Telecom
Protecting Assets in a Remote-first (and potentially Hostile) World
By: Chester Wizniewski, Field CTO Applied Research at Sophos
I live in a city center and the lunch hour certainly isn’t like it once was. While some people have returned to working in an office, it seems that the majority have not. Looking back, the pandemic will have been a turning point for many things around the world, and the rhythms of office-centered worklife will be something that will never return to the old ways.
With this increased flexibility employees are not just working from home behind consumer-grade Wi-Fi routers; they are also spending part of the day at the park or coffee shop, or perhaps even having a “working holiday.” Those in charge of protecting enterprise assets have to assume these endpoints are always in hostile territory.
Even before the pandemic, organizations working toward improving their security maturity were often trying to “push left.” What is pushing left? At its most basic level it means moving things closer to the start. It originates from software development where the stages of the development process are conceptualized from left to right, left being the beginning. In applied security we also use the term “pushing left,” but rather than referring to the software development process we are referring to the attack chain, which moves from reconnaissance on the left through action (exfiltration or other attacker goal) on the right.
For many years, the most comprehensive security strategies have involved defense in depth. The idea is that not all technologies are suitable for detecting a given threat type, so it is best to deploy them in layers. These layers often directly correspond to how far “left” something is in the attack chain. If you can detect something at the network border through your firewall, email, or web filters, you have contained the threat before it has any negative impact on operations.
Ideally you want to detect and block an attacker as far left as possible, i.e., as early as possible. Pushing detections left also alerts security analysts that an intrusion may be underway, initiating more focused threat hunting to anticipate gaps in defenses your attacker may be attempting to exploit.
For employees at the office, you can centralize control of these defenses and provide optimum protection. The question is, are you able to provide the same protection for remote workers regardless of their location? Can you monitor and respond to threats being detected on those assets when they are out of the office? As many have observed, this did not work as well as we would have liked when we all went into lockdown, many of us without a plan.
While there are still many benefits to monitoring the network when you have control of it, including reduced endpoint overhead and the ability to keep threats at a distance from sensitive assets, we need to ensure we can take as much of this protection as possible with us when we are out and about.
We must ensure not only that protection is optimized, but also that we don’t lose our ability to monitor, detect, and respond to attacks targeting these remote assets. Most organizations have moved to utilizing EDR/XDR solutions (or plan to in the very near future) , which is a great start, but not all solutions are comprehensive.
In the remote-work era, insufficiently protected remote users can encounter plenty of issues – malicious URLs and downloads, and network attacks, to name only the most mundane – that in the Before Times would have been handled by machines guarding the corporate “fort.” The biggest missing components when users are “outside the fort” are HTTPS filtering and web content inspection of the sort that is typically implemented within next-generation firewalls. When you add these technologies to pre-execution protection, behavioral detection, machine learning models, client firewalls, DLP, application control, and XDR, you are starting to look at a comprehensive stack of defenses for attackers to overcome – even if the endpoints themselves are now free-range.
For initiatives like zero trust network access (ZTNA) to be effective, we must not only wrap the applications we interact with, but we must also wrap the endpoints that connect to them. Simple checks like whether the OS is up-to-date and whether it has security software installed may be a good start, but not all protection is created equal.
With most devices being connected to the internet whenever they’re in use, we can leverage the power of the cloud to help provide ubiquitous protection and monitoring. Modern security solutions must assume the endpoint device or phone is in a hostile environment at all times. The old idea of inside and outside is not only outdated, it’s downright dangerous.
Elon Musk, CEO of SpaceX and owner of X, on Sunday criticised his birth country’s government, claiming that Starlink is being denied an operating licence on the basis that he is not black.
In a series of posts on his X handle, the South Africa-born billionaire referenced ongoing regulatory hurdles tied to the country’s Broad-Based Black Economic Empowerment policies.
He claimed the post-apartheid rules require telecommunications licensees to have at least 30 per cent ownership by historically disadvantaged groups, primarily Black South Africans, women, and people with disabilities.
He wrote, “South Africa won’t allow Starlink to be licensed, even though I was born there, simply because I am not black!
“We were offered many times the opportunity to bribe our way to a license by pretending that a black guy runs Starlink SA, but I have refused to do so on principle.
“Racism should not be rewarded no matter to which race it is applied. Shame on the racist politicians in South Africa.
“They should be shown no respect whatsoever anywhere in the world and shunned for being unashamedly racists!”
The dispute centres on licensing requirements enforced by the Independent Communications Authority of South Africa.
Starlink has not formally received a licence and has argued that current telecom regulations do not fully recognise Equity Equivalent Investment Programmes, alternatives to direct ownership transfers that allow companies to invest in skills development, infrastructure, or community projects instead.
South African officials have, over the years, repeatedly dismissed claims of racism, citing other foreign investors operating in the country.
They argued that the company has not submitted a complete formal application compliant with existing rules.
“Sir, that’s not true and you know it! It’s got nothing to do with your skin colour. Starlink is welcome to operate in South Africa provided there’s compliance with local laws.
“This is a global international trade and investment principle. There are over 600 USA companies investing and operating in #SouthAfrica…all complying and thriving! @Microsoft just announced additional investments yesterday,” South Africa’s Head of Public Diplomacy, Clayson Monyela, said in March 2025, when Musk initially raised the allegation.
Replying again via X on Sunday, he wrote, “@elonmusk watching the more than 600 USA companies investing more in, complying with #SouthAfrican laws and thriving. Zero drama!!.”
Telecom
Digital Realty, IXPN Expand Peering Network with New Internet Exchange Point of Presence in Nigeria
Digital Realty, the world’s largest cloud and carrier-neutral data center platform, today announced the activation of a new internet exchange point of presence (PoP) for the Internet Exchange Point of Nigeria (IXPN) at its newly commissioned data center in Ibeju-Lekki, Lagos.
This development marks a significant milestone in strengthening Nigeria’s digital infrastructure and elevating West Africa’s connectivity.
Building on IXPN’s existing PoP at Digital Realty’s campus located in Victoria Island, the newly activated PoP at the company’s Lekki data center extends IXPN’s reach, offering access from 12 data centers across Nigeria. IXPN is now uniquely available in all major data centers in Lagos, further positioning Lagos as a hub for local and regional interconnectivity.
Strategically located, Digital Realty’s Lekki data center serves as the landing point for the 2Africa subsea cable system, one of the world’s most expansive subsea cable projects, linking over 46 locations throughout Africa, Europe, the Middle East, and Asia.
This can deliver reliable, high-speed connectivity and can help enhance Nigeria’s role in the global digital economy. With the opening of Digital Realty’s Lekki data center alongside its campus in Victoria Island, Digital Realty became the first carrier-neutral data center provider in Lagos to operate two campuses, offering enhanced resilience and disaster recovery options for the industry.
With improved access to IXPN at the Digital Realty’s Lekki campus, networks and service providers can benefit from expanded, resilient public peering options. These enhancements can reduce latency, improve efficiency, support robust data exchange for content providers and cloud platforms, and enable enterprises to meet growing demands both locally and internationally.
This activation at our Lekki campus represents a deepening of Digital Realty commitment to connecting the local and regional digital economy to global networks,” said Ike Nnamani, Managing Director, Digital Realty in Nigeria. “By integrating IXPN’s exchange point, we are delivering resilient peering that enables lower latency and can increase operational efficiency for our customers.”
For IXPN, the move supports its expanding community of over 130 peering members – spanning ISPs, global content, and cloud operators – delivering greater resilience and more efficient local internet traffic exchange.
“Expanding IXPN to Digital Realty’s Lekki campus is a significant step in our journey to enhance connectivity across Nigeria,” said Muhammed Rudman, CEO, IXPN. “Our members are expected to benefit from faster, low-latency pathways, allowing broader digital inclusion and fueling Nigeria’s digital economy,” Rudman continued.
IXPN continues to play a pivotal role in localising internet traffic, a key factor in performance improvements and cost reductions. Peak domestic internet traffic at IXPN surpassed 1 terabit per second (Tbps) in April 2025 and grew to over 2 Tbps by March 2026, demonstrating IXPN’s significant role in local traffic exchange. Industry data shows that keeping traffic local reduces latency, boosts connectivity speeds, and delivers substantial annual savings for ISPs and content providers.
SpaceX is signaling plans to develop its own radio‑frequency chip modules for the Starlink Mobile satellite‑to‑phone service, according to a new job posting for a Senior RF Front‑End Module Design Engineer.
What SpaceX Is Developing
The role is focused on designing “multi‑chip modules” containing RF front‑end components—such as antennas, signal tuners, and power amplifiers—that work alongside the modem in smartphones to transmit and receive 5G, LTE, and Wi‑Fi signals efficiently.
The engineer will integrate these RF modules into mass‑production printed circuit board assemblies and optimise yield and design for high‑volume manufacturing, indicating that SpaceX intends to take tighter control over the phone‑side radio hardware.
Link to Starlink Mobile Upgrade
The hiring move dovetails with SpaceX’s broader push to upgrade Starlink Mobile using valuable radio spectrum it acquired from EchoStar (parent of Boost Mobile), which the company plans to activate via next‑generation satellites launching in mid‑2027.
With that spectrum, SpaceX aims to boost downlink speeds for Starlink Mobile users to up to about 150 Mbps, a significant jump from the current roughly 4 Mbps, enabling 5G‑like connectivity directly from its satellites orbiting over 300 km above Earth.
Device‑Maker and Chip‑Partner Efforts
SpaceX has acknowledged that it will need about two years for phone manufacturers to adopt new chipsets tuned to the EchoStar spectrum bands, and at Mobile World Congress a SpaceX executive said the company is working closely with device and modem makers to enable the service on as many handsets as quickly as possible.
There are also reports that Samsung is developing a modem for the service, suggesting that SpaceX will combine its own RF‑front‑end modules with third‑party modems to deliver a full satellite‑to‑phone stack optimized for its low‑Earth‑orbit constellation.
Current Status of Starlink Mobile
Starlink Mobile today is offered mainly as a paid add‑on on T‑Mobile, while it is free on some of the carrier’s premium plans, and will later expand to Boost Mobile and prepaid carrier US Mobile.
Meanwhile, AT&T and Verizon are pursuing rival satellite‑to‑phone services via Texas‑based AST SpaceMobile, underscoring that direct‑to‑device connectivity is becoming a key battleground in the global telecom‑satellite convergence race.
Meta Files Appeal over $25,000 Damages Awarded to Falana
Teenager Hacks Celebrities Whatsapps, Sells Adult Content in Delta
FG Unveils ePharmacy Platform to Regulate Digital Pharmaceutical Services
Elon Musk Accuses South Africa of Racism over Starlink Licence Block
SERAP Asks Tinubu to Probe Alleged N2.9Bn Fraud In NIGCOMSAT, NNRA
Spotify’s Loud & Clear Report Reveals Over ₦60Bn Revenue for Nigerian Artists in 2025
Kuda MFB Increases Kuda for Her Business Grants to ₦10 Million
Canal+ to Cut Jobs as Part Sweeping Restructuring
Nigeria tops global rankings for USDT, USDC ownership
NBC Boss Urges Content Ceators to Participate in DSO
Broadcasting3 days agoFG to Gift Nigerians over 100 Free TV Channels from May 15
E-Financial3 days agoCBN Dismisses Polaris Bank Liquidation Claim
E-Financial3 days agoAfDB Okays $200m for Nigeria’s Digital Backbone, Others
General News3 days agoFG New Approves Biometric Passenger Verification System for Airports Security
E-Financial3 days agoNigeria’s Growth under Threat as Poverty Deepens, World Bank Warns
General News3 days agoBreaking Barriers: Cassava Technologies Expands Digital Access Across Africa
News3 days agoExperts Reveal a Steady Decline of High-severity Incidents Over the Years
E-Business3 days agoNESREA, ACMTI, Others Launch Carbon Utilisation Initiative in Nigeria