Artificial intelligence remains at the center of every business conversation. This year leading players in the IT space have unveiled major initiatives that are aimed at hastening the adoption of generative AI applications. These developments have led to the widespread interest among organizations willing to harness the power of AI for driving innovation, and revenue growth—both beyond, as well as the Salesforce ecosystem. As AI continues to reshape industries, organizations face the challenge of integrating it into their already existing systems. 

Over the years, Salesforce has invested significantly in AI through Einstein GPT and other generative AI features. These advancements have enabled businesses to transform their CRM into a smart and highly personalized platform. This is where the need for Salesforce consultants arises. These consultants assist businesses leverage the actual potential of AI through their technical capabilities and strategic approach.

What does the Integration of AI and Salesforce Hold for Organizations?

Optimizing Customer Service: Customer service is an area where consultants unlock the utmost potential of AI. With customer expectations reaching an all-time high, AI-enabled service has become an actual distinguisher for organizations struggling to deliver seamless experiences. Within Salesforce Service Cloud, consultants implement Einstein Bots to manage routine queries. By creating, installing, and training these bots, they allow organizations to provide prompt responses while enabling human agents to focus on intricate cases. Consultants also deploy intelligent case routing, where AI, by default, assigns issues to the most suitable agent based on expertise, capacity, and urgency. This not just hastens resolution times but also ensures customers receive the right support from the start. Additionally, consultants also empower businesses to harness sentiment analysis, which assesses the emotion behind client interactions across multiple channels. These insights empower organizations to take hands-on action—resolving possible issues before they escalate. This helps uncover opportunities to fortify customer loyalty.

Generative AI for Optimizing Marketing: Generative AI for Optimizing Marketing: Marketing is another area where generative AI is transforming how businesses associate with their audiences. By integrating AI within Marketing Cloud, consultants enable companies to design campaigns that are data-driven, as well as intensely personalized at scale. By creating ad copies, social media posts and more, Generative AI boosts customer engagement. These outputs are fine-tuned by experts to ensure they align with the brand voice of a company besides following regulatory guidelines. AI also assesses customer data to recognize micro-segments with shared behaviors. This enables consultants to design campaigns that align with specific groups. They also utilize AI-powered journey builders to anticipate the best channel, effectiveness, and messaging for customer engagement. This ensures every interaction seems relevant. By configuring and testing these AI-driven journeys, consultants empower organizations to make the most of marketing ROI while creating experiences that fortify customer relationships.

AI Analytics for Driving Data-powered Decisions: One of the greatest potential of Salesforce AI is its ability to transform raw data into actionable intelligence. However, organizations fail to draw value from these capabilities in the absence of a right setup. By using predictive analytics, consultants create AI models that predict outcomes. This empowers them to make smart decisions. By creating dashboards that update in real time, they manage the reporting process. This decreases the load of reporting manually while offering an explicit picture of performance metrics. Additionally, consultants also configure tools for detecting anomaly. These tools identify irregular patterns such as unanticipated hike in service requests and more, which empower businesses to reply proactively and address potential issues before they intensify. 

Streamlining Operations: AI in Salesforce isn’t limited to service, sales and marketing. It plays a vital role in augmenting efficiency. By harnessing workflow automation, consultants can configure AI to manage repetitive tasks. This not only eliminates errors but also leaves teams with sufficient time to lay emphasis on strategic tasks. AI also enables smarter optimization of resources by assessing performance data to ensure effective allocation of resources.

Adoption and Change Management: Ensuring successful adoption and effective change management is just as important as implementing advanced AI features. Salesforce consultants emphasize on driving adoption through all-inclusive training and enablement programs. They also identify that introducing AI mostly involves cultural shifts, as employees may resist altering established routines or may face job dislodgment. To address this, consultants pave the way for structured change management initiatives designed to ease transitions and encourage acceptance. needs.

Final Words:

AI is no longer a future-ready concept, it has become a driver of competitive edge. For organizations leveraging Salesforce, the real challenge is not deciding whether to adopt AI but determining how to implement it effectively. As a reputed Salesforce implementation partner, Girikon serves as the critical link between technology and business outcomes to ensure that AI isn’t just installed but also integrated into day-to-day workflows, adopted by teams, and aligned with long-term goals. The result is a faster, and more customer-oriented organization. Businesses that align the power of Salesforce with AI along with the expertise of an appropriate implementation partner are well-positioned for success. 

A car alternator will normally charge a battery at 14 volts while the engine is operating. One inventive maker had an epiphany: the same technology might be adapted to do a lot more when connected to running water. John from FarmCraft101 wanted to try his hand at repurposing a conventional car alternator. He disassembled the stator and manually rewound each coil to boost the output to 200 volts, or more if possible. As a result, the technology now powers a piece of his workplace from a pond hundreds of feet away, cutting line losses that would otherwise kill a standard 12-volt system.

Most standard alternators have three-phase AC inside them, but before it is converted to DC, a rectifier inside the alternator is utilized, and a regulator maintains the voltage at a controlled level, roughly 14 volts. We are left with a bare three-phase generator with all other parts removed. The rotor stays as an electromagnet with all parts powered by a small DC supply. When the rotation starts, a current flows through the stator windings. In most alternators, thick wire with a small number of turns per coil is utilized to create a lot of current with low voltage, but John has chosen to use the opposite.

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He started with a cheap GM CS130 alternator, which he bought online for pennies. The disassembly was straightforward, but once he got to the stator, everything fell apart. The original windings were stuck in a thick layer of varnish and epoxy, and he put the stator in a toaster oven and used a paint remover to remove the original coils. After that, it was just a matter of prying and cutting them out, which took hours.

The clean slots were then coated using Nomex paper strips to act as insulators. John then made new coils for each phase using wooden forms and 22-gauge copper wire coated with enamel. The new coils had 30 turns each, unlike the original coils, which had a constant 4 or 8 turns per coil. He made 12 coils per phase, and each phase had 36 slots. Additionally, he made the phases 120 degrees apart to ensure a complete balance in the three-phase current. To do this, he alternated the direction of the coils, causing the north and south poles of the rotor to induce the required current flow.

Once all the coils were installed inside the stator, he made sure to space them out in layers, held securely in place with small 3D printed PETG pieces that simply snap over the holes. Once all three phases were filled in, he connected them up in a star (wye) configuration to increase the line-to-line voltage output rather than trying to increase the current output to its fullest extent with a delta configuration. The reading of three ohms per phase confirmed that the lower gauge wire he had chosen would indeed sacrifice a little current for a lot more voltage.

Reassembly restored the rotor brushes, at least for the time being, but he neglected the internal diodes and regulator, intending to compensate by utilizing an external bridge rectifier to convert the three-phase AC to DC. Bench experiments were conducted with an old drill and, later, a geared grinder to spin the shaft up to speed. When the drill got the shaft up to around 1500 RPM, the voltage was around 100 volts with the multimeter set to open circuit mode. Then, as he cranked it up to around 290 volts with the grinder, it became evident that it had a lot of potential. Adding a load of resistors to replicate real-world use, the device produced an astonishing 700 watts. Of course, the voltage sagged slightly under load, but even unloaded, it produced significantly more power than a typical alternator.

John hopes to get roughly 240 volts out of this contraption, which should be enough to power his hydro application as long as the pond turbine spins the alternator at a reasonable rate via the belts. He’ll definitely need to perform some pulley sizing to bring it up to a nice stable 3000 RPM for optimal power. Yes, more voltage implies lower current in the long run to the shop, so he can use thinner, cheaper wire and still transport the same power without wasting it on losses or sagging too far in the first place. He eventually intends to replace the magnetic rotor with neodymium permanent magnets, which will eliminate the need for brushes, excitation power, and other unnecessary complexity.
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• OpenClaw skills execute locally, giving attackers direct access to sensitive files
• Malicious crypto-themed skills rely on social engineering to trick unsuspecting users
• Users running unverified commands increase exposure to ransomware and malicious scripts

OpenClaw, formerly known as Clawdbot and Moltbot, is an AI assistant designed to execute tasks on behalf of users.

Agent-style AI tools such as OpenClaw are increasingly popular for automating workflows and interacting with local systems, enabling users to run commands, access files, and manage processes more efficiently.

A Wall Street Journal report on Friday said Nvidia insiders had expressed doubts about the transaction and that Huang had privately criticized what he described as a lack of discipline in OpenAI’s business approach. The Journal also reported that Huang had expressed concern about the competition OpenAI faces from Google and Anthropic. Huang called those claims “nonsense.”

Nvidia shares fell about 1.1 percent on Monday following the reports. Sarah Kunst, managing director at Cleo Capital, told CNBC that the back-and-forth was unusual. “One of the things I did notice about Jensen Huang is that there wasn’t a strong ‘It will be $100 billion.’ It was, ‘It will be big. It will be our biggest investment ever.’ And so I do think there are some question marks there.”

In September, Bryn Talkington, managing partner at Requisite Capital Management, noted the circular nature of such investments to CNBC. “Nvidia invests $100 billion in OpenAI, which then OpenAI turns back and gives it back to Nvidia,” Talkington said. “I feel like this is going to be very virtuous for Jensen.”

Tech critic Ed Zitron has been critical of Nvidia’s circular investments for some time, which touch dozens of tech companies, including major players and startups. They are also all Nvidia customers.

“NVIDIA seeds companies and gives them the guaranteed contracts necessary to raise debt to buy GPUs from NVIDIA,” Zitron wrote on Bluesky last September, “Even though these companies are horribly unprofitable and will eventually die from a lack of any real demand.”

Chips from other places

Outside of sourcing GPUs from Nvidia, OpenAI has reportedly discussed working with startups Cerebras and Groq, both of which build chips designed to reduce inference latency. But in December, Nvidia struck a $20 billion licensing deal with Groq, which Reuters sources say ended OpenAI’s talks with Groq. Nvidia hired Groq’s founder and CEO Jonathan Ross along with other senior leaders as part of the arrangement.

In January, OpenAI announced a $10 billion deal with Cerebras instead, adding 750 megawatts of computing capacity for faster inference through 2028. Sachin Katti, who joined OpenAI from Intel in November to lead compute infrastructure, said the partnership adds “a dedicated low-latency inference solution” to OpenAI’s platform.

But OpenAI has clearly been hedging its bets. Beyond the Cerebras deal, the company struck an agreement with AMD in October for six gigawatts of GPUs and announced plans with Broadcom to develop a custom AI chip to wean itself off of Nvidia dependence. When those chips will be ready, however, is currently unknown.

Let’s be honest: trying to get an entire household to agree on a fitness routine is usually a recipe for disaster. It often feels like trying to solve a puzzle where the pieces keep changing shape. You have adults balancing the stress of work and the exhaustion of parenting, kids who are glued to their screens, and grandparents who need something gentle but effective. Everyone has a different schedule, a different body type, and a drastically different idea of what “fun” looks like.

For years, the “home gym” solution to this problem was to buy a treadmill that eventually turned into an expensive clothes hanger, or a set of dumbbells that gathered dust in the corner because only one person knew how to use them properly. Most equipment is built for a solitary user with a specific goal, not a chaotic, multi-generational family.

This is exactly where the AEKE K1 Smart Home Gym is trying to change the narrative. It isn’t just another piece of heavy metal to stub your toe on; it is designed to be a chameleon that adapts to whoever is standing in front of it.

The “Brain” Behind the Brawn

At first glance, the K1 looks like a sleek mirror or a piece of modern tech, but the real magic is what is happening inside. It ditches the clunky iron plates for AI-controlled digital resistance. This is a game-changer for a shared space. It means the machine can generate up to 220 pounds of resistance for a heavy strength session, but instantly dial it back for a mobility workout, all without anyone having to manually move a pin or swap a weight.

The system uses what they call a “6D fitness analysis,” which sounds technical, but in practice, it acts like a vigilant spotter. It watches your movement in real-time. If your form gets sloppy during a squat, it knows. If you are favoring one side, it catches it. This allows it to offer corrections instantly, which is crucial when you don’t have a human trainer in the room to stop you from hurting yourself.

A Gym That Knows You

The biggest friction point in family fitness is setup time. Nobody wants to spend ten minutes adjusting seat heights and weight stacks. The K1 solves this with individual user profiles. When you step up, it remembers you. It knows that you are working on hypertrophy, and it knows that your partner is focused on cardio. It switches modes instantly, so a teenager can jump on for a quick 15-minute game after school, and a parent can do a serious lift after dinner, with zero reconfiguration required.

Turning Sweat into Play

Speaking of teenagers, the K1 pulls a clever trick to get people moving: it gamifies the experience. Staring at a wall while lifting weights is boring. Staring at a vibrant 43-inch 4K screen while chasing high scores in a fitness game is actually fun.

By blending movement with entertainment, it stops exercise from feeling like a chore. The built-in sound system immerses you in the experience, whether that is a high-energy game for the kids or a guided session for the adults. It turns the “fitness corner” into a place people actually want to hang out.

Safety and Practicality

For a family device, safety is non-negotiable. Because the weight is digital, the K1 can instantly cut the resistance if it detects you are struggling or in danger. It’s a safety net that iron weights simply can’t offer. Plus, it respects your living space. When you are done, it folds down to take up barely any room – about 0.3 square meters – blending back into your home decor rather than dominating it.

Perhaps the most refreshing part? It breaks the modern trend of endless subscriptions. The K1 offers a lifetime experience without the monthly fees that usually plague smart fitness gear. It’s a solution designed for the reality of modern homes: flexible, safe, engaging, and genuinely built for everyone.

Cordless vacuums are lighter than upright or corded vacuums but still have heavyweight cleaning power. Some of the best cordless vacuums I’ve tested come from Dyson. The company features prominently on our list of the best cordless vacuums, earning spots for dust-busting and wet-dry mopping, even though its models tend to be on the pricier side. 

Dyson’s new PencilVac, now available for sale in the US, is different. As the name suggests, the PencilVac is shaped a lot like a pencil. It felt more like holding a broom than a vacuum. It’s also the lightest and thinnest cordless vacuum I’ve ever used, measuring just 38 millimeters in diameter and weighing less than 4 pounds (1.8 kilograms). The entire motor (a Hyperdymium 140k motor) is somehow small enough to fit into the handle, which isn’t any bigger than the rest of the vacuum. 

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While cordless vacuums are easier to maneuver than corded ones, they can be notably top-heavy, with some as heavy as 12 pounds, and even the lighter ones usually weigh around 6 or 7 pounds. 

Watch this: I Spoke with James Dyson About Product Design and the Lightest and Thinnest Vacuum on the Market

10:13

Key specs: 

• 38mm diameter and weighs less than 4 pounds (1.8kg) 
• Four conical Fluffycones cleaner heads that can detangle long hair 
• Dyson Hyperdymium 140k motor, 34% more power dense with 55 air watts of suction 
• A dust separation system can capture 99.99% of particles as small as 0.3 microns 
• Dust compression system to compress dust in a 0.08-liter dustbin
• Connects to the MyDyson app to monitor battery and filter maintenance 
• Dust illuminating green LEDs on both sides 
• 60-minute replaceable battery pack 
• Magnetic charging dock with tool storage

Using the PencilVac

Swiping the brush head rollers around the wood floor in Dyson’s showroom took minimal effort, and part of that comes from the brush head design. Rather than the standard single or dual brush roller, the PencilVac has four conical brush bars (in an array of two on each side). They’re designed to eject hair as it’s picked up and prevent it from wrapping around and tangling the brush bars. The front bar rotates in one direction while the rear ones rotate in the opposite direction, in theory making cleaning more comprehensive.

The dustbin fills up quickly, but it’s easy to empty 

I briefly used the vacuum in Dyson’s showroom to clean up biscuit crumbs from the floor. The green LED lights are a feature you’ll find on the Dyson V15 Detect as well, and they make it easy to see dust and other debris. The mess was clean in a few swipes, with the dustbin successfully compacting the crumbs into a tightly packed mass. It was fascinating to see all the dirt collecting right at the top of the dustbin. Dyson claims that despite only having a 0.08-liter capacity, the new dustbin design can pack five times the dust and debris into the same space. 

That might be true, but I noticed that the dustbin filled up quickly and required immediate emptying between each demonstration. For reference, the average size of a dustbin on a cordless vacuum is usually between 0.5 liters on the small end and as much as one liter on the bigger end. 

I just don’t see the PencilVac being a main vacuum for people in big households with pets and kids, though it can make a nice supplement to a more mainstream vacuum since it’s so light and easy to use. 

Eject the vacuum like a syringe 

On the plus side, emptying the dustbin is easy with a unique plunger-style ejection system that allows you to eject dust directly into the trash without needing to shake out or tap the dustbin. A few tools are included, like the combi-crevice and conical hair screw tool, and may lend it more to light cleaning tasks, by helping you get into tight spaces and awkward gaps and pull out hair from carpets, sofas and mattresses. 

The PencilVac comes with a magnetic charging dock, but unlike some competitors like the Shark Clean & Empty, it won’t self-empty. This is also Dyson’s first connected vacuum, allowing you to pair it with the MyDyson app to monitor things like battery life and filter maintenance. 

Price and availability 

The Dyson PencilVac is available in the US via Dyson for $599. The price makes it less expensive than the top-tier models of Dyson’s lineup, like the $850 Dyson V15 Detect Absolute and $1,150 Gen5 Outsize (at full price), but more costly than many of our top picks for cordless vacuums like the $180 Eureka ReactiSense 440. I’m looking forward to testing it in our Louisville lab to see how it compares to other thin and lightweight options as well as beefier models in cleaning performance.  

The Dreame L10s Ultra robot vacuum and mop has been discounted to match the all-time low price of AU$429 that we saw from Black Friday 2025.

While the advertised RRP on Amazon is AU$1,199, the L10s Ultra was originally priced at AU$2,588 when it launched in 2022. But thanks to new iterations of this robovac coming out in quick succession (the latest Gen 3 model was released in October 2025), the L10s Ultra is now selling for a fraction of that original price.

In our Dreame L10s Ultra review, the robovac impressed with its AI obstacle avoidance capability and ability to detect changes in floor type and switch cleaning modes from carpet to hard flooring automatically. It also doesn’t need to map the space it will be cleaning beforehand, navigating a home on its own without issues.

The self-emptying capabilities were praised, as well as the ability to control the robovac remotely while it’s in standby mode. Our reviewer added that the companion app was easy-to use, where you can view cleaning history, set scheduled cleanups, tweak the carpet cleaning settings and see the accessory use, among other useful features.

The Dreame L10s isn’t perfect – the review also noted that it can get very loud during the self-emptying process, and that the unit may be drawing a lot of power while doing so. The testing also found it struggled to clean up spillages on hard floors and picking up larger debris.

Ultimately, though, I reckon these issues can be overlooked with this discount as you’ll be hard pressed to find a robovac with a fully automated dock (for washing and drying mops) and AI obstacle avoidance at this price point.

If you’re looking for something with more suction and better edge cleaning capabilities, the Gen 3 model mentioned above has also been discounted, and boasts 25,000 Pa units compared to the Gen 1’s 5,300 Pa. That said, it will still cost you twice as much as the L10s Ultra at AU$1,049.50, even with the 50% discount applied at checkout.

Running a business means juggling countless moving parts while trying to stay ahead of the competition. You know that feeling when manual processes eat up your day, communication breaks down between teams, and you’re constantly putting out fires instead of focusing on growth. The good news is that modern technology has solutions that can transform these daily headaches into streamlined operations.

Let’s explore how specific technologies can drive operational efficiency and revolutionize the way you run your business, turning chaos into competitive advantage.

Cloud Computing: Your Data Liberation Story

Cloud computing changes this narrative completely. Your team can access files, applications, and data from anywhere with an Internet connection. Collaboration happens in real time, whether your employees are in the office, working from home, or traveling. When your systems live in the cloud, automatic backups protect your data, and you only pay for the resources you actually use.

All you have to do is choose the right cloud provider and migration strategy. Start by identifying which applications and data would benefit most from cloud access, then work with a trusted provider to create a migration plan that minimizes disruption to your operations.

Artificial Intelligence: From Guesswork to Precision

Decision-making used to rely heavily on gut instinct and incomplete information. You’d spend hours analyzing spreadsheets, trying to spot trends, and making educated guesses about inventory needs, customer behavior, and market opportunities. Important insights often remained hidden in your data, and by the time you discovered them, competitors had already moved ahead.

Nowadays, there are hundreds of technologies and devices built precisely to streamline and improve decision-making, but few are as powerful and accessible as artificial intelligence. AI uses machine learning algorithms to analyze patterns in your data that your eyes could miss, predict customer needs before they express them, and automate routine decisions that once consumed hours of your time. Your inventory management becomes precise, customer service becomes proactive, and marketing campaigns target the right people at the right moment.

Making this transformation requires starting small and scaling up. Identify one specific business challenge where AI could make an immediate impact—perhaps customer service chatbots or predictive maintenance—and build from there.

Internet of Things (IoT): Turning Equipment Into Intelligence

Do you have equipment that is silent until something goes wrong? Maybe your machines break down without warning, causing costly downtime and emergency repairs. Or maybe you discover problems only after they’d already damaged productivity, frustrated customers, or created safety hazards. Perhaps your maintenance schedules are based on calendar dates rather than actual equipment conditions.

IoT sensors change everything by giving your equipment a voice. These smart devices monitor temperature, vibration, performance metrics, and wear patterns continuously. They alert you to potential problems before they become failures, optimize energy usage automatically, and provide data that helps you make informed decisions about replacements and upgrades.

The path to IoT implementation starts with identifying your most critical equipment and processes. Install sensors on machines that cause the biggest disruption when they fail, then expand your network as you see results and build confidence in the technology.

Robotic Process Automation (RPA): Your Digital Workforce

Repetitive tasks can drain your team’s energy and creativity. Employees spend countless hours on data entry, invoice processing, report generation, and other routine activities that add little value but consume significant time. These manual processes are prone to errors, create bottlenecks, and prevent your people from focusing on strategic work that drives growth.

RPA creates a digital workforce that handles these routine tasks with perfect accuracy and unlimited stamina. Software robots can process invoices, update databases, generate reports, and handle customer inquiries around the clock. Your employees then become free to focus on creativity, problem-solving, and building relationships that truly matter to your business.

Implementing RPA starts with documenting your current processes and identifying the most repetitive, rule-based tasks. Begin with one straightforward process, perfect the automation, then expand to other areas where digital workers can create value.

Advanced Security Systems: From Reactive to Proactive Protection

Security used to be not much more than a door lock and a key. Business owners used to have to hope that nothing bad would happen when they left for the night. Nowadays, physical security has made huge advancements in hardware that make it harder than ever for intruders to gain access. You probably have at least durable deadbolts on your physical business, but that’s not a foolproof strategy. You might still worry about unauthorized access to physical locations and wonder if your digital systems are truly protected.

Technology has filled in the security gaps that hardware can’t fill. Modern security systems create a proactive shield around your operations. For example, you can choose from different types of access control cards to integrate the intelligence of software with the physical benefits of locked hardware. You can also install smart cameras with facial recognition and AI-powered threat detection that work together to identify and respond to security issues before they escalate. These systems learn normal patterns and immediately flag anything unusual, giving you peace of mind and protecting your assets 24/7.

Building comprehensive security starts with assessing your current vulnerabilities across both physical and digital assets. Work with security professionals to design integrated systems that protect your specific business needs without creating barriers for legitimate users.

Making Technology Work for Your Business

You’re fortunate enough to own a business in an age that gives you access to hundreds of technologies that drive operational efficiency. This blog has covered only a few. The key to leveraging these technologies lies in understanding that they’re tools designed to solve specific business problems, not flashy additions to impress others. Start by identifying your biggest operational pain points, then explore which technologies offer the most practical solutions.

Success comes from taking a measured approach. Choose one technology that addresses your most pressing challenge, implement it thoroughly, and measure the results before moving to the next innovation. This strategy builds confidence in your team, demonstrates clear value to stakeholders, and creates a foundation for continued technological advancement.

Act as if your competitors are already exploring these possibilities (because they probably are). The question isn’t whether technology will transform business operations—it’s whether you’ll lead that transformation or be forced to catch up later.