Original article ISPreview UK:Read More

Network operator Openreach (BT) looks set to improve the flexibility and cost of their reappointment process for changes to new provisions of Fibre-to-the-Premises (FTTP) based broadband lines, which will introduce an end customer reappointing calendar and waive the related amendment charge for ISPs.

The change centres on the operator’s FTTP Appointment Pull Forward Process, which allows broadband ISPs to offer certain in-scope customers an earlier appointment date, provided Openreach has operational capacity available in the area to deliver on it.

Giving certain customers the opportunity to choose an earlier date, when requested, using the new end customer reappointing calendar is obviously a welcome development, as it the removal of an amend charge. The change itself is due to be introduced from 28th January 2026, albeit only for customers in certain situations. See the briefing for more.

FTTP CP amend charge waiver

1. From 28 January 2026, Openreach will waive the CP Amend charge for any FTTP orders which meet the following criteria and are therefore classed as in-scope for appointment pull forward (“Pull Forward”):     a.  The order has:

             i.  not passed the Customer Committed Dated (“CCD”) but has an appointment date with a lead time age greater than 7 calendar days; or,

            ii. failed a first CCD and has an appointment date in the future; and,

       b.  Openreach has operational capacity available to offer an earlier appointment date than the current  designated appointment date.

                  (together “Appointment Pull Forward Criteria”)

2.   Those FTTP orders which meet the Appointment Pull Forward Criteria will be managed via a “Pull Forward Appointment Book” and the prioritisation of appointments in the Pull Forward Appointment Book will be determined on the following basis:

           a. those orders which have failed a first CCD will be prioritised for Pull Forward above those orders which have not failed a first CCD; and,

          b. those orders which have the greater lead time (or tail) age will be prioritised for Pull Forward above those which have a shorter lead time (or tail) age.

3. For the avoidance of doubt, the End Customer will need to accept the earlier appointment offered by way of Pull Forward otherwise the order will remain unchanged and no charge will be incurred.

4. Communication Providers will automatically be opted-in and considered for Pull Forward. Communication Providers may opt-out of Pull Forward by contacting their Service Account Manager.

Original article Total Telecom:Read More

News

The announcement brings Amazon’s total pledged investment in South Korea to $9 billion over the next five years

Amazon Web Services (AWS) is investing $5 billion to develop new AI data centres in South Korea, reinforcing the country’s ambition to emerge as a leading AI and advanced industrial hub in Asia.

The pledge, announced during a high-profile meeting between AWS CEO Matt Garman and South Korean President Lee Jae Myung in Gyeongju, marks a continuation of AWS’s significant investments in the region following an earlier $4 billion project linked with SK Group in Ulsan.

The new AI data centres are slated for construction in Incheon and Gyeonggi Province, complementing the Ulsan facility initiated this year. The Ulsan project, a collaboration between AWS and SK Group, involves building the largest AI data centre in South Korea, beginning construction in September 2025 with full operation expected by 2029. It will feature 60,000 graphics processing units (GPUs), and is initially planned to provide 100MW of computing capacity, expandable to 1GW.

President Lee underscored the strategic importance of these investments, highlighting them as crucial to accelerating South Korea’s economic growth and technological leadership. He spoke of an “AI expressway” initiative designed to integrate AI across industries and research sectors nationwide, positioning South Korea within the top three AI powerhouses globally.

For AWS, Garman said the investment should be viewed as part of a broader strategy to deepen the company’s AI infrastructure strategy to support Asia’s digital growth.

“At AWS, we’ve invested and committed to investment of an additional $40 billion across 14 non-U.S. APEC countries and economies between now and 2028,” he said.

This latest AWS commitment is part of a wider wave of foreign direct investment pledges relating to South Korea that total approximately $9 billion from seven global companies over the next five years. These companies, which include Renault, Amkor Technology, Corning, Air Liquide, Siemens Healthineers, and Umicore, are targeting strategic sectors such as AI, semiconductors, secondary batteries, future mobility, and biotechnology.

AWS’s expanding footprint in South Korea is also complementary to parallel initiatives by other global AI players. OpenAI, for example, has announced plans to collaborate with Samsung and SK Group to build specialised Korean data centres and strengthen supply chains by sourcing memory chips from South Korean firms such as Samsung Electronics and SK Hynix.

Keep up to date with all of the latest telecoms news from around the world with the Total Telecom newsletter

Also in the news
Connected Britain Award winners 2025 announced!
Netomnia announces ‘powerful and ambitious’ rebrand ahead of Connected Britain
VodafoneThree drops Samsung, relies on Nokia and Ericsson for £2bn network upgrade

Original article ISPreview UK:Read More

Residents and businesses in the West Yorkshire (England) market town of Hebden Bridge, which is home to 4,500 people, have been warned that they could suffer from weak to non-existent mobile signals on O2 and Vodafone’s network, potentially lasting into early 2026, after a local mobile mast was suddenly removed.

“I live in Hebden Bridge and as of Monday 21st October, I noticed when out walking my dog, that my mobile signal was gone for O2. After a nose on the local Facebook group, it quickly turned out this was also affecting Vodafone users, but not users of the EE network,” said local resident Ben to ISPreview.

Some indirect feedback from Cornerstone, which manages the mast in question, indicates that the situation stemmed from a dispute with the site’s landowner. O2 later confirmed to ISPreview that the mast’s removal was due to the landlord’s decision, albeit without providing further context.

The situation has left the two mobile operators hurrying to find a replacement site, and a new application has now been placed with the local planning authority. But such things are rarely a rapid process and could still face opposition or other obstacles before deployment can even begin.

Josh Fenton-Glynn, MP for the Calder Valley, said (Halifax Courier):

“Lots of people have been in touch with me about the issues with phone signal around Hebden and Mytholmroyd following the removal of a nearby mast.

We rely on our phones for so much, it is completely unacceptable that thousands have been abruptly left without a service.

Various dates have been mentioned to customers in terms of providing updates, including January 2026. This isn’t good enough – residents and businesses are paying for a service that is not being provided.

Today I have written to the relevant networks explaining what has happened and urging them to fix this as a matter of urgency.

I’ve also asked them to keep customers updated and provide details of compensation available.”

The mobile operators are known to have boosted their signals from other nearby sites, but this won’t be enough to reach everybody and performance for some is likely to remain degraded until a new site can go live.

An O2 spokesperson told ISPreview:

“We apologise to customers in the Hebden Bridge area who may be experiencing issues with their mobile service after a mast in the region was recently removed at the landlord’s request. We’re working urgently to identify a new site and, in the meantime, put a temporary solution in place to minimise disruption for customers.

We’d recommend customers ensure they have Wi-Fi calling enabled on their device so they’re able to make and receive calls and text messages over any broadband network.”

One of the biggest frustrations in all this is with regard to the lack of advanced notice about the situation. The mobile operators could have informed locals before its occurrence, but instead left customers to scramble for answers.

The situation probably isn’t helped by the fact that the town sits in a crisscrossing valley, which makes it difficult to reach every part of the area without the use of multiple mast sites.

Original article ISPreview UK:Read More

Ofcom has today announced a “comprehensive package of planned measures” that are designed to improve protection for mobile phone users against messaging scams. According to the regulator, some 50% of UK mobile users said they received a suspicious message between Nov 2024 and Feb 2025 via text or iMessage, but it’s hoped today’s changes may reduce that figure.

Most of the United Kingdom’s major broadband, phone and mobile network operators have already implemented various technical measures to tackle things like Nuisance Calls, Scam Calls and Scam Texts (e.g. mobile operators block an estimated 600 million+ messages each year). But these aren’t always 100% effective, and there are still plenty of operators and device manufacturers that could do more.

In particular, scammers often use mobile messaging services to reach victims at a mass scale and manipulate them into making payments or sharing sensitive information (e.g. pretending to be government services or parcel delivery firms – business messaging scams).

Sometimes they may even impersonate a friend or family member texting from a different number, often asking for money in a fabricated emergency situation (i.e. person-to-person messaging scams). This criminal activity causes significant financial and emotional harm to UK people and businesses and damages their confidence in vital communications services.

The Proposed Rules for Tackling Messaging Scams

Person to Person (P2P) Messaging

In order to tackle person-to-person messaging scams, Ofcom are proposing that mobile providers must: 

• set volume limits for pay-as-you-go SIM cards. This will make it harder for scammers to message large numbers of potential victims at once; 

• block numbers used by scammers. Providers must use scam reports from customers and third parties – such as law enforcement – about phone numbers and web links that are being used to perpetrate scams. They must then prevent scammers from sending messages from these numbers;  

• block scam messages in transit. Providers must identify and block scam messages being carried on their networks by detecting malicious sender IDs, weblinks, and phone numbers.  

Business Messaging

To disrupt business messaging scams, the regulator is proposing that mobile operators and ‘aggregators’ that transmit businesses’ mobile messages must: 

• conduct upfront and ongoing due diligence checks. Effective “Know Your Customer” checks must be carried out on new business message senders to prevent criminals from sending mass texts. Similarly, “Know Your Traffic” checks should be completed, including reviewing account activity and promptly investigating reports of fraud; 

• prevent use of fake sender names (known as Alphanumeric Sender IDs). Providers must corroborate business message senders’ Sender IDs, which show who a business mobile message came from, against information they’ve gathered about the business (to check, for example, that a business that purports to be hairdresser is not sending parcel delivery messages – indicating a scammer). They must also maintain a policy on protected sender ID lists and generic sender IDs (such as ‘customer service’); 

• apply incident management processes. Where scam activity is identified, root out criminals who are using business messaging services and hold companies to account where they have not conducted appropriate checks; and 

• block scam messages in transit. Providers must act on scam reports from users and third parties to detect and block malicious weblinks and phone numbers. 

The measures are designed to “further disrupt scammers, raise the bar across the mobile industry and address current gaps in protection for consumers and businesses“. But some of the proposals, like the idea of putting volume limits on PAYG SIMs, could impact legitimate consumers too if not carefully considered. This is especially relevant given how most PAYG plans are more like normal Pay Monthly services today, albeit often on shorter 30-day terms (i.e. the definition between what is Pay Monthly and PAYG has become somewhat confused).

However, we understand that the volume limits would focus more on how many messages get sent via a SIM over a specific period of time, which we presume would be set to try and separate automated activity from human usage. Most, but not all, mobile operators in the UK already set such limits (varies between 100 per hour to tens of thousands a month), but even when adopted their application and enforcement can vary a lot (e.g. sometimes further texts are blocked, while in other cases accounts get sent for manual review). Ofcom seems to be seeking to standardise a more effective approach.

Ofcom are also proposing new rules for all mobile operators and aggregators to ensure the requirements are effective and to minimise the risk that providers block legitimate messages. These include: a right to challenge where numbers or messages are blocked; and requirements relating to reviewing policies, training staff, record keeping, compliance with data protection legislation and the continued transmission of legitimate messages.

Amy Jordan, Ofcom’s Strategy Delivery Director, said:

“Messaging scams can have a devastating impact on their victims. Our plans will ensure that mobile firms consistently apply proven measures to thwart these crimes. That means locking scammers out of networks and blocking hundreds of millions more scams from getting through to people and businesses each year.”

Ofcom’s related consultation on all this is now open for responses until by 5pm on 28th January 2026 and, after that, they aim to publish their final decision sometime during summer 2026.

Original article ISPreview UK:Read More

The telecoms regulator, Ofcom, has today granted “temporary authorisation” for SpaceX’s Starlink service to harness the E band (71-76GHz and 81-86GHz) frequencies for their mega constellation of compact ultrafast broadband satellites in Low Earth Orbit (LEO). The move will boost their backhaul data capacity at three gateway earth station sites.

The service currently has almost 8,800 satellites in orbit (c.5,200 are v2 / V2 Mini) – mostly at altitudes of c.500-600km – and they’ll add thousands more by the end of 2027. Residential customers in the UK usually pay from £75 a month, plus £299 for hardware (currently free for most areas) on the ‘Standard’ unlimited data plan (kit price may vary due to different offers), which promises UK latency times of 26-33ms, downloads of 116-277Mbps and uploads of 17-32Mbps. Cheaper and more restrictive options also exist for roaming users.

However, the operator’s growing network is known to have been dealing with some “capacity constraints on its UK operations“, which is why they recently requested (here) to use the E band spectrum at three of their existing gateway sites in Morn Hill (Hampshire), Wherstead (Suffolk) and Woodwalton (Cambridgeshire). But the E band has NOT previously been available in the UK for long term use by gateways, and Ofcom are still in the process of developing a policy to change that, hence the “temporary” approach to today’s change.

At present the E band is used by Fixed Services in the UK, while the adjacent band 86 – 92GHz is similarly allocated to, amongst other services, the Earth Exploration Satellite Service (EESS – passive) on a primary basis. The licences for those aren’t due to expire until 31st December 2028 and thus today’s decision will allow Starlink to harness the bands, albeit with some technical restrictions to support coexistence with existing services, a few years before the regulator introduces a more permeant change.

Ofcom Statement

“Granting these temporary authorisations does not prejudge the outcome of our future consultation process on proposals for longer-term access to E band for satellite gateways and does not provide any assurance that Starlink will be able to access this spectrum at these sites, or on these terms, beyond the end date of the temporary licences.”

Despite the above statement, Ofcom has indicated that their goal with the E band is to make it available to satellite gateways on a more permeant basis in the future, so it’s likely that Starlink will continue to benefit from this access even after 2028. The move should “alleviate capacity constraints on [Starlink’s] UK operations, thereby improving the quality of internet services to its [broadband] customers,” added Ofcom.

The regulator separately still intends to make the Q/V bands (37.5–43.5GHz, 47.2–50.2GHz and 50.4–52.4GHz) available for satellite gateways in the future and they’re already consulting on that (here).

Otherwise, Starlink has previously outlined several benefits of obtaining access to E band for its UK gateways, including:

• Promoting competition, benefitting consumers and businesses without raising coexistence concerns;

• Improving latency and service quality;

• Providing redundancy for fibre-based broadband connections;

• Potentially reducing customer costs, by offering a more affordable way to increase capacity than deploying additional Ka-band gateways.

Original article ISPreview UK:Read More

Mobile network operator EE (BT) has notified customers in Jamaica (Caribbean) that, due to the likely devastating impact of Hurricane Melissa (Category 5) today, they’re promising to credit back charges for mobile calls, texts and data (mobile broadband) used in Jamaica, as well as mobile and landline calls from the UK to Jamaica.

The time-limited offer isn’t live yet, and will instead run between 29th October (tomorrow) and 31st October (inclusive). “Please be aware that mobile signal in the area might be affected by damage to local networks and equipment,” said EE, before adding that their “thoughts are with everyone affected by Hurricane Melissa.”

We wouldn’t be surprised if Vodafone (VodafoneThree) and O2 also made a similar gesture in the near future, as that tends to be the way these things go. Credits to Zoom Earth for the screenshot showing Hurricane Melissa’s latest position and winds over the island.

Original article ISPreview UK:Read More

A lot of people use SpaceX’s LEO satellite-based Starlink ultrafast broadband service as a backup or for occasional roaming, which means that outside of those times their terminal kit (dish and router) will be left dormant (i.e. the service is paused or cancelled but can be reactivated). If you’re one of those, you need to reconnect it ASAP to avoid it being bricked.

The warning comes after Starlink began sending out emails titled “Plug In Starlink For Critical Update“, which is then said to reflect an “important update [that] … is part of ongoing improvements for security, performance, and reliability“. But the kicker is that if you don’t perform the software update “before” 17th November 2025 your “Starlink will no longer function“. Hard luck if you miss this!

Crucially, Starlink says you “do not need an active service line to complete this update” and “will not be charged” for it, thus anybody worrying about having to pay to reactivate their service just to get the update need not fear. All you have to do is power the kit on and connect it, then the update should be applied automatically.

According to the related FAQ Page, only “select customers” who receive the email or in-app notification need to do this, which we suspect may be filtered to focus on those whose kit has not been connected to a live service for a while. But the software version history may suggest that your kit doesn’t need to have been inactive for a super long period of time before all of this becomes necessary.

How do I check if the software update has happened in the app?

1. Go to the Advanced Button
2. Click on Software Version on Starlink
3. Check for the year 2025. in the software prefix

Software Versions

Software version 2024.05.0 is the key cutoff for sideloading capability.

Before 2024.05.0: Kits on these older versions cannot sideload and must plug in and point at the sky to receive the required update by November 17 2025 or else they will be permanently inoperable.

Between 2024.05.0 and 2024.12.26: Kits on these versions can sideload the update through the app. Customers must do this before November 17, or else their Starlink will be unable to access the internet until the update is performed.

After 2024.12.26: These versions do not require action at this time.

Note: Around September 27, 2024, software version naming changed from week numbers to dates. As a result, some versions labeled higher than “2024.12” (e.g. 2024.13, 2024.14, etc.) were actually released before version 2024.12.26. This can make version order appear confusing, but 2024.12.26 remains the true cutoff for current software.

The detail on software versions above indicates that it isn’t just older hardware being targeted, which could be a problem for some Starlink resellers that have a lot of stock sitting around. As above, all sorts of situations can arise that might make it difficult for people to get back to their Starlink kit and connect it in time for the deadline, which gives owners a shockingly short period of notice.

Quite why Starlink is giving such relatively short notice of a major breaking change like this is unclear, and they’ve provided precious little detail on what the update actually changes. In the meantime, some of those people who have been hurriedly re-connecting their old kit are finding that updates sometimes fail to be applied, which could add another layer to the unfolding drama. It will be interesting to see how things unfold after 17th Nov.

On a completely different topic, the Starlink team has also enabled their Direct to Cell (DTC) mobile service in Jamaica for all Liberty Caribbean customers. “Emergency services, families and businesses with a compatible LTE smartphone can now stay connected through apps and send and receive text messages (SMS) through our satellites even if terrestrial networks are impacted“, which will remain free until the end of November.

Starlink currently has almost 8,800 satellites in orbit (c.5,200 are v2 / V2 Mini) – mostly at altitudes of c.500-600km – and rising. Residential customers in the UK usually pay from £75 a month, plus £299 for hardware (currently free for most areas) on the ‘Standard’ unlimited data plan (kit price may vary due to different offers), which promises UK latency times of 26-33ms, downloads of 116-277Mbps and uploads of 17-32Mbps. Cheaper and more restrictive options also exist for roaming users.

Original article ISPreview UK:Read More

A new study from SignalTracker, which runs a popular Android mobile app (not iOS) for monitoring and testing mobile network performance, has compared the 5G mobile (mobile broadband) performance (speeds, coverage etc.) in India against the UK, Greece, Spain and Finland.

The results reveal that India has a higher proportion of 5G Standalone (5GSA) connectivity than the European countries in their sample (20% of its tests), with the UK (4% of its tests) and Greece having some of the weakest coverage. The UK (c.17%), Greece and Spain also had the highest proportion of users with so-called “fake 5G” (i.e. where Smartphones display a 5G icon, but your connection is actually using a 4G base station), while India and Finland had the lowest (c.5-6%).

Proportion (%) of Users by Mobile Connection Type

In terms of average mobile broadband download speeds, 5G NSA users in Finland topped the table with 229Mbps (Megabits per second) and in fact they were ahead of every other country in all of the various different mobile technology types. By comparison, the UK seemed to be closer to the c.60Mbps level for 5G NSA connections, although 5G SA links did touch the c.100Mbps line.

Average Download Speeds by Mobile Connection Type

The new report is fairly limited in the data it provides and the number of countries involved, thus we can’t really gleam too much from the limited testing, except to say that the UK’s major mobile networks (EE, Vodafone / Three UK and O2) continue to underdeliver when compared against other countries (something we’ve seen in other studies too).

Improvements are on the way, with all of the major mobile operators now making big investments in 5GSA connectivity, although it may still take a few years for that to fully manifest and by then we’ll be starting to talk about the arrival of future 6G networks.

Original article Total Telecom:Read More

News

The decision will give Starlink’s satellites a much-needed boost in backhaul capacity

This week, Ofcom has announced it has granted permission for SpaceX’s Starlink satellite constellation to use the E band (71–76GHz and 81–86GHz) spectrum to increase the backhaul capacity.

The spectrum will be used to transmit data to and from three of the company’s ground stations in Morn Hill (Hampshire), Wherstead (Suffolk), and Woodwalton (Cambridgeshire).

Starlink wrote to Ofcom in December 2024 to request the spectrum, saying it was facing “capacity constraints in the UK due to increased demand”.

It argued that accessing the spectrum would provide improved latency and service quality, allowing it to compete in the market more effectively, as well as providing increased redundancy for existing fibre broadband networks. Starlink also said that it would potentially reduce costs for customers, by allowing it to serve customers more effectively without needing to build more expensive gateways.

Starlink had 87,000 UK customers, comprising both residential and enterprise users, at the end of 2024.

The E band spectrum is currently used in the UK for fixed services (i.e., wireless links typically used for backhaul), but this is up for debate. The licences currently expire at the end of 2028, with Ofcom indicating that temporary licences could be made permanent after this date, depending on the results of the relevant consultation.

For now, however, Ofcom is keen to stress that the future of this spectrum is far from certain.

“Granting these temporary authorisations does not prejudge the outcome of our future consultation process on proposals for longer-term access to E band for satellite gateways and does not provide any assurance that Starlink will be able to access this spectrum at these sites, or on these terms, beyond the end date of the temporary licences,” Ofcom said in a statement.

Keep up to date with all of the latest telecoms news from around the world with the Total Telecom newsletter

Also in the news
Connected Britain Award winners 2025 announced!
Netomnia announces ‘powerful and ambitious’ rebrand ahead of Connected Britain
VodafoneThree drops Samsung, relies on Nokia and Ericsson for £2bn network upgrade

Original article Total Telecom:Read More

FORT LAUDERDALE. October 27, 2025 — MTN, the leading global provider of best-in-class satellite and wireless solutions, announced the launch of a cutting-edge solution for Low Earth Orbit (LEO) satellite connectivity: StarEdge Horizon, a service that provides a Layer 2 network architecture over SpaceX-Starlink for enterprises. StarEdge Horizon delivers more consistent performance by routing long-haul traffic off the public internet. This avoids the extra latency typically introduced by using standard VPNs and tunneling, especially when centralizing security at MTN’s servers or the customer’s cloud or data center.

“StarEdge Horizon is a fundamental shift in how LEO is deployed for enterprise users,” said Emmanuel Cotrel, CEO at MTN. “We are moving beyond basic internet access to deliver a true Layer 2 private network solution. This is about providing corporate security, guaranteed high-speed, with a simplified network and seamless integration for redundancy. This ensures that mission-critical operations in every remote corner of the globe are always connected with fiber-level secure connectivity.“

Layer 2 is a method that allows two points to communicate as if they were on the same local network, simplifying data management. With StarEdge Horizon, this protocol provides many benefits to companies such as:

• Redefining Security and Simplified Wide Area Network (WAN) Integration: As companies have made security a top priority, StarEdge Horizon is engineered to improve cybersecurity while unifying remote corporate networks. With a true private network architecture, StarEdge Horizon’s private path lets remote sites connect into the corporate WAN through MTN’s points of presence. Internet access is centralized at MTN’s servers or the customer’s data center under one policy, improving visibility and reducing operational complexity and cost.
• Mission-Critical Performance and Continuity: The system also enables advanced Network Segmentation and Quality of Service (QoS) prioritization. In moments of network saturation, this capability guarantees that mission-critical data, such as control systems or security feeds, is prioritized over general internet traffic, maintaining operational continuity. In addition, StarEdge Horizon system seamlessly integrates with OneWeb, LTE, or traditional VSAT solutions, providing automatic redundancy.
• Direct Cloud Peering and Static IP: In addition, Horizon provides private connectivity options to major clouds (AWS, Azure, Google Cloud) where available, reducing exposure to the open internet for cloud-bound traffic. It also delivers true static IP addressing and subnet allocation, giving each remote site or device a secure and consistent network identity. This enables centralized monitoring, policy enforcement, and access control capabilities that are essential for enterprise security, remote management, and application allow-listing.

StarEdge Horizon is rolling out with enterprise customers across land-based sectors including energy, construction, and logistics, among others. MTN plans broader availability for the maritime sector in Q1 2026.

###

About MTN

MTN is a world-class network operator that connects global operations with the speed, security, and trust required. Our multi-network architecture delivers resilient, fully managed connectivity for critical systems and remote teams across the maritime, energy, government, and enterprise sectors.

Headquartered in Florida with offices across Europe, the Middle East, and South America, MTN enables rapid deployments and white-glove service anywhere. The company has pioneered the delivery of converged connectivity solutions on a global scale by partnering with major wireless carriers and satellite communications providers that integrate 5G/LTE and high-throughput satellite (HTS) networks, as well as cutting-edge Low Earth Orbit (LEO) constellations such as Starlink and OneWeb.

For more information, please visit www.fmcglobalsat.com or www.mtnsat.com

Media contact

Fernando Arreaza Vargas, Director of Media Relations and Corporate Communications

Fernando.vargas@mtnsat.com | +1.305.343.8279