device. "Even in 20 years or 100 years, if the NSA miraculously breaks these [encryption] equations, they still wouldn't be able to read these messages."
It's clear that for Sell, this is about more than good security. "I'm doing the right thing here, and it's the right thing for them, too," she said. "I'm not afraid of them."

Huawei Telecoms Equipment Targeted by NSA Spies

Sumber: http://www.cellular-news.com/story/63996.php
Analysis of NSA documents released by the whistleblower Edward Snowden has shown that the US spy agency directly targeted equipment manufactured by China's Huawei.
The documents show that at least two, possibly three projects that were given individual codenames targeted Huawei routers, firewalls and network equipment known to have been sold to at least three major mobile network operators.
As a telecoms equipment vendor, Huawei would have been just one of many telecoms manufacturers targeted by the US spies.
Although Huawei has always denied it, there are these persistent allegations that the company was some sort of backdoor for Chinese spies, and yet it finds itself in the curious position of having been targeted to act as a backdoor for US spies instead.
The documents raise some uncomfortable questions, particularly for politicians who have accused the company of being a front for the Chinese military.
In October 2012, the USA's House Intelligence Committee carried out an investigation and concluded by recommending that US firms avoid doing business with the Chinese supplier, although much of the report's allegations appeared to be based on dissatisfaction with the company shareholding structure and openness than any proven security threat.
However, that report did include a classified annex, which was not published, but was said to support the Committee's findings.
In an unrelated interview last year, the former head of another US spy agency, the CIA Michael Hayden said that Huawei represented an "unambiguous national security threat to the USA and Australia,"
Michael Hayden was head of both the CIA and the NSA for nearly a decade up to 2008. It is likely though, that while at the CIA he would have been unaware of the actions of the rival agency.
To date, none of the allegations against Huawei have ever cited a specific example of software code that acts as a backdoor for the Chinese military. However, if classified investigations passed to US politicians or the CIA have shown evidence of such exploits, the question now has to be asked -- who put the exploits there.
Ultimately, all major telecoms vendors have been targeted by the NSA as a routine procedure by the spies, and Huawei would not expect to be exempted from that, but the security of its equipment has come under far closer scrutiny than any other telecoms equipment vendor.
It would therefore be embarrassing for the USA if allegations against Huawei in a number of countries are later found to have been based on security flaws inserted by the Americans, not the Chinese.
--
The two projects known to have targeted Huawei equipment are as follows:
HALLUXWATER
(TS//SI//REL) The HALLUXWATER Persistence Back Door implant is installed on a target Huawei Eudemon firewall as a boot ROM upgrade. When the target reboots, the PBD installer software will find the needed patch points and install the back door in the inbound packet processing routine.
Once installed, the software communicates with an NSA operator via the TURBOPANDA Insertion Tool (PIT), giving the operator covert access to read and write memory, execute an address, or execute a packet.
The software provides a persistence capability on the Eudemon 200, 500, and 1000 series firewalls and also survives OS upgrades and automatic bootROM upgrades.
The router is reputedly used by O2, Vodafone and Deutsche Telekom, at the very least.
HEADWATER
HEADWATER is a Persistent Backdoor (PDB) software implant for selected Huawei routers. The implant will enable covert functions to be remotely executed within the router via an Internet connection.
The software implant can be transferred remotely over the Internet to the selected target router by Remote Operations Center (ROC) personnel. After the transfer process is complete, the backdoor will be installed in the router's boot ROM via an upgrade command. The backdoor will then be activated after a system reboot. Once activated, the NSA operators will be able to use DNT's HAMMERMILL Insertion Tool (HIT) to control the backdoor as it captures and examines all IP packets passing through the host router.
HEADWATER is claimed to be the cover term for the backdoor for Huawei routers and has been adopted for use in the joint NSA/CIA effort to exploit Huawei network equipment.
According to the leaked documents, this exploit is ready for deployment. Whether it has been is unknown at this stage.
TURBOPANDA
Little is known about this project. At best, it is understood to be an Insertion Tool allows read/write to memory, execute an address or packet; joint NSA/CIA project on Huawei network equipment
It could however be an overall name for all attacks on Huawei equipment as it is referenced by other attacks as being part of the TURBOPANDA project.
As such there are no specific products being targeted, other than those mentioned above.
Huawei_Telecoms_Equipment_Targeted_by_NSA_Spies_1

Huawei_Telecoms_Equipment_Targeted_by_NSA_Spies_2

Routers TCP 32764 Backdoor Vulnerability

Source: http://thehackernews.com/2014/04/router-manufacturers-secretly-added-tcp.html
At the beginning of this year, we reported about the secret backdoor ‘TCP 32764’ discovered in several routers including, Linksys, Netgear, Cisco and Diamond that allowed an attacker to send commands to the vulnerable routers at TCP port 32764 from a command-line shell without being authenticated as the administrator.
 
The Reverse-engineer from France Eloi Vanderbeken, who discovered this backdoor has found that although the flaw has been patched in the latest firmware release, but SerComm has added the same backdoor again in another way.
 
 
To verify the released patch, recently he downloaded the patched firmware version 1.1.0.55 of Netgear DGN1000 and unpacked it using binwalk tool. He found that the file ‘scfgmgr’ which contains the backdoor is still present there with a new option “-l”, that limits it only for a local socket interprocess communication (Unix domain socket), or only for the processes running on the same device.
 
On further investigation via reverse engineering the binaries, he found another mysterious tool called ‘ft_tool’ with “-f”option that could re-activates the TCP backdoor.
 
In his illustrated report (shown below), he explained that ‘ft_tool’ actually open a raw socket, that listens incoming packages and attackers on the local network can reactivate the backdoor at TCP port 32764 by sending the following specific packets:
  • EtherType parameter should be equal to ‘0x8888’.
  • Payload should contains MD5 hash of the value DGN1000 (45d1bb339b07a6618b2114dbc0d7783e).
  • The package type should be 0x201.

So, an attacker can reactivate the TCP 32764 backdoor in order to execute the shell commands on the vulnerable SerComm routers even after installing the patched version.
 
Now question rises, why the routers manufacturers are adding intentional backdoors again and again?? May be the reason behind to be a helping hand for the U.S. intelligence agency NSA.
 
Currently there is no patch available for newly discovered backdoor. If you want to check your wireless router for this backdoor, you can download Proof-of-Concept (PoC) exploit released by the researcher from here or follow the below given steps manually:
  1. Use 'binwalk -e' to extract the file system
  2. Search for 'ft_tool' or grep -r 'scfgmgr -f
  3. Use IDA to confirm.

Membuat Bilangan Acak Dengan Fenomena Kuantum pada Kamera Digital

Baru-baru ini ada peneliti yang menggunakan fenomena quantum dari cahaya untuk membangkitkan bilangan acak. Menariknya adalah karena dalam hal ini alat yang digunakan cukup sederhana yaitu kamera di kamera digital pada mobile phone Nokie N9.
Nokia N9
Nokia N9
Prinsip kerjanya sepintas sih sederhana:
Cara kerja pembangkit random number
Cara kerja pembangkit random number
LED menghasilkan cahaya, kemudian cahaya ini diterima oleh sensor cahaya pada kamera. Kemudian dari gambar yang ditangkap oleh sensor tersebut dihitung angka acak. Ok, mungkin nggak sesederhana itu, jadi kalau mau lebih mengerti lebih baik baca artikelnya di Quantum Random Number Generator Created Using A Smartphone Camera atau  sekalian papernya di  Arxiv: Quantum random number generation on a mobile phone
Secara umum, bilangan acak (random number) dapat dibangkitkan menggunakan hardware maupun software. Ada bilangan acak yang tulen (true random number) dan ada juga bilangan acak yang tidak tulen (pseudo random number). Bilangan acak yang tulen dibangkitkan menggunakan dari fenomena fisika yang menghasilkan sinyal yang acak, sedangkan bilangan acak tidak tulen dibangkitkan menggunakan perangkat lunak yang menghasilkan suatu urutan angka yang seakan-akan acak.
Bilangan acak ini banyak dipakai di kriptografi, sehingga penelitian tentang bilangan acak ini sangat penting.
Referensi

Truecrypt pensiun atau kena hack?

Website truecrypt hari ini menyarankan user truecrypt untuk pindah ke bitlocker di windows. Agak aneh. Hal ini menjadi perbincangan rame di situs hackernews
Screenshot tampilan:
truecrypt-cache-rmuogzH

Referensi:

REVEALED: GCHQ's BEYOND TOP SECRET Middle Eastern INTERNET SPY BASE

Exclusive Above-top-secret details of Britain’s covert surveillance programme - including the location of a clandestine British base tapping undersea cables in the Middle East - have so far remained secret, despite being leaked by fugitive NSA sysadmin Edward Snowden. Government pressure has meant that some media organisations, despite being in possession of these facts, have declined to reveal them. Today, however, the Register publishes them in full.
The secret British spy base is part of a programme codenamed “CIRCUIT” and also referred to as Overseas Processing Centre 1 (OPC-1). It is located at Seeb, on the northern coast of Oman, where it taps in to various undersea cables passing through the Strait of Hormuz into the Persian/Arabian Gulf. Seeb is one of a three site GCHQ network in Oman, at locations codenamed “TIMPANI”, “GUITAR” and “CLARINET”. TIMPANI, near the Strait of Hormuz, can monitor Iraqi communications. CLARINET, in the south of Oman, is strategically close to Yemen.
 
British national telco BT, referred to within GCHQ and the American NSA under the ultra-classified codename “REMEDY”, and Vodafone Cable (which owns the former Cable & Wireless company, aka “GERONTIC”) are the two top earners of secret GCHQ payments running into tens of millions of pounds annually.
Seeb Spy Base
The Seeb spy base. Not in your name? My dear boy, that's the whole point
The actual locations of such codenamed “access points” into the worldwide cable backbone are classified 3 levels above Top Secret and labelled “Strap 3”. The true identities of the companies hidden behind codenames such as “REMEDY”, “GERONTIC”, “STREETCAR” or “PINNAGE” are classified one level below this, at “Strap 2”.
After these details were withheld, the government opted not to move against the Guardian newspaper last year for publishing above-top-secret information at the lower level designated “Strap 1”. This included details of the billion-pound interception storage system, Project TEMPORA, which were revealed in 2013 and which have triggered Parliamentary enquiries in Britain and Europe, and cases at the European Court of Human Rights. The Guardian was forced to destroy hard drives of leaked information to prevent political embarrassment over extensive commercial arrangements with these and other telecommunications companies who have secretly agreed to tap their own and their customers’ or partners’ overseas cables for the intelligence agency GCHQ. Intelligence chiefs also wished to conceal the identities of countries helping GCHQ and its US partner the NSA by sharing information or providing facilities.
According to documents revealed by Edward Snowden to journalists including Glenn Greenwald among others, the intelligence agency annually pays selected companies tens of millions of pounds to run secret teams which install hidden connections which copy customers' data and messages to the spooks’ processing centres. The GCHQ-contracted companies also install optical fibre taps or “probes” into equipment belonging to other companies without their knowledge or consent. Within GCHQ, each company has a special section called a “Sensitive Relationship Team” or SRT.
BT and Vodafone/C&W also operate extensive long distance optical fibre communications networks throughout the UK, installed and paid for by GCHQ, NSA, or by a third and little known UK intelligence support organization called the National Technical Assistance Centre (NTAC).
Snowden’s leaks reveal that every time GCHQ wanted to tap a new international optical fibre cable, engineers from “REMEDY” (BT) would usually be called in to plan where the taps or “probe” would physically be connected to incoming optical fibre cables, and to agree how much BT should be paid. The spooks' secret UK access network feeds Internet data from more than 18 submarine cables coming into different parts of Britain either direct to GCHQ in Cheltenham or to its remote processing station at Bude in Cornwall.
Among the cables specifically identified in one document as currently being intercepted or “on cover” are an Irish connection, Hibernia Atlantic, landing in Southport, and three European connections landing at Yarmouth, Dover, and Brighton.

Sending anything via a cable that lands in Britain? Or a country where the current ruler was put in by the SAS, maybe?

The majority of large cables come ashore in Cornwall, and have been connected directly to Bude. These include major connections such as FLAG (Fibre optic Link Around the Globe), two of whose cables have been intercepted. Because the FLAG interceptions had to be kept secret from the cables’ owners, one report states, the tapping connections were installed in an undisclosed UK location and “backhauled” to Bude, in the technical language of the communications industry.
Northern Oman - a good place to be if you find the cables into the Gulf interesting
Northern Oman - a good place to be if you find the cables into the Gulf interesting
Although GCHQ interception of overseas communications can be authorised by a general “external” tapping warrant, the wording of the law does not permit storage of every communication for examination, as GCHQ wished to do. In 2009, the spooks persuaded then Foreign Secretary David Miliband to sign a new warrant legalising what they wished to do. The terms of such warrants have never been published.
The special “external” warrants, issued under the Regulation of Investigatory Powers Act (RIPA), authorise the interception of all communications on specified international links. Miliband’s first 2009 warrant for TEMPORA authorised GCHQ to collect information about the “political intentions of foreign powers”, terrorism, proliferation, mercenaries and private military companies, and serious financial fraud.
Certificates attached to external interception warrants are re-issued every six months, and can be changed by ministers at will. GCHQ officials are then free to target anyone who is overseas or communicating from overseas without further checks or controls, if they think they fall within the terms of a current certificate.
The secret overseas internet monitoring centre, codenamed CIRCUIT, is at Seeb in the state of Oman. It is the latest of a series of secret collaborations with the autocratic Middle Eastern state, which has been ruled for 44 years by Sultan Qaboos bin Said, installed as head of state in a British-led and SAS-supported coup against his father. The Seeb centre was originally built in collaboration with the Omani government to monitor civil communications satellites orbiting above the Middle East. It has six large satellite dishes, forming part of the well-known and long running “ECHELON” intercept system run by the “Five Eyes” English-speaking (US/UK/Australia/Canada/New Zealand) intelligence agencies.
Seeb - handily located
Seeb - handily located
When GCHQ obtained government approval in 2009 to go ahead with its “Mastering the Internet” project, the Seeb base became the first of its global network of Internet tapping locations. Another centre, OPC-2, has been planned, according to documents leaked by Snowden.
The CIRCUIT installation at Seeb is regarded as particularly valuable by the British and Americans because it has direct access to nine submarine cables passing through the Gulf and entering the Red Sea. All of the messages and data passed back and forth on the cables is copied into giant computer storage “buffers”, and then sifted for data of special interest.
Information about Project TEMPORA and the Seeb facility was contained in 58,000 GCHQ documents which Snowden downloaded during 2012. Many of them came from an internal Wikipedia style information site called GC-Wiki. GCHQ feared the political consequences of revelations about its spying partners other than the United States and English speaking nations, according to knowledgeable sources.
Although information about the monitoring station at Seeb in its older ECHELON role has been available on the public Internet for several years, Cabinet Secretary Sir Jeremy Heywood was determined to prevent its new importance and cost becoming known.
It was this which lay behind the British government’s successful-until-today efforts to silence the Guardian and the rest of the media on the ultra-classified, beyond Top Secret specifics of Project TEMPORA - the places and names behind the codewords CIRCUIT, TIMPANI, CLARINET, REMEDY and GERONTIC. ®
Source: http://www.theregister.co.uk/2014/06/03/revealed_beyond_top_secret_british_intelligence_middleeast_internet_spy_base/