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today's the final day of m build. would be nice to tell the attendees' msft has a license for all the goodness and how it works on the monetization part?
more reason for crying, msft edge arbitrary object framework now allow a menu of apps below the copilot logo which the user can access so easily like 365/team, outlook, tools, games, etc.
is this their browser version of ai+pc? for the legacy devices?
kona, this story is almost more than i can take. what is the txs scotxs doing?
tpf and modernization for smaller orgs like capeair, credit card facilities............
native feature that might use a middleware like xml comms/network? thinking this thing globally with repetitive answers is like a mainframe response . the tpf org?
you don't think every question goes to the ml/rag work process flow? like what is the temperature or is it raining?
arbitrary object framework for edge browser is copilot. does it travel as a chat app in a potential multiple chat apps in an app with programmable api?
i asked copilot if it was a page virtual machine, it answered: No, Copilot does not appear as a screen on the right side of an Edge browser page in the virtual machine category. Based on the search results:
Copilot is a sidebar feature built into the Microsoft Edge browser that provides an AI-powered assistant to help users with various tasks related to the web page content they are viewing.
3
It appears as a sidebar docked to the right side of the Edge browser window, not within virtual machines.
The search results mention virtual machines (VMs) in the context of Azure Stack Edge devices, which are hardware appliances for edge computing workloads. VMs can be deployed on these devices to run non-containerized applications, but there is no indication that Copilot integrates with or appears within these VMs.
The Copilot sidebar is designed to work alongside the Edge browser on Windows desktops and mobile devices. While it can summarize and analyze content from web pages and documents, it does not function as a separate screen or interface within virtual machine environments. Copilot is a native feature of the Edge browser itself.
opentext kept teamsite, it seems. and they have many customers.......more money ?
so cobol is the tool to parse the xml . is that what vcsy had micro focus create?
and what did masa son have 8 make with them for their sql/vce/horizon thing?
something to extract the 744 object from the function and ....from the xml documents? to transform it to be called other names but still represent the same object? pardon my ignorance.
those skilled in the knowledge might be able to make v ip into a mainframe modernization platform?
is msft going to let bain do this without them?no>>>>>>>
"Rocket software is owned by Bain capital. mitt and utah, utah and novell and former ceo of google guy?
msft cptn hasn't given up?"Rocket software is owned by Bain capital. mitt and utah, utah and novell and former ceo of google guy?
msft cptn hasn't given up?
"Bain & Company and Microsoft Partnership:
Bain & Company, a global business consulting firm, has established a strategic partnership with Microsoft.
The goal of this collaboration is to enable Bain’s client businesses to build and deploy new artificial intelligence (AI) applications across their operations more effectively and at scale1.
The partnership combines Bain’s multidisciplinary expertise in strategic business advice, data, and engineering with Microsoft’s Azure OpenAI service.
Companies benefit from state-of-the-art tools and capabilities to accelerate and streamline their AI initiatives.
The Microsoft Azure OpenAI service allows businesses to integrate their enterprise data with preexisting language models, addressing various business use cases in a trusted and secure environment.
Bain supports client companies with AI implementation strategies across industries and business functions, including financial operations, human resources, marketing, and service operations.
Notably, they’ve worked on landmark projects with companies like The Coca-Cola Company and Carrefour Group, where Microsoft played a key role2.
Impact on Carrefour:
French multinational retailer Carrefour has improved its customer and employee experience using innovative tech solutions based on ChatGPT technology.
Their natural-language chatbot, Hopla, powered by GPT-4, enhances the e-commerce experience on carrefour.fr.
Hopla retrieves customer-specific preferences, offering smart guidance on food selection based on budget, dietary restrictions, and more.
Carrefour continues to explore other generative AI use cases for both customer-facing interactions and internal processes2."
Rocket software is owned by Bain capital. mitt and utah, utah and novell and former ceo of google guy?
msft cptn hasn't given up?
cobol?
."COBOL and XML:COBOL (Common Business Oriented Language) is a widely used mainframe programming language. It can process XML documents and interact with other languages like Java and C2.COBOL programs can parse XML files, extract relevant information, and perform business logic based on that data.Remember that modernization strategies can vary, and enterprises may choose different approaches base"
744? parse xml files to obtain the 744 functionality?
this seems a bit y2k ish? but that was the reason for micro focus in the day?
and if mainframe modernization was a thing now, microfocus and their evolved cobol and visual studio ip might play a big part. ===========
"Certainly! Let’s explore the intersection of OpenText and mainframe technology:
OpenText’s Application Modernization and Connectivity Business (AMC):
Rocket Software, a global technology leader in mainframe modernization, recently acquired OpenText’s AMC business.
AMC was formerly part of Micro Focus and has been a leader in application modernization for many years.
Their tools include COBOL and host connectivity, enabling organizations to leverage core applications and offer flexibility for modernization12.
Modernization Technology:
Instead of rewriting custom, monolithic mainframe applications, OpenText’s modernization technology allows applications to be decoupled from hardware platforms and reused elsewhere (e.g., in containers and the cloud)3.
This approach bridges the gap between mainframe security and powerful analytics tools in the cloud.
Security and Authentication:
OpenText’s solution for multifactor authentication (MFA) extends to mainframe users, ensuring robust security across the enterprise4.
It enables organizations to use the same MFA product for both enterprise and mainframe authentication.
In summary, OpenText’s AMC business, now part of Rocket Software, contributes to mainframe modernization and connectivity, offering solutions that span from the mainframe to the cloud15. If you have more questions or need further details, feel free to ask! 😊"
Me:
ibm mainframe modernization could be an important way to get users. transformations for the old ibm and other mainframers, like micro focus. china has their mainframes as well as do many countries and enterprises globally. got to get the data to be ai'able.
me:ibm has knowledge data storehoused from their intensive work with libraries and museums and etc ....but , it seems they might have stored them on magnetic tape which uses binary data format like jpeg, snapshots thereof? such can be kept safe from emp exposure in a faraday cage, or i wonder using memristor ip. the abiity to analyse photo/video/visual information would seem important. ergo the gpt4o and ?5.
ibm makes apps for apple. ibm and xml. ibm and vcsy xml. xml mainframe modernized language. attn: rest and soap use xm messages for data exchange.legacy data transformation.cobol and xml..micro focus? java and .net:
copilot:
"Certainly! Mainframe modernization is a process where enterprises migrate their existing legacy systems to a newer, more technologically advanced ecosystem. Some common areas targeted for modernization include code, interface, cost savings, and performance1. XML can play a role in this process, especially when it comes to data integration and communication.
Here are a few ways XML can be relevant in mainframe modernization:
Data Exchange and Integration:
XML is a widely used format for data exchange between systems. It allows different applications, including mainframes, to communicate seamlessly by defining a common structure for data.
When modernizing mainframe applications, integrating them with other systems (such as web services or cloud-based applications) often involves exchanging data in XML format.
Web Services and APIs:
Modern applications often use web services and APIs for communication. XML-based protocols like SOAP (Simple Object Access Protocol) and REST (Representational State Transfer) use XML messages for data exchange.
Mainframes can expose their functionality as web services using XML-based protocols, allowing other applications to interact with them.
Legacy Data Transformation:
Many mainframe applications store data in legacy formats (e.g., fixed-length records). When modernizing, converting this data to XML can make it more accessible and usable by other systems.
XML provides a flexible way to represent structured data, making it easier to transform legacy data into a more modern format.
COBOL and XML:
COBOL (Common Business Oriented Language) is a widely used mainframe programming language. It can process XML documents and interact with other languages like Java and C2.
COBOL programs can parse XML files, extract relevant information, and perform business logic based on that data.
Remember that modernization strategies can vary, and enterprises may choose different approaches based on their specific needs. Some organizations rewrite legacy applications into new languages (e.g., Java or .NET), while others focus on refactoring existing code or using automated tools3. The key is to strike a balance between leveraging existing mainframe assets and adopting modern practices.
If you have any specific scenarios or questions related to XML and mainframe modernization, feel free to ask! 😊"
ibm makes apps for apple. ibm and xml. ibm and vcsy xml. xml mainframe modernized language. attn: rest and soap use xm messages for data exchange.legacy data transformation.cobol and xml..micro focus? java and .net:
copilot:
"Certainly! Mainframe modernization is a process where enterprises migrate their existing legacy systems to a newer, more technologically advanced ecosystem. Some common areas targeted for modernization include code, interface, cost savings, and performance1. XML can play a role in this process, especially when it comes to data integration and communication.
Here are a few ways XML can be relevant in mainframe modernization:
Data Exchange and Integration:
XML is a widely used format for data exchange between systems. It allows different applications, including mainframes, to communicate seamlessly by defining a common structure for data.
When modernizing mainframe applications, integrating them with other systems (such as web services or cloud-based applications) often involves exchanging data in XML format.
Web Services and APIs:
Modern applications often use web services and APIs for communication. XML-based protocols like SOAP (Simple Object Access Protocol) and REST (Representational State Transfer) use XML messages for data exchange.
Mainframes can expose their functionality as web services using XML-based protocols, allowing other applications to interact with them.
Legacy Data Transformation:
Many mainframe applications store data in legacy formats (e.g., fixed-length records). When modernizing, converting this data to XML can make it more accessible and usable by other systems.
XML provides a flexible way to represent structured data, making it easier to transform legacy data into a more modern format.
COBOL and XML:
COBOL (Common Business Oriented Language) is a widely used mainframe programming language. It can process XML documents and interact with other languages like Java and C2.
COBOL programs can parse XML files, extract relevant information, and perform business logic based on that data.
Remember that modernization strategies can vary, and enterprises may choose different approaches based on their specific needs. Some organizations rewrite legacy applications into new languages (e.g., Java or .NET), while others focus on refactoring existing code or using automated tools3. The key is to strike a balance between leveraging existing mainframe assets and adopting modern practices.
If you have any specific scenarios or questions related to XML and mainframe modernization, feel free to ask! 😊"
java and xml? motely fool.
"Striking partnerships left and right
IBM's AI software doesn't solely live on its own cloud platform. One of the core strengths of IBM's business model is an agnosticism toward other technology vendors. IBM's consulting arm is free to craft solutions that involve products and services from a network of strategic partners. These partnerships bring in billions of dollars worth of business that IBM likely wouldn't win otherwise.
At its annual THINK conference, IBM provided a handful of updates regarding its watsonx platform and partnerships with other technology companies:
IBM open-sourced some of its advanced AI models used for code generation. These models were used to train IBM's watsonx Code Assistant and Code Assistant for Z, the latter of which helps customers easily transform legacy mainframe code into a modern programming language.
IBM unveiled new AI assistants set to be available later this year. These include an assistant aimed at accelerating application development using the Java programming language and an assistant tasked with automating mainframe management.
IBM is partnering with Amazon Web Services to make the full watsonx platform available directly on AWS. Amazon SageMaker, a machine learning product on AWS, will be integrated with the governance portion of IBM's watsonx platform. Joint IBM-AWS clients will be able to turn to IBM's consulting arm for help leveraging both companies' products.
IBM is teaming with Salesforce to bring watsonx to the Salesforce Einstein 1 Platform. IBM's Granite AI models will be integrated with Salesforce's platform, and IBM's consulting arm is working to bring industry-specific prompt templates and copilot actions to the platform later this year.
The watsonx platform can now run on Microsoft's Azure cloud platform.
A strategic partnership with AI start-up Mistral is in the works, which will bring Mistral's commercial AI models to the watsonx platform.
An enterprise AI leader
By working with other cloud platforms and technology providers, IBM is extending the reach of its watsonx AI platform far beyond what would be possible if the company instead took a walled-garden approach. Enabling watsonx to run anywhere should also drum up more business for IBM's consulting arm."
virtual computing and data.....nomenclature adds a little confusion. do you need a virtual computer to know virtual data? ploinks/puddle?
dark matter in physics? you need a device/sensor which will detect the virtual arbitrary object. ?
journal today b4, old tech sparks ai standard. 8 and motion vector estimation? and vector database for RAG.
mle markup of the data and markup executive of v ip? wags..........
An AI operating system is a specialized software platform designed for artificial intelligence (AI) systems and applications. Unlike standard operating systems, AI operating systems provide the necessary tools, infrastructure, and power to build high-performance AI programs. Here’s what sets them apart:
Unique Requirements: AI operating systems handle the specific needs of AI applications, such as analyzing large amounts of data (often referred to as big data), identifying patterns, and making decisions.
Advanced Algorithms: They use sophisticated algorithms, specialized hardware (such as Tensor Processing Units and Graphics Processing Units), and optimization techniques to achieve optimal performance on AI workloads.
Scalability: AI models can be fully flexible and scalable thanks to these specialized operating systems.
IoT Integration: AI operating systems also play a crucial role in processing and analyzing data collected by the Internet of Things (IoT), allowing insights and informed decision-making.
Ease of Development: Before AI operating systems, developers had to manually optimize algorithms for specific hardware and manage complex datasets. These specialized systems simplify building and deploying AI applications.
In summary, AI operating systems empower developers and businesses to harness the full potential of AI by providing tailored tools and infrastructure12. If you have any more questions or need further details, feel free to ask! 😊
msft webnn..........frameworks......
making copilots at the m build......creators makes the copilot..posts it to their ploinks? and they get to approve it ?
copilot studio from 'sharepoint'.......copilot studio : knowledge site account info, actions, event registration, automated flow, seems like a client to server which can be either or ....wags.
744/social network/data 521 and mle/
in the day portuno said 40, then 70 billion.......well, this might be a lot more than that?
windows copilot runtime, the mle framework for the arbitrary objects
kona, i didn't say i would let him skate, but i've got no powers and i think there's more to the situation than you concede.
msft build keynote going on.....copilot github extensions and devs.......or "creators" and msft azure fabric are/have already been mentioned. he could have already said v ip and 8, but hasn't. i'm feeling the burn right now.
hp.dell.lenovo.acer.; msft too license first, then lg.....later by samsung, interwoven-hp sued for the patent test. acer and msft? lenovo and google; dell and google/msft?
An on-demand recording of our May 20 event is available.
Today, at a special event on our new Microsoft campus, we introduced the world to a new category of Windows PCs designed for AI, Copilot+ PCs.
Copilot+ PCs are the fastest, most intelligent Windows PCs ever built. With powerful new silicon capable of an incredible 40+ TOPS (trillion operations per second), all–day battery life and access to the most advanced AI models, Copilot+ PCs will enable you to do things you can’t on any other PC. Easily find and remember what you have seen in your PC with Recall, generate and refine AI images in near real-time directly on the device using Cocreator, and bridge language barriers with Live Captions, translating audio from 40+ languages into English.
These experiences come to life on a set of thin, light and beautiful devices from Microsoft Surface and our OEM partners Acer, ASUS, Dell, HP, Lenovo and Samsung, with pre-orders beginning today and availability starting on June 18. Starting at $999, Copilot+ PCs offer incredible value.
This first wave of Copilot+ PCs is just the beginning. Over the past year, we have seen an incredible pace of innovation of AI in the cloud with Copilot allowing us to do things that we never dreamed possible. Now, we begin a new chapter with AI innovation on the device. We have completely reimagined the entirety of the PC – from silicon to the operating system, the application layer to the cloud – with AI at the center, marking the most significant change to the Window platform in decades.
v made such a big deal out of v ip being more server side, i can easily envision v ip as the generative ai side with the data/mle/which would be used with the algorithms/machine learning......wags. i think v has a big part in the generative ai story. bigger than 100 billion worth. i'd want cash and ongoing subscription money. i'm also thinking they might let wade walk; don't know about the shares x he has to pay the penalty which might be a fraction of his share eventual value?
davidoff, et al were supposed to try to get 744 out to tech users/buyers after the patent revisit. did they actually do any work or collude with the same people to choke v out of existence? that might come out in the investigation on current charges? were they with farias /wade trying to weaken them so much as to allow them to buy cheap or just usurpt the ip like interwoven failed to do?
generative ai reponse is created data in the machine learning model itself...8 seems in , but is waiting for vcsy to give the thumbs up, which seems to be waiting on wade and the illegal lawyers.....trumps cohen has come out and said he stole from the trump org. ...maybe v's does the same and makes a deal and we go green. but still waiting for tx supreme court?
arbitrary object frameworks could be used in these ethernet packets of data*arbitrary and their arbitrary *data frameworks for same?
pub sub messaging to ensure receipt like registered mail.
8 has patents which cover what to do with messages /packets if the device is off line/not working.
do you also use a pre sending of the packet type of message like a ping to make sure it's awake and ready? maybe for really important data? or for everything of a certain latency later than a previous messaging?
also, need to prepare for problems with denial of service attacks and port use?
https://www.investors.com/news/technology/broadcom-stock-avgo-ai-data-center-networking-gear/?src=A00220
this am , broadcom new ethernet switch........744 pub and response flash needed? zerotrust network or ploinks/puddle? blam.
"An Ethernet adapter, also known as a network interface card (NIC), plays a crucial role in connecting devices to an Ethernet network. Here’s how it works:
Receiving Packets: When devices with IP addresses create data packets, the Ethernet switch encapsulates these packets within an Ethernet frame.
Identifying Data: The frame contains essential information in the header, such as source and destination MAC addresses. Upon arrival at the Ethernet switch, it reads this data to determine where to forward the frame through its ports.
Sending Packets: The frame reaches the destination device, which receives and extracts the packet.
Ethernet adapters can be built into motherboards (like NICs) or added externally via USB dongles. They allow devices to connect to wired Ethernet networks, ensuring seamless communication and data transmission within a local area network (LAN) 12. If you’re using an external adapter, make sure to install the specific driver software for it 3. 😊"
i look forward to such. on to msft build conference tuesday?
side panel ai for gemini and copilot are like a multiple of chat apps in an app with programmable api's , see chat/compose/video/etc at the top of right panel.
add it to v ip and service/object creation/creatorship and a social network............basically the user designating the dynamic dns addresses or call same object by another known name into your local personal social network? voila. ploinks/puddle/8 and partners?=================
\
arbitrary objects and frameworks? distributed data resources? like a browser but not; mle and transformation via transformers; objects described by math; call such objects by various names, but known as such/same by a registry? maybe a automatic registry of micro frontends? along with the 8 archiving ip?
copilot says: "Certainly! Arm Holdings is actively exploring the concept of chiplets—a modular approach to creating custom silicon. Here’s what you need to know:
Chiplets Explained:
Chiplets involve breaking down large monolithic systems into smaller, purpose-built components.
Instead of designing an entire system-on-chip (SoC) on a single piece of silicon, chiplets allow for subsystems to be optimized individually.
These modular chiplets can be assembled in a 2.5D or 3D configuration, leveraging a common interconnect medium12.
Benefits of Chiplets:
Cost Reduction: By consolidating functions into smaller units, chiplets reduce manufacturing costs.
Smaller Designs: Ideal for mobile devices like smartphones and AR/VR headsets.
Flexibility: Existing components become building blocks for custom chips.
Arm’s Role:
Arm’s position in the ecosystem enables chiplet innovation.
Investments in standards (such as AMBA) ensure interoperability and performance.
Arm fosters a rich multivendor chiplet ecosystem, making custom silicon more accessible13."===============
optimized individiually, and the dev would need to write the code themselves? further, add cpaas communications which also don't require rewriting the app or ability for comms installations.
The company added four additional Arm Total Access agreements, bringing the total to 31 customers. This is a newer program being offered by Arm whereby customers can pay an annual recurring subscription for the right to broad use of Arm's intellectual property. The company said more than half of its 30 largest customers and now using this subscription. Meanwhile, 222 customers are now using its more limited Arm Flexible Access program designed for early-stage companies.
ibm was very interested in how an observer could watch what a processor was doing work .
then intel had hacking of chip work by other apps.
i wonder if they were able to integrate those two things? and have desired security?
api's and encrypted work?
copilot said think transport layer security . tls
a few years ago , 8 made a big transition to upgraded tls ip. hardware encryption can also be done.
chiplets seems to be the new thing/it. how do they break up the functionality of a soc and then put them back together/integrate them back together? if winning knows now to look at certain points in the process flow and measure it, perhaps he has the answer of how to put them back together, but he'd still need some glue? like apis? oh.
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?