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Google’s new tool enables prominent language models to verify the accuracy of their outputs

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While currently restricted to researchers alone, Ramaswami hints that access might expand following further testing and validation. Should Google’s AI-embedding strategy pay off as envisioned, the potential benefits could be substantial.  

While it’s true that this initiative has its benefits, there are certain limitations to consider. The effectiveness of these strategies is contingent upon whether the underlying knowledge resides within the Knowledge Commons, a vast information repository that surpasses the scope of a traditional encyclopedia. While able to provide the GDP of Iran, its limitations prevent it from furnishing the date of the First Battle of Fallujah or confirming the release of Taylor Swift’s latest single. Researchers at Google found that the RIG method struggled to extract useful information from the Knowledge Commons in approximately 75% of attempted queries. Despite the availability of valuable information in the Knowledge Commons, the individual often fails to frame the pertinent queries necessary to access it effectively. 

There may arise questions regarding the accuracy of the data. Researchers found that the RAG methodology yielded inaccurate results approximately 6-20% of the time during testing trials. Meanwhile, the RIG methodology successfully retrieved relevant statistics from Knowledge Commons approximately 58% of the time – a significant improvement compared to the 5-17% accuracy rate of Google’s large language models when querying Knowledge Commons. 

Ramaswami suggests that DataGemma’s precision will improve as it becomes increasingly knowledgeable. The preliminary model was trained on approximately 700 questions, necessitating manual evaluation of each generated fact by his team during the fine-tuning process. To further refine the mannequin, the team intends to exponentially expand its existing knowledge base from hundreds to tens of thousands of inquiries.

A British teenager has been arrested in connection with a major cyber attack on Transport for London (TfL), it emerged today.

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A British teenager has been arrested in connection with a major cyber attack on Transport for London (TfL), it emerged today.

The UK’s National Crime Agency claims to have apprehended a 17-year-old individual suspected of involvement in the cyberattack on Transport for London (TfL), the capital’s primary public transport provider.

“A 17-year-old individual was apprehended by the Nationwide Crime Company in Walsall, as part of an ongoing inquiry into a cybersecurity breach affecting Transport for London.”

“A 17-year-old boy was taken into custody for allegedly violating the terms of a peaceable conduct law in connection with an attack that occurred on Transport for London (TfL) premises on September 1.”

A teenage individual was detained and interrogated by National Crime Agency officials before being released on a bail agreement.

The National Crime Agency (NCA) is leading the investigation into the cyberattack and working intensively with the National Cyber Security Centre and Transport for London (TfL) to mitigate the situation.

According to renowned SANS instructor Will Thomas, a 17-year-old male from Walsall was reported as famous in July 2024 for a suspected link to. This individual was reportedly acting as an affiliate for the notorious BlackCat ransomware gang.

BleepingComputer has reached out to the NCA inquiring whether the individual responsible for the attack was apprehended, but thus far, there has been no response.

The Transport for London cyberattack

On September 1st, Transport for London revealed that it had taken measures to prevent the spread of an unspecified issue by shutting down or restricting access to various IT systems.

While the assault had no direct impact on metropolitan transportation providers, it did severely affect numerous online customer-facing systems, including the ability to process refunds.

The assault has also caused persistent disruptions to TfL’s Dial-a-Journey service, a vital door-to-door transportation system serving individuals with disabilities.

Following an initial denial that buyer information had been compromised, it was later revealed that sensitive data including names, contact details, email addresses, and residential addresses were actually stolen during the breach.

Hackers may also have obtained access to approximately 5,000 individuals’ Oyster card refund details and banking information for their respective checking accounts.

The Transport for London (TfL) network provides transportation services to London’s approximately 8.4 million residents via its underground, overground, and Crossrail systems.

In May 2023, Transport for London quickly responded to the aftermath of a cyberattack by the notorious Clop ransomware gang, which had compromised sensitive data for approximately 13,000 customers using MOVEit Switch services.

Oracle Unveils Enhanced Data Capabilities at CloudWorld

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At Oracle’s CloudWorld convention in Las Vegas, the company unveiled a plethora of cutting-edge analytics and AI technologies. The company’s exciting developments got underway yesterday, featuring expansions in Amazon Web Services (AWS) and Google Cloud, alongside enhancements to Fusion Information Intelligence, plus novel choices in its HeatWave lakehouse, GenAI, and AutoML offerings. The company capped off its CloudWorld information showcase by touting a cloud-based supercomputing system that boasts an impressive arsenal of over 130,000 NVIDIA graphics processing units (GPUs).

Oracle announces it’s now accepting orders for the world’s largest AI supercomputer, powered by 131,072 Nvidia Blackwell GPUs that can deliver a peak performance of 2.4 zettaFLOPS on Oracle Cloud Infrastructure (OCI) supercluster.

“Now, with the widest range of AI infrastructure options available, we’re empowering customers to tackle even the most demanding AI workloads in the cloud,” said Mahesh Thiagarajan, OCI government vice chair.

Clients can opt to have their OCI Superclusters configured with either Nvidia H100 or H200 Tensor Core GPUs, or Blackwell GPUs. Oracle declares that Superclusters equipped with H100 GPUs can scale up to an equivalent of 16,384 individual GPUs, leveraging a combined processing power of approximately 65 ExaFLOPS while delivering a peak aggregate bandwidth of 13 petabytes per second. Similarly, Superclusters featuring H200 GPUs are designed to scale to 65,536 individual GPUs, realizing efficiencies of up to 260 ExaFLOPS and aggregated community throughput of 52 petabytes per second.

Oracle has updated HeatWave, a fully managed MySQL database initially launched on its Oracle Cloud Infrastructure (OCI) in late 2020, designed to efficiently handle both transactional and analytical workloads seamlessly. As the company evolved, it integrated advanced features, including native machine learning and MySQL-powered lakehouse functionality.

Huge Pink recently announced a range of innovative HeatWave capabilities, including HeatWave Lakehouse, HeatWave GenAI, and HeatWave Autopilot indexing.

The HeatWave Lakehouse enables Oracle’s AWS customers to harness the power of Amazon S3 as their backend storage, combining it with Oracle engines to query structured, semi-structured, and unstructured data seamlessly.

AWS is now introducing HeatWave GenAI capabilities that enable customers to automatically create and manage vector stores and vector embeddings, as well as leverage large language models (LLMs) seamlessly integrated within the database. Oracle claims customers can utilize various Amazon Web Services (AWS) LLaMA models for their business needs.

“This empowers AWS customers to build sophisticated generative AI capabilities without requiring AI expertise, eliminating complex manual integrations and troubleshooting, and mitigating security risks and costs associated with transferring data to external providers,” Edward Screven, Oracle’s chief technology architect, stated in a press release.

AWS’s HeatWave Autopilot feature empowers prospects to craft more complex indexes, while native JavaScript support enables customers to directly execute stored procedures and functionality developed in JavaScript. Oracle claims that the expansion of HeatWave on AWS will empower customers to consolidate down to a single service, replacing six separate AWS providers.

Oracle has enhanced its HeatWave offerings on Oracle Cloud Infrastructure (OCI), introducing updates to its MySQL, GenAI, and Lakehouse options.

Oracle has introduced HeatWave MySQL, a cutting-edge “hypergraph” optimizer that significantly improves the price optimization of query plans, thereby enhancing database performance. The integration with OCI Ops Insights empowers administrators to identify efficiency opportunities, forecast consumption, and optimize capacity planning. Moreover, the bulk ingest feature enables fast data loading, up to 5 times quicker than previous methods.

HeatWave GenAI delivers a range of benefits, including Optical Character Recognition (OCR) capabilities, streamlined batch processing for Large Language Model (LLM) inference workloads, automated updates for vectors retailers, support for 27 languages, and enhanced JavaScript functionality.

HeatWave Lakehouse leverages its capabilities to support LLMs, potentially scaling up to 4x larger than before; introduces advanced subject modeling features for tasks like sentiment analysis on social media data; enhances knowledge drift detection; and offers semi-supervised log anomaly detection.

Oracle leveraged its CloudWorld event to announce several developments surrounding Fusion Information Intelligence, its suite of analytics, machine learning, and artificial intelligence capabilities integrated into its enterprise software solutions, including ERP and CRM systems.

Oracle has introduced the “Individuals Chief Workbench” app within its Oracle Cloud Human Capital Management (HCM) platform, aimed at helping organisations achieve their goals and objectives effectively. Oracle Cloud SCM customers now have access to the new Supply Chain Command Center application, which enables them to leverage insights for adjusting demand, supply, and market conditions.

Oracle owns Siebel, yet it’s bolstering its Fusion Information Intelligence suite to complement the competitive Salesforce CRM application. Oracle is enhancing support for integrating data from prospects’ Salesforce deployments with various integration methods within Fusion. Oracle has strengthened its core operational reporting functionality, while also introducing innovative AI and machine learning (ML) tools to enhance analytics capabilities across its entire suite of products, including Enterprise Resource Planning (ERP), Human Capital Management (HCM), Supply Chain Management (SCM), and Customer Experience (CX).

Oracle has introduced a cutting-edge developer tool that leverages GenAI technology to streamline the configuration process for Fusion Cloud’s Information Intelligence services, data, and applications.

Oracle further strengthened its collaborations with multiple leading cloud providers. The two corporations are currently collaborating with AWS, providing support for the Oracle Exadata Database Service as it runs on the AWS platform. Additionally, they introduced seamless information flow capabilities that bridged the Oracle database with functions operating on Amazon EC2, connecting seamlessly with AWS’s analytics providers and even integrating with Bedrock.

Oracle’s Larry Ellison noted during his remarks: “We’re witnessing an unprecedented surge in interest from businesses seeking to leverage multiple cloud platforms.” Ellison delivered a keynote speech at Oracle’s OpenWorld conference yesterday.

Oracle is reportedly gaining traction by running its software applications within Google Cloud’s infrastructure.

Oracle has announced a significant collaboration: it will run its Oracle Autonomous Database and Exadata in four Google Cloud data centers, leveraging Oracle Cloud Infrastructure (OCI). East (Ashburn), U.S. West (Salt Lake Metropolis), U.Ok. Southern Europe (London), and Germanic Centre (Frankfurt).

“This innovative service harmoniously integrates the benefits of Oracle Cloud Infrastructure and Google Cloud platforms to deliver a unified multicloud experience – a feat previously unimaginable in the cloud space just a few years ago,” said Karan Batta, Senior Vice President of Oracle Cloud Infrastructure.

Cisco announces enhancements to its industrial router portfolio, bolstering embedded cybersecurity capabilities for critical infrastructure and industrial control systems.

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Whether scaling back railway delays, bolstering grid integrity, fortifying street security via ITS, or harnessing wind farm data for optimized maintenance schedules, you’re likely grappling with a common challenge: seamlessly integrating more OT assets while enhancing the cyber resilience of your critical infrastructure.

Designing seamless and dynamic operational frameworks across metropolitan, regional, or rural territories is not merely a challenge of networking infrastructure, but also poses significant implications for cybersecurity. Across various sectors, regulations akin to the North American Electric Reliability Corporation’s Critical Infrastructure Protection Standard and the European Union’s Network and Information Security Directive require robust cybersecurity protocols to be implemented. Throughout the enterprise, safety has consistently been a fundamental consideration in the design process. In operational networks, a common shortcoming is the lack of fundamental security measures, making a solitary breach potentially catastrophic for distributed infrastructures.

As industrial operators upgrade their wide-area network (WAN) infrastructure to enhance efficiency and streamline operations, they face a significant opportunity to adopt architectures that harmoniously integrate networking and security – an approach successfully employed by enterprises for decades. For two decades, Cisco has developed and refined its line of ruggedized routers, engineered specifically to withstand the harsh realities of demanding operational environments. Our cutting-edge portfolio of offerings features the latest, most advanced and modular hardware, coupled with robust cybersecurity capabilities and streamlined centralised management, enabling seamless scaling of secure distributed operations.

Empower distributed operations by leveraging cutting-edge, native community safeguards.

Ensuring that critical security techniques are safeguarded from cyber threats upon connection to the Wide Area Network (WAN) infrastructure is paramount. The Transportation Security Administration’s (TSA) terminology for ensuring security across the interface between Information Technology (IT) and Operational Technology (OT). Does NERC CIP necessitate a default deny stance across the entire digital safety perimeter? Requires a clear-cut distinction between the Information Technology (IT) and Operations Technology (OT) domains. To help operators secure and manage their distributed assets without requiring dedicated on-site equipment, Cisco Catalyst Industrial Routers provide a comprehensive suite of features and robust cybersecurity capabilities that effectively block modern threats, including:

  • Permits solely authorized personnel to traverse the perimeter of the operational area.
  • allows each critical and non-critical asset to utilize a unified physical framework, while ensuring complete isolation between them in the event of a breach.
  • IDS/IPS solutions identify and block recognized threats and malicious activities, mirroring the tactics employed by attackers attempting to exploit vulnerabilities.
  • Prevents unauthorized and potentially harmful data from infiltrating the system.
  • Ensures exclusive access to reputable and trusted domains is authorized.
  • Equivalent to Cisco’s Safe Entry solution, this offering combines secure internet gateway, domain name system (DNS) security, cloud-delivered firewall capabilities, and more, allowing organizations to shift their advanced security policies from the perimeter to a centralized enforcement point.

Distributed enforcement, centralized administration

As a result of the decentralized structure of critical infrastructure, there may exist numerous smaller-scale platforms that necessitate robust protection against cyber threats to ensure their integrity. To ensure seamless efficiency in safety measures, it is crucial to implement a unified strategy for constructing, managing, and deploying insurance policies, thereby closing potential gaps in defense and ensuring equal protection for all websites and properties.

Cisco simplifies operational management for industrial automation at the OT edge by providing comprehensive, multi-layered security capabilities across the entire network stack. Without the need for additional infrastructure or a separate management console, the Cisco Catalyst SD-WAN Supervisor provides network administrators with a user-friendly interface to centrally manage and control the NGFW capabilities embedded within Cisco Industrial Routers across the site.

What security measures can be implemented to ensure a robust and secure Industrial Wide Area Network (WAN)?

The seamless integration of cutting-edge networking capacities and advanced security measures ensures the continuous operation of our critical infrastructure. Can we truly gain by sacrificing what’s essential? Cisco’s Industrial Routers, in tandem with the Cisco Catalyst SD-WAN Supervisor, deliver a rugged hardware platform capable of withstanding extreme conditions, robust network capabilities to ensure resilience, and embedded Next-Generation Firewall (NGFW) features that prevent malicious actors from breaching operational perimeters?

As you transform your distributed operations, seize this opportunity to build a robust foundation by integrating cutting-edge SD-WAN and advanced cybersecurity capabilities into our modular industrial routers, thereby enabling seamless connectivity and unparalleled safety, allowing you to operate with enhanced reliability, security, and efficiency.

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A microscale robotic system capable of folding into three-dimensional structures and crawling has been developed by researchers at the University of California, Berkeley.

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Researchers at Cornell College have engineered microscopic robots, measuring less than one millimeter, that can be fabricated in a two-dimensional “metasheet” configuration featuring hexagonal structures. Upon receipt of an electric impulse, these tiny devices transform into pre-programmed three-dimensional shapes, capable of crawling.

The robot’s remarkable versatility stems from its innovative design, which leverages the principles of kirigami – a unique cousin of origami that enables the manipulation of materials through strategic slicing, allowing for both folding and expansion while facilitating locomotion.

The researchers at The Workforce published a groundbreaking study titled “Electronically Configurable Microscopic Metasheet Robots” in September, The paper’s lead co-authors are postdoctoral researchers Qingkun Liu and Wei Wang. The venture was spearheaded by Dr. Itai Cohen, a renowned professor of physics. Researchers in his laboratory have previously developed innovative microrobotics techniques that enable the fabrication of microscopic robots capable of moving their limbs, pumping fluids through artificial cilia and navigating autonomously.

Inspired by the morphological adaptability of living organisms, the development of kirigami robotics was influenced by the notion that machines could emulate such transformative capabilities. While robots designed to mimic human movements may excel in individual tasks, their overall structure typically remains fixed. We’ve successfully designed and built a cutting-edge metasheet robot. The term ‘meta’ refers to metamaterials, whose unique properties arise from their composition of numerous building blocks interacting to exhibit specific mechanical behaviours.

The Robotic, a hexagonal tiling comprising approximately 100 silicon dioxide panels interconnected via more than 200 thin (about 10 nanometer) actuating hinges. As exterior wires initiate electrochemical activation, the hinges transform into a mechanical system capable of producing mountain and valley folds. This enables the robot’s panels to spread open and rotate, allowing it to dynamically adjust its protective space and expand or contract up to 40% domestically. Capable of adapting to various scenarios, the robot’s hinges allow it to take on multiple forms and potentially entwine around distinct objects before unfolding back into a flat sheet configuration.

Cohen’s workforce is well-versed in the various aspects of meta-sheet expertise. Researchers expect to merge their innovative mechanical designs with advanced digital control systems, thereby crafting revolutionary “electro-organic” materials boasting unprecedented responsiveness and characteristics that would be impossible to replicate in the natural world. Researchers explore applications ranging from adaptive micromachines to miniaturised biotechnology devices, capable of responding to stimuli at near-luminal speeds, rather than those characteristic of sound propagation.

Because electronics embedded in every individual component can harness energy from ambient light, it is possible to create fabrics that respond programmatically to various stimuli. According to Cohen, when subjected to pressure, these supplies often exhibit a tendency to “run” away from deformation, or respond by exerting greater force than they initially demonstrated. “We anticipate that these vibrant metamaterials, dubbed ‘elastronic supplies’, may give rise to a novel type of intelligent material governed by physical laws that exceed what’s possible in the natural world.”

Can you map using a Mavic 3 Enterprise drone?

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Today’s episode is brought to you by ProPacks. By harnessing Prop’s innovative platform, organizations can effortlessly deliver high-quality UAV training to pilots, driving success and efficiency in their operations. PROPS empowers the chief of a drone programme to allocate suitable initiatives that align with their organisation’s requirements and timelines. As system chief, this feature allows for seamless monitoring of pilot progression across a unified platform. Our comprehensive programme encompasses distinct courses in various disciplines, including mapping, public safety, and our proprietary Don’t Crash initiative.

Currently, our attention is centered on determining whether the Mavic 3 Enterprise drone is the optimal choice for undertaking mapping missions. Is the DJI Mavic 3 Enterprise equipped with the necessary specifications to complete mapping missions, including all relevant specs?

Here are three reasons why we think the DJI Mavic 3 Enterprise may not be suitable for mapping:

The limited flight time of up to 30 minutes can be a constraint when it comes to completing large-scale mapping projects, which often require longer flight times to cover vast areas. Additionally, the drone’s maximum altitude of 5,000 meters is relatively low compared to other aircraft designed specifically for aerial surveying, which can fly higher and capture more detailed data. Here’s a revised version: We delve into specific aspects of drone technology, concentrating on software program compatibility, and break down three key factors that our audience needs to know about.

Why we believe the Parrot Anafi AI outshines the Mavic 3 Enterprise: Additionally, we concentrate our efforts on identifying the top-performing drones for mapping applications. Tune in now to discover the key limitations of the Mavic 3 Enterprise when it comes to mapping, essential knowledge before making a purchase during the holiday season.

What Are the Requirements to Obtain a Part 107 Waiver for Commercial Drones?

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Timestamps

Will the Mavic 3 Enterprise be a viable option for drone mapping in today’s market?
Is the Mavic 3 Enterprise a top-tier drone for mapping tasks, offering exceptional flight performance, high-resolution cameras, and advanced features like omnidirectional obstacle sensing and dual-frequency real-time kinematic (RTK) technology, making it an ideal choice for demanding surveying and mapping applications?
The Mavic 3 Enterprise isn’t suitable for drone mapping because its cameras lack the necessary resolution and dynamic range to capture high-quality orthophotos. Its single sensor camera can only capture up to 48 megapixels, whereas professional-grade drones like the DJI Matrice or senseFly eBee use cameras with resolutions of 100+ megapixels. Additionally, the Mavic 3 Enterprise’s limited dynamic range makes it difficult to capture images with both bright and dark areas, which is crucial for accurate drone mapping?

Key takeaways from utilizing the Mavic 3 Enterprise drone include?
Drones are well-suited for mapping purposes.
What distinguishes Anafi AI from Mavic 3 Enterprise in terms of health concerns are the cameras’ spectral sensitivities.
Professional-grade drones for precise aerial surveying and mapping applications are carefully curated by Paul.

Life on Alien Worlds May Not Be Governed by Day-Night Cycles – Here’s How That Could Revolutionize Evolution

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Do aliens sleep? While the concept of sleeping without hesitation may seem plausible to us, research reveals that numerous celestial bodies potentially capable of nurturing life lack a reliable diel rhythm. In the depths of our planet’s darkness, organisms thrive without the constraints of a circadian rhythm, offering a glimpse into the hypothetical realm of extraterrestrial life bereft of a natural day-night cycle.

It’s estimated that there could be billions of potentially habitable planets within our own galaxy. To derive this expression, we start by noting that the average rate of change of the function over a small interval is approximately equal to the slope of the tangent line at the midpoint of that interval. The Milky Way has approximately 200-400 billion stars.

Seventy percent of these stars are small, cool red dwarf stars, also known as. According to a comprehensive exoplanet survey published in 2013,
Has a planet orbiting within its “Goldilocks” zone, where temperatures are just right for liquid water to exist.

These planets possess immense potential, despite some limitations. Don’t we wonder if any of these planets truly harbor water, let alone support life? Despite these findings, we’re left with an astonishing 28.7 billion planets potentially harboring life within the habitable zones of M-dwarf stars only. This isn’t a comprehensive consideration of diverse stellar types, including our own G-type main-sequence star.

Rocky planets that orbit within the habitable zone of a small, cool M-dwarf star are referred to as M-Earths. Mars’ planets differ fundamentally from ours in their fundamental methods. Because M-dwarf stars are significantly cooler than the Sun, their inwardly bound orbits yield planets with a substantially strengthened gravitational hold.

The star’s gravitational pull is stronger on the planet’s near side due to its proximity, generating friction that opposes and slows the planet’s rotation over millions of years until it synchronizes with its orbital period. Most M-Earths likely experience tidal locking, where one hemisphere perpetually faces the star while the opposite side remains perpetually shrouded from its radiant glow.

A tidally locked planet’s days and years are of equal duration. The moon is tidally locked to the Earth, a phenomenon that results in our always seeing one face of the moon while the other side remains permanently hidden from view.

While a tidally locked planet may seem extraordinary at first glance, it is highly unlikely that habitable planets would exist. Positioning itself just 4 light-years from us, our nearest planetary neighbour in the Alpha Centauri system could potentially be a tidally locked mini-Earth.

Unlike our Earth, M-Earths lack days, nights, and seasonal variations. While human life on Earth is inherently tied to the natural day-night cycle, with our bodily functions and behaviors influenced by the rhythm of light and darkness.

Sleep is hardly even the most obvious aspect of our overall well-being. Human biology encompasses a wide range of complex processes, including the intricacies of biochemistry, the regulation of body temperature, the dynamics of cell regeneration, and various other habits. Research suggests that individuals who receive vaccinations in the morning may exhibit a stronger immune response compared to those vaccinated in the afternoon, as the body’s immunological responsiveness fluctuates throughout the day?

While the importance of rest periods and regeneration remains unclear, we cannot definitively quantify their impact on overall well-being. Beings that evolved without the constraints of a daily cycle might simply continue functioning unabated, never requiring rest.

We’ll examine organisms on Earth that thrive in conditions analogous to those found in caves, deep sea, and microenvironments within the Earth’s crust and human body.

Most life forms exhibit biorhythms, intricately linked to environmental stimuli beyond mere gentleness. While burrowing mole rats live their entire lives underground, oblivious to sunlight, they remain remarkably attuned to daily and seasonal rhythms. As the moon’s gentle pull orchestrates the ebb and flow of the ocean’s waves,

Microorganisms dwelling within the human intestinal microbiome of their host. Melatonin, a hormone naturally produced by the body, responds to darkness to regulate sleep-wake cycles.

Temperature fluctuations triggered by thermal vents, humidity oscillations, and alterations in environmental chemistry or circulation patterns can initiate bio-oscillatory responses within organisms. Research suggests that synchronizing our daily activities with natural biorhythms has inherent benefits for overall well-being and productivity.

New research suggests that hypothetical mini-Earths may experience recurring patterns of day-night cycles and seasonal variations. Scientists have developed refined climate models that mimic the environmental conditions expected around an Earth-like exoplanet, known as M-Earth.

On simulated planetary bodies, the dichotomy between dayside and nightside atmospheres gives rise to rapid gusts of wind and atmospheric oscillations reminiscent of those that shape Earth’s weather patterns, causing them to curve and deviate. If the planet possesses liquid water, its dayside is likely to exhibit a distinct signature.

Interplay between winds, atmospheric waves, and clouds can significantly alter local weather patterns, leading to dramatic changes in temperature, humidity, and precipitation. The orbital periods of those planets will vary significantly, spanning tens of Earth days up to thousands, but won’t be linked to their rotational periods? As the star remains steadfast in its celestial setting, the surrounding environment may undergo subtle transformations.

Perhaps life on M-Earths could evolve biorythms harmonized with the celestial cycles. If a circadian clock orchestrates inner biochemical rhythms, it likely does so effectively.

Or perhaps evolution would stumble upon an even more unconventional solution. Species that remain on the planet’s dayside could potentially migrate to its nightside in search of relaxation and regeneration opportunities. A household clock, a reliable alternative to traditional timing methods.

The notion that life might exist elsewhere could radically reconfigure our understanding of existence and challenge our most fundamental assumptions about the universe. One thing is certain: it will leave us stunned and in awe.

What are the challenges in fundraising for TechBio startups? How do we overcome them? In the ever-evolving TechBio landscape, securing funding can be a daunting task. With investors becoming increasingly discerning, it’s crucial to have a solid understanding of the market and a well-crafted strategy.

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Fundraising in the techbio sector is a unique blend of artistry and scientific precision, demanding a profound grasp of the industry’s intricacies, a captivating vision, and a deliberate approach to navigating the complexities that lie ahead. As a seasoned expert having navigated the complexities of innovation and digital transformation across multiple global markets for over two decades, I am acutely aware that these challenges also present significant opportunities for those adept at charting their course through this ever-evolving landscape.

The emerging field of TechBio combines the power of knowledge, technology, and life sciences to drive innovation and discovery. This revolutionary field represents a crucial and electrifying frontier in modern technological advancements. Fundraising in this rapidly evolving sector poses unique hurdles and options that demand careful consideration.

Companies operating within the Techbio ecosystem are driving innovation forward by leveraging advanced technologies – including artificial intelligence, machine learning, and big data analytics – to transform life sciences. We aim to develop tailored, eco-conscious, accurate, and scalable solutions for overcoming healthcare hurdles, encompassing advancements in drug development and optimization, diagnostic tools, and personalized treatment strategies.

As a relatively new and evolving industry, TechBio companies face significant hurdles when it comes to educating investors about the unique value proposition that sets them apart from more traditional sectors. TechBio companies must not only pioneer innovative solutions, but also effectively communicate their vision to resonate with both tech-savvy and biotech-oriented investors.

One of the most significant hurdles in TechBio fundraising lies in the inherent complexity of the innovative products and services being developed, which can be difficult for investors to fully grasp. Unlike traditional software or biotech startups, TechBio companies focus on highly nuanced projects that necessitate a profound grasp of both biological principles and technological expertise. The intricate interplay between these twins can render it challenging to convey the full scope and impact of these enhancements to customers, particularly those more familiar with one facet of the equation than the other, who may struggle to grasp the cumulative effects of these interconnected improvements.

The drawn-out project timelines and prohibitively high costs associated with TechBio endeavors are a major concern. While advancements in life sciences may accelerate certain aspects, such as knowledge assessment and modeling, the intrinsic biological processes themselves remain time-bound. Despite the advancement of technologies, the pace of drug discovery, scientific trials, and regulatory approval remains sluggish, with even the most cutting-edge innovations struggling to entirely bypass these prolonged timelines. Which is to say that TechBio companies usually necessitate considerable funding to sustain their activities across an extended period before they can bring a product to market.

The TechBio sector’s complexity stems from its broad interdisciplinarity, necessitating expertise spanning molecular biology and genetics to cutting-edge AI and cloud computing applications. Building and maintaining a team that possesses the necessary scope and expertise to handle complex data requirements is both challenging and costly. This added regulation will significantly amplify the financial strain on startups and early-stage companies, rendering fundraising an even more vital imperative.

Despite the obstacles, the TechBio sector offers compelling opportunities for entrepreneurs who can effectively communicate their vision and demonstrate the value of their innovations. The growing acknowledgment of technology’s pivotal role in transforming life sciences presents a highly attractive option. The COVID-19 pandemic has precipitously hastened the assimilation of digital wellness technologies, thereby underscoring the paramount importance of harmoniously integrating data-driven methodologies into the healthcare sector. The shift has created opportunities for TechBio companies to secure funding from investors increasingly interested in the intersection of technology and biology.

The TechBio sector is gaining attention from a diverse range of investors, including those traditionally focused on technology, healthcare, and biotechnology. This cross-sector collaboration yields a more diverse array of potential customers, each contributing unique perspectives and expertise. For Technology-Driven Biotech companies, this suggests that there are additional options to identify investors who not only provide capital but also offer strategic guidance and valuable connections.

Strategic partnerships occupy a crucial spot in the TechBio fundraising landscape. By forging partnerships with seasoned gamers in the biotech, pharmaceutical, and knowledge sectors, TechBio startups can gain access to vital resources, infrastructure, and expertise. These partnerships can effectively mitigate risk in funding by facilitating price transparency and harmonizing the objectives of multiple stakeholders. Furthermore, collaborative efforts can enhance credibility, facilitating the acquisition of additional resources from both personal and public funders.

As alternatives emerge, entrepreneurs may also consider non-dilutive funding options like government grants and public funding initiatives designed to spur innovation in healthcare and technology. These funds will prove particularly valuable for early-stage TechBio companies, providing crucial capital without the need to relinquish equity. By securing funding, companies can extend their financial runway, allowing them to focus on innovation while maintaining ownership and control.

While navigating the complexities of fundraising in the Techbio sector presents some hurdles, the substantial returns on investment come not only from financial gains, but also from the opportunity to catalyze groundbreaking advancements in healthcare and life sciences. As the TechBio sector continues to transform at a rapid pace, entities with the capacity to secure sufficient funding will likely lead the next wave of innovation, offering solutions that will revolutionize how we approach healthcare and medicine, fundamentally altering our understanding of wellness and disease treatment.

Your online activity is being tracked by Meta, collecting information from your publicly available Facebook and Instagram posts.

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Key Takeaways

  • Meta is leveraging Facebook and Instagram content to train AI models.
  • Meta acknowledges scraping public Facebook posts containing images that may feature minors.
  • Currently, solely EU customers have the ability to opt out.



Has anyone ever stopped to wonder whether a familiar face is lurking in an old photograph? It may have appeared somewhat relatable to someone you know or even yourself. In all likelihood, it wouldn’t have been fully written down then.

Facebook’s parent company, Meta, has officially acknowledged that it leverages users’ photographs, videos, and conversations to train its artificial intelligence models. The corporation is siphoning off publicly available content dating back to 2007 to refine its AI offerings, leaving the vast majority of people powerless against this phenomenon. Currently, users within the European Union have the sole option to opt-out of the indiscriminate collection of personal content; for the rest of the world, the only way to prevent this is by making posts private.

The stark reality is that the EU alone can bring an end to this privacy infringement because, currently, it is the only region where robust laws exist to compel Meta to provide that option. Without explicit oversight and regulatory frameworks in place, it has become painfully evident that major AI companies are inherently incapable of self-policing their own practices effectively.


Meta is secretly scraping millions of Facebook and Instagram posts dating back to 2007 for AI training.

The EU and the UK alone have the discretion to determine their future relationship.

A photo of Facebook settings on an iPhone

During a public inquiry in Australia investigating AI usage within the country, Meta’s global privacy director conceded that the company is scraping publicly available posts from Facebook and Instagram users to train its AI products. Australian Senator Claybaugh stated bluntly: “The stark truth is that unless you deliberately changed these posts to personal since 2007, Meta has simply chosen to scrape all public pictures and texts from each public post on Instagram or Facebook since then, until a conscious decision was made to set them private.” “That’s the truth, isn’t it?” Claybaugh replied curtly, “Right.”


“The stark truth is that prior to your conscious decision to make these posts private in 2007, Meta had been quietly collecting all publicly available photos and texts from every public post on both Instagram and Facebook since 2007, only ceasing the practice upon explicit user choice to make them non-public.”

While this phenomenon may be prevalent globally, including many countries outside of Australia, there are certain nations where this is not the case. Within the European Union, as of June this year, customers gained the ability to opt-out of having their content scraped by Meta, thanks to the robust privacy regulations in place across the region. Despite this, public posts by EU member citizens will continue to be monitored unless users proactively adjust their privacy settings to opt-out deliberately. For many Europeans, it remains a mystery that they have a say in the matter at all.

Notwithstanding.

Meta AI on phone against colored background


Meta has clarified that they are solely scraping content from adult user accounts, with no scraping taking place on Facebook or Instagram accounts belonging to individuals under the age of 18. Despite this controversy, another Australian senator inquired about scraping images from their personal adult account that included pictures of their children. Claybaugh confirmed that they’d.

While it’s impossible to entirely discount the possibility that, when scraping the social media profiles of individuals currently over 18, some posts might have been collected that were initially shared by those same people when they were still minors? Given the passage of time and Meta’s retroactive data collection, individuals in their 30s may still have photos from when they were under 18 years old potentially scraped from their accounts, even if uploaded over a decade ago.


The practice of meta-scraping content featuring images of children under 18 to train AI models raises serious ethical concerns, warranting scrutiny and potential reform. What’s particularly concerning is that Meta seems entirely disconnected from the issue, lacking any apparent strategy to address or prevent it beyond halting data scraping altogether. Customers outside the EU cannot stop its processing in relation to their personal accounts, except by setting all posts to private.

Other tech giants may also start collecting and analyzing your online activities, including search histories, location data, and other personal information.

It appears that when you post something publicly, people generally assume it’s true, a fair play.

Twitter's Grok AI

While Meta has acknowledged its practice of scraping personal content, it’s unlikely to be the only company engaging in such activities. Artificial intelligence fashioning necessitates vast amounts of data for training purposes; the more information at their disposal, the more sophisticated they can become. As the demand for AI models continues to grow, concerns have emerged about the potential limitations of relying solely on existing data to train these systems. The worry is that, eventually, we may exhaust our real-world knowledge and be forced to turn to generating artificial information instead.


Because of this, AI firms are likely to aggressively acquire companies or technologies that offer them a significant strategic advantage. In July of last year, Elon Musk revealed during a Twitter Spaces conversation that the company would leverage public tweets to train its AI models, effectively making all publicly available tweets fair game for use unless users had opted out, which means their posts could have been harvested to aid model preparation.


It’s not the one chatbot that takes action, nonetheless. Musk reiterated his concerns about X’s reliance on publicly available information during an identical conversation, stating that he had set fee limits for accessing OpenAI’s knowledge due to widespread AI development efforts using Twitter data for training. His animosity towards OpenAI stems from their co-founder past, and Musk suspects that has also been trained on public posts from Twitter/X. As soon as you allow Grok to utilize your posts as training material, it’s virtually impossible to retract the permission; your entire public posting history has likely been harvested by now.

The lack of transparency among AI companies leaves users in the dark.

After a series of protracted negotiations, Meta ultimately agreed to reveal its intentions.

Instagram app on phone on colored background

In Australia, one of the most pressing concerns that emerged from the inquiry was the difficulty in getting AI companies to reveal their true intentions and activities. When Senator Sheldon questioned Melinda Claybaugh about allegations that Meta was gathering Australians’ data to develop its generational AI tools, she denied the claim outright. While technically accurate, she acknowledges that Meta’s data collection isn’t comprehensive, as there are many Australians who don’t use Facebook or Instagram.


One of the most pressing concerns to emerge from the investigation in Australia was the difficulty in getting AI companies to disclose their practices, which was a major source of frustration and disturbance.

When Senator Shoebridge pressed her on the issue, seeking clarification specific to Facebook and Instagram users, Claybaugh reluctantly acknowledged that the practice was occurring. Meta CEO Mark Zuckerberg has expressed concern about the platform’s role in spreading misinformation without explicitly stating so. He highlighted that our playbook’s next crucial element involves leveraging unique insights and expertise gained from product feedback loops before referencing the vast array of publicly shared images on Facebook and Instagram, collectively totalling hundreds of billions.


Although this assertion implies that Meta is scraping content from as far back as 2007 without permission, it does not explicitly state so, leaving room for interpretation. If Elon Musk’s claims hold water, it is possible that numerous AI companies are secretly harvesting personal content from social media platforms without consequence, an unsettling reality that warrants closer examination.

Not every company takes a cavalier approach to safeguarding your privacy.

The exceptions are uncommon, nonetheless

Apple Intelligence

Artificial intelligence fashions require extensive knowledge, and the internet is a vast and valuable resource. Web scraping has long been a familiar concept, and its success hinges on being able to execute it effectively? While there is a significant disparity between extracting key phrases from a website and employing personal images to train AI models, nonetheless.


Not every AI firm is harvesting personal data without explicit user consent. Some companies appear to make an effort to approach things differently. Apple leverages its proprietary internet crawler, Applebot, to scour the web and gather relevant information that can be seamlessly integrated into Siri’s functionality. Applebot Prolonged is an autonomous entity responsible for overseeing how websites utilize their content, with the ability to provide website management services. Websites can now add a snippet of code to prevent Applebot-Extended access, thereby denying permission to scrape data from that website for training Apple’s AI capabilities? Apple empowers website owners to decide whether their content contributes to training its AI, allowing them to opt-out without incurring penalties.

Several prominent online platforms have opted to block Apple’s access to scrape their websites for educational purposes. While Facebook and Instagram are owned by Meta, it’s reassuring that Apple’s AI models won’t utilize any of your personal posts for training purposes, unlike Meta’s current practices.


While commendable, this approach ultimately sidesteps the core problem, doesn’t it? Siri will soon integrate AI-powered models, unencumbered by Apple’s management over the data utilized in coaching OpenAI’s fashion designs.

The European Union has demonstrated that companies will ultimately shut down if compelled to comply.

To ensure seamless control over our individual privacy choices, comprehensive guidelines need to be established.

Framework Convention on Artificial Intelligence being held by signatories

Council of Europe

In a landscape beset by uncertainty, a glimmer of optimism emerges. The European Union is renowned for its stringent online privacy regulations. Despite their good intentions, some regulations ultimately backfire, as seen with the GDPR laws that inadvertently trigger pesky cookie-consent pop-ups. While the sentiment is commendable, the actual execution falls short, yielding an even more exasperating experience for users who must navigate through an overly complex process simply to access the website’s features and start using it effectively.


While major companies may view the EU with skepticism, its sheer size – encompassing almost 500 million people and comprising a significant portion of the market for tech firms – cannot be ignored? The European Union’s success in compelling Apple to finally agree Under mounting pressure from the EU, Meta was compelled to adapt by providing European customers with the option to opt-out of having their data scraped for AI training purposes.

Despite its reputation as a bastion of free expression, even Facebook has taken steps to curb online harassment. The corporation has consented to refrain from leveraging account data from Europe to train its artificial intelligence models, despite being unable to rectify the situation regarding the previously gathered information.


It won’t be long before we’re packing up and transferring to Barcelona, though. While tech companies may initially adapt to new legal requirements by removing AI features from EU customer offerings entirely. META has paused the launch of certain features in Europe and Apple’s Intelligence tracking system for EU iPhone customers. While there’s a possibility they’ll enter the EU market, the sheer scale of potential customers makes it an opportunity not to be ignored.

That is the true subject. Artificial intelligence has emerged rapidly, leaving governments struggling to keep pace?

Ultimately, establishing guidelines that can be universally applied across the world is crucial. Given that the identical option is available to EU Facebook and Instagram users due to existing laws, it’s only fair that Australian customers are also offered this choice, considering they share similar rights and protections under international law. As long as laws are applicable everywhere, companies can continue operating in any country that does not explicitly prohibit their activities. However, we are still a significant distance from achieving worldwide regulation of AI.


That is the true subject. Artificial intelligence has emerged rapidly, leaving governments struggling to keep pace. The European Union’s experience demonstrates that well-defined legal frameworks can effectively compel major corporations to prioritize privacy. While confirmation of the flip side has been obtained, it’s crucial to acknowledge that AI companies may still exploit loopholes as long as laws are ambiguous. The imperative for explicit regulation becomes increasingly pressing in order to safeguard individual privacy from potential exploitation.

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