E-Business
Dell Delivers Most Powerful Workstations
Dell has expanded its workstation portfolio with the most powerful mobile and tower workstations, the Dell Precision M4800, M6800, T3610, T5610 and T7610, designed to seamlessly run the leading content creation, engineering, scientific and other professional software applications.
Updated with the latest high-performance, workstation-class processors, graphics, storage, display and other technologies, the new systems demonstrate Dell’s continued commitment to delivering unparalleled performance and reliability that creative, engineering and scientific professionals require to quickly develop and realize innovative ideas.
“Dell’s new Precision tower and mobile workstations, now featuring the latest Intel® Xeon® Processor E5-2600 v2 family and 4th generation Intel® Core™ i5 and i7 processors respectively, offer users the opportunity to create, test and modify their ideas as they never have before,” said Frank Soqui, Intel Corporation, Technical Computing Group, Workstation general manager.
“Dell is also the first to offer Intel® Cache Acceleration Software – Workstation and worked closely with Intel to tune it for workstation applications. This innovative caching software uses a solid state drive as a file cache with existing hard drives. This accelerates the storage subsystem to I/O speeds comparable to storage made entirely of solid state drives at a fraction of the cost.”
Ghost Town Media, a post-production company, relies on high-performance technology and collaboration to stay on the bleeding-edge of design to create the most robust and unique imagery in the industry – from music videos to visual effects for feature films.
“Our latest project is CG-heavy so we needed strong processing power and speed,” explained Brandon Parvini, principal and creative director, Ghost Town Media.
“We turned to the latest Dell Precision tower and mobile workstations with NVIDIA Quadro professional graphics as we found they provide massive acceleration that facilitate lightning-fast rendering, allowing complex 3D scenes to be rendered in minutes instead of hours.”
“Today professional workstation users get a new set of tools with the announcement of new Dell Precision desktop and mobile workstation solutions powered by AMD FirePro™ workstation graphics,” said David Cummings, senior director and general manager, Professional Graphics at AMD.
“AMD has worked closely with Dell to offer exceptional workstation-class graphics processing performance so users can work on more complex/detailed 3D models and work on larger data sets. AMD and Dell recognize the increasing requirement for OpenCL™ (Open Computing Language) support when it comes to workstation productivity with industry-leading applications.”
Committed to improving the performance and personal experience and interaction with its new Dell Precision M4800 and M6800 mobile workstations, Dell is the first to bring a 15.6-inch Quad HD+ IGZO panel to the workstation market, with higher resolution than the Apple MacBook Pro Retina display, and the only to offer optional 10-finger Wacom multi-touch on a 17.3-inch display for intuitive control and interaction with creative and design applications.
Dell is also the first to offer WiGig wireless docking and has improved audio performance with WAVES MaxxAudio Pro integration.
The new Dell Precision mobile workstations also deliver the highest performance with up to 16GB¹ of 1866MHz memory, fourth-generation Intel Core i5 and i7 processor options up to Core i7 Extreme Edition, and AMD FirePro and NVIDIA Quadro professional graphics, with up to 8GB graphics memory¹ on the M6800 configured with NVIDIA Quadro K5100M, for handling complex 3D work, including rendering and simulation.
Both systems also provide superb reliability with all-day battery life², including a secondary slice battery, new AMD Enduro and NVIDIA Optimus, and industry-leading endpoint security solutions that include comprehensive encryption, advanced authentication and leading-edge malware protection.
Offering an award-winning chassis design and cutting-edge technology, the new Dell Precision tower workstations include next generation workstation-class processors and professional graphics, Windows 8 factory installed, new Intel Cache Acceleration Software, PCIe SSDs and updates to Dell Precision Performance Optimizer.
Designed for scientific analysis, professional engineering and complex 3D modeling, the new tower portfolio, adding to the Dell Precision T1700 Small-Form Factor and Mini-Tower, includes the Dell Precision T3610 with advanced single Intel Xeon CPU performance, the Dell Precision T5610, a high-power dual-socket Intel Xeon processor workstation in a small footprint, and the Dell Precision T7610, the world’s most powerful tower workstation. The T7610 will offer up to 512GB¹ system memory and power up to three high-end graphics cards, including up to two NVIDIA Quadro K6000s cards starting in October.
Thierry Rouf, Director, FashionLab, said, “We work on the cutting-edge of fashion design, providing designers with sophisticated tools they need to employ the latest 3D technology in their high-end designs, so it’s important that we always collaborate with the best. That’s why we chose to work closely with Dell for a high-profile event in Paris. The workshop was supported without interruption by the latest high-end Dell Precision tower workstations.”
Dell understands its workstation customers have specific needs for their workflows so is updating and offering new tools that enable maximum performance and reliability so they can remain focused on being creative.
Dell Precision Performance Optimizer(DPPO), the world’s first automated workstation performance tool that configures settings based on the software application, will be updated with new profiles for Siemens NX 8.5 and Dassault Systems CATIA and French and German languages starting September 17 via online and factory install on new workstations in October.
Intel® Xeon Phi™ co-processor 3120A PCIe card – The Intel Xeon Phi coprocessor is a new manycore x86-based computational architecture built for high efficiency and exceptional performance on highly parallel workloads. Offered as a coprocessor on a PCIe card, it works synergistically with Intel® Xeon® Processors to deliver accelerated performance on Dell Precision T7610 tower and R7610 rack workstations.
PCIe Solid State Drives (SSDs) – Dell is the first to bring Micron PCIe SSD technology to the workstation market on its tower and rack workstations starting in October. The PCIe SSD is one of the highest performance storage options that merge SSD technology directly with the fast PCIe system communication bus.
Intel Cache Acceleration Software – Workstation (CAS-W) – Dell has deeply collaborated with Intel to bring to market and tune the first workstation enterprise-grade storage acceleration software application, Intel CAS-W, which improves workstation application performance. It is available exclusively on Dell Precision rack and tower workstations starting in November.
“Dell Precision workstations with the innovative Intel Cache Acceleration Software-Workstation give a notable performance boost to Autodesk applications,” said Maurice Patel, head of Media & Entertainment Industry Marketing, Autodesk.
“We have seen a many-fold increase in some of our internal tests. As the demand for larger data sets increase with 4K, stereoscopic projection and next generation consoles, the performance increase will be a great benefit for our 3D animation customers.”
As part of Dell’s Technology Partner Program, Dell Precision works with the top Independent Software Vendors (ISV) to test and certify the leading software applications including Adobe Creative Suite, Autodesk Design & Creation Suites, DassaultSystemes CATIA and SolidWorks and PTC Creo, among many others, for maximum uptime and productivity.
Additionally, many ISV partners also leverage Dell Precision workstations to develop and showcase their software capabilities. For example, PTC uses Dell Precision workstations to power its customer theater with a high-end, three-channel rear-projection active stereo 3D system with tracking that allows visitors to have a hands-on experience using PTC software in an immersive virtual reality environment.
In December 2025, organisations globally faced sustained cyber pressure, as the average number of cyber-attacks per organisation per week reached 2 027, a 1% increase from the previous month and a 9% increase from December 2024.
This is according to December 2025 Global Cyber Attack Statistics by Check Point Research, the threat intelligence arm of Check Point Software Technologies.
According to the statistics, Latin America was the hardest hit, with companies experiencing an average of 3 065 cyber-attacks per week, a 26% year-over-year increase.
In contrast, Africa saw a decline in attacks, with Nigeria (4 622 attacks per week) and Angola (4 002 attacks per week) being the most targeted countries on the continent.
The report’s findings highlight the evolving cyber threat landscape, with ransomware and GenAI-driven data risks posing significant challenges to companies worldwide.
Ransomware attacks jumped 60% year over year, with 945 publicly reported incidents in December. Qilin was the most active ransomware operator, responsible for 18% of publicly disclosed attacks.
“Ransomware continues to scale through industrialised operations, while unmanaged GenAI usage is creating widespread data exposure at enterprise level,” said Omer Dembinsky, data research manager at Check Point Research.
The report noted the education sector was the most targeted industry globally, with 4 349 cyber attacks per week; followed by government (2 666 attacks per week); and associations and non-profits (2 509 attacks per week).
The widespread adoption of GenAI tools has introduced new cyber security risks, with one in 27 GenAI prompts posing a high risk of sensitive data leakage.
Experts warn that companies must prioritise prevention-first security, real-time AI threat intelligence and strong governance over AI tools to mitigate these risks.
Hendrik de Bruin, head of security consulting at Check Point Software, added: “Strengthening ransomware resilience, deploying AI-powered prevention and enforcing clear GenAI governance will be critical to reducing cyber risk in the year ahead.”
E-Business
Half of Global Companies Build SOCs to Enhance Cybersecurity, with a Focus on Human Expertise
Among the primary reasons for establishing a Security Operations Center (SOC) are strengthening cybersecurity posture, enabling faster detection and response and gaining a competitive edge.
Interestingly, despite the increasing demand for automated cybersecurity solutions, businesses rely on skilled security professionals to make key decisions, as human expertise remains essential for effective security management.
A Security Operations Center (SOC) is a dedicated organisational unit responsible for continuous monitoring and safeguarding of a company’s IT infrastructure. Its core mission is to proactively detect, analyse and respond to cybersecurity threats.
To identify the main drivers, strategic priorities, and potential challenges in SOC planning and implementation, Kaspersky has conducted a comprehensive global study involving senior IT security specialists, managers and directors from companies with 500 or more employees.
All participants operate without a SOC but have plans to establish one in the near future. The study spans 16 countries across APAC, META, LATAM, Europe, and Russia, providing valuable insights into the emerging trends and best practices in SOC development worldwide.
The findings of the research reveal that 50% of companies intend to establish SOCs to strengthen their cybersecurity posture, and 45% are motivated by the need to address increasingly sophisticated and dangerous threats.
Other drivers include budget optimisation, the necessity for faster detection and response, and the expansion of software, endpoints and user devices – factors that demand more comprehensive and layered security measures.
These are cited by 41% of organisations. Additionally, 40% seek better protection of confidential information, 39% aim to meet regulatory requirements and one-third (33%) expect SOC capabilities to provide a competitive edge. Larger enterprises tend to cite each of these reasons more often, reflecting the broader operational and regulatory pressures they experience.
Continuous monitoring becomes the leading SOC requirement
Among the key functions organisations plan to delegate, 24/7 security monitoring leads at 54%. This around-the-clock vigilance enables early detection of anomalies, prevents escalation and sustains cyber resilience in real-time. This demand highlights a strategic requirement for proactive risk management, as organisations aim to defend against persistent threats that can strike at any moment.
Companies intending to fully outsource SOC operations show a stronger interest in applying “lessons learned” methodologies, whereas those developing internal SOCs focus more on access management to maintain tighter control.
Human expertise drives SOC technology choices
While SOCs use advanced technology, the choices made by organisations show that human analysts are very important. Among the solutions that organisations plan to include in SOC are – Threat Intelligence Platforms (48%), Endpoint Detection and Response (42%) and Security Information and Event Management systems (40%) – sophisticated solutions that automate data collection and reduce operational load, however, they depend heavily on skilled security professionals who provide critical context, interpret complex findings and make final decisions when guiding appropriate responses.
Other solutions chosen include Extended Detection and Response (38%), Network Detection and Response (37%) and Managed Detection and Response (33%). Large enterprises tend to adopt more technologies (5.5 per SOC on average), while smaller ones integrate fewer (3.8).
“To successfully build a SOC, companies must prioritise not only the right mix of technology but also the careful planning of processes, clear goal-setting and effective resource distribution.
“Well-defined workflows and continuous improvement are essential to ensure that human analysts can focus on critical tasks, making the SOC a proactive and adaptable component of their cybersecurity strategy,” comments Roman Nazarov, Head of SOC Consulting at Kaspersky.
Terra Industries, a Nigerian defence technology startup, has raised $11.75 million to expand its development of defensive systems that protect critical facilities across Africa.
The fundraising round was led by Silicon Valley venture firm 8VC, which was founded by Palantir co-founder Joe Lonsdale.
Other investors in the round include Valour Equity Partners, Lux Capital, SV Angel, and Nova Global, as well as African-focused funds Tofino Capital, Kaleo Ventures, and DFS Lab.
Terra Industries, founded in Abuja by Nathan Nwachuku and Maxwell Maduka, provides multi-domain security solutions for both air and land. Its solutions are intended to detect and respond to threats including terrorism, sabotage, and armed attacks on infrastructure.
The company’s product portfolio includes surveillance drones, ground-based robotic systems, and fixed monitoring towers deployed around sensitive locations.
Co-founder and CEO Nathan Nwachuku said the company has now fully embraced its identity as a defence-focused startup, citing the growing urgency of security challenges across Africa.
He said safeguarding critical infrastructure from terrorist threats has become unavoidable.
Nwachuku argues that protecting Africa’s infrastructure requires a different approach, one that combines local manufacturing, end-to-end system control, and software capable of independently identifying and responding to threats over large areas.
The company aims to position itself as a defence prime, similar to the role played by firms such as Anduril Industries and Palantir in the United States.
Nwachuku also disclosed that the company had earlier raised $800,000 in pre-seed funding.
With the new funding, Terra plans to increase manufacturing capacity within Africa, establish additional defence production facilities, and expand its artificial intelligence and software teams.
While software offices are planned for San Francisco and London, the company said manufacturing operations will remain on the continent.
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