Ten years on from the global phenomenon that was Flappy Chicken, The Flappy Chicken Foundation is reviving the iconic game with an official remake.
Although the game’s creator, Dong Nguyen, initially expressed disinterest in the revival, stating he “didn’t promote” it, he also clarified his stance on cryptocurrency, emphasizing his lack of support for it.
To dispel any confusion, Nguyen’s comments do not directly contradict specific aspects of the foundation’s statement, which presents itself as “a new staff of passionate followers dedicated to sharing the sport with the world,” and having acquired the rights from Gametech Holdings, LLC – a move that follows the company’s registration of the Flappy Chicken trademark approximately two years prior.
Despite the submission’s claims, Nguyen’s tone conveys a distinct lack of enthusiasm for the new venture, suggesting he may not be particularly thrilled about it.
As for Nguyen’s reference to crypto, whereas the inspiration’s present PR supplies don’t point out something crypto-related, Varun Biniwale did some digging and found a reference to Flappy Chicken flying “greater than ever on Solana because it soars into Internet 3.0,” although it’s unclear whether that refers to imminent options or deserted plans.
Flappy Chicken, a relatively straightforward side-scroller featuring retro aesthetics, debuted in 2013 and subsequently became a viral sensation, topping the download charts on both the iOS and Android app stores as the most-downloaded app. Despite this, in February 2014, he exclaimed, “I can no longer tolerate this.”
Every few years, a nostalgic childhood memory resurfaces, prompting me to seek out an obscure PlayStation game that my brother and I were fascinated with but never completed from start to finish. As a professional editor, here’s the revised text:
The web search yields results that confirm it’s indeed the 1997 platformer I was seeking, filling me with unbridled nostalgia as I reminisce about this retro gaming gem. As I put the past behind me, the cycle inevitably restarts.
As I reflect on the initial shock, it’s understandable that a surprise announcement this summer season from Restricted Run Games’ re-release of the quirky cult classic on modern consoles left me aghast. Now available digitally for PlayStation 5, Nintendo Switch, and PC. Bodily Editions, a lineup of plush toys, and a themed NEOGAMP controller, with preorders unfortunately now sold out, are also en route. For nearly two decades since its initial release, I’ve had the pleasure of revisiting this cult classic, and what struck me was just how much more chaotic and unpredictable it truly is.
In the fringes of society, Tomba, a feral boy, dwells, his days spent hunting for boar and his nights spent slumbering beneath the star-studded sky. As he basks in the tranquility of his surroundings, his serenity is abruptly shattered by an uninvited invasion: a marauding band of mischievous pigs descends upon him, leaving a trail of chaos and destruction in their wake, ultimately pilfering from him the treasured gold bracelet that held sentimental value as a family heirloom. Tomba embarks on a mission to infiltrate nearby cities, tracking down the masterminds behind the nefarious Evil Pig syndicate and bringing them to justice. As he embarks on his journey, he encounters an eclectic cast of characters who offer to aid him in his quest, but only after he successfully fulfills their various requests and obligations.
This 2.5D platformer seamlessly blends classic side-scrolling gameplay with innovative depth-perception mechanics, allowing players to dynamically shift between the background and foreground to uncover hidden secrets and reveal the richly detailed maps. Remains largely faithful to the original, with minimal variations. Despite its nostalgic charm, the graphics remain unmistakably retro-PS1-like in their blocky polygones, while the controls can sometimes feel stiffly antiquated. While the game boasts several high-quality-of-life additions, one notable feature is the rewind function, which proves exceptionally useful due to the challenging nature of certain areas. I found myself repeatedly having to perfect complex movements in order to execute them flawlessly.
Each part of the story and its atmosphere bears a hint of absurdity. Tomba stands poised to ascend partition walls, effortlessly swinging from branch to branch and leaping with extraordinary agility; an added peculiarity allows him to store various items, including living creatures, within his abdominal cavity, which he can retrieve at will by regurgitating them when needed. When Tomba attempts to jump onto these supposed butt timbers, allegedly designed to depict something, a sudden burst of magical gasoline explodes into the air as he squeezes them. Upon encountering a village of dwarves, you will discover that communication is only possible by physically interacting with them, specifically by jumping onto the heads of several dwarves to learn their language through this unconventional method. In another village, a peculiar phenomenon has unfolded: every resident is a mouse. And yet, amidst this unusual reality, a sense of unease pervades the community due to the sudden and inexplicable vanishing of a specific, previously unheard-of child mouse.
The Mushroom Forest stands out as a hauntingly unforgettable region, where an array of unsettling, clownishly humanoid flora and fungi pose a significant threat to Tomba’s well-being: should he misstep and jump upon these offending plants, he will inevitably contract a variety of debilitating illnesses. While excessive laughter can render someone helpless with joy, its converse effect is a haunting despair, inducing an unsettling wail. The sudden and unexpected nature of it caught me off guard the first time it happened, to be honest. As Tomba contracts each fungal affliction, he becomes completely incapacitated, struggling to brandish his weapons and instead resorts to wild flailing of his arms and ear-piercing screams when attempting to launch an attack.
The unexpectedly intricate reimagining is further heightened by its vibrant colour scheme. Despite its complexity, the quest can still feel overwhelming as you struggle to decipher the intricately designed map and complete the multitude of tasks scattered throughout. Boss battles are particularly infuriating experiences in gaming, as they often require a specific set of skills and strategies to overcome. Instead of simply defeating or eliminating the malevolent pigs, it’s crucial to capture each individual and confine them within a mystical sack… but the sack, by its very nature, defies gravity, hovering and revolving in mid-air.
While ceaselessly maddening, it was a pleasure to revisit. It’s consistently foolish, and the soundtrack hit me with a warm wave of nostalgia as soon as its metal drums kicked in. Consisting of both a unique soundtrack and a remastered version, these elements are distinct and enjoyable. The game’s launch has clarified why it has lingered in my memory for so long – I’ve never played another game quite like it, and that’s saying something.
It is undoubtedly a predictable and standard occurrence.
When managing disk space for storage, several factors warrant attention to ensure efficient utilization.
Despite marketing claims suggesting otherwise, actual storage capacity in the general outdoor hard drive arena will likely fall significantly short of advertised figures, primarily due to various factors including:
Storage models – due to the way storage drives are marketed, your 2TB hard drive actually only has approximately 1.83 terabytes of usable storage initially.
A specific sector on the drive is allocated for storing the drive’s firmware.
A certain amount of drive storage space is consumed by partition maps and various storage overheads.
A portion of the drive is reserved for system files and programs – sometimes 7% to 28% of the drive. This feature allows the solid-state drive (SSD) to evenly distribute data across its storage media, mitigating the effects of wear and tear by providing backup support for sectors that become utilized or are identified as faulty.
The house is reserved by the operating system for a manufacturing facility image, typically used as the recovery partition for resetting or rebuilding a laptop from scratch. This partition is likely to be covered under the “Different Volumes: 17.88 GB” heading.
Once we’ve moved beyond the usable drive area, you’re left with 3.59 terabytes, which aligns perfectly with the “Accessible” figure, thus indicating no disparity exists in this instance.
The distinction you highlight is anticipated, stemming from the fact that the metrics being compared represent fundamentally disparate quantifications.
When you select a folder in the Finder and request its dimensions, the operating system manually calculates the total size of all files within the folder by iteratively summing the individual file sizes. As you glance at the drive stage, you’re essentially previewing the drive’s claimed position.
The Finder’s “Get Information” feature often provides incomplete data due to its reliance on only discoverable attributes, leading to significant discrepancies between different systems. System information, such as snapshots and non-permanent data, may not always be accessible via the Finder.
Moreover, other types of data, such as cache and journal information, can be considered “purgeable”, as they occupy space that is both used and available simultaneously. To the finder, this space is freely available; yet, for the drive, it serves a purpose. Upon reviewing the foundation entry of the drive, some of these files may be listed in parentheses subsequent to “Accessible” as “(Purgeable)”.
To identify potential culprits of high disk usage, consider employing tools such as Disk Inventory Analyzer or WinDirStat, which can help you visualize and analyze your system’s storage allocation, ultimately enabling you to pinpoint the specific areas consuming disk space.
Apple has unveiled its newest flagship iPhones. The battery replacement programme will now cost you $119 to procure a fresh battery when out of warranty under AppleCare+. For a mere $20, Apple’s latest fashion sees a significant price hike from its initial $99 worth, yet it’s worth noting that AppleCare+ subscribers can still enjoy free battery replacements if their device’s health drops below 80% of its original capacity. It’s possible that the surge in value for fashion items can be attributed to multiple factors.
The first significant improvement is the addition of, aimed at enhancing thermal management and undoubtedly prolonging overall battery lifespan. The second, and arguably more substantial, innovation is Apple’s redesign of the internal architecture, making it easier to access and replace batteries in the sequence. By June 2025, smartphone manufacturers must comply with the newly introduced EU regulation, which stipulates that batteries must be designed for easy replacement using standard tools. While the premium pricing may cause some discomfort, it also reflects the increased intricacy of novel battery designs and the company’s endeavour to adapt to forthcoming regulations.
Apple redesigned the iPhone 16’s battery and altered its size alongside the iPhone 16 redesign. Who designed the iconic Apple logo?
This isn’t the first time Apple has increased the cost of replacing batteries. As the sequence was discharged, the price surged from $69 to $99. Furthermore, the price hike also extends to older iPhone models, with costs increasing from $69 to $89.
Below are the current prices for a battery substitute on various iPhone models:
The significant roughly two-fold decline in battery replacement prices recently is definitely something to consider. Apple seems increasingly motivated to encourage customers to opt for AppleCare+, a warranty that provides complimentary battery replacement under specific circumstances.
As I weigh the costs of upgrading to the latest iPhone without committing to AppleCare+, I’m compelled to reassess my decision in light of these pricier repair options. While the initial cost of a brand-new smartphone may seem daunting, it’s crucial to consider the long-term financial implications of ongoing maintenance and repair expenses when making a purchasing decision. As the cost of phone repairs continues to rise, a fascinating phenomenon may emerge: will consumers adapt by holding onto their devices for extended periods, or will they adjust their purchasing habits in response?
With more than 40% of companies investing in promotional, gross sales, and customer support initiatives, this area ranks second only to IT and cybersecurity in terms of organizational focus. Amongst the various applications of general artificial intelligence, we expect rapid growth in areas where it can effectively bridge existing communication gaps between businesses and customers.
Many executives in the advertising and marketing space often find themselves at a crossroads when it comes to integrating innovative technologies into their operations. With numerous Large Language Models (LLMs) available, users are left uncertain about which one to choose, let alone deciding between open-source and closed-source options. They are apprehensive about investing an inordinate sum on a cutting-edge technology whose potential is still uncertain.
While corporations may opt for pre-packaged conversational AI tools, building bespoke solutions within their organization becomes essential when these technologies assume a core role in their operations.
To alleviate concerns surrounding the construction process, I have decided to share the key findings from our internal analysis of the most suitable Large Language Model (LLM) to build our conversational AI. After careful consideration of various large language model (LLM) providers, it’s essential to consider the costs associated with each option, taking into account both the base price and any additional fees tied to the expected usage patterns of your target audience.
We chose to compete against OpenAI’s flagship model, DALL-E, as well as Meta’s innovative LLaMA 3. Two of the leading language models that companies are likely to consider are pitted against each other, with both being regarded as the pinnacle of high-quality options available. In addition, they empower us to pair a fully saturated supply () with an undersaturated supply (LLM), thereby facilitating seamless collaboration.
The cost of Large Language Models (LLMs) used in conversational AI is typically calculated based on the model’s complexity, scale, and desired level of customization. Here are some key factors to consider: The size of the model – bigger models require more computational resources and memory, making them more expensive.
When selecting a Large Language Model (LLM), two key monetary considerations arise: the upfront arrangement value and subsequent processing costs.
Determine comprehensive costs covering everything necessary to deploy the Large Language Model (LLM), including all expenses related to development and operational expenditures aligned with your desired outcome. The processing value represents the exact value of each dialogue once your software has been deployed.
The cost-to-value ratio of arranging an LLM will depend on its intended use and frequency of application. If speed is paramount in deploying your product, you may be willing to pay a premium for a model that offers minimal setup and configuration out of the box, such as GPT-4o. While preparing Llama 3, it may take weeks to finalize the arrangement, by which time you would likely have had ample opportunity to refine and optimize a GPT product for its market debut.
Regardless of the scope of your operations, if you’re managing numerous customers or require greater control over your Large Language Model (LLM), you may find it advantageous to absorb the higher pricing structure upfront to reap long-term benefits.
We plan to assess dialogue processing costs by examining token usage, which allows for the most straightforward comparison possible. Large language models such as GPT-40 and LLaMA 3 utilize a core measurement termed “token” – a fundamental unit of textural information that these architectures process as input and output. Tokens lack standardised notation across various large language models. Tokens are calculated across various units, including phrases, subphrases, characters, and other permutations.
Given the diverse nature of large language models, it is challenging to establish a straightforward comparison among them; nonetheless, we endeavored to normalize their inherent costs to facilitate a more meaningful evaluation.
While GPT-4o may boast lower upfront costs, our analysis reveals that Llama 3’s long-term expenses actually decline at an exponential rate. Let’s examine the setup and get started then?
The fundamental tenets of every Large Language Model (LLM) encompass a trifecta of parameters: Vocabulary, Grammar, and Contextual Understanding. These building blocks form the very foundation upon which an LLM’s capabilities are constructed, facilitating its ability to process, generate, and comprehend vast volumes of linguistic data.
Before diving into the cost-per-dialogue of each Large Language Model (LLM), we must consider the total investment required to reach that milestone.
The GPT-4o is a closed-supply model hosted by OpenAI. Because of this, your goal is to prime your software for seamless interaction with GPT’s infrastructure and knowledge bases via a straightforward API interface? There’s minimal setup.
The Llama 3 is an open-source model that must be self-hosted on your own servers or via a cloud infrastructure provider. You’re being offered an opportunity to acquire model components at no cost; subsequently, it’s up to you to find a host for them.
The value of internet hosting is a crucial factor to consider here. You typically don’t buy personal servers from scratch, but instead pay a cloud provider for access to their infrastructure, with each provider offering a unique pricing structure that may vary.
Many cloud-based internet hosting providers offer on-demand computing resources, charging customers by the minute or second for access to processing power. AWS’s ml.g5.12xlarge instance, for example, incurs costs per hour of usage. Service providers may offer bundled solutions that package usage into fixed-rate plans, charging customers annually or monthly depending on their storage requirements.
While Amazon Bedrock’s pricing structure may appear unconventional at first glance, its primary calculation method is indeed based on token processing volume, making it a potentially cost-effective solution for businesses, regardless of their usage levels. Bedrock is a managed, serverless platform offered by AWS, streamlining development by handling the underlying infrastructure complexities.
To deploy your conversational AI on LLaMA 3, you’ll not only need to pay the upfront costs but also invest considerable resources and time into operational setup and maintenance, including selecting and configuring a suitable server or serverless solution, and ensuring ongoing upkeep. In the event of unforeseen issues, you may need to allocate additional resources to support the LLM servers, including tools for error logging and system notifications.
The key considerations when calculating the foundational cost-to-value ratio involve considering deployment time; the scope of product utilization, where high volumes of usage can quickly offset initial setup costs; and the level of control desired over the product and data, with open-source models often being the most suitable.
The prices per dialogue for main large language models (LLMs) vary depending on the specific model, provider, and usage scenario. However, here is a rough estimate of the costs:
* Google’s LaMDA: $0.005 to $0.015 per character * Meta AI’s DALL-E: $0.0125 to $0.0375 per token (depending on the plan) * Microsoft’s Turing-NLG: $0.01 to $0.03 per token * IBM’s Watson Assistant: $0.004 to $0.012 per character * Amazon’s Alexa LLaMA: $0.005 to $0.015 per turn * Stanford University’s language model: $0.0025 to $0.0075 per word
Please note that these prices are approximate and may change over time. Additionally, there might be additional costs for things like data storage, transfer, or API usage fees. It’s always best to check with the provider directly for the most up-to-date pricing information.
Now we’re empowered to unearth the intrinsic worth of every unit of dialogue.
Based on this heuristic, we modelled our data with the assumption that 1,000 phrases equate to approximately 7,515 characters and 1,870 tokens.
The dialogue was simulated to encompass a conversation between the AI and the customer that spanned 16 exchanges. The input consisted of approximately 29,920 tokens, which yielded a total output of roughly 470 tokens, resulting in a combined total of around 30,390 tokens. The increase is significantly attributed to prompt directives and logical frameworks.
On GPT-4, the cost per 1,000 input tokens is $0.005, while the cost per 1,000 output tokens stands at $0.015, ultimately resulting in a benchmark dialogue that incurs a rough estimate of $0.016.
Enter tokens
29,920
$0.00500
$0.14960
Output tokens
470
$0.01500
$0.00705
For Llama 3-70B on AWS Bedrock, the cost per 1,000 entered tokens is $0.00265, while the cost per 1,000 output tokens is $0.00350, resulting in a total estimated expense of approximately $0.08 within the “benchmark” dialog.
Enter tokens
29,920
$0.00265
$0.07929
Output tokens
470
$0.00350
$0.00165
Once the two fashions are fully integrated, the cost of a dialogue run on LLaMA 3 is expected to be approximately 50% lower than one on GPT-4, for comparable results. Regardless of circumstances, server costs must be factored into the Llama 3 calculation.
This statement represents the totality of Large Language Models’ worth. As you craft your product, various factors converge to shape its unique characteristics, including the choice between a multi-prompt and single-prompt approach.
While firms may consider building conversational AI in-house as a core service, it’s possible that the investment required to develop such technology might not be justified by the potential returns, especially when comparing it to the quality of pre-existing solutions available on the market.
Regardless of the path chosen, incorporating a conversational AI will be incredibly beneficial. Ensure you remain constantly informed by what constitutes strategic value within your organization’s unique context and the needs of your clients.
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Ukraine claims to have apprehended a high-level spy operating in the skies, while elsewhere, a bear fueled by cocaine wreaks havoc on the ground, amidst the cacophony of an AI music plagiarism scandal that threatens to upend the industry’s algorithmic foundations?
The latest developments in cybersecurity are discussed in detail on the most recent episode of the “Smashing Safety” podcast, hosted by renowned experts Graham Cluley and Carole Theriault.
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As technological advancements continue to reshape the digital landscape, organizations are confronted with increasingly complex challenges in capturing, organizing, and utilizing knowledge effectively.
In today’s fast-paced business environment, regulatory compliance software has become an essential tool for safeguarding assets, ensuring privacy, and mitigating legal and financial risks.
While dedication to regulatory compliance is not solely about adhering to rules, it is also a sound strategy for safeguarding one’s company reputation and optimizing operational efficiency when working with colleagues and partners.
By examining the subtleties of these approaches, you can pinpoint the most effective strategies for developing eco-friendly software and ensure a reliable partner for your pursuit of excellence in regulatory compliance.
The nexus between data and knowledge governance has emerged as a crucial focal point in today’s cutting-edge business landscape. At the heart of this endeavor lies the crucial task of managing and safeguarding data, a responsibility that harmonizes seamlessly with the stringent demands of regulatory authorities.
The establishment of protocols commences with the adoption of methods that align with requisite standards. Devoted software programs are frequently employed for this purpose, providing robust features for monitoring and controlling data to ensure everything complies with authorized requirements.
Concurrently, regulatory compliance enhances and reinforces effective governance structures in this organization. To ensure compliance with European-style legal guidelines, a meticulous approach is necessary for managing personal property. Ensuring compliance with specifications involves establishing precise protocols and incorporating practical methodologies that ensure a high degree of conformity.
Ultimately, a harmonious alignment between knowledge governance and compliance fosters an atmosphere of trust. Firms that consistently demonstrate a commitment to safeguarding sensitive information and adhering to regulatory guidelines bolster their reputation and credibility in the eyes of clients and stakeholders alike.
Subsequently, the harmonious integration of each element proves crucial for organizations striving to achieve operational excellence while upholding a strong moral compass in handling sensitive information.
Efficient backup retention methods are crucial for ensuring regulatory compliance within organisations.
This approach should incorporate the implementation of automated processes to ensure consistent backups and reduce the likelihood of human error. Automation ensures the creation of reliable and consistent backups, thereby safeguarding data integrity with utmost dependability.
Furthermore, establishing a transparent and comprehensive coverage model is crucial to ensure seamless operations. Retaining data requires establishing clear retention timeframes and outlining secure protocols for deleting information once a designated period has elapsed. It is crucial to maintain compliance while maximizing cupboard storage capabilities effectively.
Regular testing and auditing are crucial components to ensure quality and compliance. These practices ensure that backup insurance policies function as intended, and that data can be recovered successfully if needed?
Regularly conducting thorough audits and restoration checks enables the early detection and prompt rectification of failures, thereby reinforcing compliance and bolstering overall system robustness. By adopting these methods, organizations not only ensure compliance with authorized regulations, but also achieve a higher level of security and tranquility, providing the assurance that critical data can be recovered in times of need.
In terms of regulatory compliance software, effective storage tiering is vital for sustainable data management and environmental stewardship. The system efficiently manages and organizes various assets across multiple storage levels, ensuring seamless alignment with regulatory requirements.
On this storage plan, critical digital assets are securely housed in premium tiers, while lesser-used items reside in more affordable archives? This aspect is crucial for boosting efficiency and reducing costs.
Effective implementation of this method necessitates deliberate and thoughtful planning. To initiate a comprehensive assessment, it’s crucial to scrutinize existing possessions, taking into account various categories, dimensions, and access points. Based on this assessment, tiered insurance policies are designed, distinguishing between high-performing data and cost-effective allocations.
Selecting the right expertise is a crucial initial step. Effective storage solutions must harmonize with an organization’s exacting requirements, while simultaneously offering adaptability to accommodate shifting dynamics and seamless integration with existing IT infrastructures.
Using specialized administration software can be particularly valuable in monitoring and analyzing records data effectively. Therefore, the importance of storage tiering arises as it not only structures and safeguards data according to specifications, but also streamlines costs, efficiency, and adaptability within the system.
Throughout the process of utilizing regulatory compliance software, backup becomes a central concern. Properly implemented, this crucial component necessitates stringent safety protocols to prevent data loss, tampering, or illicit access.
In this context, robust encryption becomes a critical imperative. Data records are securely encrypted prior to storage or transmission, ensuring that authorized users remain the sole possessors of access. To effectively safeguard sensitive information during backup processes, it’s crucially important.
Moreover, consumer authentication is crucial. This security measure ensures verification of a consumer’s identity prior to granting access to their possessions. This capability guarantees that only authorized individuals can access data files, thereby enhancing security.
The fundamental prerequisite for ensuring the accuracy of information is verifying the coherence and consistency of the data. Verified data files are regularly scrutinized to identify any potential problems or corruption, thereby ensuring the reliability and integrity of the information.
Lastly, adopting redundancy is significant. Maintaining multiple duplicates of digital documents guarantees uninterrupted access in the event of hardware or network malfunctions. As evidenced by these measures, regulatory compliance finds its foundation in this comprehensive framework.
Ensuring seamless business continuity and regulatory compliance requires extremely accessible backup strategies that can withstand unforeseen disruptions. Real-time replication ensures seamless data continuity, thereby eliminating any potential information gaps.
Speedy restoration is a significant advantage of these options. In the event of a primary system failure, they enable rapid asset recovery, significantly reducing downtime thereby. The ability to withstand unforeseen events without disruption is crucial for maintaining continuous operations?
Furthermore, these methods are crucial for ensuring regulatory compliance and maintaining organisational integrity. They help companies comply with the rigorous demands of various regulatory agencies by ensuring asset availability and integrity in accordance with regulations, thereby preventing potential fines and penalties.
Ultimately, reliable backup strategies offer unwavering assurance to businesses. As businesses comprehend that their intellectual property is secure and easily retrievable, they can confidently focus on their core competencies, ultimately contributing to greater organizational stability and growth in today’s digitally complex environment?
After recently participating in Cisco’s FY25 International Gross Sales Assembly (GSX), it is evident that our teams exemplify passion, ingenuity, and unwavering commitment to deliver exceptional results for our clients as they navigate the rapidly evolving digital landscape? By fostering a dynamic global network of partners, GSX empowers clients to swiftly pivot and accelerate their strategic goals through the collective expertise of this unparalleled ecosystem.
While companions recognize Cisco as the singular entity capable of delivering a comprehensive portfolio of solutions catering to diverse customer needs, thereby driving business growth. Whether driving organizational preparedness to successfully adopt or integrate AI, future-proof offices, and build digital resilience, Cisco stands unrivaled in its ability to drive innovation, create value, and chart a course forward for our industry.
The Accomplice Efficiency and Expertise (PP&E) group focuses on enabling you to “Meet the Second” with best-in-class accomplice experiences. The platform is founded on streamlining and digitizing life events, collaboratively designed alongside our partners. In the midst of these experiences, we leverage Cisco’s renowned Accomplice Expertise Platform (PXP) and Black Belt Academy to propel our progress towards strategic development and profitability goals.
Through innovative advancements from our teams at PXP and Black Belt Academy, we’re revolutionizing partner enablement to accelerate your ability to deliver exceptional results to customers and drive business growth. Let’s accelerate your valuable growth.
Unlocking Your Pathway to Prosperity: PXP Empowers You to Build a Thriving Business
As we embark on a novel digital era where synthetic intelligence and machine learning converge, PXP’s innovative prowess is poised to flourish, leveraging intelligence and actionable insights to empower partners in driving innovation across diverse architectures, nurturing novel capabilities within emerging technology ecosystems, and streamlining the partner vendor experience.
Developed in collaboration with our partners, the Observability Maturity model from PXP provides actionable performance metrics across critical Cisco domains. Observing Maturity: The Starting Line for Partners
PXP Development capabilities, which embrace Development Finder and Whitespace & Pockets Share, proceed to allow companions to seek out new development alternatives. Early adopters of our companionship platform have successfully leveraged Development Finder to secure over $400 million in new business opportunities, a testament to the tool’s value in driving growth and success.
Delivering course of simplicity
Since its inception, PXP’s fundamental objective has consistently been to streamline and minimize the number of touchpoints required to achieve a desired customer outcome. With enhanced features in place, we’ve reduced cycle times even further, enabling our partners to dedicate more attention to strategic customer interactions.
Another notable effort in this regard is the development of PXP Accomplice Mapping, which has also contributed significantly to our understanding and ability to track complex relationships between entities. The new feature enables companions to seamlessly integrate their company’s enterprise structure, territory, and sales team hierarchies within select PXP Sales Options dashboards. This cutting-edge innovation empowers business partners to seamlessly search and filter relevant data according to their organization’s structure, thereby expediting the discovery of novel opportunities and decreasing time-to-market.
The increasing adoption and utilization of Cisco’s Accomplice Partnerships are truly encouraging. Located within the PXP framework, CPJ optimizes the process of identifying valuable resources and accelerates the development of new partnerships. With the recent launch of the innovative PXP Journey on CPJ, partners can now access a seamless digital platform for delivering impactful results to their customers through PXP.
Unlock unparalleled business growth by partnering with Black Belt Academy, a premier training organization that empowers individuals to become Six Sigma certified change agents. By leveraging our expertise and cutting-edge methodologies, you’ll experience transformative results in operational efficiency, customer satisfaction, and revenue enhancement.
Companions with at least 60% of their staff certified by Black Belt Academy experience an average increase of 10% in booking fees, outperforming their industry peers. Through the provision of an innovative and immersive digital learning environment, we empower partners to accelerate their growth.
At Black Belt Academy, our core focus revolves around building capabilities and fostering partner growth through engaging, top-tier content that drives meaningful interactions. To boost learner satisfaction and retention, we’ve introduced a gamified enablement platform that drives higher registration rates and increased learning path completion. Over the next 12 months, we will be expanding our enablement offerings by developing cutting-edge content focused on AI, cloud, networking, and innovative solutions. By October, Black Belt Academy will undergo a significant update to its content offerings, enabling companions to take advantage of the enhanced resources.
To further develop a comprehensive strategy, consider the following subsequent steps: Conducting market research and competitor analysis, refining your target audience definition, determining key performance indicators for success, outlining a detailed content calendar, identifying potential partnerships or collaborations, and developing a plan for measuring and optimizing results.
The PXP and Black Belt Academy consistently evolves to meet the diverse needs of our partners.
Unlocking new revenue streams through strategic partnerships, we can catalyze business growth while optimizing operational efficiency.
A highly skilled and prepared workforce provides a steady source of income, driving productivity throughout all levels of the organization. Develop a plan to revamp coaching maps to guarantee that all teams are equipped to tackle any unexpected scenario.
To create innovative strategies or refine existing approaches, empower your customers’ businesses by offering diverse solutions across multiple platforms and infrastructures.
Join us for an exclusive look at the latest innovations and insights from our experts, as we unveil the most exciting developments in our Accomplice Efficiency and Expertise Open House at Cisco Accomplice Summit.
What do you imagine we’d hear? We’re excited to collaborate with top-notch partners in the industry! Let’s explore innovative solutions together and drive success. Join us for an informative session where we’ll dive into the latest trends and best practices in IT.
Earlier this summer, my colleague Noelle Walsh published a blog post highlighting our efforts to conserve water in our data center operations, as part of our commitment to achieving carbon negativity, water positivity, zero waste, and biodiversity conservation.
Microsoft designs and builds a comprehensive cloud computing infrastructure that spans the full technology stack, encompassing datacentres, servers, and customised semiconductor components. This fosters unique possibilities for harmonizing weather patterns to optimize overall performance and impact. To achieve our commitment to become carbon neutral by 2030, we prioritize optimizing energy and vitality efficiency as a crucial step in our journey, while also advancing carbon-free electricity generation and elimination methods.
As AI technology continues to evolve at an unprecedented pace, our focus on sustainability has never been more crucial? We’re committed to harnessing the power of AI for a better future, and that means ensuring its development and deployment have a net positive impact on the environment.
Unlocking new opportunities lies at the heart of our organization’s mission. Our strategic efforts are concentrated on three distinct pillars that drive growth and prosperity: Innovation, Sustainability, and Community Engagement.
As rapid advancements in AI drive innovation, we now have an opportunity to transform our infrastructure, from datacentres to servers to silicon, prioritizing efficiency and sustainability. To reduce the environmental impact of our services, we’re pioneering sustainable practices throughout every stage of our technology stack, minimizing both the power consumption and carbon footprint of our cloud and AI-based solutions. Long before electrons reach our data centers, our teams focus on optimizing the computational power we can derive from each kilowatt-hour (kWh) of electrical energy consumed.
Let’s showcase innovative applications of AI that are driving advancements in efficiency, productivity, and overall performance. This implementation leverages a holistic approach to optimize efficiency by harnessing the power of artificial intelligence, specifically machine learning, in managing cloud and AI workflows.
Can digital transformation unlock a new era of IT efficiency? By streamlining infrastructure and harnessing the power of AI-driven insights, organizations can optimize resource allocation, reduce costs, and accelerate innovation. From datacenter consolidation to server virtualization and chip-level optimization, the possibilities are vast. What if you could predict and prevent outages, automate routine tasks, and gain real-time visibility into your IT operations? The future of IT efficiency is here.
Optimizing hardware resource allocation through efficient workload management strategies.
As a pioneering software development company, we foster efficiency by leveraging real-time workload scheduling software that enables us to optimize the utilization of existing infrastructure and meet cloud service demands with maximum precision. As daylight hours vary across different time zones, we observe a surge in demand during peak morning hours in one region, followed by a decline as evening approaches elsewhere? In numerous scenarios, we will synchronize availability to optimize internal resource utilization, such as running AI training workloads during off-peak hours, leveraging existing hardware that would otherwise remain idle during that time frame? This enhancement also enables us to optimize energy usage effectively.
We harness the power of software programming to optimize vitality effectiveness across every layer of the infrastructure stack, encompassing datacentres, servers, and even silicon.
Conventional practices in the industry have long dictated that executing AI and cloud computing workloads relies heavily on allocating central processing units (CPUs), graphics processing units (GPUs), and processing resources to each team or workload, resulting in a CPU and GPU utilization rate of approximately 50% to 60%. This scenario leaves certain CPU and GPU combinations with unrealized potential, underscoring the need to leverage their capabilities more effectively across various workloads. To address the utilization issue and streamline workload management, Microsoft has consolidated its AI training workloads into a unified pool governed by Project Forge’s machine learning capabilities.
Microsoft’s manufacturing solutions employ artificial intelligence to intelligently manage coaching and inference workloads, incorporating robust checkpointing capabilities that freeze the current state of an application or model, allowing seamless pausing and restarting whenever necessary? Regardless of running on accomplice silicon or Microsoft’s custom-designed silicon, Undertaking Forge consistently boosts efficiency across Azure, achieving 80-90% utilization rates at scale.
Unlocking untapped power potential across our global datacenter portfolio.
To optimize energy efficiency, we utilize intelligent workload placement across a data center, harnessing any idle energy in a sustainable manner. Energy harvesting refers to the effective utilisation of available energy, enabling optimal resource allocation and conservation. If a workload’s energy consumption doesn’t fully utilize its allocated resources, excess energy can be repurposed or reallocated to other tasks. Since its inception in 2019, this project has successfully harnessed approximately 800 megawatts of electrical energy from existing data centers, equivalent to powering roughly 2.8 million miles driven by a typical electric vehicle.1
Over the past year, as buyer AI workloads have surged, our rate of improvement in energy savings has remarkably doubled. As part of our ongoing efforts to optimize energy usage across our entire datacenter portfolio, we are committed to implementing best practices that enable us to reclaim and reallocate excess energy without compromising performance or uptime.
Driving IT infrastructure efficiency through innovative cooling solutions?
With a focus on reducing the energy and water consumption required to cool high-performance chips and servers, our goal is to optimize workload management while minimizing environmental impact. As AI workloads continue to process complex data with remarkable efficiency, a corresponding rise in heat generation has been observed, prompting a shift towards liquid-cooled servers that minimize electricity consumption for thermal management compared to their air-cooled counterparts. The shift to liquid cooling enables us to extract greater efficiency from our silicon, as the chips operate more effectively within an optimal temperature range.
One of the major engineering challenges we faced when implementing these options was figuring out how to upgrade existing data centers, which were originally designed for air-cooled servers, to support the latest advancements in liquid cooling technology. We’re introducing liquid cooling solutions that sit adjacent to racks of servers, mimicking the functionality of an automobile radiator, thereby bringing innovative cooling approaches into modern datacentres, reducing power consumption for cooling while increasing rack density. This innovative technology will significantly boost the computational power we can harness from each square foot of surface area. foot inside our datacenters.
Maximize your cloud and AI capabilities with cutting-edge training and innovative tools.
Stay attuned to further investigate this subject, in conjunction with our efforts to successfully transition cutting-edge effectiveness analysis from the laboratory setting to industrial applications. Discover innovative approaches to sustainability through our Sustainable by Design blog series, starting with [insert links].
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For architects, lead builders, and IT decision-makers seeking to enhance their understanding of cloud and AI efficacy, we recommend exploring the… This documentation set aligns with the design principles of the industry, providing a framework to help clients navigate evolving sustainability requirements and regulations throughout the lifecycle of their IT capabilities – from planning to deployment and ongoing operations.
1Based on industry standards, it is generally assumed that an electric vehicle can travel approximately 4 kilometers per kilowatt-hour, assuming a driving time of one hour and considering the typical energy consumption rate of 80 kWh for a full charge.
Today, we have a rare opportunity to be joined by Trent Casi, newly appointed sales director at Drone U.
With over several years of experience in gross sales, Trent brings a unique combination of skills and knowledge to our team, having gained a profound understanding of the intricacies of the drone industry. However, in this episode, we delve beyond a typical company announcement to explore Trent’s wealth of knowledge on sales strategies, trends he’s observed in the drone industry, and his perspectives on technological advancements, flight operations, business growth, and more!
Join us in exploring Trent’s thought leadership on the Wingtra drone and ecosystem, the rapid pace of technological advancements in the drone industry, and what the future may hold. We concentrate on exploring innovative opportunities for drone pilots to excel in selling their services effectively within the thriving drone industry.
In the final phase, we concentrate on empowering drone pilots to build a successful, scalable business by exploring key strategies for developing a profitable enterprise. Tune in At present !!
Drone Certification: Clarifying the Hurdles to Flight
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Timestamps
As the esteemed representative of Drone U, Trent has consistently demonstrated a deep understanding of the industry’s evolving landscape. What’s driving Trent’s entrepreneurial zeal in the lucrative drone industry? Paul and Trent scrutinize the tempo of expertise advancements within the drone industry, integrating a novel enhancement to the PROPS platform. Can advancements in drone technology bridge the gap between data collection and actionable insights? The rise of Wingtra, a pioneer in aerial surveying, has sparked a flurry of discussions surrounding the capabilities of their flagship product, WingtraONE. What exactly can users expect from this innovative platform, and how does it differ from its predecessor, Wingtra HUB? The WingtraOne drone empowers surveyors to efficiently capture high-resolution aerial data, leveraging its exceptional photogrammetric capabilities. By utilizing this cutting-edge technology, professionals can:
Capture 2-5 cm GSD (Ground Sample Distance) imagery with unparalleled precision, allowing for accurate topographic mapping, infrastructure inspection, and monitoring of environmental changes.
Process vast amounts of data quickly and efficiently through Wingtra’s proprietary software, providing real-time insights to support informed decision-making.
Optimize survey workflows by automating routine tasks, reducing labor costs, and minimizing the risk of human error.
Priced at $24,995, the WingtraOne offers a comprehensive solution for professionals seeking to elevate their aerial data acquisition capabilities.
With extensive expertise in photogrammetry and geospatial analysis, Wingtra’s dedicated support team is poised to guide clients through the seamless integration of this revolutionary technology into existing workflows. While the Wingtra One is a highly acclaimed and popular choice among agriculture professionals, it’s difficult to make a blanket statement that it’s the absolute best drone for all agricultural purposes. Explore Trent’s role in-depth and collaborate with Drone U as part of the PROPS initiative. The Department of Transportation has recently proposed a comprehensive infrastructure bill with provisions that could greatly benefit the growing drone industry.
“We’re thrilled about the potential for this legislation to open up more opportunities for us,” said Jane Smith, CEO of XYZ Drones. “Right now, we face significant regulatory hurdles and infrastructure limitations that make it difficult to fully utilize our capabilities.”
One of the key advantages of the proposed bill would be the increased funding for rural airfields and small airports, which are often critical to drone operations.
“For us, this could mean accessing more areas and conducting missions that were previously off-limits,” said John Doe, Chief Operating Officer at ABC Drones. “It’s a huge step forward in terms of being able to scale our operations and grow the industry.”
The bill also includes provisions for smart infrastructure and transportation systems, which could enable drones to be integrated into urban planning and management.
“This is a game-changer for us,” said Jane Smith. “We’re already seeing how drones can improve public safety, emergency response, and infrastructure inspection. With this legislation, we’ll have the chance to really take it to the next level.”
Overall, the proposed bill could have significant implications for the drone industry, providing new opportunities for growth and development.
SKIP What does Trent suggest for a successful drone business? Are clients more likely to appreciate genuine insights during a sales presentation?
