Thursday, 10 July 2025

Stationery Review 247 - Lamy Safari Ball Pen (M) Aqua Sky (ZAR 328)

Hi Friends,

I bought this Lamy Safari Ball pen from Exclusive Books at a 50% discount. When I wrote with the same at the store as they used nice Lamy paper to try the stuff, it wrote extra smoothly. But on my paper, it's not as buttery smooth as it was on a good paper. But nonetheless, the pen writes beautifully as it's a Lamy Safari. Lightweight, Acrylic body design, nice triangular grip section, big refill and click sound. Check it out! 

Stationery Review 247 - Lamy Safari Ball Pen (M) Aqua Sky (ZAR 328)

I really loved the design of this Lamy Safari Ball Pen, as I was only focused on getting Lamy Fountain Pens. I will try to get the Lamy Safari Roller gel pen and the mechanical pencil as well in the days to come. 


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From LLMs to RAG: Why South African Enterprises Must Evolve Their GenAI Architecture By Tony Bartlett

Hi Guys, 

There’s no question: Generative AI (GenAI) has captured the imagination - and attention - of business leaders across South Africa. What started as a series of pilots is now becoming core to how companies operate, serve customers, and make decisions. But as many businesses are discovering, the real magic doesn’t just come from having a Large Language Model (LLM) in your tech stack. It comes from making GenAI generate tangible ROI.

And that’s where a new evolution is taking shape: Retrieval-Augmented Generation (RAG), a transformative approach that connects AI systems to an organisation’s unique data, which allows these systems to generate responses that are both more accurate and more contextually relevant.

What RAG really does and why it matters
While LLMs have shown remarkable fluency in generating text, they are limited by the static nature of their training data. In fast-changing industries, this leads to outdated or misleading information. For businesses operating under strict regulatory frameworks, these shortcomings present real risks.

This is where RAG comes in. And for those of us leading transformation in complex, fast-moving environments, it’s the upgrade we need.

RAG makes additional data available to LLMs, increasing their efficiency and scalability without having to retrain the model. Businesses can expand their AI deployments more effectively and adjust as their needs evolve. Additionally, RAG’s ability to draw from a diverse set of external data sources means it can adapt to varying needs and applications, scaling the model to reach new use cases.

The result? Answers that aren’t just intelligent - they’re grounded in current, verifiable data that also improves the model’s performance on enterprise-specific queries. It’s no surprise that the RAG market is expected to grow from $1.2 billion in 2024 to more than $67 billion by 2034, at a compound annual growth rate (CAGR) of nearly 50% (Precedence Research).

A new frontier: Agentic RAG
Now take that one step further. Imagine if your RAG-powered GenAI assistant could also plan tasks, make decisions, and act on your behalf. Unlike traditional AI systems that rely heavily on human prompts or structured inputs, Agentic AI is a software system that uses artificial intelligence to autonomously make decisions and take actions to achieve a​ set of objectives identified by humans who serve as orchestrators or managers. These systems can autonomously negotiate schedules, manage supply chains, respond to customers in natural language, and even execute operational tasks that meet the directed goal.

Crucially, agentic systems are not just reactive - they are proactive and collaborative, operating in increasingly human-like ways. This evolution opens doors to greater organisational agility, real-time decision-making, and massive efficiency gains. It also brings forth ethical questions and cultural shifts that must be addressed through thoughtful leadership. At Dell, we welcome collaborative efforts to set principles and standards for responsible AI development that build trust, safety and enable global harmonised standards and innovation.
From LLMs to RAG: Why South African Enterprises Must Evolve Their GenAI Architecture By Tony Bartlett
Tony Bartlett, Director of Data Centre Compute

A strategic playbook for South African CXOs
South African enterprises are embracing GenAI at an unprecedented pace. In the South African GenAI Roadmap 2025, a study published by World Wide Worx, Dell Technologies and Intel, 66% of respondents reported adoption of GenAI, up from 45% in 2024. Additionally, according to The Institute of Risk Management South Africa, the local GenAI market is forecast to increase from $27.1 million in 2024 to $173.5 million by 2030.

Despite this momentum, challenges remain. The same study found that 40% of South African respondents identify high implementation costs as the top barrier to adopting AI, followed by data privacy concerns (30%) and lack of skilled talent (29%).

To prepare for this shift and capitalise on RAG/Agentic RAG, here are five steps CXOs can take:

1. Build the right data and infrastructure backbone
RAG systems, specifically Agentic RAG, are only as powerful as the data they’re fed. Many South African enterprises still struggle with fragmented data systems and poor data governance. Investing in cloud-native data architectures, real-time data pipelines, and standardised governance protocols is foundational. Embedding synthetic data generation and privacy-aware AI training mechanisms will also help accelerate scale while staying compliant with regional regulations.

2. Start building AI governance now
Agentic RAG systems operate with higher levels of autonomy, which raises concerns around accountability. Therefore, building robust AI governance frameworks is critical - these must include ethical guidelines, human oversight, audit trails, and scenario-based testing. Transparency will also be essential for businesses. As regulatory frameworks around AI evolve and the strategic importance of GenAI grows, South African organisations without clear governance ownership – or those relying solely on operational IT leadership – may face increased pressure to formalise their oversight mechanisms.

3. Drive workforce readiness
The future of work isn’t human or machine - it’s a human and machine collaboration. Equip your teams with the training, tools, and trust they need to work alongside AI systems. You’ll need AI translators, prompt engineers, and most of all, people who can see opportunities and act on them. According to statista, the demand for AI and machine learning skills in South Arica is experiencing significant growth, with a projected annual growth rate of 26.22%. Businesses that invest in learning will be the ones that thrive.

4. Run focused pilots
You don’t need to deploy Agentic RAG enterprise-wide on day one. Adopt a “test-and-learn” operating model - run controlled pilots with clear KPIs based on business priorities, rapidly iterate based on insights, and scale what works - like onboarding documents, customer FAQs, or internal policy queries. Build momentum with wins that matter.

5. Connect AI to business value
Always tie your AI strategy back to business outcomes. Whether it’s faster decisions, better customer experiences, or more efficient teams, link GenAI adoption to measurable results. For example, a retailer in Germany uses RAG to power shopping assistants that check inventory in real time and deliver tailored product suggestions. The lesson? These technologies work best when they’re solving real business problems for people.

Final Thoughts: It’s Time to Evolve
For the South African CXO, the mandate is clear: don’t stop at LLMs. Lead your organisation into the next chapter of enterprise AI - one where intelligence is not just generated, but grounded, goal-driven, and trusted. As GenAI matures, the shift isn’t just about better models - it’s about better business outcomes. Smarter automation. Faster decisions. Deeper insights. Use it to build a business that’s not only more efficient but also more intelligent, adaptable, and ready for the future.

Article by Tony Bartlett, Director of Data Centre Compute, Dell Technologies South Africa


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Upgrade Your PCs to Upgrade Security & Future-proof your PC fleet By Musa Masungwini

Hi Guys, 

The latest-gen commercial AI PCs are designed to keep you ahead of cyber adversaries. By Musa Masungwini, Senior System Engineer for Data Protection Solutions at Dell Technologies South Africa

Did you know that a cyberattack occurs every 39 seconds?
It’s no wonder. The payoff for a single successful breach can be enormous for threat actors. So, even as the threat landscape evolves rapidly, one thing is certain: Attackers will continue to aggressively hunt for vulnerabilities to exploit. In addition to the growing concern around social engineering and identity-based threats, recent studies show a growing trend of attacks on the PC. File-less malware that frequently targets memory on the PC now comprises 75% of attacks.

On the home front, South Africa was ranked number one in Africa for ransomware and infostealer attacks in the second half of 2024.

To add to this, according to Microsoft 400 million PCs risk losing updates as Windows 10 support ends in 2025. In the meantime, AI has arrived on device, expanding innovation as well as the attack surface. With hundreds of models and AI features now in the mix, sensitive data is now at risk of exposure to applications like GenAI.

Given the challenges, it begs a question: What does effective endpoint security look like today, and how can you build a hardware-optimised approach to improve overall security strategy?

Reduce risk with PCs developed with the adversary in mind
No organisation can block every cyberattack. Instead, blend a proactive defence strategy with the ability to adapt quickly when a breach occurs. To do this, you must hurdle over one major risk: The unknown. Unknown vulnerabilities, unknown access, unknown intruders. Truly secure technology today must be built to catch and address anomalous activity when it happens, wherever it happens – down to the BIOS and silicon levels.

Enter the world’s most secure commercial AI PCs.* These devices are designed with the adversary in mind, offering advanced security features that assume attacks are inevitable and layering defences accordingly. Here’s how:

Upgrade Your PCs to Upgrade Security & Future-proof your PC fleet By Musa Masungwini
Musa Masungwini, Senior System Engineer for Data Protection Solutions at Dell Technologies South Africa

Device-level ‘below-the-OS’ security. Rigorous controls and assurance such as Dell Secured Component Verification protects organisations from the growing risk of supply chain attacks. BIOS tamper detections, collectively termed Dell SafeBIOS, alert on suspicious activities - helping ensure foundational, device-level security while in use. To bolster this at the silicon level, Dell activates additional Intel hardware root of trust, memory encryption, and virtualisation-based security configurations used by Windows 11.

Security software ecosystem integrations. Dell PC telemetry enables integration with leading third-party software. Reimagine endpoint security with ‘hardware-assisted security’ where below-the-OS insights from Dell and Intel enrich threat hunting in platforms like CrowdStrike Falcon – without the complex, resource-intensive integration work falling on IT and SecOps. Above the OS, Intel® Threat Detection Technology (Intel ® TDT) helps security ISVs like CrowdStrike scan for file-less attacks in memory with up to 7-11x performance offload to the Intel Integrated GPU. Intel and Dell are also actively enabling security ISVs to deploy new AI security workloads to run locally on AI PCs which increases user data privacy. CrowdStrike has documented the performance and applicability of AI run on the neural processing unit (NPU) to streamline many detection use cases not possible with cloud-run AI alone. Other ISVs have released AI PC solutions for deepfake detection, anti-phishing, data loss prevention, and secure file transfer.

Manageability. A secure fleet is a well-managed fleet. That’s why Dell builds PCs with both security and manageability in mind. We offer the most manageable commercial AI PCs**, including a full suite of solutions that help IT admins simplify and streamline endpoint management.​ This includes remediation with Intel vPro, e.g., management of out-of-band systems, offline PCs, or devices with an inaccessible operating system. ​

New research from MITRE Centre for Informed Defence proves that your choice of PC hardware plays a critical role in enabling security software and OS features to protect your assets effectively. (Learn more about the industry-validated MITRE ATT&CK Framework mapping of Dell and Intel commercial AI PCs here.)

Secure Your Fleet for the Future
Inevitable security exposures on outdated PCs. A growing attack surface as we explore the AI frontier. Emerging technologies on the dark web. These factors create a perfect environment for adversaries to breach networks at speed and scale.

With Dell and Intel as IT and security partners, customers invest in technologies that:
  • Reduce the attack surface
  • Improve threat detection and response
  • Enable recovery and remediation to get back to business as usual
And because Dell and Intel deeply understand customer pain points around security, organisations not only gain access to advanced endpoint protections, they also benefit from streamlined procurement and intelligent integrations to alleviate operational burdens.

The cost of IT and security is rising rapidly. Work with partners like Dell and Intel to improve long-term cyber resilience and get more value from your technology investments as you refresh.

Upgrade to PCs that are future-proofed for the AI revolution – PCs that are already re-architecting endpoint security as we know it. Learn more about Dell Pro and Dell Pro Max portfolios.

*Based on Dell internal analysis, October 2024. Applicable to PCs on Intel processors. Not all features available with all PCs. Additional purchase required for some features. Validated by Principled Technologies. A comparison of security features, April 2024.

**Based on Dell internal analysis, January 2025. Most-manageable commercial PCs when comparing the systems management capabilities of Dell Update Processes, Dell Manageability Solution capabilities and integrations with Third-Party Management Solutions, with competitor update processes, systems management solution capabilities and integrations with third-party management solutions. Third-Party Management Solution – Microsoft Intune, is a separate purchase.


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Beat the Heat in Your Data Centre with AI-Driven Cooling Innovations By Tony Bartlett

Hi Guys, 

Data centres are the foundation of our digital world, powering everything from cloud computing to AI. But this immense capability comes at a cost - substantial energy consumption, much of it tied to cooling systems. As demand for computing grows, so too does the urgency to find more efficient, sustainable solutions.

AI is shifting the energy narrative, driving smarter, leaner consumption
Data centres account for about 1% of the world’s total energy consumption, according to the International Energy Agency. With the rapid growth of AI, edge computing, and 5G networks, this figure is expected to rise. Cooling systems alone can consume 30% - 40% of a data centre’s energy, making them an essential area for improvement.

AI is changing this narrative by introducing intelligent, adaptable, and automated solutions that optimise conditions while minimising energy use. One major application is in energy efficiency optimisation. As AI workloads increase, data centres face rising energy demands and associated emissions. Data centre power consumption in South Africa is experiencing significant growth, driven by increasing demand for cloud services, data consumption, and digital infrastructure expansion.

AI-driven systems also respond to external environmental conditions in real time. They adjust cooling strategies based on current weather, humidity, and temperature, maintaining efficiency while adapting to changing surroundings. This flexibility helps data centres meet sustainability targets without compromising computing performance.

Beat the Heat in Your Data Centre with AI-Driven Cooling Innovations By Tony Bartlett
Tony Bartlett, Director of Data Centre Compute

Cooling solutions: From air to liquid and beyond
To meet evolving demands, data centres are embracing a mix of cooling solutions:

1. Air cooling: Air cooling, a traditional method, uses fans, heat sinks, and air circulation to dissipate heat from crucial server components like processors and memory. Data centres have traditionally used air flow to cool servers; approximately 99% of data centres still use this approach in one form or another.1 Advanced techniques like hot/cold aisle configurations and intelligent fan zoning help optimise airflow and reduce energy use. It is cost-effective, easy to maintain, and widely compatible with most standard servers and racks, making it a convenient option. However, it is less energy-efficient, struggles to scale with high-density AI workloads, and heavily relies on HVAC systems, which can increase electricity consumption and carbon emissions. While suitable for many setups, air cooling may fall short as computational demands rise, often prompting a shift to more advanced solutions.

2. Liquid cooling: Direct liquid cooling (DLC) uses small heat exchangers known as cold plates to deliver liquid directly to heat-generating components, leveraging liquid’s superior thermal conductivity to efficiently dissipate heat. It supports higher-density server configurations, reduces noise by minimising fan use, and handles increased thermal loads with lower energy spikes. The South African data centre cooling market is estimated at $60 million in 2025, and is expected to reach $120 million by 2031, growing by a CAGR of 13.43% between 2025 and 2031.

Dell’s DLC enabled servers like the Dell PowerEdge XE9680L employ liquid cooling directly within critical components like CPUs and GPUs. Data centre liquid cooling solutions reduce cooling energy consumption by 40% - 50% and improve power usage effectiveness (PUE).2

A great example of this is Dawn, the UK’s fastest AI supercomputer, co-designed with Dell, Intel and the University of Cambridge with UK Research and Innovation. Equipped with advanced liquid cooling and GPU efficiencies, Dawn achieved a PUE of 1.14 - a testament to how AI-driven cooling can cut energy consumption while boosting computational performance.

Large commercial data centres in South Africa typically consume 12 – 20MW of power. Just like their international counterparts, local facilities are sophisticated in their approach to PUE and using the optimal mix of energy sources.

3. Hybrid cooling solutions with integrated rack scalable systems: Hybrid cooling combines elements of both air and liquid cooling systems. It involves direct-to-chip liquid cooling for high-priority components (like CPUs or GPUs) along with air cooling to manage ambient temperature and cool other components like memory. Even DLC-enabled racks of dense compute can generate intense air heat loads up to 80 kW per rack.

Traditional air-cooling approaches limit rack density and create space and power challenges, even with direct liquid cooling on CPUs and GPUs. Standard industry rear door heat exchangers rely on cold water from a power-hungry refrigerated chiller system to extract heat from the air before blowing chilled air into data centres.

Placing cold plates on additional server components can be done in a 100% DLC system, but that increases costs, dramatically reduces serviceability and configurability, and means that all the cooling system components must be replaced with each generation of new hardware.

The IR7000 is a Dell-engineered, multi-generational rack infrastructure based on the OCP standard Orv3 rack design, with additional enhancements that support a hybrid cooled infrastructure. With the addition of the new, industry-first Dell PowerCool Enclosed Rear Door Heat Exchanger (eRDHx) technology, the system captures 100% of IT heat to liquid by leveraging both direct-to-chip liquid cooling integrated into the IR7000 that is delivered by blind-mate quick disconnects, and heat to liquid for all remaining components.

Instead of sending cooled air out into the environment, the eRDHx uses unique high-performance fans to recirculate now-cooler air back to the front of the rack for continuous cooling. By completely enclosing rack airflow and recycling the air through the side channels of the IR7000, the eRDHx can operate at warmer water temperatures than standard RDHx. This increase in water temperature eliminates reliance on refrigeration systems to cool water, reducing cooling power consumption up to 60% versus other DLC racks with rear door heat exchangers.

AI and cooling: A smarter approach to energy efficiency
The demands on data centres are only growing, and so is the need for innovative cooling solutions. By adopting AI-powered cooling strategies, South African businesses can reduce energy consumption, cut operational costs, and meet their sustainability goals without compromising performance. Now is the time to embrace smarter, AI-enabled technologies that ensure data centres can power our digital world responsibly.

Article by By Tony Bartlett, Director of Data Centre Compute, Dell Technologies South Africa

Sources:

1 Based on Dell analysis in April 2025. Assumes 36°C facility water supply and ASHRAE A3 inlet server air compared to 20°C facility water supply and ASHRAE A3 inlet server air. Actual savings will vary.



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Saturday, 5 July 2025

Stationery Review 246 - 3 Reasons Why Leather Pen Cases are a Game Changer for Everyday Carry

Hi Friends,

I bought this Everyday Carry leather pen case, which also includes a notepad and space for an iPad or MacBook, neither of which I currently own. The leather is really nice to touch and feel. 28 pens can easily fit the elastic loops, and the elastic is free flowing, meaning if one pen is small and the other big, then the loops can be increased or decreased manually to fit the pens. Check it out! 

Stationery Review 246 - 3 Reasons Why Leather Pen Cases are a Game Changer for Everyday Carry

I really love leather products, and over the years, I have got many of them in my stationery collection. This is one of the best ones I have had in a while. I have seen a similar kind of leather journal that's available at Sandton Stationery & Print Shop inside Sandton City mall. The journal we are talking about is specifically made for the shop by their own vendor, who creates these kinds of leather journals. 


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