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broadcom routing switch:Using
the web
Certainly! Let’s explore how Broadcom intersects with networking and routing:
Cognitive Routing in the Tomahawk 5 Data Center Switch:
Broadcom introduced Cognitive Routing in their industry-leading 51.2T Tomahawk 5 switch.
Cognitive Routing builds upon the Adaptive Routing functions present in previous generations of Tomahawk products.
It emphasizes the performance needs of Ethernet-based AI and ML clusters1.
IP Routing Manager:
IP Routing Manager, integrated with Route Explorer (REX), allows you to discover and visualize a network’s topology.
REX, developed by Packet Design, is a route analytics solution.
IP Routing Manager focuses on discovering and visualizing the Layer 3 network2.
Routing Traffic:
In networking, routing policies determine the path for each data frame.
The fabric must first discover the route that a packet should take to reach its destination.
This process ensures efficient data movement from switch to switch and between storage and servers3.
In summary, Broadcom’s innovations impact networking, routing, and data center switches, enhancing performance and adaptability. 🌟 Learn more about Cognitive Routing1 Explore IP Routing Manager2 Understand Routing Traffic3
Intel Communications Server empowers service providers and enterprises with cloud-native, scalable, and flexible networks. From core to radio access network (RAN) to edge, Intel’s continuous network innovation drives digital transformation benefits. Here are some highlights:
Service Providers:
Cloud-Native Core: Migrate to a secure, cloud-native core for operational efficiency, service agility, and cost savings as you scale.
vRAN (Virtualized Radio Access Network): Deliver enhanced services and improved margins by virtualizing your radio access network.
Edge Deployment: Design and deploy affordable edge networks, enable edge AI applications, and simplify edge management.
Fixed Cable and Converged Networks: Virtualize networks for improved economics and scale while capturing convergence potential.
Enterprises:
Private Networks: Intel-enabled private networks give you control over connectivity to meet specific use case requirements.
Cloud and Enterprise Networking: Securely access cloud services anywhere, advancing digital transformation.
Intel’s commitment to network innovation drives connectivity, efficiency, and business success. 🌟 1
Learn more
1
intel.com
2
intel.com
3
intel.com
You
what happened to ipv6?
Copilot
Using
the web
IPv6, the latest version of the Internet Protocol, was introduced to address the limitations of its predecessor, IPv4. Here’s a brief overview:
Address Space Expansion:
IPv4 uses a 32-bit addressing scheme, allowing for approximately 4.3 billion unique addresses.
With the explosive growth of the internet, personal devices, and the Internet of Things (IoT), this address space became insufficient.
IPv6, designed nearly 25 years ago, uses a 128-bit addressing scheme, supporting approximately 340 trillion trillion (2 to the 128th power) unique addresses.
Benefits of IPv6:
Efficiency: IPv6 handles packets more efficiently, improving performance.
Security: Enhanced security features compared to IPv4.
Hierarchical Routing: Internet service providers can reduce routing table sizes by making them more hierarchical.
IPv6 Address Format:
Unlike IPv4’s four sets of decimal numbers (e.g., 45.48.241.198), IPv6 uses eight groups of hexadecimal digits separated by colons (e.g., 2620:cc:8000:1c82:544c:cc2e:f2fa:5a9b).
Despite its advantages, IPv6 adoption has been slow and complex. However, gradual migration is underway, ensuring we won’t face an address apocalypse. 🌐🔗 1
Learn more
1
networkworld.com
2
blog.apnic.net
3
nanog.org
You
8x8 service creation environment and client addresses
Copilot
Using
the web
Certainly! Let’s explore 8x8 and its services:
8x8 Contact Center Channels:
Phone Channels: Process inbound and outbound phone interactions using phone channels. These channels are automatically created when a new phone number is ordered for the tenant through provisioning.
Email Channels: Handle inbound and outbound email interactions using email channels. Administrators create these channels in 8x8 Contact Center.
Chat Channels: Process incoming chat requests and direct them to contact center agents. Administrators create chat channels.
Social Channels: Handle chat requests from Facebook and Twitter. Social channels are also created by administrators.
SMS Channels: Process messages routed via SMS and offer them to agents as chat interactions for responses.
Chat API: Connect directly to agents from your own system, enabling clients to communicate via mobile app-based chat, web chatbots, and integrations with other platforms1.
Network Requirements for VoIP Services:
When configuring your network for VoIP services, consult an IT or network professional.
Ensure proper firewall settings and NAT (Network Address Translation) configurations.
For 8x8 Meet functionality, allow unrestricted outbound TCP port 443 (HTTPS) traffic2.
X Series Technical Requirements:
All 8x8 services are deployed within specific IP address spaces.
Outbound requests to these ranges on port 80 (HTTP) are redirected to port 443 (HTTPS).
Ensure proper network setup for seamless communication3.
Remember, 8x8 offers a range of features, including contact center, business phone, video, and chat. Explore their plans and pricing to find the best fit for your needs! 🌟 4
is it 8 or msft? lol:
Certainly! Microsoft offers Azure Communication Services (ACS), a robust Communication Platform as a Service (CPaaS) solution built on its Azure cloud. Here are the key points:
Azure Communication Services (ACS):
Multichannel Communication APIs: ACS provides APIs for voice, video, chat, text messaging/SMS, and email, allowing developers to add real-time communication features to their applications1.
Integration with Microsoft Teams: Enhance interactions with customers by streamlining voice, video, and chat communications through custom-built apps on the Microsoft Teams platform1.
Global Scalability: ACS delivers reliable enterprise-grade calling, chat, and messaging capabilities across a low-latency network that automatically scales to meet demands1.
Security and Compliance: Certified compliant communication platform meeting standards like HIPAA, GDPR, and SOC 21.
Email APIs:
Microsoft recently extended its CPaaS platform to include email APIs, alongside voice, SMS, and video2.
These APIs allow businesses to inject real-time communication channels into online or in-app customer journeys2.
In summary, Microsoft’s CPaaS offerings empower developers to create seamless communication experiences across devices and platforms. 🌟 Learn more about Azure Communication Services1 Read about Microsoft’s email APIs2
copilot:Using
the web
Certainly! AI (artificial intelligence) and IoT (Internet of Things) are pivotal players in the evolution of CPaaS (Communication Platform as a Service). Let’s explore how they intersect:
CPaaS Evolution and Growth:
CPaaS solutions have transitioned from a generic model to a more interconnected approach.
They empower businesses to seamlessly integrate real-time communication tools and analytics into existing technology frameworks.
This flexibility facilitates cost-effective modernization and serves as a stepping stone for digital transformation1.
AI’s Role in CPaaS:
AI-driven solutions are reshaping CPaaS.
Programmable APIs and SDKs now incorporate AI-powered virtual assistants and chatbots.
These intelligent companions enhance efficiency, improve user experiences, and offer real-time responses1.
Beyond Conventional Communication:
AI extends beyond messaging and IVR (Interactive Voice Response).
Predictive analytics and sentiment analysis redefine customer interactions.
The future of CPaaS is intricately linked with AI’s cognitive capabilities1.
In summary, the symbiotic relationship between AI and IoT promises to redefine communication platforms, enhancing engagement and experiences. 🌟 AI and IoT Paving the Way for CPaaS Evolution and Growth1
msft vcsy conference , i mean msft build:https://build.microsoft.com/en-US/sessions?filter=deliveryTypes%2FlogicalValue%3EOnline
openai and reddit. when ihub vcsy? lol.
android 15 has new secret place for 'apps' . secret place?
The new case against Wolman will be tried in Texas, not NY . Texas will be fair . Justice will prevail. The money we could get back could pay off the IRS and fund the audit. If they’re smart they will settle like Mills and Farias asap
ot: i wonder if wade invested his accounts into bitcoin/ftx?
now it seems the ftx trustee has found the money and with interest to payback the investors.
so maybe the kid gets out? maybe he wasn't so crazy?
v ip, brother. ai is making the techs fly, v ip should be in there now. maybe inside the firewalls with interconnections via 8 networking, routing, authenication, etc.
something has to connect the ai to the apps/cpaas......the glues being v ip and 8, wags.
now is the time to throw off the handcuffs and orchestrate this transformation from the legacy world to the new.
have we been stuck in a timewarp , while the legacy players got rid of their old ways, accumulated the new ways on the cheap? salesforce, adobe, google, msft, oracle, etc? well , dell and everyone else is getting their due, now it's time for v and 8.
wags, and hopes.
i just wonder if the ny legal systems is so tainted for v and for t and martha?
maybe it's the real reason for the migration to fld/txs/and now maybe atlanta? ATLANTA seems to be going red from blue? what's big mike up to?
Knowledge is power. Just ask my daughter. Lol Hell YALE! GO BULLDOGS!
The problem I see with SBV, or anyone for that matter, is as soon as your idea/invention is ready for mkt, it has already been trumped by several other breakthroughs. Exciting times for sure. But everything is moving at warp speed now. It will take a ceo on his toes to keep up. I think Len needs to hire Doc to give him a 30 minute morning briefing on what is happening in the Tec world. Without someone like Doc to keep u on your toes. You’re goona be just pissin into the wind. I know he has Luiz , Scott and others, but a designated daily Tec article educator could be very helpful in making major decisions in these warp speed times. Just sayin
Surprisingly, the exchange energy of holes is not only electrically controllable, but strongly anisotropic.
an·i·so·trop·ic
adjectivePHYSICS
(of an object or substance) having a physical property that has a different value when measured in different directions. A simple example is wood, which is stronger along the grain than across it.
(of a property or phenomenon) varying in magnitude according to the direction of measurement.
"electron scattering is anisotropic"
Fast and precise controlled spin-flip
organizations
Experiment opens door for millions of qubits on one chip
Date:
May 6, 2024
Source:
University of Basel
Summary:
Researchers have achieved the first controllable interaction between two hole spin qubits in a conventional silicon transistor. The breakthrough opens up the possibility of integrating millions of these qubits on a single chip using mature manufacturing processes.
Share:
FULL STORY
Researchers from the University of Basel and the NCCR SPIN have achieved the first controllable interaction between two hole spin qubits in a conventional silicon transistor. The breakthrough opens up the possibility of integrating millions of these qubits on a single chip using mature manufacturing processes.
The race to build a practical quantum computer is well underway.
Researchers around the world are working on a huge variety of qubit technologies.
So far, there is no consensus on what type of qubit is most suitable for maximizing the potential of quantum information science.
Qubits are the foundation of a quantum computer: they handle the processing, transfer and storage of data.
To work correctly, they have to both reliably store and rapidly process information.
The basis for rapid information processing is stable and fast interactions between a large number of qubits whose states can be reliably controlled from the outside.
For a quantum computer to be practical, millions of qubits must be accommodated on a single chip.
The most advanced quantum computers today have only a few hundred qubits, meaning they can only perform calculations that are already possible (and often more efficient) on conventional computers..
Electrons and holes
To solve the problem of arranging and linking thousands of qubits, researchers at the University of Basel and the NCCR SPIN rely on a type of qubit that uses the spin (intrinsic angular momentum) of an electron or a hole.
A hole is essentially a missing electron in a semiconductor.
Both holes and electrons possess spin, which can adopt one of two states: up or down, analogous to 0 and 1 in classical bits.
Compared to an electron spin, a hole spin has the advantage that it can be entirely electrically controlled without needing additional components like micromagnets on the chip.
As early as 2022, Basel physicists were able to show that the hole spins in an existing electronic device can be trapped and used as qubits.
These "FinFETs" (fin field-effect transistors) are built into modern smartphones and are produced in widespread industrial processes.
Now, a team led by Dr. Andreas Kuhlmann has succeeded for the first time in achieving a controllable interaction between two qubits within this setup.
Fast and precise controlled spin-flip
A quantum computer needs "quantum gates" to perform calculations.
These represent operations that manipulate the qubits and couple them to each other.
As the researchers report in the journal Nature Physics, they were able to couple two qubits and bring about a controlled flip of one of their spins, depending on the state of the other's spin -- known as a controlled spin-flip.
"Hole spins allow us to create two-qubit gates that are both fast and high-fidelity. This principle now also makes it possible to couple a larger number of qubit pairs," says Kuhlmann.
The coupling of two spin qubits is based on their exchange interaction, which occurs between two indistinguishable particles that interact with each other electrostatically.
Surprisingly, the exchange energy of holes is not only electrically controllable, but strongly anisotropic.
This is a consequence of spin-orbit coupling, which means that the spin state of a hole is influenced by its motion through space.
To describe this observation in a model, experimental and theoretical physicists at the University of Basel and the NCCR SPIN combined forces.
"The anisotropy makes two-qubit gates possible without the usual trade-off between speed and fidelity," Dr. Kuhlmann says in summary.
"Qubits based on hole spins not only leverage the tried-and-tested fabrication of silicon chips, they are also highly scalable and have proven to be fast and robust in experiments." The study underscores that this approach has a strong chance in the race to develop a large-scale quantum computer.
me:
burrows-wheeler job/task/specs/apis could be applied to many different tasks/job/industries?
does msft sell such as a one and done or would they more likely take a cut/percentage/subscription fee/part of the profit ? who keeps track? archivable markup might be very important along with discoverability at least in the fabric supported?
ploinks/puddle/msft azure fabric?
Me:
adapt microsoft burrows-wheeler dna sequencing ip into a similar job of cpaas formulation of various 'business flows' and integration points to optimally do a task. this could be modified easily because of cpaas when the components change or or changed out due to business/political/environmental/or other factors to promote 5-9's capabilities and qos.
interesting that the context of prompts could easily direct the ai in the tasks at hand.
important in all this would be the networking/planning of the business flows; the dynamic routing for such; and the authentication needed to ensure a zero trust and more secure application/work/data center environment which extends all the way out to remote work/workers/global reaches?
Me:
genkit, project idx; or maybe how to string/glue microservices together to capture the advantage of parallel computing via cpaas and microservices? it is possible to break down a complex work action /goal into more manageable smaller jobs and use the microservices/servers best configured and able to do the task? might even be able to blockchain /bitcoin job out the work like mining activities?
the infrastructure is already in place. blockchain client contracts could have all the specs/apis needed, guesses.
==========
a logical 13% could be 8, msft, google, amazon, oracle or thereof? like the old neoware os band of IT?
Oh yeah. I almost forgot about our promised Ploinks shares. I wonder if they will still spin that off or was it al b s ? Knowing Wade it was pure unadulterated b s
for a share of ploinks divided 83% for v ip shareholders and v ip, 13% for outside shareholders?
Half stock. Half cash if we sell to some biggie.
Gotta wonder if nefarious dropped a dime on wolman for a sweet deal? This would make a great movie.
but some communications would likely be very beneficial if not the point of it anyway.
kona, i think we could be receiving stock/cash from the big techs....they all want in. and they're going to want to have a say.
or might v ip play it like arm and figure out a way to get sub money on a regular basis?
winning has the former amd ceo, who said let them call it whatever they want as long as they pays the money for the rights.
but some communications would likely be very beneficial if not the point of it anyway.
kona, i think we could be receiving stock/cash from the big techs....they all want in. and they're going to want to have a say.
or might v ip play it like arm and figure out a way to get sub money on a regular basis?
winning has the former amd ceo, who said let them call it whatever they want as long as they pays the money for the rights.
it allows diverse data sources, models, etc in one framework.
"Firebase Genkit, an open-source framework by Google, is designed to incorporate generative AI features into applications. While it is not specifically a CPaaS (Communication Platform as a Service), it provides tools for developers to enhance their applications with AI capabilities. Let’s explore how Genkit fits into this context:
Firebase Genkit Overview:
Firebase Genkit blends diverse data sources, models, cloud services, and agents with the coding style developers are familiar with.
It allows developers to build AI-powered features seamlessly within their applications.
AI Integration:
Genkit enables developers to incorporate AI capabilities such as content generation, summarization, and text translation.
It supports various use cases by integrating with Google AI models like Gemini (Google AI) and Vertex AI.
Integration with Firebase:
Developers can easily integrate Genkit into their projects using the Genkit CLI.
Genkit projects can be deployed on platforms like Firebase Cloud Functions and Google Cloud Run.
Sample Code:
A typical Genkit project includes a sample source file (e.g., index.ts).
Developers configure Genkit for their project, load plugins, and export AI flows and other resources.
Example flow: menuSuggestionFlow prompts an AI model to suggest menu items for a themed restaurant.
In summary, while Firebase Genkit is not primarily focused on communication, it empowers developers to enhance their applications with AI features, leveraging existing Firebase infrastructure. 🚀 Get started with Firebase Genkit1. Google introduces Firebase Genkit, a developer framework for building AI-powered apps2. GitHub repository for Firebase Genkit3. Google launches Firebase Genkit, a new open source framework for building AI-powered apps4."
arbitrary object framework for ai?
"Google Firebase Genkit is not specifically a CPaaS (Communication Platform as a Service), but rather an open-source framework designed to make it easier for developers to build AI-powered applications. Let me provide more details:
What is Firebase Genkit?
Firebase Genkit is an addition to Google’s Firebase platform.
Its primary goal is to enable developers to incorporate artificial intelligence (AI) features into their applications.
Genkit is open source and uses the Apache 2.0 license.
It allows developers to quickly build AI capabilities into both new and existing applications.
Use Cases for Genkit:
Genkit supports various generative AI use cases, including:
Content Generation and Summarization: Automatically creating content or summarizing existing content.
Text Translation: Providing language translation features.
Image Generation: Creating images using AI models.
Integration with Firebase:
Developers can seamlessly integrate Genkit into their applications because it follows the same approaches as the rest of the Firebase toolchain.
Genkit allows local testing of new features and deployment using Google’s serverless platforms, such as Cloud Functions for Firebase and Google Cloud Run.
Extensibility and Third-Party Support:
Genkit is open source, so developers can extend it as needed.
It already supports several third-party open source projects, including Google’s Gemini models and vector databases like Chrome, Pinecone, and PostgreSQL’s pgvector.
Developer UI Integration:
Project IDX, Google’s next-gen web-based integrated developer environment, supports Genkit’s developer UI out of the box.
In summary, while Genkit is not specifically a CPaaS, it provides a powerful framework for integrating AI features into applications, leveraging the existing Firebase ecosystem. 🚀 Google launches Firebase Genkit, a new open source framework for building AI-powered apps1. Google introduces Firebase Genkit, a developer framework for building AI-powered apps2. Google Cloud plugin | Genkit | Firebase3."
Apple to unveil new improved Siri June 10.
Apple plans to bill the improved Siri as more private than rival AI services because it will process requests on iPhones rather than remotely in data centers.
Me … hmmm a mini server on your phone? Who’d a thunk it Luiz? lol
me: they say, retrieval-augmented generation requires the ai connect with other data resources like the internet, private corp data, deeper dive resources. it would seem there is a collaborative social network of distributed data resources which need to be included in the network, which might be zero trust in nature. perhaps, 8x8 can help with those communications/cpaas style?
and the ip for distributed data resources treated as one common entity would /could be the v ip?
and the data would flow like a browser but not ....
would likely need a 'communications server' which could do something like a web browser but without the specific commands? not sure how this could be stated.
Everything's been "about to be revealed" for 20 years now. LOL!
this is a side show as it doesn't seem like we have to wait for it's case resolution?these guys could procrastinate indefinitely? unless the txs judge compels them to get it done or go to arbitration? however, it doesn't look good for the law firm to be seen as trying to defraud a little old vcsy.
ny lawyers of a certain ilk? some ny post exposure?
It looks to me like they are in a world of hurt. The way Pete has laid it all out from year to year makes it very easy to follow the money. Any jury after going over all this a few times will plainly see what went on here. A slam dunk for us imo
kona, i'm wondering if it might also involve the deep state motivation to keep the legacy profit centers of silicon valley intact. ro kana ?
calif is progressive territory...
trials more friendly in texas court system?
first wolman case the judge didn't look at the evidence?
ny courts.........gee, are they corrupt?
now in texas, we seek justice fair and square. the T case isnt the only example of asymmetric justice?
donors to the dem party might be the usurpers of v ip/
but in the interest of getting our due money for the v ip, perhaps, better to just get justice, then our back money and let the next president go rico on their carcasses?
$500,000.00 to $750,000.00 with treble damages and around 25,000,000 shares of stock that could be returned? That’s not chump change folks.
I’m sure our BoD and possibly other employees all played a part in laying this all out so hats off to each and everyone of you. Shareholders owe all of you a debt of gratitude. Mahalo to all.
It looks like we have all the documents we need. Paying off the back rent Wade skipped out on got us all the records we needed. It just took hundreds of hours to make a deep dive through it all occurring over several years. Pete did a really good job of laying out years of this b s. What a tangled web they wove. But he sifted through years of records and laid it all out. Awesome job Pete! You are to be commended. Mahalo nui loa! You get the circle Island tour !
These guys all seem like 2 peas in a pod. But it looks like they will all get cooked together. Ya think Farias flipped on them to avoid prosecution? It looks to me like we’ll be getting a lot of money back. Maybe enough to pay up I R S ? This can only help us to get things in order much faster now. The prospect of more money coming in is always a good thing.
did you notice one of the partner names on the bad lawyers is a citron? is it the class action dude?
or , related to one?
davidoff is the big guy? a democratic power guy. would be interesting to ask trump about him.
does he go after trump's realestate if t has to pay the fines/penalties?
i wonder if the rogue lawyers tried to hijack the money from now solutions, along with farias.
the trick could be to get wade to flip to avoid criminal court. or, does v have documents like on farias on the lawyers loaning of money to wade?
lawyers could make money just investing cash into v when it begins trading...more legal and safe. enron greed balls come to mind.
In summary, web crawlers do not use browsers but directly communicate with web servers to collect and index content. They play a crucial role in organizing the vast amount of information available online for efficient search engine results. 😊"
Ok. Where’s our dough? I have to believe there are licensing agreements that have been signed. If not, why not?
syncon of inovio could be interfaced via the new 8 patent for communicating with data server; especially a generative ai via prompts of the desired specs, qualities, geometrics, physical properties like melting point, gravity,etc. pharma's could transform their 'monoclonal antibody candidates for disease treatment into the synthetic dna produced in your body monoclonal antibody representative. guesses.
newest 8 patent , may 7, 2024;
Configuring a virtual assistant based on conversation data in a data-communications server system
May 27, 2021 - 8x8, Inc.
In one example, a server system interfaces with a plurality of remotely-situated client entities to provide data communications services. The system uses processing circuitry to access an archive of voice data indicative of transcribed audio conversations between a client station and another station participating via the data communications services. Archived voice data includes keywords associated with at least one intent or at least one topic of the transcribed audio conversations. The system identifies keywords and/or identified contexts in a message (e.g., text-based message) received by a text-based virtual assistant, and correlates the text-based message with at least one intent or at least one topic by matching keywords from the archive of digital voice data with the identified keywords from the text-based message. The system may automatically configure the virtual assistant associated with the remotely-situated client entity to address the received text-based message, based on the correlation.
Could everyone be crawling on our patent? Pun intended.
vip is the glue inside the firewall, ethernet, but outside on the pstn connection/voip it's 8 which is that glue, called the pbx/virtual pbx.
And now remember back when our spider web crawler patent was approved. It didn’t mean much back then. But now as you point out look how it fits in with AI ! It’s all coming together now. I think the big picture is about to be revealed.
me thinking and wondering:
search with ai? web crawler/spider with admin instructions of what/how/when to extract/markup/store data and processed forms of such. to better enable consumption in the multiverse of use cases/industries/applications/formats/platforms?
me like all computing tasks the dat...
msft and openai msft spent 10 billion in dev op for v ip? so how much is v ip and 8 going to be worth?
i'd get the investment money before the release/show and tell ..........it would likely also include amazon which seems to have used 8 ip in its cloudfront and google web worker and likely other companies' ip to go with v ip and 8?
is that what apple's ai will be composed of? add meta? and X and Dell/HP/opentext? etc.
mle /crawler/spider and might it be what's used for search ai or ai with search or ai search.. thanks to copilot's web work:
"What Is a Web Crawler?
A web crawler, also known as a search engine bot or a website spider, is a digital program that systematically browses the World Wide Web to find and index pages for search engines.
Search engines rely on web crawlers to discover websites, understand their content, and organize it for efficient retrieval when users search for specific keywords or phrases1.
How Web Crawlers Work:
Web crawlers act like explorers in a new land. They follow links on web pages, visiting one page after another.
When a crawler reaches a page, it gathers information about the page’s content, including the text and meta tags.
The crawler then stores this data in the search engine’s index, allowing the search engine’s algorithm to sort and rank pages based on their content.
Crawlers need a starting point (a link) to begin their journey, just like you need a starting aisle in a grocery store before you can explore the products1.
Do Web Crawlers Use Browsers?
Web crawlers do not use browsers like humans do. They don’t render pages visually or interact with JavaScript.
Instead, crawlers make HTTP requests directly to web servers, retrieving the raw HTML content of web pages.
Crawlers analyze this content, extract relevant information, and index it for search engines.
Unlike browsers, which display pages to users, crawlers focus solely on data collection and indexing23.
Web Servers and Crawlers:
Crawlers require server resources because they make requests to web servers, just like regular users visiting websites.
When a crawler requests a page, the server responds by sending the HTML content.
Crawlers follow links within the retrieved pages, continuing their exploration across the web2.
In summary, web crawlers do not use browsers but directly communicate with web servers to collect and index content. They play a crucial role in organizing the vast amount of information available online for efficient search engine results. 😊"
webcrawler with ai.......admin instructions for markup and what to do with them, an automatic registry of microfrontends?
openai and search powered by/with ai and v ip and 8?
article in india times my google news feed....copilot on android can now makes calls to do work for the client....phone link to pc/ a phone plug in
p to p with a computer attached? p to pc to direct routing/pstn? 8 voice for msft teams? now can iphone do same? duh, with safari to 8 plugin?
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