Telecom
Sophos Unveils 4 New Open Artificial Intelligence Developments
Sophos, a global leader in next-generation cybersecurity, has announced four new open Artificial Intelligence (AI) developments to help broaden and sharpen the industry’s defenses against cyberattacks, including datasets, tools and methodologies designed to advance industry collaboration and cumulative innovation.
This move accelerates a key Sophos objective to open its data science breakthroughs and make the use of AI in cybersecurity more transparent, all with the aim of better protecting organizations against all forms of cybercrime.
While it is common practice to share AI methodologies and findings in other industries, cybersecurity has lagged in this effort, creating a noisy understanding of how AI truly provides protection against cyberthreats.
Sophos and its team of SophosAI data scientists are catalyzing this change toward openness, so that IT managers, security analysts, CFOs, CEOs, and others making security buying or management decisions, can discuss and assess AI benefits from a level and well-informed playing field.
Joe Levy, chief technology officer, Sophos, said “With SophosAI’s new initiative to open its research, we can help influence how AI is positioned and discussed in cybersecurity moving forward.
“Today’s cacophony of opaque or guarded claims about the capabilities or efficacy of AI in solutions makes it difficult to impossible for buyers to understand or validate these claims.
“This leads to buyer skepticism, creating headwinds to future progress at the very moment we’re starting to see great breakthroughs.
“Correcting this through external mechanisms like standards or regulation won’t happen quickly enough. Instead, it requires a grassroots effort and self-policing within our community to produce a set of practices and language that will advance the industry in a disruptive, open and transparent manner.”
It is difficult to overstate the criticality of this shift given the immense potential of how AI can benefit cybersecurity. Sophos evidence shows that defenders are increasingly facing human adversaries who are constantly upping their game, launching highly contextualized Business Email Compromise (BEC) forgery campaigns or relentlessly developing new ransomware attacks.
Scalable and effective defenses against these and most other types of cyberattacks require assistance from AI. Openness and peer review among those applying AI to address these security threats stimulate innovation and discoveries, driving the entire industry forward.
Sophos is providing datasets, tools and methodologies in four important areas:
SOREL-20M Dataset for Accelerating Malware Detection Research
SOREL-20M, a joint project between SophosAI and ReversingLabs, is a production-scale dataset containing metadata, labels and features for 20 million Windows Portable Executable files (PE).
It includes 10 million disarmed malware samples available for download for the purpose of research on feature extraction to accelerate industry-wide improvements in security.
This dataset is the first production scale malware research dataset available to the general public, with a curated and labelled set of samples and security-relevant metadata.
AI-powered Impersonation Protection Method
SophosAI’s Impersonation Protection is designed to protect against email spearphishing attacks, where influential people are impersonated to trick recipients into taking some harmful action for the benefit of the attacker.
This new protection compares the display name of inbound emails against high level executive titles – those most likely to be spoofed in a spearphishing attack, such as a CEO, CFO or president – that are unique to specific organizations and flags these messages when they appear suspicious.
Sophos has trained the AI working behind the scenes on a large sample set of millions of known attack emails. SophosAI has opened up this innovative new protection method, which it has also discussed publicly at Defcon 28 and in an Arxiv paper.
Digital Epidemiology to Determine Undetected Malware
SophosAI has also built a set of epidemiology-inspired statistical models for estimating the prevalence of malware infections in total, which enables Sophos to estimate – and in turn enabling a better chance to find – the needles in a PE file haystack.
SophosAI has pioneered and made publicly available this method that helps to determine malicious “dark matter,” malware that might be missed or wrongly classified, and “future malware” that is in development by attackers.
The model is designed to be extensible to other classes of files and information system artifacts and is also discussed in the Sophos 2021 Threat Report.
YaraML Automatic Signature Generation Tools
Signature generation for the detection of malware families is a laborious, manual process. Over the years, researchers have proposed a variety of automatic signature generation methods, most of which have not found adoption because they underperform manual methods.
SophosAI has developed a new method for automatic signature generation, called YaraML, that’s significantly different from previous options by taking an AI based approach to the problem. SophosAI directly “compiles” full-fledged, industrial strength machine learning models, the kinds used in commercial security products, into signature languages, essentially allowing AI to “write” the signatures.
This proves to be far more effective than previous approaches and represents a breakthrough for the security community. SophosAI has open-sourced YaraML.
These four advancements are the latest from SophosAI, which works creatively like a start-up incubator, but with the intellectual resources of a near billion-dollar global company, including SophosLabs, Sophos Managed Threat Response and hundreds of thousands of customers.
Another advantage is that SophosAI can add new technology directly into shipping products. This model allows Sophos to react quickly to market needs, predict where the industry must head and advance openness for greater cybersecurity industry collaboration and innovation, all of which is essential when developing defenses against fast-moving adversaries.
Viral rumors about a “Tesla Pi Phone” a new phone, being developed by Elon Musk, CEO and largest shareholder of Tesla and SpaceX, are entirely fake.
AI Generated Tesla Pi Phone and Elon Musk
Instead, the tech giant said on Monday it has filed an application with the US Federal Communications Commission for permission to deploy the constellation by 2028.
It said the system would provide voice, messaging, data and emergency services.
A quick fact-check revealed that Tesla Inc. has never manufactured, developed, or released a smartphone.
Videos and articles claiming a release (often priced between $150 and $800 with solar charging or satellite-only connections) rely on AI-generated concept art and recycled internet hoaxes dating back to 2021.
Musk has only mentioned a phone in hypothetical remarks, stating Tesla would build one only if major app stores completely blocked or censored essential apps like X (formerly Twitter).
On Monday however, his company said that “Amazon looks forward to delivering on the promise of D2D [direct-to-device] connectivity, including to the millions of people living, travelling and working in places beyond the reach of existing networks today,”
The filing is the first step from Amazon into satellite mobile connections, which has until now been dominated by SpaceX’s Starlink service.
Musk’s group has signed partnerships with existing operators such as T-Mobile US and the UK’s Virgin Media O2 to provide phone services for customers where their conventional networks do not reach.
Starlink operates across more than 150 countries, offering high-speed internet connections through its constellation of satellites.
Association of Licensed Telecommunications Operators of Nigeria (ALTON) has attributed rising mobile data consumption to increased use of smartphone applications, cloud services and emerging digital technologies.
Mr Gbenga Adebayo, chairman, ALTON
Mr Gbenga Adebayo, chairman, ALTON, disclosed this on Tuesday at the Lagos Chamber of Commerce and Industry (LCCI) conference in Lagos.
Adebayo said smartphones had transformed access to digital services, with many applications consuming data continuously, even when users were not actively browsing the internet.
He explained that automatic software updates, cloud backups, application synchronisation, video streaming, social media autoplay and location services significantly increased data consumption.
According to him, internet usage had changed considerably from a decade ago when consumers mainly relied on direct browsing with fewer digital applications running simultaneously.
He said growing adoption of artificial intelligence, cloud computing and other emerging technologies would further increase demand for reliable connectivity and greater network capacity.
“The evolution of smartphones has fundamentally changed how consumers access digital services, with many applications now consuming data continuously,” Adebayo said.
He stressed that digital literacy had become increasingly important because consumers needed to understand how their devices and applications consumed mobile data.
He advised subscribers to monitor application activity, adjust device settings and use built-in data management tools to better control their data consumption.
Adebayo said greater understanding of digital tools would help dispel misconceptions about data usage and strengthen public confidence in Nigeria’s telecommunications industry.
Responding to allegations that operators deliberately depleted customers’ data, Adebayo dismissed the claims, insisting telecommunications companies had no commercial incentive to engage in such practices.
He said every megabyte consumed on telecom networks was recorded through internationally standardised billing systems supplied by recognised technology vendors and regulated by authorities.
“Such a practice would be unlawful, unethical, commercially self-defeating and subject to stringent regulatory oversight by the Nigerian Communications Commission,” he said.
Adebayo explained that operators’ billing systems were designed to guarantee accuracy, transparency and verification, while genuine consumer complaints were investigated through established protection channels.
He added that the Nigerian Communications Commission’s complaint resolution mechanisms and technical audits provided consumers with credible avenues for seeking redress over billing concerns.
According to him, trust remains essential to expanding Nigeria’s digital economy because telecommunications infrastructure supported banking, healthcare, education, commerce and government services.
He said the telecommunications sector had evolved beyond basic communication services into a critical driver of productivity, investment, innovation and national economic growth.
Adebayo noted that emerging technologies, including artificial intelligence, financial technology, smart manufacturing and digital agriculture, depended on resilient telecommunications infrastructure.
He said Nigeria could only maximise these opportunities through sustained collaboration among government, regulators, telecommunications operators and consumers.
Adebayo reaffirmed operators’ commitment to improving customer experience, strengthening network resilience and promoting transparency in telecommunications service delivery.
He urged stakeholders to encourage evidence-based discussions on digital services, stressing that public trust remained indispensable for the sustained growth of Nigeria’s digital economy.
(NAN)
Telecom
Galaxy Backbone Soft Launches Government Service Portal to Simplify Access to Public Services
Galaxy Backbone (GBB), in partnership with the Federal Ministry of Communications, Innovation & Digital Economy (FMCIDE) and the Korea International Cooperation Agency (KOICA), officially conducted the soft launch of the Government Service Portal (GSP), a groundbreaking digital platform designed to transform how citizens, businesses and government institutions interact.
The event, held at the Galaxy Backbone National Shared Services Centre (NSSC) Headquarters in Abuja, brought together senior government officials, development partners, technology stakeholders and members of the media to unveil services.gov.ng—Nigeria’s new one-stop digital gateway for accessing government services.
The Government Service Portal is designed to provide a single, trusted platform through which Nigerians can easily discover, access and interact with digital services offered by Ministries, Departments and Agencies (MDAs). By consolidating government services into one unified portal, the initiative aims to improve accessibility, enhance service delivery and create a more seamless citizen experience.
Speaking at the event, the Managing Director/Chief Executive Officer of Galaxy Backbone. Professor Ibrahim Adeyanju, stated that the launch represents another significant milestone in Nigeria’s digital transformation journey and reflects the Federal Government’s commitment to building a more connected, efficient, transparent and citizen-centred public service.
He emphasized that the Portal is more than a website; it is the foundation of a unified digital gateway that places the needs of citizens and businesses at the centre of government service delivery.
He further noted that while the event marks the beginning of the Portal’s journey, the soft launch provides an opportunity to onboard pioneer MDAs, gather user feedback, strengthen system integrations and continuously improve the platform ahead of a wider national rollout.
Representing key stakeholder institutions at the launch were the Deputy Director of KOICA Nigeria, Mr. Ki Yun Baik; the Permanent Secretary of the Federal Ministry of Communications, Innovation & Digital Economy, represented by Mr. Joseph Bareiye, Director of e-Government; the Permanent Secretary, State House, represented by Mr. Oguntuyi Olusegun, Head of ICT; and the Executive Director, Digital Exploration and Technical Services, Galaxy Backbone, Olumbe Akinkugbe.
The Government Service Portal aligns with the Renewed Hope Agenda of President Bola Ahmed Tinubu, GCFR, and supports Nigeria’s broader Digital Public Infrastructure (DPI) agenda by creating a citizen-facing gateway that complements existing investments in digital identity, secure infrastructure, cloud services, cybersecurity and digital government platforms. It can be accessed using the link: services.gov.ng . The initiative is expected to strengthen public service delivery, increase transparency, improve operational efficiency and foster greater trust between government and citizens.
Galaxy Backbone reaffirmed its commitment to supporting all Ministries, Departments and Agencies in integrating their digital services into the Portal, noting that collaboration across government will be critical to building an inclusive, interoperable and efficient digital ecosystem that benefits every Nigerian.
The Government Service Portal is expected to evolve into Nigeria’s central digital gateway for public services, making government services simpler, faster and more accessible for citizens and businesses alike.
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