#Entity store in Microsoft Dynamics

[onlineshoppingwebsitedevelopment]

 An Android  History And Its Releases From Its Start To Till Now

In the ever-changing landscape of mobile technology, a mobile app functions as software designed for handheld devices like smartphones and tablets. Amidst the dynamic world of mobile tech, Android mobile apps and updates have consistently held a significant position. Their versatility, user-friendly design, and responsiveness have made them a hit among today's mobile users. While Android comes with a wide range of built-in features, it also offers access to numerous additional functionalities through a vast selection of applications. One of the most popular sources for downloading Android mobile apps is the Google Play Store, which houses an extensive collection of over millions of apps with a cumulative download count exceeding 50 billion.

Given the widespread use of Android devices, it is crucial to keep the Android operating system up to date. Updates not only check the security of the system, also it syncs with the latest features Reputable Mobile App Development Companies in Chennai are dedicated to delivering top-notch Android apps that cater to a variety of needs. To create an application developer work consistently to redesign according to the changing trends. 

One of the services in today's world is mobile development has become indispensable and make a rope to connect the individuals to various entities. An important role played in the development of apps is the android that boosts innovation, convenience and comfort. This android platform has made so many fine tunes to the core of the operating system since its origination. 

Android 1.0 Alpha (2008):

Android 1.0 has landed the android world in September 2008 with four top features in it. 

Google Maps

Gmail integration

The App Store (referred to as "The Market")

A scroll-down notification bar

This release was revolutionary and provided users with an unprecedented smartphone experience. However, some functionality gaps remained, as Android devices at the time required hardware buttons and physical keyboards, along with a trackball for sales.

Android 1.1 Beta (2009):

The 1.1 update, known as T-Mobile G1, was launched in February 2009.The issues that present in the 1.0 android version are sorted out by this android 1.1 G1 and it also included API integration that was done by a mobile development company that is in chennai.    Improvements were made to the Maps app, enabling users to access details and reviews for various venues and locations.

Android 1.5 Cupcake (2009):

The arrival of Cupcake marked the beginning of Android's delectable naming tradition for its releases. Some worthy features are inserted in this android cupcake version of April 2008 like accepting third party keywords and user dictionaries  It also introduced live widgets, featuring analog clocks, music players, calendars, picture frames, and search functions. Notably, Cupcake emphasized video recording and playback, supporting MPEG4 and 3GP formats.

Android 1.6 Donut (2009):

Released in September 2009, Donut brought a slew of improvements. There is a section introduced for top paid , top free and newly arrived apps with some capability to capture the screenshot  The Camera and Gallery interfaces were enhanced, resulting in improved camera responsiveness and speed. Multiple deletion of photos in the gallery is updated. Donut also introduced support for WVGA resolution on handset displays and a free turn-by-turn navigation feature.

Android 2.0/2.1 Éclair (2009):

Just a month after Donut, Éclair made its debut in November 2009. Expanded account sync is newly introduced in android 2.0 with other features like adding multiple accounts for synchronising contact and mails Microsoft email support with a unified inbox for viewing emails from multiple accounts on a single page was also a new feature. The flash support , digital zoom ,scene mode, white balance adjustment, macro focus and color effects are the upgrades done in camera. Éclair has some updated the animated backgrounds, wallpaper and primary focused bugs.  

Android 2.2 Froyo (2010):

Launched in May 2010, Froyo brought substantial improvements. The standout feature was the addition of Flash support, enabling a more interactive web experience. The compatibility of Bluetooth is enhanced with car and dock speakers. For 3G connections over other devices portable wi-fi hotspot is enhanced by the experts from leading web design companies.

Android 2.3 Gingerbread (2010):

In 2010, Gingerbread made its debut, representing a crucial moment in Android's evolution. It brought significant improvements to the standard keyboard, resulting in faster input and more intuitive typing. Additionally, Gingerbread introduced support for front-facing cameras, facilitating video calling, and included the Download Manager as a notable addition.

Android 3.0/3.1/3.2 Honeycomb (2011):

Honeycomb arrived in May 2011, designed exclusively for tablets. This version eliminated the need for hardware buttons, incorporating them into the operating system itself. It also introduced tabbed browsing in the web browser, making it a prominent feature in tablet navigation.

Android 4.0 Ice Cream Sandwich (2011):

Launched in May 2011, Ice Cream Sandwich (ICS) brought a significant redesign to Android. The Web browser closely resembled the desktop Chrome browser experience. Snapshot feature is a new accessible thing by holding down the power button and volume button at the same time. Notably, ICS introduced Face Unlock, allowing users to unlock devices by simply looking into the front-facing camera. The update also featured resizable widgets, offering more versatility compared to earlier versions.

Android 4.1 Jelly Bean (2012):

Unveiled in June 2012, Jelly Bean introduced several compelling features:

Google Now: Displayed relevant information based on search history.

Project Butter: Frame rate is enhanced when you swipe the menus and the home screen gives a smoother experience. 

Widget Realignment: Widgets would automatically adjust their placement when new ones were added.

Expandable Notifications: Improved the user experience by providing more information at a glance.

Voice Search: Enables users to ask questions or perform searches by simply saying "Google."

Android 4.4 KitKat (2013):

Released in November 2013, KitKat was a significant update that brought improvements to both the internal workings and the visual aspects of Android. Key features included:

Emojis: Introduced cartoonish ideograms and smileys for text messages.

Contact Prioritization: Allowed users to sort contacts based on communication frequency.

Smarter Caller ID: Enabled users to search for business contact information directly from the dialer.

Android 5.0 Lollipop - 2014:

Android 5.0 Lollipop represented a significant milestone, introducing the most extensive redesign of Android at the time and having profound implications for Mobile App Development Companies in Chennai.

Enhanced Sound Profiles: Android 5.1 brought improved sound profile options. Users could now silence their phones or set them to the "None" mode until the next alarm. Dismissing notifications became more intuitive, with app notifications appearing on the lock screen and the ability to swipe them away. A double-tap gesture provided quick access to important notifications.

Improved Device Protection: Android Smart Lock bolstered device security by linking the device with recognized peripherals to verify the user's identity. 

Android 6.0 Marshmallow - 2015:

Marshmallow built upon the foundation laid by Lollipop and introduced significant enhancements, including:

Google Now on Tap: Within apps, a long press of the home button triggered Google Now on Tap, which scanned for related information and presented results in cards.

Streamlined Permissions System: Unlike previous Android versions that required configuring app settings during installation, Marshmallow simplified the process. It now prompts users for permissions only when necessary, reducing complexity.

Smart Lock for Passwords: Marshmallow's "Smart Lock" feature allowed the secure storage of app passwords in a Google account's cloud storage, facilitating a seamless transition to a new device.

These innovations not only enhanced user experiences but also presented intriguing challenges and opportunities for Mobile App Development Companies in Chennai and beyond

Android N Nougat — Announced in 2016:

In March 2016, the announcement of the Nougat version created a wave of excitement, especially among mobile app development companies in Chennai. The anticipation was high for its release in India, with several compelling features expected:

Doze on the Go: Nougat was set to introduce "Doze on the Go" to improve standby time. By this feature you can optimize the battery power usage at the device inactivity.  

Multi Window Feature: The introduction of the Multi Window feature was eagerly awaited. It would enable users to use two apps simultaneously, enhancing multitasking capabilities.

Improved Settings App: Anticipated enhancements to the Settings app promised a more intuitive and user-friendly interface for configuring devices.

Clear All in Recent Apps: Nougat was poised to include a "Clear All" function in the recent apps screen, simplifying the process of closing background applications.

Direct Reply to Notifications: Nougat was expected to enable users to respond directly to notifications, streamlining communication without the need to open individual apps.

Quick Settings Toggles Customization: The addition of customizable Quick Settings toggles would give users greater control over the features and settings accessible through the notification shade. This was a highly anticipated feature for Android users.

Android 8.0 to 8.1: Oreo - August 2017:

Android Oreo, unveiled in August 2017, while not as feature-packed as some of its predecessors, brought forth several compelling aspects that appealed to users. Notable features included:

Enhanced Boot Speed: Android Oreo promised a significant 2x increase in boot speed, enabling users to start using their devices more quickly after startup.

Multitasking Capability: Improved multitasking was eagerly awaited, and Android Oreo delivered. Its multitasking capabilities met users' expectations for efficient app management and smooth transitions between apps.

Auto Fill API Framework: Oreo introduced the Auto Fill API framework, streamlining the process of filling in login credentials and eliminating the need for a separate password manager.

Picture-in-Picture Feature: Android Oreo introduced the Picture-in-Picture feature, allowing users to continue video calls on Duo, navigate with Google Maps, or watch videos while interacting with other apps.

With its user-focused improvements, Android Oreo demonstrated that updates with fewer features could still significantly enhance the user experience and encourage adoption by mobile app development services.

Android 9.0: Pie - 2018:

Android Pie, released in 2018, brought a host of enhancements aimed at refining the user experience. The update placed a significant emphasis on navigation improvements, introducing new gestures that were both intuitive and minimalist in design. Additionally, Pie introduced in-app actions, allowing users to perform tasks directly within applications without the need to switch to other apps. This streamlined user interactions and made the overall experience more efficient.

Digital Wellbeing was a central theme in Android 9.0. One notable feature, App Slices, provided users with a preview of an app's functionality within another app, enhancing convenience and accessibility.

Android Pie also introduced support for Wi-Fi Round-Trip-Time (RTT), enabling indoor tracking capabilities similar to GPS. By leveraging compatible hardware, apps could measure distances between RTT-capable Access Points, improving location accuracy.

The Gesture Navigation feature introduced in Android Pie encouraged users to explore the interface without relying on the traditional navigation bar. Mobile app development experts from top companies continued to uncover and explore these exciting new features, further enhancing the Android experience.

Android 10 - Released in September 2019:

The release of Android 10 in September 2019 marked another step in the platform's evolution, bringing further refinements and valuable features:

Smart Replies Upgrade: Android 10 enhanced Smart Replies, allowing it to recognize not only preset messages but also Google Maps links, YouTube videos, and other embedded URLs in notifications. This enabled users to seamlessly transition from notifications to relevant apps directly from the notification pop-up.

"More" Options: Android 10 introduced "More" options, providing users with additional utility and ease of use.

Live Caption: A standout feature of Android 10 was "live caption," which added real-time captions to videos, even when offline.

Digital Wellbeing: Building upon the Digital Wellbeing foundation from Android 9, the Digital Wellbeing app gained more prominence in Android 10. Through the phone privacy clear privacy control access via the account page of google. 

Android has come a long way since its inception in 2008, now powering over 1 billion users who engage with Android apps daily. These apps have become significant revenue generators, contributing to the smartphone era's advancement. With each new Android release, essential improvements, security enhancements against potential threats, and valuable features are introduced.

This comprehensive overview of Android's version history highlights enduring themes of versatility, innovation, and adaptability to evolving trends. These themes motivate dedicated teams in mobile app development services to embrace the latest tools and advancements, ensuring the creation of exceptional mobile applications for users worldwide.

Android 11: Red Velvet Cake - 2020:

In 2020, Android 11, fondly known as "Red Velvet Cake," brought a range of notable features that further elevated the user experience and functionality of the platform:

Conversation Notifications: This ensured that crucial messages remained readily accessible.   Inside the notification shade, android 11 introduced a conversion section by which the user can easily distinguish and give proper importance from other notifications.  

Bubbles: Building upon the concept of chat heads popularized by Facebook Messenger, Android 11 introduced "Bubbles." These interactive chat bubble icons enabled users to engage in ongoing conversations without the need to switch between apps, promoting seamless multitasking.

Screen Recording: Addressing the demand for screen recording, Android 11 introduced a built-in feature, eliminating the need for third-party applications. This native screen recording capability simplified the process of capturing and sharing on-screen activities.

Smart Device Controls: Android 11 introduced "Smart Device Controls," a feature designed to streamline the management and control of smart home devices.  

One-time Permissions: Recognizing the significance of user privacy, Android 11 enhanced security by introducing one-time permissions. This feature allowed users to grant temporary access to specific app permissions like the microphone, camera, and location, providing greater control over their personal data.

Media Controls: Through the notification shade, 11 revamped the media control by making it more accessible. Users can switch over the playback devices from the notification area directly, enhancing the convenience of maintaining the audio. 

Enhanced 5G Support: With a focus on harnessing the full potential of 5G capabilities, Android 11 allowed applications to leverage rapid download and upload speeds. This translated to smoother streaming of multimedia content and improved browsing experiences.

Wireless Android Auto: Android 11 catered to seamless connectivity by introducing wireless Android Auto. This advancement eliminated the need for USB cable connections, significantly enhancing the user experience for those using Android Auto in their vehicles.

Android 12: Snow Cone - 2021:

Android 12, nicknamed "Snow Cone," brought an array of enhancements and features aimed at further refining the user experience and offering greater control over device functionality:

Material You Design: Building upon Android 11's customization capabilities, Android 12 introduced the "Material You" design.  Android 11 has a personalized system that users can make chances in colour,shapes and fonts to create a unique interface. 

Enhanced Privacy Features: Android 12 placed a strong emphasis on user privacy by introducing the "privacy indicator." This feature notifies users when an app is accessing the device's camera or microphone, providing greater transparency and control over their data.

Improved Widgets: Android 12 enabled users to resize widgets on the home screen according to their preferences. This not only provided more flexibility but also introduced smoother transitions and animations for a more polished user experience.

Enhanced Auto-Rotate:  This feature will detect the user face by using the front facing camera for auto rotate features. This innovation improved the accuracy of screen orientation adjustments, enhancing usability.

One-Handed Mode: Recognizing the prevalence of larger devices, Android 12 introduced a one-handed mode. This mode reduced the screen's size, making it more manageable for users to operate their devices with one hand.

Smart App Power Saving: Android 12 introduced an automatic app hibernation feature. This functionality intelligently put unused apps into a dormant state, freeing up storage capacity and enhancing device performance.

Enhanced Accessibility: Android 12 addressed accessibility needs by introducing a "head pointer" option. This feature allowed users to control their devices using head movements, enhancing gesture navigation and promoting inclusivity.

Android 13: Tiramisu - 2022:

In 2022, Android 13, named "Tiramisu," continued the tradition of introducing meaningful enhancements to enrich the user experience and device functionality:

New Themed Icons: Android 13 enabled greater personalization by allowing users to match app icons' tints and colors with their device's wallpaper or theme. This customization extended to both Google and non-Google apps, enhancing visual appeal.

Resolution Switching: A valuable addition was the "Screen resolution" page in the 'Display' settings. Users gained the ability to choose between two common screen resolutions, QHD+ 1440p or FHD+ 1080p, tailored for supported tablets and handheld devices.

Modified Visual for Media Player:  By the android 13 settings menu, app language allows users to set a unique app language for individual apps. This feature promoted a more personalised and convenient app experience.  Permissions on Notifications: Android 13 centralised app notification permissions, giving users more effective control, particularly for newly downloaded apps requiring notification access.

Real-time Messaging: Android 13 enabled real-time messaging even when the device was inaccessible. Additionally, messaging apps could be used directly on Chromebooks, facilitating seamless communication while working on a laptop.

Advanced 3D Audio: Android 13 brought an immersive audio experience through "Advanced 3D Audio." Enabled by head-tracking headphones, this feature dynamically adjusted sound based on head movement, enhancing the auditory experience.

Concurrent Task on a Tablet: Android 13 reimagined multitasking on tablets with a redesigned taskbar. Users could simultaneously view all open apps, leveraging drag-and-drop functionality for a convenient split-screen view, fostering productivity.

With each iteration, Android's evolution demonstrates a commitment to user-centric enhancements, privacy, and usability, reinforcing its position as a leading mobile operating system. These updates continually shape the way users interact with their devices and drive mobile technology forward.

Android 14: Upside Down Cake - 2023:

Android 14, known as "Upside Down Cake," introduces a series of impactful enhancements and features that cater to user needs and refine the overall experience:

Photo Picker: Android 14 prioritizes user privacy with the Photo Picker feature. Instead of granting broad access to all photos, users can selectively choose specific photos for app access, enhancing control over their personal data.

Notification Flashes: To assist users with hearing impairments, Android 14 introduces Notification Flashes. This feature uses visual cues like flashing lights or visual notifications to alert individuals who may struggle with auditory notifications.

Camera and Battery Optimizations: Android 14 focuses on improving battery consumption and user experience through comprehensive camera and battery optimizations. These enhancements ensure a seamless and uninterrupted user experience while efficiently managing device resources.

App Pair: Facilitating multitasking, the App Pair feature allows users to use apps in pairs, enabling convenient split-screen functionality and promoting efficient app usage and multitasking.

Auto-confirm Unlock: Android 14 streamlines device unlocking with the Auto-confirm Unlock feature, enabling users to swiftly unlock their devices by entering the passcode without pressing additional buttons.

Separate Ring and Notification Volumes: For a common user concern, volume control is set specific for ringtones and notification, this allows users to tailor the ring volume independently. 

Android Device into Webcam: Android 14 empowers users to transform their smartphones into high-quality webcams, eliminating the need for a separate webcam purchase and providing a versatile solution for video communication.

Partial Screen Recorder: Android 14 introduces the partial screen recorder feature, enabling users to record specific apps with a focus on content. This excludes user interface (UI) elements and notifications from recorded content, ensuring clean and distraction-free recordings.

These updates underscore significant shifts in Google's priorities, emphasizing user-centric innovation, privacy, and efficiency. As Android continues to evolve, it shapes the digital landscape and enriches user experiences worldwide.

Reach us / Call us +91 9677876445

[fianajhonshan]

Azure Cognitive Services: Revolutionizing AI-Powered Applications

Beyond the shadow of a doubt, one tool is leading the charge and that’s by design. The behemoth of the whole cognitive AI technology stack is Microsoft Azure’s Azure Cognitive Services. In many ways, the initial development of AI felt further removed from business because AI lived on the fringes of academia, experimentation, or the ideological concept of what AI actually could be. In our frenetic, 24/7 digital environment, AI is past being the dog that hasn’t barked yet. It’s here and it really is the next great, transformative force that’s radically changing how we engage with all technology. From next-generation smart speakers that understand who you are and what you want through facial recognition through real-time translation AI is making technology more intelligent, more personal, more dynamic, more predictive, more responsive. Leading the charge with their tools of choice is Microsoft Azure’s Azure Cognitive Services, the giant the entire suite of cognitive AI technology.

What are Microsoft Azure AI services, exactly?

Azure Cognitive Services is a continuously growing set of cloud-based, scalable APIs, SDKs and services that help developers build incredible solutions – easily and efficiently. In many respects, these automated services merely replicate, extend or, in some cases, completely supplant human capabilities like visual/auditory perception, speech recognition/generation, cognitive processing/application of knowledge/decision making through the use of machine learning based on production of these pre-trained models.

These AI-powered solutions are made to assist companies in incorporating AI cognitive services into their goods without having to start from scratch with complicated algorithms.

Core Categories of Microsoft Cognitive Services

Microsoft divides Azure Cognitive Services into five main categories. Each category enables applications to perform tasks that usually require human intelligence.

1. Vision Services

Vision capabilities allow apps to analyze and understand digital images and videos.

Features:

Object detection

Image tagging

Face recognition

Extracting text from pictures (OCR)

Use Case: Retailers utilize Vision Services to make it possible for in-store cameras to automatically recognize products and analyze customer sentiment.

2. Speech Services (Azure Speech Services)

These services convert spoken language into text, synthesize speech from text, recognize speakers, and even translate speech in real time.

Features:

Speech-to-text

Text-to-speech

Speech translation

Speaker recognition

Use Case: Call centers use Azure Speech Services to transcribe calls and analyze customer interactions.

3. Language Services

Language services help applications process and understand written or spoken language.

Features:

Text analytics

Language detection

Sentiment analysis

Entity recognition

Use Case: Businesses use language APIs to understand customer feedback and automate email sorting.

4. Decision Services

Decision services enable applications to make smart recommendations based on data.

Features:

Personalized recommendations

Anomaly detection

Content moderation

Use Case: E-commerce platforms use this service to suggest products based on user behavior.

5. Search Services

Microsoft integrates Bing’s AI-powered search capabilities to deliver web, image, and video search results.

Features:

Web search

Visual search

Autosuggestions

News search

Use Case: By integrating these APIs, news apps can offer trending topics and content in real time.

The Operation of Azure Cognitive Services

This is a condensed flow:

Input Data: You can enter text, audio, video, or picture data.

Processing: After being safely transferred to the Azure cloud, the input is processed by AI models.

Output: You receive insights such as speech transcription, facial recognition results, or sentiment scores.

Even novices can easily create robust applications with Microsoft's pre-trained models, which eliminates the need for you to train the models.

Why Opt for Cognitive Services on Microsoft Azure?

1. User-Friendly Integration

Being a data scientist is not necessary. Integration is simple since REST APIs and SDKs are available in several languages.

2. Scalability

Whether you are creating a personal project like a simple chatbot or an enterprise-level application, Cognitive Services on Azure scale with you as you gain users. 

3. Security and Compliance

Microsoft Azure meets the requirements of all the top regulatory standards including GDPR, HIPAA, and ISO. With enterprise-grade security across all AI workloads, TIBCO ensures every insight stays safe.

4. Customization

Some of these models allow you to fine-tune on your own dataset, providing a sweet spot between the convenience of off-the-shelf and the power of custom. 

5. Global Application through Multi Language Support Language service allows 

you to support several global languages, thereby making your application global ready. Microsoft hospitals and clinics harness the power of Microsoft Cognitive Services to process large volumes of patient records, do early-stage disease diagnosis through image analysis, and provide voice-enabled virtual assistants to the patients.

📌 Banking

Banks leverage AI cognitive services to detect fraud, validate identity using facial recognition, and provide chatbots for customer service.

📌 Retail

Retailers use Microsoft Azure Cognitive Services for inventory management using image recognition, and personalized shopping using decision services.

📌 Education

Educational apps use OpenAI Cognitive Services for real-time language translation and virtual tutors that respond to spoken queries.

Role of Azure Cognitive Services Providers

Many businesses partner with Azure Cognitive Services providers to implement these services efficiently. These certified providers offer:

Strategic consulting

Custom AI model development

API integration support

Migration from legacy systems to Azure 

They bridge the gap between technical complexity and business value, ensuring faster time-to-market and reduced risk

OpenAI Cognitive Services: The Next Frontier

Microsoft’s partnership with OpenAI has unlocked a new era of intelligent applications. OpenAI Cognitive Services now allow you to access advanced models like GPT and DALL·E within Azure.

Capabilities:

Advanced language generation

Intelligent chatbots

Creative image generation

These services combine cutting-edge natural language processing with the speed and scale of Google’s world-class cloud infrastructure to deliver amazing user experiences.

Beginner’s Guide for Getting Started with Azure Cognitive Services

Step 1 – Sign up for an Azure account at portal.azure.com

Step 2: Select the service you want to use (e.g. Azure Speech Services)

Step 3: Create API keys and endpoints

Step 5a : SDKs One major open source SDK supports FHIR.

Step 5: Monitor performance via the Azure dashboard

It’s that simple — no complex training or infrastructure setup needed.

Benefits of Using Cognitive Services in Azure

Benefit Description

Quick Deployment Pre-built models save development time 

Cost-Effective Pay-as-you-go pricing with no upfront cost

High Accuracy Continuously updated by Microsoft’s AI team

Global Reach Azure data centers ensure low latency worldwide Seamless Integration Works with other Azure services like Azure Machine Learning and Power BI 

Common Challenges and How to Overcome Them

Challenge Solution 

Data Privacy Concerns Use region-specific data centers for compliance

API Limitations Coordinate with Azure Cognitive Services vendors to configure enterprise-grade environment Learning Curve Begin with reading documentation, tutorials, and in sandbox environments

As companies of all sizes turn to intelligent automation, AI cognitive services will only become more crucial. 

Whether it’s bringing greater accessibility with speech-to-text or enabling better decision-making with sentiment analysis, AI tools are equipping businesses to navigate their industry with greater competitiveness.

With constant innovation from Microsoft and OpenAI, Microsoft Azure Cognitive Services are only going to get smarter, faster, and more powerful. 

Conclusion: Embrace the Power of Azure Cognitive Services In summary, Azure Cognitive Services represent a major leap forward in making artificial intelligence accessible to everyone — from startups to global enterprises. They allow businesses to embed speech, vision, language, and decision-making capabilities into their applications with ease and confidence.

Powered by services like Azure Speech Services, OpenAI Cognitive Services and applications developed using services now available through Microsoft’s certified Azure Cognitive Services partners, organizations can deliver smarter, more engaging and more human-like experiences to their users. Today is literally the best day to get on board this transformation.

Visit our Azure Migration Services to help get your workloads into the cloud so you can unlock the full, transformative power of Azure AI. From planning, through deployment, and beyond—we’ll be there with you every step of the way.

👉 Contact us to find out how you can begin your AI journey with Azure Cognitive Services

[cal-94]

Based on the notions of the moralisms inherent in the concept of civic ubiquity each kind of individual will have an outwardly & unique perspective in the way they choose to interact with the external world based on their customs and practices which feel the most natural or appropriate to the way they engage with the world and its environment.

1. Android users have a consumer experience (led by a commitment to community standards).

2. Samsung users have a shopping experience, (driven by a financial stability)

3. Apple users have a social experience (met by intellectually driven expectations).

The device’s compatibility isn’t based on what you can afford but rather what comes natural or easiest to you whichever enhances & facilitates your mediocre life experience, reaping a more intuitive sense of interest rather than satisfying a retail store experience. This of course may change and has a dynamic gamut which the user may vary from time to time based on their financial necessities.

And the gaming console and the device repository don’t share a mutual interest besides a (pro-profit) political relationship which is seen as a conjunction of historical irony they symbolic representation is only a reducible “predicate resemblance”, inherent in the construction of compositional representation that is to mean that in the rules of inference when 2 topics may be related by the same subject but do not correlate to the conditional premise from antecedent to predicate and that’s due to DeMorgan’s laws of introduction, these formalities posit that the derivative conjunction of a paired relational sentential form based on the notion of isolating the premise into a logical argument meaning an idea tied to the concept can be negated according to the value of the inferred proposition in question when they are hypothesized congruent leading to a similar conclusion.

That’s because the store experience is a proprietary one but the user experience is based on real world interactions with the way you participate with the public.

Also for the consoles it’s logical to combine the different game kinds with the modular cellular phones by consisting of different phone to console experiences (because companies don’t realize this similarity is true, it’s just a digital aphorism it’s not a real expectation the experiences don’t interrelate) and that’s due solely to the fact that your mobile experience through APPLE is an ecosystem but for example if you’ve lost access to to your legacy accounts due to product infringement by political fraud after so many layers and layers of built on security features the system begins to fragment for example Microsofts own superposition over their new Google (Nexus) & Android (subsidiary brands by 3rd party manufacturers) atomically split into 2 different industry devices 1 for the business consumer sector and the 2nd to their proprietary platform phones, but this type of obsolescence resulted in the loss of Alphabet’s own project device to invent a configurable phone that can transform chipsets into different compartmentalized modular accessories including being able to modify the ram, modifying the systems cellular network to increase international capacities and having plans to even adopt the products battery life like a true configurable phone with a google interface; this promised plan by Google actually developed into the Alphabet incorporated entity and modular phones where scratched out of the wood works. Now Samsung has its own hurdles to face as it became apparent that their development firms had extended to an all too ubiquitous market sector for microprocessors they had unintentionally designed and crafted all the chipsets available for mobile phones that stems from the nostalgia of the retro period when the world wasn’t quite connected to a global communications community as it is now; but this revolution caused Samsung to lose its monolithic imprint on society as a standalone mobile industry company and became more specialized in artificial intelligence technology engineering thus subsequently paving the way for more affordable devices like Mediatek and Snapdragon.

Others things to consider how is Niantic & Game-Freak development related to Japan; how does the Nintendo company tie into the railroad, what does the (TUNGSTEN*) mining industry in California have to do with Thomas Edison’s legacy with Apple Inc. or even the Xerox company?

Social hate groups who break up these comforting combinations, 1st and foremost when a consumer purchases these items they are considered the individual person’s private property, it’s not normal to assume that anyone who has “a pilgrim’s demeanor” is presumably agreeing to trade their property or possessions for financial gain, and that’s because that kind of market tactic is considered “dispossession” and this dispossession tactic is and was the way the Iroquois league on the East Coast were colonized by the British nobles; that is why there’s specific amendments for example the 3rd amendment that does not allow for a “Military Person” (law enforcement official applies too* if they are carrying a firearm because they’re considered part of the STATE MILITIA) to be quartered inside a private home without consent of the owner is a crime known as dispossession*. Furthermore this kind of antagonizing is the philosophical approach at systemic genocide which has a long historical significance throughout Latin America, and that’s because the attack on both the Native American culture in the united states as well as the Toltec indigenous culture formally in Aztlan modern day Mexico has been a tragic history of focused murder by authority figures seeking to colonize and dispossess people of their belongings and so wether you’re an Aztec black foot Cherokee Indian from the Yucatán Appalachian Mountainsides, or an Olmec Spanish Pilgrim from the colonial east coast of the Americas having a long history of defection from the United Kingdom from British imperialism and hostility by the church, it is critical to understand that pawning or selling your property specially computer electronics is a tactic based on the process from historical genocide since my ancestors disappeared off the face of the earth in 1,111 after establishing their Crooked Serpent god Coltzin a spiritual and highly advanced entity of transformation and delusion, making their permanent (mark) on the Earth establishing their first settlement on Culhuacan.

[savagegardensprogramming]

Modular Oriented Programming and how its success depends on Communications

Modular Oriented Programming (MOP) is a natural progression upwards from Object Oriented Programming (OOP). I would describe MOP as writing code with the intent on having reusable and interchangeable compiled code. Note the emphasis on compiled code. A module is basically an object stored as a DLL (or dynamically linked library).

Its not a new thing. The earliest example I can think of is with Microsoft’s ActiveX components on the browser. ActiveX was introduced almost 30 years ago but it failed. I ask why? From what I recall its because it was difficult to use. I would say it was difficult to use because Microsoft did not understand or had a vague idea about communications.

What ended up happening was that at the time Sun Microsystems had JAVA. Netscape worked with them and brought in JavaScript to the browser. The combo where able to keep Microsoft off balance long enough. Microsoft did develop a technology called dot-net but by that time it was too late.

Anyways, this post is to promote MOP (Modular Oriented Programming). Because its a rather powerful concept. I am approaching it from a communications point of view because I believe in doing so we would understand how to make better use of it.

In a development environment, importing libraries is easy and straight forward. ActiveX was easy to use inside VisualBasic or Delphi. Inside a browser however, ActiveX was outside its element and did not inherit that ease of use. Hence it failed. This situation is about communications because its about presumptions. Inside a development environment, a developer is free to make certain presumptions. In VisualBasic all you had to do was drag and drop an ActiveX component and you where free to presume your code inherited new capabilities. This level of support was not available inside a browser. To make ActiveX work inside a browser you had to do a lot of things manually. Hence ActiveX was difficult.

It turns out the success of good communication has a lot to do with making valid presumptions. When we talk to someone we presume they understand. When the presumptions are valid, that's when the magic happens. When you learn JavaScript you are learning the rules of the trade. You are learning about valid presumptions you will be able to make with your code. Hence, when you use the import statement you are under the impression that your code will magically inherit new capabilities. These rules of the trade is language. JavaScript is a language. A language basically represents a set of rules and agreements. These rules and agreements allow for presumptions. These presumptions allow us to talk to someone without worrying about the details. ActiveX failed because a developer could not rely on a set of presumptions that would allow him to use it easily and quickly.

see also: (1) about the mind and presumptions

I say if Microsoft had a better understanding of communications, they could have had their way in the mid 90s. It is very much possible for compiled code to talk to other compiled code comfortably and safely if communications between the code entities is standardized. Some people would bring the term protocol. I don’t like that term because its gives off vibes of being rigid and limited. I would prefer to use the term language because of flexibility.

Some other date I will post about machine-to-machine communication for a better understanding on how modules would talk to each other with ease.

(1) Why Can't I Talk The Way I Do in My Mind https://www.youtube.com/watch?v=N-Zel07vrro

[dynamic365crm]

Unlocking the Power of Dynamics 365 CRM

In today’s digitally driven business environment, customer relationships are at the heart of organizational success. Microsoft’s Dynamics 365 CRM (Customer Relationship Management) stands as one of the leading platforms enabling businesses to streamline operations, nurture leads, and foster meaningful customer engagement. Built on a flexible, scalable architecture, Dynamics 365 CRM goes beyond traditional CRM systems by integrating intelligent applications tailored for sales, customer service, marketing, and more.

This article explores the fundamentals of Dynamics 365, its key features, the value of Dynamics 365 customizations, and how businesses can make the most of their Microsoft Dynamics investment.

What Is Dynamics 365 CRM?

Dynamics 365 CRM is part of the broader Microsoft Dynamics 365 suite, which combines CRM and ERP capabilities into intelligent business applications. Dynamics 365 CRM is specifically designed to enhance customer relationship management through modular applications like:

Sales

Customer Service

Field Service

Marketing

Project Operations

These apps empower organizations to gain 360-degree customer insights, automate business processes, and drive more informed decision-making—all within a unified platform that integrates seamlessly with Microsoft 365 (formerly Office 365), Azure, and Microsoft Power Platform.

Unlike legacy systems, Microsoft Dynamics CRM offers both cloud and on-premise deployment options, enabling greater flexibility and adaptability for a wide range of industries and business sizes.

Key Benefits of Microsoft Dynamics CRM

1. Unified Customer View

Dynamics 365 CRM consolidates customer information across touchpoints and channels into a centralized database. This unified view empowers customer-facing teams to deliver personalized experiences and anticipate customer needs effectively.

2. Seamless Integration with Microsoft Ecosystem

As part of the Microsoft ecosystem, Dynamics 365 CRM works natively with Outlook, Excel, Teams, SharePoint, and Power BI. This tight integration ensures productivity remains high while reducing the need to switch between multiple tools.

3. AI-Driven Insights

Built-in AI capabilities enable predictive analytics, lead scoring, sentiment analysis, and next-best-action recommendations. These features allow businesses to be proactive in customer engagement rather than reactive.

4. Scalable and Customizable Architecture

Businesses evolve, and so should their CRM. Dynamics 365 CRM is built to scale, with a flexible architecture that allows for tailored solutions. Whether through low-code tools or deep system integration, Dynamics 365 customizations help align the CRM with unique organizational needs.

Understanding Dynamics 365 Customizations

Out-of-the-box solutions rarely meet every business requirement. This is where Dynamics 365 customizations become essential. Customizations enable organizations to tailor the CRM environment based on specific workflows, user roles, and industry requirements.

Popular Types of Dynamics 365 Customizations:

Entity Customization Modify or create new entities to store data relevant to your business processes.

Business Process Flows Guide users through a series of steps to ensure consistent handling of sales, service, or support scenarios.

Custom Workflows & Power Automate Automate repetitive tasks and approvals using workflow configurations or Microsoft Power Automate.

Plugins and JavaScript Extend system functionality or apply custom business logic using plugins and client-side scripting.

Custom Dashboards and Reports Build personalized dashboards with KPIs, charts, and lists tailored to user roles.

Canvas Apps and Model-Driven Apps Use Microsoft Power Apps to create fully customized applications within the Dynamics ecosystem.

These customizations, when implemented correctly, not only improve productivity and efficiency but also ensure the CRM remains aligned with long-term business strategies.

Best Practices for Implementing Dynamics 365 CRM

To maximize your investment in Microsoft Dynamics CRM, consider the following best practices:

1. Start with Clear Objectives

Before deploying or customizing Dynamics 365 CRM, establish clear business goals. Are you trying to reduce sales cycle time? Improve customer support metrics? Align CRM use with specific KPIs.

2. Engage Stakeholders Early

Ensure that both IT and business users are part of the planning and implementation stages. This promotes better adoption and ensures that customizations align with actual use cases.

3. Leverage the Power Platform

Use Power BI, Power Apps, and Power Automate to build custom applications, dashboards, and automation that extend Dynamics 365 without heavy coding.

4. Invest in Training and Support

An advanced system like Dynamics 365 CRM requires ongoing learning. Providing structured training to end-users and technical staff is crucial for sustainable success.

5. Keep Customizations Clean and Upgrade-Safe

Over-customizing or using unsupported methods can create upgrade and compatibility issues. Stick to best practices for development and use Microsoft-supported APIs and tools.

Experience and Trustworthiness in Dynamics 365 CRM

As a trusted enterprise-grade solution, Dynamics 365 CRM is used by organizations ranging from SMBs to Fortune 500 companies. Microsoft's continued investment in security, compliance, and AI capabilities ensures the platform remains reliable and forward-looking.

Choosing the right implementation partner is equally vital. Organizations should work with certified Dynamics 365 consultants who bring industry experience, product knowledge, and a track record of successful CRM deployments.

The Future of Dynamics 365: Evolving with AI and Copilot

Microsoft has been rapidly enhancing Dynamics 365 CRM with generative AI and Copilot capabilities. These features allow users to auto-generate emails, summarize meetings, create reports, and even guide customer interactions—all within the CRM interface.

These AI-driven innovations are redefining what’s possible in customer engagement, further cementing Dynamics 365’s position as a market leader in CRM technology.

Conclusion: Why Dynamics 365 CRM Is a Strategic Investment

Implementing Dynamics 365 CRM is not just a technology upgrade—it’s a strategic initiative to future-proof customer engagement. With seamless integration into the Microsoft ecosystem, advanced customization capabilities, and AI-driven insights, Dynamics 365 offers unparalleled value.

To unlock its full potential, businesses must focus on thoughtful customization, user-centric implementation, and ongoing optimization. Whether you're upgrading from legacy systems or starting fresh, Microsoft Dynamics CRM offers the tools to transform your customer relationship strategy.

Need help with Dynamics 365 customizations?

Reach out to our expert team to explore how tailored solutions can elevate your CRM strategy and drive business growth.

[technorucs]

Maximizing Business Efficiency with Microsoft Dynamics 365: The Power of ERP & CRM Customization

Introduction

In today’s fast-paced business landscape, organizations need intelligent solutions to manage operations, enhance customer relationships, and drive efficiency. microsoft dynamics 365 is a powerful suite that integrates Enterprise Resource Planning (ERP) and Customer Relationship Management (CRM) into one seamless platform. However, the true potential of Dynamics 365 is unlocked through customization, which allows businesses to tailor the software to their specific needs.

This article explores how Microsoft Dynamics 365 can be customized to enhance business operations and improve customer relationships, helping organizations stay ahead in the competitive market.

Understanding Microsoft Dynamics 365: ERP and CRM

Microsoft Dynamics 365 is a cloud-based solution that combines ERP and CRM functionalities.

ERP (Enterprise Resource Planning) focuses on managing financials, supply chain, human resources, and operations.

CRM (Customer Relationship Management) helps businesses nurture customer relationships, manage sales pipelines, and improve marketing campaigns.

By integrating both aspects into a single platform, Dynamics 365 eliminates data silos and enhances decision-making through real-time insights.

Why Customization is Essential

Every business has unique requirements, and a one-size-fits-all approach does not work when it comes to enterprise software. Customization enables companies to:

Improve Workflow Efficiency: Automate processes and reduce manual intervention.

Enhance User Experience: Create intuitive dashboards and interfaces tailored to business roles.

Integrate with Third-Party Applications: Seamlessly connect with other tools and software.

Optimize Reporting and Analytics: Generate customized reports and dashboards for better decision-making.

Ensure Compliance: Align the system with industry-specific regulations and policies.

Customization Options in Microsoft Dynamics 365

Microsoft Dynamics 365 offers several customization options to cater to the specific needs of different industries and business models. Let’s explore some key customization methods.

1. User Interface Customization

A well-structured user interface (UI) enhances user adoption and productivity. Businesses can:

Modify forms and views to display relevant data.

Add custom dashboards with role-specific KPIs.

Implement color schemes and branding for a consistent look.

Customize navigation menus for easier access to important functions.

2. Custom Workflows and Automation

Automation helps eliminate repetitive tasks and streamlines operations. Some automation possibilities include:

Auto-assigning leads based on predefined rules.

Sending automated follow-up emails and reminders.

Triggering notifications when specific conditions are met.

Creating approval workflows for finance and HR processes.

3. Custom Entities and Fields

Every business has unique data points that standard Dynamics 365 entities may not cover. Companies can:

Create new entities (e.g., project management, inventory tracking).

Add custom fields to store industry-specific information.

Define relationships between different entities for better data management.

Implement calculated fields to automate complex business calculations.

4. Business Rules and Logic

Businesses can define logic within the system to enforce specific rules without coding. Examples include:

Automatically setting discount percentages based on purchase volume.

Preventing order creation if stock levels are low.

Enforcing data validation to ensure accuracy.

Implementing dynamic pricing models based on customer segments.

5. PowerApps and Custom Applications

PowerApps enables businesses to build custom applications that integrate seamlessly with Dynamics 365. These applications can be used for:

Mobile workforce solutions.

Customer self-service portals.

Field service management tools.

Custom inventory tracking and reporting apps.

6. Integration with Third-Party Systems

Microsoft Dynamics 365 can be integrated with various third-party applications using APIs and connectors. Popular integrations include:

Payment gateways (PayPal, Stripe).

Marketing automation tools (HubSpot, Mailchimp).

E-commerce platforms (Shopify, WooCommerce).

HR and payroll systems for seamless employee management.

7. AI and Machine Learning Enhancements

With AI-powered tools like Microsoft Copilot, businesses can enhance automation and insights, enabling:

Predictive analytics for sales forecasting.

AI-driven chatbots for customer service.

Sentiment analysis for better customer engagement.

Intelligent data recommendations for sales and marketing teams.

Benefits of Customizing Dynamics 365

1. Increased Productivity

By tailoring workflows and automating repetitive tasks, employees can focus on strategic activities, leading to higher efficiency.

2. Better Customer Experience

Customized CRM features enable businesses to provide personalized interactions, track customer history, and improve service delivery.

3. Scalability and Flexibility

As businesses grow, their needs evolve. Customization ensures that Dynamics 365 can scale to accommodate new processes, departments, and users.

4. Cost Savings

Investing in customization reduces the need for additional third-party applications, lowering overall IT costs.

5. Data-Driven Decision Making

Customized dashboards and reports provide businesses with deeper insights into customer behavior, sales trends, and operational efficiency.

Best Practices for Customization

To maximize the benefits of Microsoft Dynamics 365 customization, businesses should follow these best practices:

1. Define Clear Objectives

Identify business challenges and goals before making changes to ensure alignment with overall strategy.

2. Engage Stakeholders

Involve key users from different departments to gather feedback and ensure the customized solution meets their needs.

3. Leverage Microsoft Power Platform

Use Power Automate, Power BI, and PowerApps to enhance customization and extend functionalities.

4. Test and Optimize

Regularly test customizations to ensure they function as expected and refine them based on user feedback.

5. Ensure Security and Compliance

Implement role-based access controls and follow industry regulations to protect sensitive data.

6. Continuous Monitoring and Updates

As technology evolves, businesses should continuously monitor their customized Dynamics 365 environment and update it to align with industry trends and security standards.

Conclusion

Microsoft Dynamics 365 provides a robust foundation for businesses, but its true potential is realized through customization. Whether it’s optimizing workflows, integrating with third-party systems, or leveraging AI-driven insights, customizing Dynamics 365 enables organizations to operate efficiently and deliver exceptional customer experiences.

With the right strategy, businesses can transform Dynamics 365 into a powerful tool tailored to their needs, ensuring long-term success in an ever-evolving market. Investing in customization is not just about enhancing software—it’s about creating a future-ready business environment that thrives on innovation and efficiency.

[learning-code-ficusoft]

SQL vs. NoSQL: Choosing the Right Database for Your Full Stack Project

SQL vs. NoSQL:

 Choosing the Right Database for Your Full Stack Project Selecting the right database is a critical decision when building a full-stack project. 

Your choice impacts performance, scalability, and how effectively your application meets business requirements. 

SQL and NoSQL 

databases are the two primary types, each with distinct characteristics, advantages, and use cases. 

This blog will explore the differences between them to help you make the right choice for your project. 

What Is SQL?

 SQL

 (Structured Query Language) databases, also known as relational databases, store data in a structured format using tables with rows and columns.

 They are based on a predefined schema that enforces data consistency and relationships between entities. 

Examples of SQL Databases: 

MySQL 

PostgreSQL 

Microsoft SQL 

Server Oracle Database 

Key Features of 

SQL Databases: 

Structured Data Storage: 

Data is stored in tables with a rigid schema. 

ACID Compliance: 

Ensures Atomicity, Consistency, Isolation, and Durability, making SQL databases reliable for transactional operations. Powerful 

Query Language: 

SQL provides robust querying capabilities for handling complex data relationships. 

Data Integrity: Enforces constraints like primary keys, foreign keys, and unique indexes. 

When to Use SQL Databases: Applications requiring high data consistency, such as banking or e-commerce platforms. Systems with well-defined and stable data structures. 

Complex queries or reporting requirements. What Is NoSQL? NoSQL (Not Only SQL) databases are designed to handle unstructured, semi-structured, or dynamic data. 

They offer flexibility and scalability, making them ideal for modern applications with evolving requirements. 

Examples of NoSQL Databases: 

MongoDB (Document-oriented) Cassandra (Column-family) Redis (Key-value) Neo4j (Graph) 

Key Features of NoSQL Databases: 

Flexible Data Model: Supports a variety of data models like document, key-value, column-family, and graph. 

Schema-less Design: No fixed schema, allowing data structures to evolve. Horizontal Scalability: Designed to scale out easily by adding more nodes to the database cluster. 

High Performance: 

Optimized for high-speed read and write operations. When to Use NoSQL Databases: Applications with unstructured or semi-structured data, like JSON or XML. 

Projects requiring scalability to handle large volumes of data, such as social media or IoT platforms.

 Use cases involving real-time data processing, such as caching or analytics. 

How to Choose the Right Database Understand Your Data Needs:

 If your data is structured and requires complex relationships, SQL is a better choice. 

For unstructured or rapidly changing data, NoSQL offers more flexibility. 

Consider Scalability Requirements: 

If your project requires horizontal scalability, NoSQL is more suitable. 

SQL is ideal for vertical scaling in transactional systems. 

Evaluate Performance Needs:

 SQL databases excel in transactional workloads. NoSQL databases are faster for real-time data processing. 

Future Growth and Flexibility: 

NoSQL databases can adapt easily to changing data requirements.

 SQL databases require more effort to accommodate schema changes.

 Consider Community and Ecosystem: 

SQL databases have a mature ecosystem and extensive documentation. NoSQL databases are newer but offer strong community support for popular options like MongoDB. 

Conclusion 

Both SQL and NoSQL databases have their strengths and trade-offs. 

Your choice should be guided by your project’s specific needs, such as data structure, scalability, and performance requirements. 

For full-stack projects, understanding the nature of your application and its future growth will help you make an informed decision.

WEBSITE: https://www.ficusoft.in/full-stack-developer-course-in-chennai/

[govindhtech]

Microsoft SQL Server 2025: A New Era Of Data Management

Microsoft SQL Server 2025: An enterprise database prepared for artificial intelligence from the ground up

The data estate and applications of Azure clients are facing new difficulties as a result of the growing use of AI technology. With privacy and security being more crucial than ever, the majority of enterprises anticipate deploying AI workloads across a hybrid mix of cloud, edge, and dedicated infrastructure.

In order to address these issues, Microsoft SQL Server 2025, which is now in preview, is an enterprise AI-ready database from ground to cloud that applies AI to consumer data. With the addition of new AI capabilities, this version builds on SQL Server’s thirty years of speed and security innovation. Customers may integrate their data with Microsoft Fabric to get the next generation of data analytics. The release leverages Microsoft Azure innovation for customers’ databases and supports hybrid setups across cloud, on-premises datacenters, and edge.

SQL Server is now much more than just a conventional relational database. With the most recent release of SQL Server, customers can create AI applications that are intimately integrated with the SQL engine. With its built-in filtering and vector search features, SQL Server 2025 is evolving into a vector database in and of itself. It performs exceptionally well and is simple for T-SQL developers to use.Image credit to Microsoft Azure

AI built-in

This new version leverages well-known T-SQL syntax and has AI integrated in, making it easier to construct AI applications and retrieval-augmented generation (RAG) patterns with safe, efficient, and user-friendly vector support. This new feature allows you to create a hybrid AI vector search by combining vectors with your SQL data.

Utilize your company database to create AI apps

Bringing enterprise AI to your data, SQL Server 2025 is a vector database that is enterprise-ready and has integrated security and compliance. DiskANN, a vector search technology that uses disk storage to effectively locate comparable data points in massive datasets, powers its own vector store and index. Accurate data retrieval through semantic searching is made possible by these databases’ effective chunking capability. With the most recent version of SQL Server, you can employ AI models from the ground up thanks to the engine’s flexible AI model administration through Representational State Transfer (REST) interfaces.

Furthermore, extensible, low-code tools provide versatile model interfaces within the SQL engine, backed via T-SQL and external REST APIs, regardless of whether clients are working on data preprocessing, model training, or RAG patterns. By seamlessly integrating with well-known AI frameworks like LangChain, Semantic Kernel, and Entity Framework Core, these tools improve developers’ capacity to design a variety of AI applications.

Increase the productivity of developers

To increase developers’ productivity, extensibility, frameworks, and data enrichment are crucial for creating data-intensive applications, such as AI apps. Including features like support for REST APIs, GraphQL integration via Data API Builder, and Regular Expression enablement ensures that SQL will give developers the greatest possible experience. Furthermore, native JSON support makes it easier for developers to handle hierarchical data and schema that changes regularly, allowing for the development of more dynamic apps. SQL development is generally being improved to make it more user-friendly, performant, and extensible. The SQL Server engine’s security underpins all of its features, making it an AI platform that is genuinely enterprise-ready.

Top-notch performance and security

In terms of database security and performance, SQL Server 2025 leads the industry. Enhancing credential management, lowering potential vulnerabilities, and offering compliance and auditing features are all made possible via support for Microsoft Entra controlled identities. Outbound authentication support for MSI (Managed Service Identity) for SQL Server supported by Azure Arc is introduced in SQL Server 2025.

Additionally, it is bringing to SQL Server performance and availability improvements that have been thoroughly tested on Microsoft Azure SQL. With improved query optimization and query performance execution in the latest version, you may increase workload performance and decrease troubleshooting. The purpose of Optional Parameter Plan Optimization (OPPO) is to greatly minimize problematic parameter sniffing issues that may arise in workloads and to allow SQL Server to select the best execution plan based on runtime parameter values supplied by the customer.

Secondary replicas with persistent statistics mitigate possible performance decrease by preventing statistics from being lost during a restart or failover. The enhancements to batch mode processing and columnstore indexing further solidify SQL Server’s position as a mission-critical database for analytical workloads in terms of query execution.

Through Transaction ID (TID) Locking and Lock After Qualification (LAQ), optimized locking minimizes blocking for concurrent transactions and lowers lock memory consumption. Customers can improve concurrency, scalability, and uptime for SQL Server applications with this functionality.

Change event streaming for SQL Server offers command query responsibility segregation, real-time intelligence, and real-time application integration with event-driven architectures. New database engine capabilities will be added, enabling near real-time capture and publication of small changes to data and schema to a specified destination, like Azure Event Hubs and Kafka.

Azure Arc and Microsoft Fabric are linked

Designing, overseeing, and administering intricate ETL (Extract, Transform, Load) procedures to move operational data from SQL Server is necessary for integrating all of your data in conventional data warehouse and data lake scenarios. The inability of these conventional techniques to provide real-time data transfer leads to latency, which hinders the development of real-time analytics. In order to satisfy the demands of contemporary analytical workloads, Microsoft Fabric provides comprehensive, integrated, and AI-enhanced data analytics services.

The fully controlled, robust Mirrored SQL Server Database in Fabric procedure makes it easy to replicate SQL Server data to Microsoft OneLake in almost real-time. In order to facilitate analytics and insights on the unified Fabric data platform, mirroring will allow customers to continuously replicate data from SQL Server databases running on Azure virtual machines or outside of Azure, serving online transaction processing (OLTP) or operational store workloads directly into OneLake.

Azure is still an essential part of SQL Server. To help clients better manage, safeguard, and control their SQL estate at scale across on-premises and cloud, SQL Server 2025 will continue to offer cloud capabilities with Azure Arc. Customers can further improve their business continuity and expedite everyday activities with features like monitoring, automatic patching, automatic backups, and Best Practices Assessment. Additionally, Azure Arc makes SQL Server licensing easier by providing a pay-as-you-go option, giving its clients flexibility and license insight.

SQL Server 2025 release date

Microsoft hasn’t set a SQL Server 2025 release date. Based on current data, we can make some confident guesses:

Private Preview: SQL Server 2025 is in private preview, so a small set of users can test and provide comments.

Microsoft may provide a public preview in 2025 to let more people sample the new features.

General Availability: SQL Server 2025’s final release date is unknown, but it will be in 2025.

Read more on govindhtech.com

[d365insightshub]

Under the microscope—Financial modules of Microsoft Dynamics AX

Microsoft Dynamics AX is an ERP solution that serves businesses across industries to help them expand from a single entity to a global organization. It provides a unified view of the business, which boosts the performance of the finance team and keeps everybody well-connected and well-informed about their financial stature. With Dynamics AX, the finance division can coordinate with sales, service, inventory, and many more departments. It helps break down silos so that different teams across countries and departments become united and it allows them to build a strong global business.

Financial modules of Dynamics AX

Accounts receivable: This module helps employees to view and manage client details such as payment options, time for revenue collection, and more. Global businesses handle multiple currencies and multi-business entities for accounting and reporting, and a unified view of all branches improves organization decision-making and financial health management.

Accounts Payable: With this module, the finance team can view and manage transactions with vendors. Custom criteria can be created for each vendor (group), such as limiting the maximum cost for purchases, suggesting alternate payment methods, and scheduling.

Fixed assets: This module allows you to track all financial assets using multiple techniques to find the current asset value and makes it easy to choose the depreciation method that best suits the business. Asset document review becomes simple, and you can group and track assets for accurate forecasts of the asset lifecycle.

General ledger: The general ledger provides an aggregated view of critical financial information of module businesses along with options to drill down into the transactions. Automation within the module helps reduce the time that is manually spent on calculations and instead allows teams to focus on improving their financial decision-making.

International business capabilities: Dynamics AX supports international currencies and languages to facilitate global business transactions. In addition, the platform seamlessly integrates with third-party websites and automatically specifies currency exchange rates. If the countries where the business operates use different fiscal calendars, they can configure the module to keep track of those countries and the divergent calendars for reporting purposes.

Project management and accounting: Without project management, the rollout rates of projects and ROI can take a nasty hit. The Dynamics AX module ensures that projects happen on time within the planned schedule, budget, and requirements. A unified dashboard enables businesses to identify projects at risk of being delayed and can better shape the manner in which the company uses its time and resources.

Budgeting: Your available funds are visible within the budget module, with which new budget creation becomes effortless. You can make changes to the budget and create reports for easier tracking of budget history.

Cost accounting: Fixed and variable costs can be closely monitored along with critical expenses. This module deduces all cost-related information while you stay in control of business expenses and helps you forecast expenditures.

Cash and bank management: Deftly maintain all business bank accounts and financial instruments such as checks and deposit slips for various legal entities.

Human resources: Dynamics AX makes it possible to manage employees, help them increase productivity, and improve business revenue. The employee performance evaluation function helps the human resources team take action with employees when there is a need.

Procurement and sourcing: Streamline the purchasing policy with this module in Dynamics AX. Receive regular updates about vendors and agreements.

Product information management: Product information management is a platform to store all product-related information to promote an efficient workflow. The finance team has quick access to all product information to correlate images, details, and information about each product’s location.

Service management: Client inquiry management, order, and subscription management are possible with this module. It allows you to create resource allocation guidelines for specific clients, offers you a detailed overview of how clients receive invoices and monitors the response time periodically.

Related: All you need to know about the Microsoft Dynamics AX 2012 to Dynamics 365 upgrade

Achieve Cloud migration clarity with DemandDynamics

Dynamics AX is coming to the end of its lifecycle. Businesses worldwide are looking for the best cloud migration, and many opt for Dynamics 365 to make themselves future-ready.

DemandDynamics is an established Microsoft partner with many years of experience and a solid team of experts in cloud-based ERP solutions. They will take the time to fully understand your business needs and devise a customized migration plan. Our on-demand services allow you flexibility and cost savings as you only pay for the services you use.

For more information about migration or our other services, reach out to one of our experts!

First published on

[scloudsg]

Navigating EU Data Protection Regulations in Cloud Computing

In response to the increasingly stringent data privacy laws within the European Union (EU), tech giant Microsoft has unveiled a strategic move to enhance its cloud computing services and uphold data protection standards. This initiative, known as the EU Data Boundary, aims to comply with the EU’s General Data Protection Regulation (GDPR) and similar regulations across the 27-country bloc. Here’s a closer look at the data privacy regulations, the significance of data sovereignty, and Microsoft’s role in bolstering cloud security.

Data Privacy Regulations in the EU

The cornerstone of data protection within the EU is the General Data Protection Regulation (GDPR), a comprehensive framework that came into effect in 2018. This regulation empowers individuals by granting them greater control over their personal data. It imposes strict obligations on businesses regarding the collection, processing, and storage of personal information. GDPR is designed to ensure transparency, security, and accountability in the handling of sensitive data, with severe penalties for non-compliance. As concerns about data breaches and privacy violations escalate globally, the EU’s commitment to fortify data privacy has led to the establishment of robust legislation and enforcement mechanisms.

The Need for Data Sovereignty in Cloud Computing

The imperative for data sovereignty within cloud computing arises from the EU’s commitment to safeguarding its citizens’ data from potential foreign government surveillance and interference. This commitment gained momentum following revelations by former NSA contractor Edward Snowden, exposing widespread U.S. government surveillance practices. The EU aims to guarantee that data stored in the cloud remains impervious to unauthorized access or meddling by foreign entities. Data sovereignty, in this context, ensures that the laws and regulations governing the protection of personal data align with the jurisdiction in which it is stored. This initiative builds trust among EU citizens, businesses, and governments that their sensitive information is shielded from external surveillance and adheres to stringent privacy standards.

Microsoft’s Response to Data Protection Challenges

Microsoft’s commitment to data protection is evident in its comprehensive response to evolving challenges. Some key initiatives and services include:

EU Data Boundary Solution: Microsoft’s EU Data Boundary initiative goes beyond mere compliance, ensuring that customer data remains within the EU. This initiative covers a range of services, including Azure, Microsoft 365, Power Platform, and Dynamics 365.

Data Residency Expansion: Microsoft plans to expand its data residency services to encompass all personal data, including anonymized details in system logs. This move demonstrates Microsoft’s dedication to providing a high level of data residency to European customers.

Technical Support Localization: In addition to data residency, Microsoft is exploring the introduction of a paid service for technical support that initiates within the EU. This further enhances data control and addresses potential concerns related to customer support.

These initiatives collectively reinforce Microsoft’s commitment to complying with EU data protection regulations and ensuring that its cloud services prioritize user privacy and data security.

Challenges and Considerations for Cloud Providers

While the push for localizing cloud services is evident, practical challenges exist. Building data centers in every country may not be feasible, and the potential impact of sacrificing the redundancy offered by a distributed network raises concerns. Moreover, specific Microsoft services currently have exceptions or limitations due to design considerations or functionalities. These exceptions highlight the complexities of achieving full compatibility with the EU Data Boundary.

Implications for Cloud Providers and Data Protection Strategies

For cloud providers, regardless of size, ensuring compliance with local data privacy regulations is paramount. Aligning services with regional compliance requirements not only meets legal standards but also serves as a competitive advantage. Exploring and implementing data residency solutions is crucial to address the growing demand for keeping data within specific geographic boundaries. Robust security measures must be prioritized to protect customer data, reassuring users about potential government surveillance and data privacy concerns.

Conclusion

Microsoft’s EU Data Boundary initiative exemplifies the tech industry’s response to evolving data protection regulations. Cloud providers, in their pursuit of compliance and enhanced data protection, can draw insights from Microsoft’s approach and prioritize security measures, data residency, and regional compliance in their offerings. As the landscape of data privacy continues to evolve, a proactive stance on these considerations becomes increasingly critical.

Source:

https://www.networkworld.com/article/1290338/microsoft-grows-eu-cloud-localization-services.html

https://www.registercitizen.com/news/world/article/microsoft-lets-cloud-users-keep-personal-data-18602253.php

https://www.silicon.fr/cloud-souverain-eu-data-boundary-eudb-microsoft-474891.html

This article is re-published from: https://www.scloud.sg/resource/navigating-eu-data-protection-regulations-in-cloud-computing/

[akhil-1]

Microsoft Power Apps Online Training | Microsoft Power Apps Course 

Power Apps Understand portals architecture

Microsoft Power Apps is a platform that enables the creation of custom business applications without extensive coding expertise. It allows users to design and build applications through a user-friendly interface, making it accessible to a broad range of individuals, including those without traditional development backgrounds. As of my last knowledge update in January 2023, Microsoft Power Apps Portals provides a way to create external-facing websites that allow users outside your organization to interact with data stored in Common Data Service (CDS) or other data sources. Power Apps Portals have a specific architecture designed for building and customizing these web portals. Here is a high-level overview of the Power Apps Portals architecture

Power Apps and Power Automate Training

Portal Website:

A Power Apps Portal is essentially a website that you design and customize using the Power Apps Portal Studio. This website is what external users will interact with.

Portal Studio:

The Portal Studio is a web-based tool within the Power Platform environment that allows you to design and customize the portal. It includes a set of pre-built templates, themes, and components that you can use to create pages and define the structure of your portal.

Content Management System (CMS):

Power Apps Portals come with a built-in Content Management System that allows you to manage and organize the content displayed on your portal. You can create web pages, configure navigation, and control the layout using the CMS.                                                    Microsoft Power Apps Online Training

Authentication and User Management:

Power Apps Portals support authentication and user management features. Users can log in using various authentication methods, including social identities, Azure AD, or other external identity providers. You can control access to different portal pages based on user roles and permissions.

Integration with Common Data Service (CDS):

Power Apps Portals are tightly integrated with the Common Data Service, allowing you to expose and interact with data stored in your CDS environment. You can define data entities, forms, and views that are accessible through the portal.

Web Templates and Liquid Code:

Power Apps Portals use web templates to define the structure and layout of pages. Web templates can include Liquid code, which is a tinplating language that allows you to embed dynamic content and logic into your pages. Liquid code is similar to other tinplating languages and is used for tasks such as rendering data and controlling the flow of the page.      Microsoft Power Apps Course 

Web Roles and Permissions:

You can define web roles and permissions to control what users can do on your portal. Web roles are associated with specific permissions, and you can assign users to these roles to manage access to different portal features.

Customization with JavaScript and CSS:

Power Apps Portals allow you to further customize the user interface and behaviour using JavaScript and CSS. You can add custom scripts and styles to enhance the functionality and appearance of your portal.

Power Platform Integration:

Power Apps Portals are part of the broader Power Platform ecosystem, and they can integrate with other Power Platform services, such as Power Apps, Power Automate, and Power BI. This integration allows you to create end-to-end solutions that span across different Power Platform components.

                                                                 Power Apps Training Hyderabad

It's important to note that the Power Apps Portals architecture and features may evolve over time, so it's recommended to refer to the latest Microsoft documentation for the most up-to-date information.

Visualpath is the Leading and Best Software Online Training Institute in Ameerpet, Hyderabad. Avail complete job oriented Microsoft Power Platform Online Training by simply enrolling in our institute in Ameerpet, Hyderabad. You will get the best course at an affordable cost.

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[dynatechsystems]

Dynamics 365 Entity Store (D365 FO Data Lake) - Know all about it

Dynamics 365 Entity Store (Data Lake) is a data store for analytics & reporting, in which a power user can stage aggregate measurements.

[careertrendindia-blog]

Description of Software Engineer

A software engineer is a person who applies the principles of software engineering to the design, development, maintenance, testing, and evaluation of computer software.

Prior to the mid-1970s, software practitioners generally called themselves computer scientists, computer programmers or software developers, regardless of their actual jobs. Many people prefer to call themselves software developer and programmer, because most widely agree what these terms mean, while the exact meaning of software engineer is still being debated.

What Does a Software Engineer Do?

Computer software engineers apply engineering principles and systematic methods to develop programs and operating data for computers. If you have ever asked yourself, "What does a software engineer do?" note that daily tasks vary widely. Professionals confer with system programmers, analysts, and other engineers to extract pertinent information for designing systems, projecting capabilities, and determining performance interfaces. Computer software engineers also analyze user needs, provide consultation services to discuss design elements, and coordinate software installation. Designing software systems requires professionals to consider mathematical models and scientific analysis to project outcomes.

KEY HARD SKILLS

Hard skills refers to practical, teachable competencies that an employee must develop to qualify for a particular position. Examples of hard skills for software engineers include learning to code with programming languages such as Java, SQL, and Python.

Java: This programming language produces software on multiple platforms without the need for recompilation. The code runs on nearly all operating systems including Mac OS or Windows. Java uses syntax from C and C++ programming. Browser-operated programs facilitate GUI and object interaction from users.

JavaScript: This scripting programming language allows users to perform complex tasks and is incorporated in most webpages. This language allows users to update content, animate images, operate multimedia, and store variables. JavaScript represents one of the web's three major technologies.

SQL: Also known as Structured Query Language, SQL queries, updates, modifies, deletes, and inserts data. To achieve this, SQL uses a set number of commands. This computer language is standard for the manipulation of data and relational database management. Professionals use SQL to manage structured data where relationships between variables and entities exist.

C++: Regarded as an object-oriented, general purpose programming language, C++ uses both low and high-level language. Given that virtually all computers contain C++, computer software engineers must understand this language. C++ encompases most C programs without switching the source code line. C++ primarily manipulates text, numbers, and other computer-capable tasks.

C#: Initially developed for Microsoft, this highly expressive program language is more simple in comparison to other languages, yet it includes components of C++ and Java. Generic types and methods provide additional safety and increased performance. C# also allows professionals to define iteration behavior, while supporting encapsulation, polymorphism, and inheritance.

Python: This high-level programing language contains dynamic semantics, structures, typing, and binding that connect existing components; however, the Python syntax is easy to learn with no compilation stage involved, reducing program maintenance and enhancing productivity. Python also supports module and package use, which allows engineers to use the language for varying projects.

Programming languages comprise a software engineer's bread and butter, with nearly as many options to explore as there are job possibilities. Examples include Ruby, an object-oriented language that works in blocks; Rust, which integrates with other languages for application development; PHP, a web development script that integrates with HTML; and Swift, which can program apps for all Apple products. Learn more about programming languages here.

KEY SOFT SKILLS

While hard skills like knowledge of programming languages are essential, software engineers must also consider which soft skills they may need to qualify for the position they seek. Soft skills include individual preferences and personality traits that demonstrate how an employee performs their duties and fits into a team.

Communication: Whether reporting progress to a supervisor, explaining a product to a client, or coordinating with team members to work on the same product, software engineers must be adept at communicating via email, phone, and in-person meetings.

Multitasking: Software development can require engineers to split attention across different modules of the same project, or switch easily between projects when working on a deadline or meeting team needs.

Organization: To handle multiple projects through their various stages and keep track of details, software engineers must demonstrate a certain level of organization. Busy supervisors oversee entire teams and need to access information efficiently at a client's request.

Attention to Detail: Concentration plays a critical role for software engineers. They must troubleshoot coding issues and bugs as they arise, and keep track of a host of complex details surrounding multiple ongoing projects.

[johnklok]

Challenges While Integrating Calendly with Dynamics 365: A Comprehensive Guide

Using a calendar to automate appointment scheduling tasks, activity, and resource management sounds like fun until you realize how and where you will store and fetch the data.

You will need Dynamics 365 CRM data on the calendar to manage projects and resources. If the calendar you use or the subscription plan you opt for does not have the option to integrate the CRM, you won’t be able to use the calendar features at its best.

If we talk about the popular online appointment scheduler Calendly, it does not provide CRM integration for Basic and Essential plans. To avail CRM integration features, you need to opt for a $12/seat/month plan or higher.

These prices might be too much for small business owners or startups who are not ready to pay a big portion every month. Why would anyone pay more when you can get more functionalities and CRM integration at much lesser rates?

To find out how, to stay with us till the very end. This blog will explain how Calendly’s higher subscription plans integrate with the Microsoft Dynamics 365 CRM, the challenges you would face, and how you can overcome them with an alternative tool.

How to integrate Calendly with Microsoft Dynamics 365 CRM

Integrating your Dynamics 365 CRM with Calendly might be a little confusing as you have to do it via a third-party extension. Calendly has collaborated with Zapier to integrate the CRM with the tool.

You will have to create an account with Zapier in order to avail yourself of this functionality.

Challenges While Integrating Calendly With Zapier

Calendly is a standalone app. So, you have to integrate CRM with the help of third-party extensions as It is the only way. You have to choose a premium monthly plan to unlock this feature.

Although Zapier lets you connect the CRM, there are some challenges and limitations. While configuring, you have to set up multiple triggers to fetch the data from the CRM. The entire process is manual and tedious.

Moreover, it lacks customization options. There is limited customization available, so you can only perform actions as per the limited triggers available.

Calendar 365 – A better alternative to Calendly in many ways

For Microsoft Dynamics 365 users, Calendar 365 is a better alternative in many ways. Calendar 365 is a Dynamics plugin that directly integrates with the Dynamics 365 CRM. It is not a standalone app but an extension that will add features to your CRM.

So, you can easily schedule a meeting from within the CRM and manage all the activities of different projects. You can create a calendar with the CRM entities of your choice and save it for future use.

Moreover, Dynamics 365 Calendar is more affordable than Calendly and also comes with a lot more features that not only help with appointment scheduling but also project management.

Calendar 365 is fully customizable as per business requirements or your CRM structure. And that is why it is best for branding purposes.

Where Calendly allows you only to change your logo, Calendar 365 can be redesigned as per your business requirements.

Calendar 365 lets its users customize the meeting forms. This sounds like an impossible deal in Calendly due to the limitations that come while using Zapier.

Conclusion

It is extremely clear from the above discussion that Calendly is not the best choice for Dynamics 365 users. You have to compromise a lot while integrating your Dynamics 365 CRM with the scheduling software.

However, if you choose a Dynamics 365 plugin, it integrates with your CRM, so you don’t need Zapier.

Additionally, Calendar 365 offers customization from forms to customizable UI for branding purposes. All this clearly states that Calendar 365 is way better than Calendly for Microsoft Dynamics 365 CRM users.

All product and company names are trademarks™, registered® or copyright© trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them.

This Article is originally published on:

https://www.appjetty.com/blog/dynamics-crm-calendly-integration/

[schwettmanntechnologies]

Unleashing the Power of Microsoft Dynamics 365

Microsoft Dynamics 365 is a powerful tool that combines the capabilities of CRM and ERP systems into one unified platform. In this article, we dive into the details of what makes it so special and why utilizing Microsoft Dynamics 365 is essential for any business.

Introduction to Microsoft Dynamics 365

Microsoft Dynamics 365 is a cloud-based business applications platform that combines CRM and ERP capabilities into a single, integrated solution. It enables businesses to manage their customers, sales, marketing, operations, and financials in a single system.

Dynamics 365 offers a comprehensive set of features and functionality for businesses of all sizes. It includes everything from basic CRM and ERP capabilities to advanced features such as artificial intelligence (AI), predictive analytics, and IoT integration.

Dynamics 365 is built on Microsoft’s Azure cloud platform and uses the Common Data Model (CDM) to provide a unified data model for all entities across the various applications. This makes it easy to integrate Dynamics 365 with other Azure-based services and third-party applications.

The benefits of using Microsoft Dynamics 365 include:

Increased productivity: Dynamics 365 provides a single platform for businesses to manage their customers, sales, marketing, operations, and financials. This saves time and increases efficiency by eliminating the need to switch between multiple systems.

Improved decision making: With all data stored in a single system, businesses can gain insights into their operations and make better informed decisions. The built-in reporting and analytics tools give users the ability to slice and dice data in any way they want.

Flexibility and scalability: Dynamics 365 is a cloud-based solution that can be easily scaled up or down to meet the changing needs of businesses. The pay-as-you

Benefits of Using Microsoft Dynamics 365

Microsoft Dynamics 365 is a cloud-based business application platform that enables organizations to manage their customers, sales, marketing, and operations. The platform provides a single view of the customer, making it easy for organizations to track and manage customer interactions across all channels. Dynamics 365 also offers a robust set of features for managing sales and marketing activities, including lead management, campaign management, and opportunity management. In addition, the platform provides comprehensive tools for managing operations, such as financials, supply chain management, and project service automation.

What Microsoft Dynamics 365 Can Do For You

Microsoft Dynamics 365 is a cloud-based business applications platform that helps organizations streamline their operations, improve customer engagement, and boost productivity. The platform offers a complete set of tools for managing finances, customers, sales, marketing, and operations. Dynamics 365 also enables organizations to build custom apps to suit their specific needs.

Dynamics 365 can help your organization in a number of ways:

-Improving customer engagement: The platform provides a complete set of tools for managing customer relationships, including CRM, marketing automation, and social listening. With these tools, you can nurture your leads, close more deals, and build lasting relationships with your customers.

-Streamlining operations: Dynamics 365 gives you a complete view of your business so you can make informed decisions and streamline your operations. The platform helps you automate repetitive tasks so you can focus on more important things.

– Boosting productivity: Dynamics 365 includes powerful collaboration tools that help you work smarter and get more done. With features like document management, task management, and team chat, you can stay organized and get work done faster.

Microsoft Dynamics 365 is a powerful platform that can help your organization streamline its operations, improve customer engagement, and boost productivity. If you’re looking for a complete solution for managing your business, Dynamics 365 is the right choice for you.

How To Get Started With Microsoft Dynamics 365

If you’re looking for a powerful and versatile CRM system, Microsoft Dynamics 365 is a great option. In this article, we’ll give you an overview of what Microsoft Dynamics 365 is and how it can benefit your business. We’ll also provide some tips on how to get started with using the system.

Microsoft Dynamics 365 is a cloud-based CRM system that offers a variety of features and tools to help businesses manage their customer relationships. The system includes powerful automation capabilities, making it easy to automate tasks and workflows. Dynamics 365 also integrates with other Microsoft products, such as Office 365, making it easy to use the data and insights from your CRM system in other applications.

There are many reasons why you should consider using Microsoft Dynamics 365 for your CRM needs. The system is highly customizable, making it easy to tailor the system to your specific business needs. It’s also very user-friendly, so you’ll be able to get up and run quickly without having to invest a lot of time in training. And because it’s cloud-based, you can access your data and insights from anywhere, at any time.

If you’re ready to get started with Microsoft Dynamics 365, there are a few things you need to do first. First, you’ll need to sign up for an account with Microsoft. Once you have an account, you can then sign in and access the various features and tools offered by the system.

Tips for Using and Optimizing Microsoft Dynamics 365

In summary, Microsoft Dynamics 365 is a powerful management solution that may assist companies in optimizing their operations and enhancing their bottom line. This may be the answer for you if you’re seeking for a strategy to manage your money better.

The use of Microsoft Dynamics 365 can help businesses cut costs and save time. Users can also gain real-time business information from the software, which can aid them in making wiser financial decisions. All things considered, Microsoft Dynamics 365 is a potent management solution that can assist companies in improving their bottom line.

[education-time]

DBMS QUESTION ANSWER

DBMS stands for "Database Management System." It is a software system that allows users to store, manage, and manipulate data in a database. A DBMS provides a way to create, update, retrieve and delete data from the database while ensuring data integrity, security, and consistency. It allows multiple users to access the database simultaneously, and it manages data storage, retrieval, and indexing. Some examples of popular DBMSs include Oracle, Microsoft SQL Server, MySQL, and PostgreSQL.

What Is A Weak Entity Set? Differentiate Between Entity Set And Strong Entity Set.

Explain The Different Types Of Integrity Constraints With Suitable Examples.

Explain About Tertiary Storage Media In Detail.

Explain About Buffer Manager.

What Are The Advantages Of DBMS Over File Processing System? Explain In Detail.

Explain Validation Protocol With Example?

Explain Different States Of Transactions?

Explain Read-only, Write-only And Read-before-write Protocols In Serializability?

Write Thomas Write Rule? How The Rule Differed From Timestamp-based Rule?

Explain B+ Tree Locking Used For Concurrency Control With Suitable Example?

Define Dynamic Database? Explain Phantom Problem By Considering Suitable Example?

What Are The Reasons That Strict 2PL Is Used In Many Database Systems?

Explain About 4NF? Give One Example?

Define Functional Dependencies? How Are Primary Keys Related To Functional Dependencies?

What Is Redundancy? What Are The Different Problems Encountered By Redundancy? Explain Them?

Define BCNF? How Does BCNF Differ From 3NF? Explain With An Example?

Explain 3NF? Give One Example?

What Are The Advantages Of Normalized Relations Over Unnormalized Relations?

What Is Normalization? Give Types Of Normalization?

Explain The FD And MVD With Examples?

Explain The Types Of Join Operations And Set Operations

What Are The Differences Between The Two Types Of Relational Calculus?

Define Relational Algebra, Tuple And Domain Relational Calculus?

Relational Calculus Is Said To Be A Declarative Language, In Contrast To Algebra, Which Is A  Procedural Language? Explain The Distinction?

Define The Divisible Operation In Terms Of The Basic Relational Algebra Operations. Describe A  Typical Query That Calls For Division. Unlike Join, The Division Operation Is Not Given Special  Treatment In Database Systems. Explain Why?

Define All The Variations Of The Join Operation. Why Is The Join Operation Given Special Attention? Can We Express Every Join Operation In Terms Of Cross Product, Selection And Projection?

Explain The Following Fundamental Operation Of Relational Algebra Select, Project, Set, Rename?

What Is The Class Hierarchy? How It Is Represented In The ER Diagram?

Write A Detail Note On Participation Constraint?

What Is A View? Explain About Views In Detail?

What Are The SQL Constructs To Modify The Structure Of Tables, Views And To Destroy The Tables And Views?

What Is A Relational Database Query? Explain With An Example?

Explain Key Constraints And Foreign Key Constraints?

What SQL Construct Enables The Definition Of A Relation? What Constructs Allow Modification Of Relation Instance? (OR) Explain How Insertion, Deletion And Updating Of Database Are Performed In Relation Algebra?

What Is A Relation? Differences Between Relation Schema And Relation Instance. Define The Term Unary And Degree Of Relation. What Are Domain Constraints?

Construct An ER Diagram For A Bank Database. Bank Maintains Data About Customers, Their Loans,  Their Deposits, Lockers. Determine The Entities And Relationships?

Discuss The Usage Of ISA Features In ER Diagram?

What Is A Descriptive Attribute? Explain?

What Is A Partial Key? How Is It Represented In ER Diagram? Give An Example?

Define Aggregation? What Is The Problem Associated With Aggregation? Discuss The Remedies?

Explain The Conceptual Design For Large Enterprises With An Example?

Explain Key Constraints With An Example?

Explain relationship and relationship sets?

Explain The ER Diagram Components And Notations With Their Extended Features?

Explain levels of abstraction in DBMS?

Describe Storage Manager Component Of Database System Structure?

List Four Significant Differences Between A File Processing System And A DBMS? (OR) What Are The Major Disadvantages Of File Processing System?

Define DBMS? List Database System Applications?

Discuss The Query Processor Of Database System Structure?

Explain The Transaction Management In A Database? (OR) Give Short Notes On Transaction Management?

What Are The Five Main Functions Of A Database Administrator? (OR) Explain Database Administrator Responsibilities?

What are the types of languages a database system provides? Explain.

What is logical data independence and what is its important? (OR) Explain the differences between logical and physical data independence?

Why would we choose a database system instead of simply storing data in operating system files? When would it make sense not to use a database system?

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