After long negotiations, the government and Orange have just agreed on an action plan to improve the quality of service of the copper network. Indeed, even if the deployment of optical fibre is progressing rapidly, the 22 million French people who still have an active line based on this network must not be overlooked.

The plan therefore provides for an additional 10 million euros to be committed to 17 priority territories, as well as 123 new posts in departments under pressure and a 30% increase in national crisis response staff.

The incumbent operator will have to provide a back-up solution within a maximum of 24 hours from the time the incident is reported, provided there is mobile coverage. If the mobile network is not sufficient, a satellite connection will be made available from the town halls.

Local consultation committees will be set up to improve consultation between Orange and elected representatives. A national consultation committee will also include representatives of the Commission Supérieure du Numérique et des Postes (CSNP), representatives of associations of local authorities and government departments.

It should be remembered that the total dismantling of the copper network will begin in 2023 and will extend until 2030, as fibre optic coverage of the territory progresses.

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Source : 01net

In Lévis Saint Nom, in the Yvelines department, a team of Orange technicians is working to remove the overhead copper lines in the town. This experiment should prepare the great operation of "decommissioning" of copper that will concern the whole country from 2023.

Drawn from the sixties and especially in the seventies, copper lines have brought telephone service to the French. They then allowed access to the Internet via ADSL technology in the late 90s. In December 2020, Arcep still counted 16 million households using ADSL. A figure that will decline inexorably due to the effect of fiber optic connections. Indeed, the government has set itself the goal of connecting everyone to FttH by 2025.

It was therefore becoming difficult to maintain this aging network, which is energy-intensive and expensive to maintain. With 22.6 million lines still active and 1.1 million cables, 60% of which are in underground trenches, this is a titanic undertaking.

Orange, the historical owner of the copper network, has signed an agreement with Arcep to conduct dismantling tests.

"We chose Lévis Saint Nom to begin with because of its 1,600 inhabitants, its 700 homes and the fact that there are few businesses. This typology is representative of 80% of the communes in France," explains Laurence Thouveny, Director of Orange Île-de-France.

When the "decommissioning" process began in June 2020, there were still 120 copper customers in the commune. Each commercial operator then had to convince its customers to switch to fiber with the guarantee, for those using only the telephone, to have similar tariff offers. Eight subscribers are still clinging to copper, but on March 31, whatever happens, Orange will cut everything.

"There is no technical difficulty with stopping copper. The main issue is to accompany customers and contact them one by one to propose alternative offers," summarizes the technical director and information systems of Orange Marc Blanchet.

The extinction of copper has only just begun and should not be completed before 2030. This long process will be carried out in patches, zone by zone, with extremely long lead times of several years.

Finally, the disappearance of copper does not mean the end of the fixed telephone, which will be able to continue to function via optical fiber, without any obligation to subscribe to an Internet service.

After Lévis Saint Nom, two other cities will be chosen in the coming weeks to continue the experiment.

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Source : 01net

Jessica Rosenworcel, the acting chairwoman of the Federal Communications Commission has been challenged by four senators to redefine the broadband standard. They want to impose a speed of 100 Mbps symmetrical.

Since 2015, the prevailing definition of Broadband in the United States has been 25 Mbps downstream and 3 Mbps upstream. Senators believe that speeds above 3 Mbps in upload are needed throughout the country.

This approach of differentiating between download and upload has already been judged by Jessica Rosenworcel as outdated and she wanted to raise the levels. The challenge is to use these new criteria to better assess the number and location of underserved Americans. This would also perhaps boost fiber, where cable access is the majority in the United States.

As there is no international definition of broadband, it depends on each country. In France, Arcep only takes into account the downstream speed, which must be between 512 Kbits/s and 30 Mbits/s, while the Very High Speed is above 30 Mbits/s. These criteria are much less demanding than the US senators' proposal.

However, the problem is completely different in France, since very efficient FttH (fiber to the home) infrastructures are being deployed at full speed. As a result, very high-speed access should become the majority in our country. The government has also set itself the goal of bringing fiber access to all homes by 2025.

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Source : 01net

Despite the shortage of IPv4 addresses, the Arcep draws a mixed picture of the transition to the IPv6 network protocol. In its annual barometer, the gendarme des Télécom notes the progress made by operators in the fixed-line sector, in particular Free, and to a lesser extent Orange. While both have high rates of IPv6-activated customers, SFR appears to be lagging behind, while Bouygues Telecom must accelerate its efforts.

In the mobile sector, Bouygues Telecom has made the most effort, followed by Orange. As for SFR, they are working twice as hard to catch up, while Free Mobile has still not begun the transition.

However, it is the rate of mail hosting that alarms the Arcep the most. Indeed, only Google stands out with more than 95% of domain names in IPv6 for mail servers.

Today, France would rank tenth in the world Top 30 in terms of IPv6 usage rate. It would rank fifth, behind Belgium, Germany, Greece and Switzerland at the European level.

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Source : 01Net

The fixed market regulation project concocted by the Arcep, already approved by the Competition Authority, has also just been endorsed by Brussels. Composed of two parts, it specifically concerns Orange for one part and all the players for the other.

One of the main objectives is to encourage Orange to put an end to copper and therefore to ADSL as quickly as possible so that it is not tempted to prolong the "rent" of the copper network. The incumbent operator will thus no longer have the right to open new copper access in buildings where the four major players are present in fiber optics. It will also have to more easily connect businesses and homes far from its network on demand, in order to fill the holes in the coverage racket and increase the rate of FttH adoption.

The telecom policeman has set another goal to contain Orange's dominance in the enterprise market. Indeed, all ISPs using its shared fiber to offer commercial offers to individuals will now also be able to do so for businesses.

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Source : 01Net

On October 8th, the Paris Court of Appeal ordered SFR to send a letter to certain subscribers informing them that they can unilaterally terminate their fixed Internet access contract. Capital tells us that if the operator resists, it will have to pay 500,000 euros for each day of delay.

This legal procedure was initiated in January 2018 by its competitor Free. Indeed, although a decree has regulated the use of the word fibre since 2016, SFR has continued to maintain a certain vagueness in its commercial offers.

It is also accused of using the term FttB (Fiber to the Building) since, in some cases, its fiber does not go all the way down to the bottom of the building but only into a street cabinet.

Today SFR claims to have 3.1 million end-to-end fibre optic customers (FttH) and 13.8 million lines eligible for Very High Speed broadband.

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Source : 01net

The impact of digital technology on the environment would account for 1% of global greenhouse gas (GHG) emissions - 2% in France. In order to curb this trend, the Secretary of State for the Digital Economy, Cédric O, and the Minister for Ecological Transition, Barbara Pompili, launched a roadmap on 8 October to tackle this issue.

The first axis consists of "objectifying the digital footprint", that is to say, making something intangible visible and therefore quantifying it exactly and improving the quantification methodology. Ademe (Agency for Ecological Transition) and Arcep will report their conclusions on how to inform consumers about the impact of their digital uses at the end of 2021.

The second priority is to extend the life of devices by encouraging their repair and re-use and by combating programmed obsolescence. Thus, all operators will be required to massify and systematise collection in their shops and to conduct awareness campaigns.

In addition, the recovery plan plans to devote 21 million euros to support the reuse and repair sector in France. The government will also conduct negotiations at the European level to reduce VAT on repackaged products.

However, there is no question of forcibly restricting French customs. The watchword is to incite the population to change its practices by showing pedagogy.

One of the novelties of the 2021 finance bill will be to oblige data centres to implement ambitious measures concerning their energy efficiency and heat recovery if they want to benefit from a reduced rate on their consumption.

The principle of eco-design must also be generalised. To this end, Ademe will be launching two calls for projects with companies. The companies will thus receive a bonus or a penalty depending on whether or not they take eco-design into account. They will also be encouraged to sign the Responsible Digital Charter which includes a set of good practices for a more responsible digital world.

The Planet Tech Care initiative has also been launched to put digital companies and training courses in touch with experts to help them reduce their environmental footprint free of charge.

Finally, the government wants to believe that digital and innovation can become tools for the environment. It plans to strengthen the GreenTech Innovation scheme, which will be endowed with a €300 million fund managed by the public investment bank Bpifrance to promote and finance green start-ups.

Certain avenues will now be debated and new measures are expected by the end of the year.

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Source : 01net

Following complaints about service degradation, two years ago the Arcep gave the incumbent operator formal notice to meet its commitments in 2019. While clear progress was made in 2019, the situation is less satisfactory in the first half of 2020, which is marked in particular by the health crisis. The telecoms gendarme is waiting with bated breath for the improvement promised by the incumbent operator in the second half of the year.

"The health protection measures remain in force and bring constraints during interventions that reduce the productivity of Orange's resources," Orange pleaded in a press release last July.

As a reminder, at the end of 2017, the incumbent operator was charged with providing a fixed-line telephone offer to all French citizens at an affordable price for a period of three years. It is subject to a dozen service quality indicators listed in the specifications, which include annual numerical thresholds controlled by Arcep.

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Source : 01net

The fixed Internet access service provided by SFR and Bouygues Telecom was unavailable for several hours last week. Indeed, the DNS (Domain Name System) servers of several operators were affected. "The DNS servers are used by all companies. It's a bit like a telephone directory. They translate the domain name of a website into an IP address to talk to it. So they have a key role as gatekeepers. They are often among the Top 3 critical applications for ISPs," explains Ronan David, head of strategy at Efficient IP.

The inability to connect, for most SFR and Bouygues Telecom customers last Tuesday, results from the fact that you use an operator's DNS servers by default when you subscribe to its fixed Internet access service. However, they could have connected to other DNS servers by configuring the network connection of their box because the DNS servers are always ready to communicate with everyone. And this is their weakness. "Since they are by definition very open, they are also very vulnerable. They are therefore prime targets for hackers," says Ronan David.

This type of aggression is common among ISPs, but SFR and Bouygues Telecom consider it particularly virulent. According to the Dutch DDoS protection organization NBIP, the DDoS (or denial of service) attack has also affected other ISPs in Belgium and the Netherlands. It recorded volumetric peaks of nearly 300 Gbit/s in volume. A level well above the average. Ronan David confirms, "The volume of 89% of DDos DNS attacks is below 50 Gbit/s. Here, it was up to 300 Gbit/s, six times more than usual. This is completely atypical."

This was a reflection attack, for example. "In the case of a DDos type DNS attack by amplification, there is one target, the DNS server, and then there is reflection, which means that other DNS servers are used to amplify the attacks and overwhelm the target server with requests so that it is no longer available," explains Ronan David.

Were other ISPs' DNS servers used to amplify the attack? Were SFR and Bouygues Telecom specifically targeted, or was their failure a collateral damage of a larger operation? Mystery, but this prospect would be daunting for all operators.

Another enigma remains to be solved: who are the attackers? Several hypotheses can be put forward. It could be a rogue gang... Unless the objective was political: to test communications and bring down an Internet gateway. In this case, it could be hostile foreign powers.

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Source : 01net

Margrethe Vestager, Vice-President of the European Commission in charge of digital technologies, is reported to have called the European telecoms ministers to order so that the allocation of the 5G spectrum does not fall too far behind schedule.

The EU's current objectives in this area, set for 2016, are to bring 5G to market in at least one major city in each EU country by the end of 2020, as well as in all urban areas and major transport axes by 2025.

The Vice-President's intervention would follow a request from Croatia to review this action plan and timetable.

Many countries, including Spain, Austria, Portugal, Poland and the Czech Republic, have still not allocated their first 5G frequencies. Procedures have been postponed due to the pandemic and subsequent containment measures.

In France, auctions are expected to be postponed until September at the latest for a subsequent deployment. Commercialization is therefore possible this fall.

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Source : 01net

Arcep still estimated, before the summer holidays, that the number of public IPv4 addresses available would allow it to last until March 2020. But since then, requests for allocations have multiplied and the remaining stock is melting like snow in the sun. The exhaustion date is now scheduled.... November 5th, 2019.

After this date, the European RIPE register will switch to a strict rationing mode. Organizations wishing to provide themselves will therefore have to register on the waiting list. If so, they will receive a small range of 256 addresses. For those who already have address ranges, they have almost no chance of receiving this boost. "We will focus on players who have not yet received an IPv4 address allocation," warns Marco Schmidt, head of rule development and internal policy at RIPE.

These addresses will mainly come from companies in bankruptcy. Historical actors who have received a large allocation in the past and who no longer use certain beaches can obviously return them to RIPE. But this case will be quite rare. "IPv4 addresses have become strategic assets. Almost no one will want to part with it," says Vincentus Grinius, CEO of Heficed.

The number of IP address transfers is not expected to increase significantly in the future for the same reasons as seen above. However, the price of the IPv4 address could increase significantly as the offer becomes scarcer. There are currently about twenty bids at the global level on the auction site auctions.ipv4.global. The average purchase price more than doubled from $9 to $21 in three years.

This shortage is already inspiring fraudulent minds who are on the lookout to recover stocks of IPv4 addresses. In recent years, a few hundred cases have already landed on the RIPE offices.
RIPE has therefore strengthened its controls to remedy this situation. More than 600 surveys, twice as many as the previous year, were conducted in 2018. Members are now asked to check regularly that their data is correct and up to date.

However, this will not solve the fundamental problem of shortage. Today, no telecom player can ignore IPv4. Even if IPv6 is developing, this technology only connects about a quarter of the Web. "The Internet will not stop working, but it will stop growing. This shortage will especially affect new entrants and growing players, as they are the ones who need new public IPv4 addresses the most. Either they manage to obtain them on the secondary market, or they will have to share IPv4 addresses with several customers," explains Vivien Guéant, project manager in Arcep's "Open Internet" unit.

This situation is far from neutral for the end user as it affects the quality of service. Indeed, when an operator retrieves IPv4 addresses from an actor located in another country or continent, it may happen that this geographical information is not updated.

Address sharing also has shortcomings since it allows several hundred or even thousands of clients to be connected to a single IPv4 address. And this significantly complicates maintenance for the operator and makes it difficult, if not impossible, to use certain applications "such as peer-to-peer, remote access to shared files on a NAS, access to connected home control systems, certain network games", explains Arcep in its "Monitoring the exhaustion of IPv4 addresses".

The police also suffer from this forced sharing. Investigations will be difficult to complete if addresses are increasingly shared, as it often relies on an IP address to find a digital offender. To overcome this situation, European police forces would like operators and ISPs to reduce the number of customers shared per IPv4 address. In Belgium, for example, the telecoms industry has played the game and the introduction of a code of conduct has made it possible to limit the subscriber ratio to 16:1.

The only long-term solution is the widespread use of IPv6. "Industry players have never seen much interest in IPv6, as this technology had no immediate effects: all websites and customers that have IPv6 also have IPv4. IPv6 is only useful if everyone gets involved. IPv4 will probably have to be kept for a long time to come. Some even think that IPv4 will never stop," adds Vivien Guéant. Unless we do like Belarus, which has just issued a presidential decree requiring these ISPs to deploy IPv6 to all users by 1 January 2020. To date, it is the only country to force the deployment of IPv6 through legislation.

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Source : 01net