Telecom
Sophos Acquires Braintrace to Boost Adaptive Cybersecurity Ecosystem

Sophos, a global leader in next-generation cybersecurity, today announced that it has acquired Braintrace, further enhancing Sophos’ Adaptive Cybersecurity Ecosystem with Braintrace’s proprietary Network Detection and Response (NDR) technology.

Braintrace’s NDR provides deep visibility into network traffic patterns, including encrypted traffic, without the need for Man-in-the-Middle (MitM) decryption.
Located in Salt Lake City, Utah, Braintrace launched in 2016 and is privately held.
As part of the acquisition, Braintrace’s developers, data scientists and security analysts have joined Sophos’ global Managed Threat Response (MTR) and Rapid Response teams.
Sophos’ MTR and Rapid Response services business has expanded rapidly, establishing Sophos as one of the largest and fastest-growing MDR providers in the world, with more than 5,000 active customers.
Braintrace’s NDR technology will support Sophos’ MTR and Rapid Response analysts and Extended Detection and Response (XDR) customers through integration into the Adaptive Cybersecurity Ecosystem, which underpins all Sophos products and services.
The Braintrace technology will also serve as the launchpad to collect and forward third-party event data from firewalls, proxies, virtual private networks (VPNs), and other sources.
These additional layers of visibility and event ingestion will significantly improve threat detection, threat hunting and response to suspicious activity.
Joe Levy, chief technology officer, Sophos
“You can’t protect what you don’t know is there, and businesses of all sizes often miscalculate their assets and attack surface, both on-premises and in the cloud. Attackers take advantage of this, often going after weakly protected assets as a means of initial access. Defenders benefit from an ‘air traffic control system’ that sees all network activity, reveals unknown and unprotected assets, and exposes evasive malware more reliably than Intrusion Protection Systems (IPS),” said Joe Levy, chief technology officer, Sophos. “We’re particularly excited that Braintrace built this technology specifically to provide better security outcomes to their Managed Detection and Response (MDR) customers. It’s hard to beat the effectiveness of solutions built by teams of skilled practitioners and developers to solve real world cybersecurity problems.”
Sophos will deploy Braintrace’s NDR technology as a virtual machine, fed from traditional observability points such as a Switched Port Analyzer (SPAN) port or a network Test Access Point (TAP) to inspect both north-south traffic at boundaries or east-west traffic within networks.
These deployments help discover threats inside any type of network, including those that remain encrypted, serving as a complement to the decryption capabilities of Sophos Firewall.
The technology’s packet and flow engine feeds a variety of machine learning models trained to detect suspicious or malicious network patterns, such as connections to Command and Control (C2) servers, lateral movement and communications with suspicious domains.
Since Braintrace built its NDR technology specifically for predictive, passive monitoring, its engine also provides intelligent network packet capture that IT security administrators and threat hunters can use as supporting evidence during investigations. The novel NDR analysis and prediction technique is patent pending.
According to Gartner, “compared with traditional approaches, where malicious behavior is defined ahead of time in the form of prebuilt signatures and detection engines inspecting traffic looking for matches, NDR takes a different approach. Instead of only inspecting traffic against a list of known bad payloads or behaviors, NDR also focuses on looking for unknown patterns in the network traffic, calculating a probability as to whether that anomaly is malicious.”
Gartner further notes that, “the machine learning algorithms that are at the core of many NDR products help to detect anomalous traffic that is often missed by other detection techniques. The optional automated response capabilities help to offload some of the workload for incident responders. The threat hunting functionality provides valuable tools for incident responders.”
“NDR is critical to successful threat hunting. Braintrace’s competitive differentiation is its unique NDR technology that our MDR analysts leveraged for finding, interrupting and remediating cyberattacks,” said Bret Laughlin, CEO and co-founder of Braintrace. “With our own NDR technology, the team responds faster and more accurately because of the real-time, automated visibility and threat verification they have into encrypted traffic. We built Braintrace’s NDR technology from the ground up for detection and now, with Sophos, it will fit into a complete system to provide cross-product detection and response across a multi-vendor ecosystem.”
British cybersecurity software and hardware company Sophos Group plc’s Silicon Valley office in Santa Clara, California by Gettyimages
Braintrace’s NDR technology is a key component for defending against cyberattacks today and in the future. Sophos research demonstrates how adversaries aggressively and constantly change tactics to evade detection and execute their attacks.
Braintrace’s technology helps uncover malicious C2 traffic from malware, such as ColbaltStrike, BazaLoader and TrickBot, as well as zero-days, that could lead to ransomware and other attacks.
This visibility allows threat hunters and analysts to pre-empt any potential ransomware attack, including recent strikes by REvil and DarkSide.
Sophos plans to introduce Braintrace’s NDR technology for MTR and XDR in the first half of 2022.
Telecom
Mobile Money Transactions Accounted for $2 trillion in 2025

More than $2 trillion flowed through mobile money wallets globally in 2025, found the State of the Industry Report on Mobile Money 2026, prepared by the GSMA Mobile Money programme.

This is an important threshold and exemplifies the exponential growth in transaction values the industry has experienced in recent years. It took 20 years to pass $1 trillion in annual transaction values, but just four years for this figure to double.
From its inception, only 25 years ago, mobile money has now become a mainstream financial service for underserved populations around the world, empowering those without access to traditional banking services and contributing to economic growth in countries where mobile money is present. The report also found that mobile money reached 2.3 billion registered accounts in 2025, growing by 268 million.
Vivek Badrinath, GSMA Director General, comments: “Mobile money has become one of the world’s most impactful financial services. What began as a simple way to move money has evolved into a global financial ecosystem, reshaping how hundreds of millions of people manage their financial lives. The market is reaching new heights and greater maturity. Adoption and regular use are surging, and value is scaling even faster than volume, with more than $2 trillion flowing through mobile money in 2025 – doubling from the first trillion in just four years.
“Looking ahead, the industry’s growing scale and sophistication will bring new opportunities, and new responsibilities. By prioritising interoperability and cross‑border harmonisation; engaging in digital public infrastructure; strengthening consumer protection and fraud controls; and accelerating women’s inclusion and financial health outcomes, we can ensure mobile money continues to provide safe, inclusive and sustainable digital financial services.”
Regular mobile money usage is growing, supporting financial health
Regular mobile money usage has increased worldwide over the past year, with active 30-day accounts rising by 15% to 593 million. Most new registered and active accounts came from Sub-Saharan Africa, although almost every region where mobile money is offered experienced a rise.
This has led to monthly usage of mobile money accounts growing by half a percentage point to 25.7%, the highest it has been since 2021. However, this still leaves almost 75% of accounts inactive monthly, with fraud remaining widespread and transaction taxes often encouraging users to revert to cash in the countries where they’re in effect, negatively impacting financial inclusion.
Through more frequent usage, mobile money users can improve their financial health – the capacity to manage day-to-day financial needs, withstand shocks and invest in the future – by benefiting from the increasing provision of adjacent services like credit, savings and insurance.
The report found that the number of mobile money providers offering insurance increased by one-third in 2025. Mobile-money enabled credit remains the most widely offered adjacent financial service, and this is nearly matched by those offering saving options.
Regulation is supporting mobile money in improving financial inclusion
Regulation is playing a key role in expanding the reach of mobile money, the GSMA reports. Over 60% of mobile money providers believe that interoperability, know-your-customer and consumer protection regulations have supported their operations.
Although more must be done to support the industry, significant regulatory issues remain – particularly cross-border data transfer regulations, which 24% of mobile money providers report have hindered their operations.
With a supportive regulatory environment, the mobile money industry will be able to continue growing and, in turn, advance financial inclusion, especially among groups that have traditionally lacked access to banking services.
This is vital as a wide gender gap persists in mobile money account ownership across seven out of 10 countries surveyed in the report. Aside from in Ghana, Kenya and Nigeria, women who own a mobile money account are still less likely than men to have used it within the past month.
Mobile money fosters innovation for good
In addition to accelerating financial inclusion and supporting improved financial health, mobile money usage is enabling wider social and humanitarian benefits by enabling rapid payouts during crises, particularly in remote regions. However, for these and other use cases to succeed, mobile money needs to be complemented by digital financial literacy initiatives to continue responsible growth across regions and demographics.
Telecom
US Jury Finds Meta, Google Liable in Landmark Social Media Addiction Case

A Los Angeles jury has found Alphabet’s Google and Meta Platforms liable for $3 million in damages in a groundbreaking social media addiction lawsuit, a verdict expected to reverberate across thousands of similar cases against major tech firms and intensify scrutiny over addictive app designs targeting young users.

The case centres on a 20-year-old woman who alleged that Google’s YouTube and Meta’s Instagram hooked her at a young age through deliberate attention-grabbing features, with the jury ruling that both companies were negligent in their platform designs and failed to warn about inherent risks.
Judge Carolyn Kuhl noted that punitive damages remain pending, with jurors set to weigh whether the apps caused physical harm or if the firms disregarded broader user health impacts.
The plaintiffs’ lead counsel hailed the decision as a “referendum from a jury to an entire industry” signalling that accountability has arrived for tech giants long criticised for prioritising engagement metrics over youth wellbeing.
While Meta shares rose 1 per cent and Alphabet’s climbed 0.2 per cent post-verdict, both companies pushed back—Meta calling the outcome disagreeable and evaluating appeals, while Google spokesperson José Castañeda confirmed plans to challenge the ruling.
Notably, the trial sidestepped content moderation disputes by zeroing in on platform mechanics, a strategy that complicated defences; co-defendants Snap and TikTok settled pre-trial on undisclosed terms.
The ruling amplifies a decade of escalating backlash against U.S. tech behemoths over child and teen safety, shifting the battleground to courts and statehouses after federal lawmakers stalled on comprehensive regulation.
At least 20 states passed child-focused social media laws last year, including cellphone bans in schools and mandatory age verification for accounts, measures now under legal fire from NetChoice—a tech-backed group including Meta and Google—challenging verification mandates as unconstitutional.
Looking ahead, a multi-state and school district addiction suit heads to federal trial in Oakland, California this summer, while another Los Angeles state case involving Instagram, YouTube, TikTok, and Snapchat kicks off in July, per plaintiffs’ attorney Matthew Bergman.
This verdict underscores mounting parental and regulatory alarm over algorithms that keep minors scrolling for hours, fueling mental health crises from anxiety to sleep disruption, even as platforms tout safety tools like parental controls and time limits.
For Nigeria and Africa—where youth form the bulk of 300 million-plus social media users—the outcome spotlights urgent needs for homegrown safeguards amid rising app penetration and similar addiction concerns in emerging markets.
Tech accountability campaigners see the case as a potential tipping point, pressuring firms to redesign feeds, enforce age gates, and fund independent research, lest a cascade of global litigation erodes their trillion-dollar valuations.
Telecom
Nigerians Lose N12.5Bn to AI-Driven Scams- PwC

PricewaterhouseCoopers (PwC), global professional services network, has reported that Nigerians lost about N12.5 billion from 2019 to 2023, through escalating digital fraud schemes.

AI-driven scams leverage artificial intelligence to create highly personalized and convincing fraudulent schemes, such as deepfake audio/video impersonations, automated phishing, and fake investment bots.
Globally, telecom fraud losses reached more than $38.95 billion during the same period, PwC said in its report titled “AI’s Dual Role in Telecom Fraud.”
The firm highlighted the dual nature of Artificial Intelligence (AI) in the telecom sector, warning that the technology is changing how fraud operates.
“AI has tremendous potential to drive positive change across sectors, but it also enables fraudsters to create and disseminate scams quickly and at scale,” PwC said in the report.
The report shows that telecom operators are no longer just communication providers but also critical infrastructure supporting digital banking and payments.
This shift has increased exposure to fraud. PwC noted that in Nigeria, 59 percent of e-banking customers have experienced scams, suggesting that telecom networks, which support mobile banking alerts, authentication messages, and digital payment links, are becoming attractive targets for criminals.
As telecom networks connect more closely with banks and fintech companies, fraud incidents in one sector can quickly spread to another, leading to regulatory scrutiny and loss of customer trust.
This growing overlap is creating a new risk layer in Africa’s digital economy, where mobile devices are often the main gateway to financial services.
PwC identified several common telecom fraud methods affecting operators and users, including SIM box fraud, SMS phishing, SIM swap fraud, subscription fraud, scam calls, and international revenue share fraud.
The report noted that AI could make these attacks even more sophisticated.
Criminal groups can now use AI tools to automate scam campaigns, generate convincing messages, and even create deepfake voices or identity impersonations to trick victims.
The firm warned that these capabilities could allow fraud schemes to spread across networks quickly, increasing financial losses if telecom companies fail to strengthen defenses.
Globally, the telecom, media, and technology sector already experiences the highest level of fraud, according to PwC’s 2022 Global Crime Survey. N
early two-thirds of companies in the sector reported fraud incidents, with about half involving cybercrime.
Despite the risks, PwC said telecom operators have a strong advantage in combating fraud because of the large amount of network and customer data they control.
By using AI and machine learning tools, companies can analyse network behaviour in real time and detect suspicious patterns early.
AI systems, for example, can identify unusual call patterns, abnormal message traffic, or activities occurring at odd hours that may signal fraudulent activity.
Some telecom operators have already introduced AI-powered spam detection tools that analyse hundreds of behavioural indicators before determining whether a message or call is likely to be fraudulent. According to PwC, real-time analysis could allow telecom companies to block scams before they cause significant financial losses.
However, PwC stressed that technology alone is not enough to tackle the problem.
The firm called for stronger collaboration between telecom operators, banks, and regulators to address fraud risks across the digital ecosystem.
“AI has tremendous potential to drive positive change across sectors, but it also enables fraudsters to create and disseminate scams quickly and at scale,” the report reiterated.
With millions of Nigerians relying on mobile networks for banking, payments, and identity verification, telecom companies are becoming frontline defenders against digital fraud.
PwC said a deeper understanding of how technology is changing fraud risks will be crucial for telecom operators seeking to protect customers and maintain trust in the country’s digital infrastructure.
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