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This transformation illustrates the increasing desire to become a digital bank. A great deal of emphasis is being placed on digitizing core business processes and reassessing organizational structures and internal talent to be better prepared for the future of banking. The global banking sector is becoming both more strategically focused and technologically advanced to respond to consumer expectations while trying to defend market share against an increasing array of competitors.

The importance of innovation and developing new solutions that take advantage of data, advanced analytics, digital technologies and new delivery platforms has never been more important. We are seeing organizations innovate in targeting, expanding services, re-configuring delivery channels, delivering proactive advice, integrating payments and applying blockchain technology. These efforts will only increase in 2019, as global financial and tech giants revolutionize the financial services arena.

As part of these mega-trends, banks will also experiment with new mobile applications and voice-enabled gadgets to enhance both delivery and contextual personalization. Ultimately, the consumer will be front and center. As technologies continue to evolve, the banking sector will continue to accelerate its investments in innovation and digital enhancements. According to Accenture, Many banks have initiatives aimed at targeting demographic-based clusters such as young people, Millennials or older people, but some banks are now targeting customers based on lifestyles, values, aspirations, mindsets and underserved needs.

Serving a Segment of One. In 2019, many banking organizations will go beyond personalization by segment, to develop individualized communication and experiences for the segment of one. This is the ultimate level of innovative personalization allowed through data, advanced analytics and digital technologies. This level of personalization involves clustering a customer base with advanced criteria, where human-centric, design-thinking pillars and CRM tools help banks and credit unions match needs to solutions in real-time.

One of the forgotten keys to success with segment-of-one personalization is estimating the potential customers willingness to pay for this added value. Or maybe, the key to success is a financial services organization s willingness to monetize value in the way that Amazon sets pricing on delivering the value of Amazon Prime. Consumers must be ready to recognize the value behind a personalization solution and be willing and able to pay for it. Innovation and serving a segment of one is not limited to individual consumers.

Banks and credit unions should also focus their efforts on the small and medium enterprise SME segment and the needs of individual businesses. Expansion of Open Banking. Many financial services organizations are taking a GAFA Google Amazon Facebook Apple approach, leveraging robô para opções binárias iq option and data derived from services and individual organizations to boost their core business. More and more regulatory bodies globally are requiring banking organizations to enable customers to share their data securely with third parties to power new financial services and increase competition in the banking industry.

By making account and payment data available through secure application programming interfaces APIsconsumers have greater freedom and control in how they interact with their financial service providers. Open banking APIs accelerate innovation and collaboration, leading to expanded banking ecosystems that could include more than just financial services to make a consumer s lifestyle better.

What is exciting about open banking is that making consumer consent a central part of open banking strategy places an increased emphasis on consumer value propositions. In other words, if improved value isn t part of the open banking consumer proposition, the customer will not allow the sharing of their data. Alternatively, those firms that provide the best consumer value proposition will be the relationship winners.

The understanding and leveraging of the innovation potential of open banking will allow legacy financial services organizations to build on their existing customer relationships. By giving customers choice and control of their own data, first-mover banks and credit unions can become leaders in an era of increasingly personalized financial services. Commitment to Phygital Delivery. The expansion of open banking also will encourage non-traditional financial firms to collaborate with traditional banks or go solo with the same intention innovating on behalf of the consumer.

With the high cost of a traditional branch network and the increasing number of transactions moving to digital channels, more and more traditional financial services companies are introducing digital-only banking entities. In each instance, the focus is on innovative customer experiences and increased value to the consumer, supported by customer data and advanced analytics that can personalize engagement. Some banks are launching digital-only banks to collect deposits, while other financial firms are using digital platforms to provide lending, investing and specialty services.

Some of the organizations that will move in this direction in 2019 will do so to protect their current customer base, while other firms will be trying to expand or generate market share. In all cases, the desire will be to introduce first-to-market products that are consumer-focused. This focus on innovation is empowered through Open Banking APIs and cloud technologies. The pressure to create an alternative delivery model is driven by the cost of maintaining branches.

Obviously, the raw cost of operating a branch is high, which makes return on assets significantly stronger for a branchless bank. While new entrants will usually pay an increased cost for funding with brokered or online deposits, existing organizations that build a digital-only sub-brand benefit from already having a low cost of deposit funding. As in the retailing industry, consumer expectations and the cost of alternative forms of delivery are redefining the way the banking industry is structured and the importance of innovative new delivery models.

The challenge will be in determining the right mix of physical and digital in 2019 and beyond. AI-Driven Predictive Banking. One of the most exciting innovation trends in 2019 will be the continued movement to predictive banking. For the first time time, the banking industry can consolidate all internal and external data, building predictive profiles of customers and members in real time.

With consumer data that is rich, accessible and financially viable to deploy, financial institutions of all sizes can not only know their customers, but also provide advice for the future. This enhanced use of data will enhance the consumer experience, while increasing security and efficiency. By moving from a rear-view-mirror perspective of customer communication to services deployed by robo-advisors and AI-driven chatbots, financial institutions will provide consumers with value through next-best actions as opposed to blind selling of products.

The real innovation will occur when financial institutions integrate this capability with the expanded services of open banking and connected devices. The reach of banks and credit unions can be expanded as virtual agents work on behalf of the consumer to find the best mix of solutions for each individual in real time. This transformation may also result in the elimination of specific traditional products checking, loans, payments with the emergence of universal cash management solutions that address all needs in an integrated service.

In the end, the focus is no longer on putting together good information and waiting for someone to look at it; information is now shown with the goal of proactively changing customers everyday behaviors, with figures and insights contextually delivered. Payments Everywhere. The payments industry has been, and will continue to be, one of the most dynamic areas of innovation in the banking industry.

Impacted by changing consumer expectations and driven by technological advances, innovation will continue to come from traditional financial institutions, fintech firms and big tech players. As the infrastructure of payments continues to evolve, innovation will move the payments industry from a series of specific products to part of everything consumers do.

Differentiation will be driven by data, technology and delivery, changing the dynamics of how and where we pay and receive payments. Five Innovation Trends That Will Define Banking in 2019. Payment innovation trends will occur in conjunction with the Internet of Things IoTpoint of sale POSmobile wallets, cryptocurrencies, and the blockchain. The impact of this innovation in payments will be a decrease in the ability to differentiate on back-office capabilities, a decrease in transaction fees, and an increase in the importance of differentiated user experiences and the application of a vast array of data.

Payment insights provide the foundation of consumer and small business behavior, positioning those organizations capable of processing vast amounts of payment data as the best to serve consumers in the future. Innovating for Tomorrow. Organizational cultures must be shifted to support innovations that will impact increasingly outdated business models.

To be able to compete and grow where margins are thin, competition is fierce, regulations are changing and technology has an increasing impact, financial institutions must place innovation as a top priority. Banks and credit unions must also anticipate consumer needs and innovate in ways that will prioritize the most effective mix of capabilities, processes and people. Download 10th Annual Innovation in Retail Banking Report. The report includes a review of the previous nine years of the publication, providing a snapshot of the marketplace and innovation trends through the years.

During this period, there was increasing investment in innovation, a shift from efficiency to experientially focused breakthroughs, evidence of continued strength of Eastern European and developing financial marketplace banks as innovators, and the integration of new technologies. Jim Marous is co-publisher of The Financial Brandhost of the Banking Transformed podcast and owner CEO of the Digital Banking Reporta subscription-based publication that provides deep insights into the digitization of banking, with over 200 reports in the digital archive available to subscribers.

You can follow Jim on Twitter and LinkedIn, or visit his professional website. Increased commitment to innovation in response to consumer expectations and increased fear of non-traditional players are two of the primary findings of the 10th annual Innovation in Retail Banking report, sponsored by Efma and Infosys Finacle and published by the Digital Banking Report. This article was originally published on December 3, 2018.

4 Ways Customer Relationship Management Is Making a Difference During COVID. In this difficult time of limited customer contact, see how CRM is helping financial institutions keep their teams united and connected to customers. More Customers are Using Mobile Banking. Since the start of 2020, mobile banking app usage has seen more than a 50 increase. Is your mobile experience meeting consumer demands.

Inform Your Financial Services Strategy with Customer Data. Financial Institutions that connect the dots between customer insights and development of financial products and services addressing customer needs win the trust of their customers. Похожие рекламируемые товары. доставка 37 455,99 руб. доставка 22 472,84 руб. 3 положительных. Подробные сведения о Front API Wheel Bearing fits Scion iQ robô para opções binárias iq option 28WQRJ. 2 положительных.

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What is the Garmin Communicator Plugin, and why do I need it. The plugin is safe, free and quick to download and install. What web browsers are compatible with the Garmin Communicator Plugin. The plugin is compatible with the following browsers and operating systems. Browser Windows XP or later Mac OSX 10. Compatible Internet browsers and operating systems. 6 or later Safari 5. 0 Full Installer 32bit Full Installer 64bit Full Installer Intel Full Installer Tiger and PPC Browser Add-On Browser Add-On Intel Browser Add-On Tiger and PPC Internet Explorer 7.

0 Browser Add-On 32bit Browser Add-On 64bit. Do I need to install Garmin USB drivers for the plugin to work with my device. In most cases, you will not need to install separate USB drivers for the plugin to detect your device. The required USB drivers are installed with the plugin. However, a few Garmin devices do require separate USB drivers for the plugin to work.

And, if the plugin is installed in Internet Explorer using ActiveX, or as a Firefox plugin, the USB drivers are not included. If the test page indicates that the plugin is successfully installed, but it is not detecting your device, try downloading and installing the latest USB drivers. Why would I need to update Windows Media Player. If your computer runs on the Windows operating system, Windows Media Player may work in combination with the Garmin Communicator Plugin to communicate with your device.

From the Start menu on your computer, open Windows Media Player. In the Help menu, select Check For Updates. Note If you do not see the menu bar at the top once the program starts, press the Alt key. Make sure you have the newest version. If you cannot select Check For Updates, you already have the most recent version of Windows Media Player.

How do I know if the Garmin Communicator Plugin will work with my Garmin device. The plugin works best with devices that connect to a computer via USB cable. Does the Garmin Communicator Plugin work on other websites besides Garmin. The Garmin Communicator Plugin API enables third-party web developers to easily integrate the plugin with any website.

Some devices that connect to a computer via serial cable or serial-USB adapter will work with the plugin, too. Websites that use the API can communicate with your device. If you are interested in using the Garmin Communicator Plugin on your website, check out Garmin Developer. Download for Windows Download for Mac Developers. For advanced users desiring to develop their own custom software applications for communicating with Garmin GPS products, this document describes the communication protocols required for transferring data including waypoints, routes, and track logs to and from Garmin GPS products via RS-232 or USB.

Warning This documentation is provided on an as is basis without warranty of any kind -- either expressed or implied -- including, without limitation, any implied warranties of merchantability or fitness for a particular purpose. The information contained within this documentation is subject to change without notice. In addition, no developer support will be provided by Garmin concerning the information contained within the documentation or implementation of this information within your software application.

Device Interface SDK. The Silicon Labs Bluetooth stack is an advanced Bluetooth 5-compliant protocol stack implementing the Bluetooth low energy standard. General Overview. About the Bluetooth Stack. The Silicon Labs Bluetooth stack is meant for Silicon Labs Wireless Gecko SoCs and modules. The Silicon Labs Bluetooth stack provides multiple APIs for the developer to access the Bluetooth functionality. Two modes are supported. Standalone mode, where both the Bluetooth stack and the application run in a Wireless Geckos SoC or module.

The application can be developed with C programming language. stack figure Wireless Gecko. Network Co-Processor NCP mode, where the Bluetooth stack runs in a Wireless Gecko and the application runs on a separate host MCU. For this use case, the Bluetooth stack can be configured into NCP mode where the API is exposed over a serial interface such as UART. Bluetooth Stack Features.

The features of the Silicon Labs Bluetooth stack are listed in the following table. All products deploying Bluetooth technology must go through the Bluetooth SIG s Qualification Process. There are online resources to learn more about the Bluetooth Qualification Process as well as tutorials on the Launch Studiowhich is the online tool used to complete the Bluetooth Qualification Process.

If you need assistance to qualify your device you can consider reaching out to your nearest Bluetooth Qualification Consultant. When qualifying your end-product based on Silicon Labs†Bluetooth stack you will integrate the pre-qualified components listed in the table below, depending on which SDK version was used to build your application. Bluetooth Qualification. Note For end-product qualifications based on this component, because of the Erratum 10734 you must also check the items 21 17 and 34 13 in the Summary ICS and upload the test evidence and a declaration, which can be requested through the support portal.

Despite the “Required Testingcustomers do not need to do any additional testing, given that the test reports are embedded in the pre-qualified components robô para opções binárias iq option the SIG to review. The above software-based pre-qualified components are two out of the three components to integrate when proceeding with the Qualification Process with Required Testing. In addition to these two software components you must also have integrated a qualified RF-PHY component in your end-product listing.

It supports multiple connections, concurrent central, peripheral, broadcaster, and observer roles. If you are designing with one of Silicon Labs†Bluetooth modules then refer to the module datasheet for the appropriate component QDID to use. If you are designing with an SoC then you may need to obtain your own RF-PHY qualification with the Bluetooth SIG depending on your hardware design. In the latter case, please consult your nearest Bluetooth Qualification Consultant or Silicon Labs through the support portal, to understand if an existing Silicon Labs RF-PHY pre-qualification could be used.

The Bluetooth Stack APIs. This section briefly describes the different software APIs available for the developer. The BGAPI Bluetooth API. It provides access to all the Bluetooth functionality implemented by the Bluetooth stack, such as the Generic Access Profile GAPconnection manager, the security manager SMand GATT client and server. In addition to the Bluetooth APIs, the BGAPI also provides access to a few other functions like the Direct Test Mode DTM API for RF testing purposes, the Persistent Store PS API for reading and writing keys to and from the devices flash memory, the DFU Device Firmware Update API for field firmware updates, and the System API for various system level functions.

CMSIS and emlib. The Cortex Microcontroller Software Interface Standard CMSIS is a common coding standard for all ARM Cortex devices. The CMSIS library provided by Silicon Labs contains header files, defines for peripherals, registers and bitfieldsand startup files for all devices. In addition, CMSIS includes functions that are common to all Cortex devices, like interrupt handling, intrinsic functions, etc.

Although it is possible to write to registers using hard-coded address and data values, it is recommended to use the defines to ensure portability and readability of the code. To simplify programming Wireless Geckos, Silicon Labs developed and maintains a complete C function library called emlib that provides efficient, clear, and robust access to and control of all peripherals and core functions in the device.

This library resides within the em_xxx. c and em_xxx. h files in the SDK. The BGAPI Serial Protocol and BGLIB Host API. The emlib documentation is available on the Silicon Labs†website. When configured in NCP network co-processor mode, the Bluetooth stack also implements the BGAPI serial protocol. This allows the Bluetooth stack to be controlled over a serial interface such as UART from a separate host like an EFM32 microcontroller.

c for example, em_dac. The BGAPI serial protocol provides exactly the same Bluetooth APIs over UART as the BGAPI API when used in a standalone mode. The BGAPI serial protocol is a lightweight, binary protocol that carries the BGAPI commands from the host to the Bluetooth stack and responses and events from the Bluetooth stack back to the host.

The Bluetooth SDK delivers a ready-made BGAPI serial protocol parser implementation, called BGLIB. It implements the serial protocol parser and C language function and events for all the APIs provided by the Bluetooth stack. The host code developed on top of BGLIB can be written to be identical to the code for the Wireless Gecko, which allows easy porting of the application code from the Wireless Gecko to a separate host or vice versa.

The Bluetooth Profile Toolkit GATT Builder. The Bluetooth Profile Toolkit is a simple XML-based API and description language used to describe the GATT-based service and characteristic easily without the need to write them in code. The XML files can be easily written by hand based on the information contained in UG118 Blue Gecko BluetoothВ Profile Toolkit Developer Guide.

Use the Profile Toolkit GATT Builder if you are developing outside of Simplicity Studio. Within Simplicity Studio, we provide the GATT Configurator, a tool that allows building the GATT in a visual way, without hand editing the XML file. See UG365 GATT Configurator User†s Guide for details. The GATT database developed with the Profile Toolkit is converted to a. The BGAPI is the Bluetooth API provided by the Silicon Labs Bluetooth stack. h file and included in the application project as a pre-build step when the firmware is compiled.

Then the GATT can be accessed with the Bluetooth stack GATT APIs or by a remote Bluetooth device. About the Bluetooth SDK. The Bluetooth SDK is a full software development kit that enables you to develop applications on top of the Bluetooth stack using C programming language. SDK contents and folder structure are described in the following sections. The following libraries are delivered with the Bluetooth SDK and must be included in C application projects. The BGAPI serial protocol packet structure is described below.

The SDK also supports making standalone applications, where the Bluetooth stack and the application both run in the Wireless Gecko, or the network co-processor NCP architecture, where the application runs on an external host and the Bluetooth stack runs in the Wireless Gecko. library table 1. Include files. Platform Components. The following files are delivered with the Bluetooth SDK and must be included in C application projects.

The following components are delivered with the Bluetooth SDK. The platform components are under the platform folder. About Demos and Examples. Because starting application development from scratch is difficult, the Bluetooth SDK comes with a number of built-in demos and examples covering the most frequent use cases, as shown in the following figure.

Software examples can be modified before building the application image. Demos with the same name as software examples are built from their respective example. Demos are pre-built application images that you can run immediately. To download and run a demo on your device, click the demo. If you are using a custom solution with more than one part, click on the part you are working with to see only the items applicable to that part.

In the Mode drop-down in the next dialog, select Run. To import software example code into your workspace as a new project using default project configurations, click the name of the example to open the Simplicity Studio IDE. To build the example project click Debug in the upper left corner of the Simplicity IDE perspective. Click Play to start running your project on the device.

The Debug perspective opens. Note The demos and examples you see are determined by the part selected. To create a project with different configurations, click New Project above the Demos column in the Launcher perspectiveand proceed as described in the Getting Started guide. If an example project closely matches your needs, you need only extend the code with your application code, and rewrite only what must be customized for your needs.

Otherwise you should start with the SOC-Empty application as described in the Getting Started guide. Note that the †SOC-Empty†application is not blank, but rather provides a minimal project that only starts advertising. Software Example Descriptions. The following examples are provided. Examples with in their names have a matching pre-built demo. Bluetooth Examples. It demonstrates the usage of BGLib with or without USART flow-control.

NCP †Host NCP Network co-processor Host example that connects to an NCP target via USART. Bluetooth NCP. This example does not have a Bluetooth function over the radio as it uses the EFR32 only as a host device. NCP target †Empty Network co-processor target application with a minimal GATT database. An NCP device can be controlled from another host device or directly from your PC with Robô para opções binárias iq option.

Use this as a starting point to create an NCP firmware. This example together with BG Tool provides an easy way to get started and also debug your application by issuing commands to the stack step-by-step. Bluetooth SOC - Basic. SOC †Empty A minimal project structure, used as a starting point for custom applications. The project has the basic functionality enabling peripheral connectivity and contains a minimal GATT database that can be expanded to fit your application requirements.

SOC †iBeacon An iBeacon device implementation that sends non-connectible advertisements in iBeacon format. The iBeacon Service gives Bluetooth accessories a simple and convenient way to send iBeacons to iOS devices. This example demonstrates the power consumption at 0 dBm TX power. SOC †Thermometer †Client Implements a Client that discovers and connects up to 4 BLE devices advertising themselves as Thermometer Servers.

It displays the discovery process and the temperature values received via UART. SOC †Thermometer Implements the Thermometer GATT Server Role of the Health Thermometer Profile, which enables a Collector device to connect and interact with a Thermometer. SOC - Thunderboard React, - Thunderboard Sense, and - Thunderboard Sense 2 Examples used to show the applicable Thunderboard features. Note Some radio boards will exhibit random pixels in in the display when this example is running because they have a shared pin for sensor and display enable signals.

SOC - Voice over Bluetooth Low Energy Demonstrates how voice capture can be sent over a Bluetooth Low Energy Link. For information on how to test this example see the following article Voice over BLE. Dynamic Multiprotocol Examples see AN1134 Dynamic Multiprotocol Development with Bluetooth and Proprietary Protocols on RAIL for more information SOC - Empty - RAIL †DMP A minimal project structure, used as a starting point for custom Dynamic Multiprotocol applications.

The project has the basic functionality enabling peripheral connectivity, without GATT services. It runs on top of Micrium OS RTOS and multiprotocol RAIL. SOC - Light - RAIL †DMP Implements the Light GATT Server Role, which enables a Switch device to connect to and interact with it. The device acts as a connection Peripheral. This is a Dynamic Multiprotocol reference application, running on top of Micrium OS RTOS and multiprotocol RAIL.

To learn how to test this demo see QSG155 Using the Silicon Labs Dynamic Multiprotocol Demonstration Applications. SOC - Range Test - RAIL - DMP Range Test with Bluetooth connectivity. NCP Host Examples located in C SiliconLabs SimplicityStudio v4 developer sdks gecko_sdk_suite app bluetooth examples_ncp_host Empty Minimal host-side project structure, used as a starting point for NCP host applications.

It requires a WSTK with a radio board flashed with an NCP firmware to be used as the GATT client that performs the OTA. ota-dfu Demonstrates how to perform a OTA DFU on a Silicon Labs Bluetooth Device. Voice over Bluetooth Low Energy Client-side application that couples with the “SOC †Voice over Bluetooth Low Energy” for the Thunderboard Sense kit. It requires a WSTK with a radio board flashed with an NCP firmware.

uart-dfu Demonstrates how to perform a UART DFU on a Silicon Labs Bluetooth Device running NCP firmware. Interactively explore API endpoints by connecting your Genius account to this page. These Docs are a Genius App. Learn how your app can access Genius s content and community this easily too. Authorize With Genius. You ve linked your Genius account with this site. You re on your way to building something great. In addition to interacting with Genius annotations through the API, it s easy to make any page annotatable and display annotations you ve created on it.

Just add the script tag. First, visit the Genius API Client management page and create an API client for your application. This will provide you with a client_id and a client_secret that you ll use to identify your application to Genius. Registering Your Application. You can change it later. The API Client will belong to the user account signed in to Genius when it s created.

Add Genius Annotations To Your Own Site. Making Requests. The available endpoints are listed below in the resources section, along with embedded examples showing how they work and what they return. Genius uses OAuth2 for authentication. All API requests must be authenticated. There are plenty of libraries available to help with this part of your integration. There s also a detailed guide below if you re committed to implementing it yourself.

Clojure clauth Cocoa Cocoa Touch OAuth2Client Go OAuth2 for Go Haskell hoauth2 Java Apache Oltu scribe-java JavaScript simple-oauth2 Passport PHP PHP-OAuth2 Python rauth sanction. Net Owin Qt C O2 Ruby OmniAuth intridea oauth2 Faraday Faraday Middleware Scala play-silhouette. An annotation is a piece of content about a part of a document. The document may be a song hosted on Genius or a web page hosted anywhere. The part of a document that an annotation is attached to is called a referent.

Annotation data returned from the API includes both the substance of the annotation and the necessary information for displaying it in its original context. Data for a specific annotation. GET annotations id. id ID of the annotation. text_format Format for text bodies related to the document. One or more of domplainand htmlseparated by commas defaults to dom. See details of each option here. POST annotations. Requires scope create_annotation.

Creates a new annotation on a public web page. The returned value will be the new annotation object, in the same form as would be returned by GET annotation id with the new annotation s ID. The text for the note, in markdown. The original URL of the page. The highlighted fragment. The HTML before the highlighted fragment prefer up to 200 characters.

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