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How to steer clear of tax scams

In the month of February, we saw an average of 300,000 phishing attempts across Microsoft’s browsing platforms daily. Our security experts expect these attempted scams to become increasingly more prevalent through the April 15 Tax Day, especially in the two weeks leading up to it, when about 25 percent of people file their taxes. The phishing campaigns we’ve seen aren’t just in the U.S., though; we’ve also recently uncovered similar tactics in Canada, Brazil and India. It’s important for users across the globe to follow best practices and stay vigilant.

With less than a month until the filing deadline in the U.S., we are urging the public to take the following simple steps to avoid tax scams – especially during the last-minute rush to file taxes.

  • Watch for suspicious emails. Be suspicious of all links and attachments, especially when the email seems “off” or unexpected – like an unexpected email from your credit card company, or financial institution. Phish-y emails often include spelling and grammatical errors, or will ask you to send personal information. In these cases, you can apply additional scrutiny on the sender, the content, and any links and attachments. If you know the sender, for example, you can double-check with them before opening or downloading the file.
  • Carefully inspect URLs. Hover over links to verify that the URL goes to the website where it’s supposed to direct you. Is it pointing to the site you expected? URL shorteners provide a lot of convenience, but can make this inspection difficult. If you’re unsure, rather than clicking a link, use search engines like Bing to get to the tax-related website you’re looking for and log in from there.
We recently discovered a phishing campaign targeting Canadian Tax payers where scammers were pretending to help Canadian taxpayers get their refunds, but really aimed to steal banking credentials. We’ve also seen old phishing documents resurface – these claim to be from the Canada Revenue Agency (CRA), inform victims that they have a refund via e-transfer from the CRA, and ask them to divulge their bank details where the funds will be “deposited”. We’ve also seen similar campaigns in Brazil and India.
  • Be wary of any attachments. If you haven’t just made a purchase for tax software, don’t be tricked by getting an email with an invoice from a tax preparation company. Sending fake invoices for services is one of the top methods attackers use to trick people into opening a malicious attachment that could automatically execute malware on your computer. Malicious attachments could also contain links that download and execute malicious programs. We’ve seen PDFs that contain innocuous-looking links that lead to people accidentally downloading malicious software designed to steal credentials, like usernames and passwords.
  • Don’t rely on passwords alone. Scammers take advantage of weak or stolen passwords used across multiple websites, so don’t just rely on your password to keep you safe. When possible, always use multi-factor authentication like the Microsoft Authenticator app for managing your sign-ins for Microsoft accounts and others, and Windows Hello for easy and secure sign-in to your Windows 10 device. These solutions enable biometric authentications like your face or fingerprint to quickly and safely sign in across devices, apps and browsers without you having to remember passwords. Did you know that with a Microsoft Account, you can securely and automatically sign-in to other Microsoft cloud-based applications including Bing, MSN, Cortana, Outlook.com, Xbox Live (PC only), Microsoft Store and Office?
  • Keep software current. Run a modern operating system, like Windows 10 or Windows 10 in S mode, with the latest security and feature updates, in tandem with next-generation anti-malware protection, such as Windows Defender Antivirus.

Microsoft security solutions can proactively inspect links and attachments, as well as block phishing documents and other malicious downloads to help protect users, even if they accidentally click a phishing link or open a malicious attachment. We expect tax scams to be on the rise in the next several months as global tax deadlines approach so our experts will be on the lookout for new campaigns.

Here’s a couple of examples of what we’ve seen just in the last few weeks: two documents named irs_scanned_551712.doc and Tax(IP.PIN).doc. You’ll notice that the security tools built into Microsoft Office caught these and displayed a warning at the top. Before enabling content like these, ensure that the sender is a trusted source, and notice things like missing or misspelled words.

tax-related phishing document with malicious macro code

tax-related phishing document with malicious macro code

Be on the lookout for scams like we’ve described here. There will undoubtedly be more schemes that crop up. Stay vigilant! Learn how to report phishing scam websites through Microsoft Edge or Internet Explorer and suspicious email messages through Outlook.com, Outlook 2016, or Office 365.

Keep these tips and tricks handy, and share with your networks so we can increase awareness of and stop the spread of Tax Day scams! For more information about Microsoft Security, please visit microsoft.com/security.

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Toyota Material Handling Group innovates forklift, factory, service and logistics solutions

Toyota Material Handling Group is the largest forklift manufacturer in the world, but its customers require much more than warehouse trucks and equipment. To better serve them, the global business is expanding and enriching its logistics solutions with digital innovation and Toyota’s renowned principles in lean and efficient manufacturing.

By providing solutions with artificial intelligence, mixed reality and the Internet of Things (IoT), Toyota Material Handling Group is helping customers meet the global rise in e-commerce and move goods quickly, frequently, accurately and safely.

With Microsoft technologies, the solutions range from connected forklift and field service systems available today to AI-powered concepts that pave the way for intelligent automation and logistics simulation – all designed with Toyota’s standards for optimizing efficiency, operation assistance and kaizen, or continuous improvement.

headshot of Toshihide Itoh
Toshihide Itoh, associate director and CIO of Toyota Material Handling Group.

“Our direction is going to more systemizing and logistics solutions, services in digital automation, AI analytics and IoT,” says Toshihide Itoh, associate director and CIO of Toyota Material Handling Group, an Aichi, Japan-based division of Toyota Industries Corporation. “We also continue to improve our forklift trucks, because this is our origin. But customers need more and more efficient logistics and we need digital innovation to accelerate and expand our business.”

At the Hannover Messe show in Germany this week, Toyota presented its vision for a future warehouse with lean logistics and pre-trained, intelligent forklifts. Enabled with machine learning and IoT services in Microsoft Azure, the vehicles can quickly learn navigation in a virtual model of a customer’s warehouse, a so-called “digital twin.” Customers can experience the trucks interacting with their physical and virtual environment.

The ability to simulate and visualize a physical environment will help solve one of the biggest challenges in the industry: the long deployment time for customized IoT solutions. Installations can normally take six months to a year, but using machine learning and digital twins can significantly shorten the time.

“For customers, this is a very important benefit,” Itoh says of the project, created by Toyota Material Handling Europe.

Once deployed, the intelligent forklifts and other automated guided vehicles (AGV) can adapt to live conditions, continually improve performance and communicate with other machines in a “swarm” that sends the right trucks to the right tasks at the right time.

Machine learning also plays a big role in a factory innovation project that Toyota Material Handling North America is working on with Microsoft. Engineers with both companies are building AI algorithms with sound to evaluate and verify welding quality, an important part of building forklifts.

Earlier this year, the teams worked with welders in Toyota’s Indiana factory and recorded sound from the factory floor. Then they created a machine learning platform to drive product quality, customer satisfaction and better training opportunities for new employees.

“We use machine learning and AI to do things that people cannot do by themselves, like analyze big data quickly,” Itoh says. “AI analysis can lead to new solutions and give open time for people to utilize their brain. That’s very important. So they share some work with AI and it makes everyone and everything more productive.”

Itoh became CIO of Toyota Material Handling Group in 2017, after leadership roles in the group’s divisions for logistics systems, forklift research and development, and advanced system solutions. The work helped him understand different aspects of the industry, from equipment to logistics to customers.

“The important point of view is the customers’ point of view,” he says. “Information technology is my main responsibility, but it needs to help customers and our business team improve their operations.”

He said Azure’s global scale and services have helped the company deliver valuable solutions, including a fleet management system for customers to centrally monitor their forklift fleet. Powered by Azure IoT Edge and scheduled to deploy this spring, the telematics solution helps customers track forklift utilization, plan and predict maintenance, and improve efficiency and safety in their warehouses.

forklifts in a forklift factory
Toyota Material Handling Group forklifts.

Toyota also deployed a new field service solution with Dynamics 365 last year for proactive, connected service and maximum uptime for customers. It launched a mobile solution for connected field service in Asia on Azure. And it will use Azure IoT in its factories for predictive maintenance in the future.

The company is also developing a fully integrated dealer management system in North America with the Microsoft platform. And Toyota Material Handling Europe and North America are collaborating on a robust customer portal, powered by many data sources, to meet customer expectations in a digital world.

“We need to expand our business and see the customers’ point of view more and make them happy,” Itoh says. “But we cannot do everything by ourselves. So I am so excited for everything that Microsoft can provide as a partner to accelerate our digital transformation.”

Learn how Microsoft partners are building a sustainable future at Hannover Messe 2019.

Top photo: Toyota Material Handling Group forklifts. (All photos courtesy of Toyota Material Handling Group)

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Dynamics 365 Nonprofit Accelerator: a community solution to drive social impact

In a world where nonprofit organizations are chronically underfunded, every dollar counts. Technology is often viewed as an overhead expense rather than an area that can help programs innovate. Microsoft’s Tech for Social Impact is designed to bridge this gap by creating solutions and offers with the specific needs of nonprofits in mind. It’s our mission. It’s our passion.

At the core of any nonprofit are fundraising and operations. So last November we launched the Dynamics 365 Nonprofit Accelerator, a suite of solutions designed to drive deeper programmatic engagement and help nonprofits achieve greater impact. Last week at the Microsoft Nonprofit CXO Summit, we announced the next chapter of this platform: the Dynamics 365 Nonprofit Accelerator v2, created in collaboration with nonprofits, partners, and sector experts worldwide.

For v2, we’ve dramatically enhanced the Nonprofit Accelerator itself and the underlying Common Data Model (CDM) to unleash a wealth of new capabilities and standards for nonprofits and the growing ecosystem of partners who serve them.

Screenshot of Dynamics 365 nonprofit acceslerator V2

Building out the Common Data Model

Central to our approach is our commitment to building a CDM, publishing that openly, and working across platforms. This enables powerful interoperability to fuel greater insights and efficacy, while also providing true data transparency. Microsoft has long been committed to open data, and we believe this approach is key to driving innovation in the sector.

The v2 doubles the size of the CDM. Last year we delivered 35 different entities with about 700 attributes. With v2, we’ve grown the model to 75 entities with 1,400 attributes. These entities and attributes represent sector-specific data elements, relationships, and best practices as defined by Microsoft, our partners, and a group of nonprofit experts.

The CDM also includes the International Aid Transparency Initiative (IATI) Organization and Activity standards, which we have made available via GitHub. Not all nonprofits subscribe to IATI, but for many organizations working with institutional donors or government agencies, it’s a requirement. Recognizing this, we made the IATI modeling available as an add-on so organizations have the freedom to choose whether to add it to their solutions.

Deeper functionality with Dynamics 365 Nonprofit Accelerator v2

Microsoft is the first and biggest consumer of the CDM and has incorporated all the best practices the CDM represents into Dynamics 365 through the Dynamics 365 Nonprofit Accelerator. We are committed to helping nonprofits around the world implement these best practices consistently and efficiently. By incorporating the CDM into the Accelerator, what once required customization is standard today, with the schema included in your Dynamics 365 subscription.

The driving principle behind the nonprofit sector is trust. The Accelerator is designed to help organizations build that trust, communicating their stewardship of donations and grants and demonstrating their impact. With v2, nonprofits have access to a robust set of new features designed to support their most important business needs, including:

  • Aligning funds to the results framework. Organizations can draw a thread across their operations and tie funds from donations and awards directly to programmatic activities and outcomes by leveraging a new link between Fundraising Designations and Program Delivery Frameworks and Budgets.
  • Connecting beneficiaries and program delivery. Nonprofits can track the outcomes and impact of program delivery with specific beneficiaries through a new link between Delivery Framework, Indicator Value, and Constituent.
  • Volunteer coordination. New functionality optimizes volunteer management, capturing preferences, skills, certifications, availability, scheduling, and projects leveraging Dynamics 365 Project Service Automation. (Watch this video to see the functionality in action.)
  • Membership management. Nonprofits can establish membership programs and engage constituents throughout their membership lifecycle through a single contact record that can be used across multiple roles, including support for membership and benefit levels.
  • Best practices and resources. To support nonprofits as they work on their own implementations, we’ve expanded the platform’s how-to guides and released new purpose-built nonprofit data schemas, templates, and sample applications that are optimized for interoperability.

A growing partner ecosystem

The interoperability afforded by the CDM is also driving an ecosystem of partner solutions. Since launch, we’ve grown from 14 to 40 global partners, including companies such as Avanade and Blackbaud, and new start-ups like threshold.world, that are committed to contributing to the CDM and creating purpose-built solutions on Dynamics 365 to spur innovation, interoperability, and impact.

The list of partners includes global solutions integrators like Ernst & Young that have helped create some of the sample applications. And we’ve seen a new wave of partners that are not only consuming the model but that are also committed to improving it, including partners that haven’t been closely associated with the Microsoft ecosystem in the past, like Blackbaud, Classy, Fluxx, and Jackson River.

To facilitate this interoperability, we’ve invested in mapping templates to make it easy for partners to map their own data schemas to the CDM. Many partners already have done this and are invested in aligning to this standard including Blackbaud’s Luminate Online, Classy’s fundraising suite, Fluxx’s grant management suite, Jackson River’s Springboard platform, and Volunteer Match’s recruiting solutions. In addition, to help organizations quickly get started putting their data to use across platforms, Microsoft has invested in mapping the CDM to the Salesforce Nonprofit Success Pack.

We are committed to this as a sector-wide standard, so it’s encouraging to see a broad range of solutions partners adopt the CDM and Accelerator, such as AKA Enterprise Solutions, Flores.nl, lfunds, m-hance, MISSION CRM, QUANTIQ,  StratusLive, VolunteerMatch, Wipfli, and others that have already engaged nonprofits to implement the solution.

A true community effort

We think the groundswell of support we’ve seen since our initial launch just a few short months ago speaks to the power of the platform, as well as customers like International Rescue Committee, Leonard Cheshire, SOS Children’s Villages, Team Rubicon and many others that have made the decision to adopt the Dynamics 365 Nonprofit Accelerator.

We want to go beyond building new technology. Tapping the experiences, expertise, and needs of thousands of nonprofits around the world, we aim to optimize best practices and implementation, and help them unlock the richness of their data as quickly as possible.

In the coming months, we’ll have more updates to the platform. Working with partners, we are committed to helping nonprofits with legacy Microsoft Dynamics implementations, as well as building out both the Dynamics functionality and the underlying CDM with updates coming out quarterly.

Customers and partners can download the Dynamics 365 Nonprofit Accelerator via AppSource. Take it for a test drive—and then let us know what you think. Members of the nonprofit community can contribute to the offering via the Dynamics 365 Insider Program.

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One Year In: How our $5B investment in IoT and intelligent edge is accelerating innovation

One year ago, we announced our commitment to invest $5B in IoT (Internet of Things) and intelligent edge – technology that is accelerating ubiquitous computing and bringing unparalleled opportunity for transformation across industries. Our commitment is to a build trusted, easy to use platform for our customers and partners to build solutions – no matter where they are starting in their IoT journey.

Our customers are embracing IoT as a core strategy to drive better business outcomes, improve safety and address social issues – from predicting and preventing equipment failures, optimizing smart buildings for space utilization and energy management and improving patient outcomes and worker safety. From the intelligent cloud to the intelligent edge, this year has been one of tremendous growth – in IoT technology portfolio, partner ecosystem and customer momentum – and we are only just beginning.

Accelerating customer innovation in IoT from cloud to edge across industries

What’s truly exciting is seeing our customers achieve real business outcomes with Azure IoT and intelligent edge-based solutions. Our IoT platform is powering customer solutions with thousands of devices, at scale, and the number of devices supported has grown nearly 150 percent year-over-year. This year, many customers such a Starbucks, Chevron, Walmart, Walgreens, BMW, Volkswagen, Toyota Material Handling Group and more are leveraging Azure as their cloud platform with IoT and AI services to accelerate their digital transformation.

Starbucks is using Azure Sphere to connect select equipment, enabling its partners (employees) more opportunity to engage with customers. This includes everything from beverage consistency, waste reduction, the management of energy consumption and predictive maintenance.

With Azure and our IoT services, Chevron is connecting a critical piece of equipment – heat exchangers, which manage the heat from fluids flowing through it as part of the plant’s fuel processing – to do predictive maintenance and ultimately prevent unscheduled outages.

In Walmart’s technology center in Austin, Texas, which is designed accelerate digital innovation, the retail leader is embracing IoT as a way to save energy and prevent product loss. Walmart is using thousands of IoT sensors on HVAC and refrigeration systems that process a billion daily data messages from stores worldwide.

As part of Microsoft’s partnership with Walgreens Boots Alliance (WBA) to make health care delivery more personal, affordable and accessible for people around the world, WBA will use a portfolio of connected IoT devices for nonacute chronic care management, delivered by Microsoft’s cloud, AI and IoT technologies.

This week with BMW Group, we announced the Open Manufacturing Platform (OMP), a new technology framework and open community to share smart factory solutions across the automotive and manufacturing sectors to significantly accelerate future industrial IoT developments.

This year Volkswagen announced a partnership with Microsoft to create the Volkswagen Automotive Cloud with Azure and Azure IoT Edge to create a seamless experience for drivers from the moment they enter, use and leave their vehicles. From 2020 onwards, more than 5 million new Volkswagen brand vehicles per year will be fully connected and will be part of the IoT cloud.

By infusing solutions with artificial intelligence, mixed reality and the IoT, Toyota Material Handling Group is providing solutions to customers meet the global rise in ecommerce, and move goods quickly, frequently, accurately and safely. With Microsoft technologies, the solutions range from connected forklift and field service systems available today to AI-powered concepts that pave the way for intelligent automation and logistics simulations – all designed with Toyota’s standards for optimizing efficiency, operation assisting and continuous improvement.

The stories continue to roll in.

New innovations in our IoT platform

In the last year, we launched more than 100 new services and features in our IoT platform, designed to make IoT solutions more secure and scalable, reduce complexity, make our platform more open and create opportunities in new market areas. Our core focus has been to address the industry challenge of securing connected devices at every layer, as well as advancing IoT to create a more seamless experience between the physical and digital worlds.

Simplifying IoT and securing IoT endpoints at scale

IoT is complex, requiring deep knowledge of cloud, security and devices, but the business benefits are significant. With Azure IoT Central, which became generally available this year, we have created a way for businesses to get started in IoT by quickly provisioning a solution in just a matter of hours and with built-in security features. With valuable data moving closer to the edge, IoT security demands a holistic approach. This year we introduced Azure Sphere, a world-class security solution for connected microcontroller devices (MCUs), which go in everything from smart-home and medical devices to equipment on the factory floor. Windows 10 IoT Core Services includes security and reliability updates for the operating system to keep device security up to date. Azure Security Center for IoT now includes support for Azure IoT services to proactively monitor IoT devices, enabling businesses to implement security best practices for detecting and mitigating threats.

Delivering spatial intelligence at scale

IoT is no longer just about connected endpoints. It’s the sum of the endpoints – the digital objects – that create a holistic solution. We see significant opportunity for our customers to use spatial intelligence to manage physical assets and spaces with digital models and mapping across smart spaces, cities and buildings. This fall, we introduced Azure Digital Twins to enable customers and partners to query data in the context of a space – rather than from disparate sensors – empowering them to build repeatable, scalable experiences that correlate data from digital sources and the physical world. Azure Maps provides developers from all industries powerful geospatial capabilities, and new MR services including Azure Spatial Anchors and Azure Remote Rendering enable customers to create precise points of interest in with mixed reality in physical space as well as enable interactive, high-quality 3D models.

Bringing AI to the edge

The proliferation of IoT devices and resulting massive amount of data requiring real-time intelligence are fueling the need to move compute and analytics closer to where the data resides. This year, we open sourced the Azure IoT Edge runtime, providing developers have even greater flexibility and control of their edge solutions, enabling them to modify the runtime and debug issues for applications at the edge. Over the past year, we added five new Azure Cognitive Services that can run locally on an edge device, and we’ve made it easier to deploy your own Azure Machine Learning models on Azure IoT Edge. We’ve also enabled high-speed inferencing at the edge with Azure Data Box Edge.

 Growing the Microsoft IoT partner ecosystem

We’re proud to have one of the largest and fastest-growing partner ecosystems with more than ten thousand IoT partners from intelligent edge to intelligent cloud. Partners are critical to our customers’ success in IoT, bringing rich domain expertise across industries so customers can see clear value to their business, as well as integration for critical apps and infrastructure to increase time to value.

This year, we announced more than 70 new partnerships in IoT, which help our customers build IoT solutions faster. At CES we announced our collaboration with Universal Electronics to launch a new digital assistant platform for the home built on Microsoft Azure using AI and IoT services. PTC announced ThingWorx Industrial Innovation Platform on Microsoft Azure to deliver a robust solution for Industrial IoT and digital product lifecycle management. At MWC, we announced new partnerships with SAP, and Cradlepoint. SAP Leonardo IoT will integrate with Azure IoT services providing our customers with the ability to contextualize and enrich their IoT data with SAP business data within SAP Leonardo IoT to drive new business outcomes. With Cradlepoint, we’re enabling customers to connect their IoT infrastructure to cloud-based applications to a global satellite communications network and to help bridge the OT and IT collaboration gap, respectively.

We’re also working with several device partners to accelerate development at the intelligent edge. With Qualcomm, we created an Azure IoT Starter Kit to enable developers vision AI solution and run their AI models on the device. With NXP, we announced the public preview for Windows 10 IoT Core with built-in Azure connectivity, to enable secure, power-optimized devices for the intelligent edge. We’re also partnering with NVIDIA and DJI to integrate third-party SDKs to simplify development and increase time to value of AI applications at the edge.

Looking ahead: Industry opportunity in IoT

We are one year into our four-year investment. Our priority over the next three years is clear: make it easy for any company to create scalable, secured IoT solutions. We partnered with Boston Consulting Group (BCG) to better understand the trends and opportunity for the industry at large. Our findings, captured in the whitepaper here, indicate IoT is moving into broad adoption and yet, some of the greatest barriers to success are not just about technology – it’s also about business strategy and executive leadership. More than 60 percent of executives we surveyed indicated these to be bigger elements of success than technology. One in four executives we surveyed indicated that their companies’ IoT initiatives underperformed expectations. The findings highlight key ingredients for a successful IoT innovation project. You’ll continue to see more announcements from us and our partners and customers to help our customers and partners in their IoT journeys. You can read more about adoption of IoT across industries in the BCG whitepaper.

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Video Indexer’s new, AI-based editor helps create new content from existing media within minutes

After sweeping up multiple awards with the general availability release of Azure Media Services’ Video Indexer, including the 2018 IABM for innovation in content management and the prestigious Peter Wayne award, the team has remained focused on building a wealth of new features and models to allow any organization with a large archive of media content to unlock insights from their content; and use those insights improve searchability, enable new user scenarios and accessibility, and open new monetization opportunities.

At NAB Show 2019, we are proud to announce a wealth of new enhancements to Video Indexer’s models and experiences that will be rolled out this week, including:

  • A new AI-based editor that allows you to create new content from existing media within minutes
  • Enhancements to our custom people recognition, including central management of models and the ability to train models from images
  • Language model training based on transcript edits, allowing you to effectively improve your language model to include your industry-specific terms
  • New scene segmentation model (preview)
  • New ending rolling credits detection models
  • Availability in 9 different regions worldwide
  • ISO 27001, ISO 27018, SOC 1,2,3, HiTRUST, FedRAMP, HIPAA, and PCI certifications
  • Ability to take your data and trained models with you when moving from trial to paid Video Indexer account

More about all of those great additions in this blog.

In addition, we have exciting news for customers who are using our live streaming platform for ingesting live feeds, transcoding, and dynamically packaging and encrypting it for delivery via industry-standard protocols like HLS and MPEG-DASH. Live transcriptions is a new feature in our v3 APIs, wherein you can enhance the streams delivered to your viewers with machine-generate text that is transcribed from spoken words in the video stream. This text will initially be only delivered as IMSC1.1 compatible TTML packaged in MPEG-4 Part 30 (ISO/IEC 14496-30) fragments, which can be played back via a new build of Azure Media Player. More information on this feature, and the private preview program, is available in the documentation, “Live transricption with Azure Media Services v3.”

We are also announcing two more private preview programs for multi-language transcription and animation detection, where selected customers will be able to influence the models and experiences around them. Come talk to us at NAB Show or contact your account manager to request to be added to these exciting programs!

Extracting fresh content from your media archive has never been easier

One of the ways to use deep insights from media files is to create new media from existing content. This can be to create movie highlights for trailers, use old clips of videos in news casts, create shorter content for social media, or for any other business need.

In order to facilitate this scenario with just a few clicks, we created an AI-based editor that enables you to find the right media content, locate the parts that you’re interested in, and use those to create an entirely new video, using the metadata generated by Video Indexer. Once you’re happy with the result, it can be rendered and downloaded from Video Indexer and used in your own editing applications or downstream workflows.

Video indexer with Satya Nadella

All these capabilities are also available through our updated REST API. This means that you can write code that creates clips automatically based on insights. The new editor API calls are currently open to public preview.

Want to give the new AI-based editor a try? Simply go to one of your indexed media files and click the “Open in editor” button to start creating new content.

More intuitive model customization and management

Video Indexer comes with a rich set of out-of-the-box models so you can upload your content and get insights immediately. However, AI technology always gets more accurate when you customize it to the specific content it’s employed for. Therefore, Video Indexer provides simple customization capabilities for selected models. One such customization is the ability to add custom persons models to the over 1 million celebrities that Video Indexer can currently identify out-of-the-box. This customization capability already existed in the form of training “unknown” people in the content of a video, but we received multiple customer requests to enhance it even more – so we did!

To accommodate an easy customization process for persons models, we added a central people recognition management page that allows you to create multiple custom persons models per account, each of which can hold up to 1 million different entries. From this location you can create new models, add new people to existing models, review, rename, and delete them if needed. On top of that, you can now train models based on your static images even before you have uploaded the first video to your account. Organizations that already have an archive of people images can now use those archives to pre-train their models. It’s as simple as dragging and dropping the relevant images to the person name, or submitting them via the Video Indexer REST API (currently in preview).

Person's details

What to learn more? Read about our advanced custom face recognition options.

Another important customization is the ability to train language models to your organization’s terminologies or industry specific vocabulary. To allow you to improve the transcription for your organization faster, Video Indexer now automatically collects transcript edits done manually into a new entry in the specific language model you use. All you need to do then, is click the “Train” button to add those to your own customized model. The idea is to create a feedback loop where organizations begin with a base out-of-the-box language model and improve the accuracy of it through manual edits over a period of time until it aligns to their specific industry vertical vocabulary and terms.

Timeline in Video Indexer

New additions to the Video Indexer pipeline

One of the primary benefits of Video Indexer is having one pipeline that orchestrates multiple insights from different channels into one timeline. We regularly work to enrich this pipeline with additional insights.

One of the latest additions to Video Indexer’s set of insights is the ability to segment the video by semantic scenes (currently in preview) based on visual cues. Semantic scenes add another level of granularity to the existing shot detection and keyframes extraction models in Video Indexer and aim to depict a single event composed of a series of consecutive shots which are semantically related.

Scenes can be used to group together a set of insights and refer to them as insights of the same context in order to deduct a more complex meaning from them. For example, if a scene includes an airplane, a runway, and luggage, the customer can build logic that deducts that it is happening in an airport. Scenes can also be used as a unit to be extracted as a clip from a full video.

Scenes in Video Indexer

Another cool addition to Video Indexer is the ability to identify ending rolling credits of a movie or a TV show. This can come in handy for a broadcasters in order to identify when their viewers completed watching the video and in order to identify the right moment to recommend the new show or movie to watch before losing the audience.

Video Indexer runs on trust (and in more regions)

As Video Indexer is part of the Azure Media Services family and is built to serve organizations of all sizes and industries, it is critical to us to help our customers meet their compliance obligations across regulated industries and markets worldwide. As part of that effort, we are excited to announce that Video Indexer is now ISO 27001, ISO 27018, SOC 1,2,3, HIPAA, FedRAMP, PCI, and HITRUST certified. Learn more about the most current certifications status of Video Indexer and all other Azure services.

Additionally, we increased our service availability around the world and are now deployed to 9 regions for your convenience. Available regions now include East US, East US 2, South Central US, West US 2, North Europe, West Europe, Southeast Asia, East Asia, and Australia East. More regions are coming online soon, so stay tuned. You can always find the latest regional availability of Video Indexer by visiting the products by region page.

Video Indexer continues to be fully available for trial on East US. This allows organizations to evaluate the full Video Indexer functionality on their own data before creating a paid account using their own Azure subscription. Once organizations decide to move to their Azure subscription, they can copy all of the videos and model customizations that they created on their trial account by simply checking the relevant check box in the content of the account creation wizard.

Connect Video Indexer to an Azure subscription

Want to be the first to try out our newest capabilities?

Today, we are excited to announce three private preview programs for features that we have been asked for by many different customers.

Live transcription – the ability to stream a live event, where spoken words in the audio is transcribed to text and delivered along with video and audio.

Mixed languages transcription – The ability to automatically identify multiple spoken languages in one video file and to create a mixed language transcription for that file.

Animation characters detection – The ability to identify characters in animated content as if they were real live people!

We will be selecting a set of customers out of a list of those who would like to be our design partners for these new capabilities. Selected customers will be able to highly influence these new capabilities and get models that are highly tuned to their data and organizational flows. Want to be a part of this? Come visit us at NAB Show or contact your account manager for more details!

Visit us at NAB Show 2019

If you are attending NAB Show 2019, please stop by booth #SL6716 to see the latest Azure Media Services innovations! We’d love to meet you, learn more about what you’re building, and walk you through the different innovations Azure Media Services and our partners are releasing at NAB Show. We will also have product presentations in the booth throughout the show.

Have questions or feedback? We would love to hear from you! Use our UserVoice to help us prioritize features, or email VISupport@Microsoft.com for any questions.

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New capabilities announced for Azure Security Center

Microsoft Azure Security Center—the central hub for monitoring and protecting against related incidents within Azure—has released new capabilities. The following features—announced at Hannover Messe 2019—are now generally available for the Azure Security Center:

  • Advanced Threat Protection for Azure Storage—Layer of protection that helps customers detect and respond to potential threats on their storage account as they occur—without having to be an expert in security.
  • Regulatory compliance dashboard—Helps Security Center customers streamline their compliance process by providing insight into their compliance posture for a set of supported standards and regulations.
  • Support for Virtual Machine Scale Sets (VMSS)—Easily monitor the security posture of your VMSS with security recommendations.
  • Dedicated Hardware Security Module (HSM) service, now available in U.K., Canada, and Australia—Provides cryptographic key storage in Azure and meets the most stringent customer security and compliance requirements.
  • Azure disk encryption support for VMSS—Now Azure disk encryption can be enabled for Windows and Linux VMSS in Azure public regions—enabling customers to help protect and safeguard the VMSS data at rest using industry standard encryption technology.

In addition, support for virtual machine sets are now generally available as part of the Azure Security Center. To learn more, read our Azure blog.

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Evolution of Windows IoT: The foundation for your intelligent edge

Woman makes presentation in conference room with this text box superimposed: IoT in Action Webinar Series, Windows IoT Business Transformation

It began more than 20 years ago, in the days before sensors monitored soil health, before smart shelves managed product levels, before artificial intelligence and IoT-enabled cameras reduced violent crime.

Before the term “Internet of Things” had been coined, Microsoft Windows was there—but not just on our PCs. It was quietly running on the smallest, embedded devices—the precursors to the intelligent, connected devices of today.

In fact, Windows IoT is more than two decades in the making, and now, Windows IoT is helping businesses of all sizes achieve digital transformation and delight customers with secure, modern experiences that bridge the physical and digital worlds.

Read on to discover how Windows IoT has evolved into one of the most trusted IoT platforms—and learn about the groundbreaking capabilities that are coming soon.

Windows IoT Core: a history of innovation

Since the 1990s, we’ve been innovating our popular Windows OS to meet the needs of device manufacturers, providing a familiar, cost-effective, and secure platform. We were already optimizing Windows for small, single-purpose embedded devices ranging from toys to telephones through our Windows CE and Windows NT Embedded products. Over the years, we have continued to build on this groundbreaking work.

Back when Windows IoT Core was introduced, it was the first time you could run the Windows OS on tiny computers, such as the Raspberry Pi. Designed for device makers, our initial focus was on development kits and building a community of Windows IoT developers. From there, we expanded to meet the needs of commercial customers who wanted long-term support, including a high-quality development environment.

Today, Windows 10 IoT Core is a mature product that enables manufacturers to go to market quickly with small-footprint devices that are secure, low cost, and built for the intelligent edge. Windows IoT Core provides a royalty-free OS for prototyping, developing and testing IoT devices.

Providing security and maintenance for a multitude of devices in the field can be extremely challenging, so one of the biggest additions we’ve made recently is Windows 10 IoT Core Services. Windows 10 IoT Core Services ensures long-term OS support and services for managing device updates and device health. Benefits include reduced operating costs with over-the air-updates for OS, apps, and drivers—plus 10 years of OS system support and enhanced security.

Additionally, with the release of Windows 10 IoT Core on NXP i.MX 6, 7 and now 8M series of application processors, we have support for industrial grade silicon. Meanwhile, we continue to work behind the scenes on products that haven’t been announced yet.

The evolution of Windows IoT Enterprise

For customers wanting the full power of Windows 10, Windows 10 IoT Enterprise provides a locked down, full version of Windows 10 that delivers enterprise manageability and security to IoT solutions across multiple industries. It shares all the benefits of the worldwide Windows ecosystem, including the same familiar application compatibility, development and management tools as client PCs and laptops.

Licensed for fixed-purpose, smart devices, Windows 10 IoT Enterprise features advanced capabilities that make it much easier to configure and lock down mission critical devices. This means that developers can spend more time creating outstanding solutions, without worrying about the nuts and bolts.

Like Windows 10 IoT Core Services, Windows 10 IoT Enterprise includes long-term support. With the critical nature of security, being able to get security updates over the course of ten years without having significant changes in the OS is of enormous value.

Both Windows 10 IoT Core and Windows 10 IoT Enterprise offer easy integration with the Microsoft Azure platform, simplifying scale and device management, as well as the implementation of advanced features like hardware-assisted machine learning inferencing and containers.

Bringing it all together with Azure IoT Edge

Azure IoT Edge extends cloud intelligence and analytics to edge devices, providing a secure and easy way for developers to move cloud and custom workloads to the edge and tap the power of Windows 10 IoT. Azure IoT Edge enables seamless deployment of AI and advanced analytics capabilities, and the Azure IoT Device Agent for Windows makes it easy for operators to remotely configure, update and monitor edge devices.

IoT Edge modules, implemented as Docker-compatible containers, enables management of device updates and the deployment of business logic at the edge. Multiple modules can be configured to communicate with each other, and custom modules can be developed to provide insights offline and at the edge. Again, 10 years of ongoing support, security and patch management add to the ROI as well as customer confidence.

The future of Windows IoT

In late February, we announced the availability of Windows Server IoT 2019, which can securely handle the largest edge computing workloads. Windows Server IoT 2019 brings the power of high-availability and high-performance storage and networking to the edge, addressing latency and connectivity requirements and enabling customers to maintain data on-premises while securely storing and analyzing large amounts of data.

Additionally, we’ve got some thrilling product advancements lined up over the course of the next 12 to 18 months, focusing on end-to-end security, simplicity and cost-effectiveness. We are working with OEMs to bring existing devices onto a new, modern OS—and helping them connect to the cloud. Microsoft is making substantial investments in cloud connectivity and using the power of Windows to accelerate our customers’ journeys to the cloud and the intelligent edge.

From a developer perspective, we are focused on efficiency and making Windows a great place for machine learning through innovations like AI at the edgeWinML allows developers to harness the capabilities of any Windows 10 device to use pre-trained machine learning models—both custom and off-the-shelf—making it immensely powerful and ideally suited to intelligent edge devices. WinML accelerates the evaluation of deep learning models on Direct X12-capable devices. It also evaluates on local hardware, enabling low latency and high performance for quick results.

A great example of the benefits WinML brings to IoT solutions is IoT-PREDICT. This predictive maintenance solution from ActionPoint runs on Windows 10 IoT Enterprise and uses machine learning, as well as data analytics and advanced capabilities, to help manufacturers reduce equipment downtime, save money and drive operational efficiency.

Windows Embedded and now Windows IoT have provided device builders and developers innovative products that offer security, simplicity and flexibility, backed-up with commercial grade support, including 10 years of support with our Long Term Servicing Channel. Windows IoT is accelerating digital transformation and enabling customers to build secure, connected products and modern experiences that delight customers.

We’re proud of how we have helped reshape the business landscape through IoT and the intelligent edge. And we’re thrilled about the road ahead. Stay tuned to see how we continue to lead global IoT innovation.

Meanwhile, be sure to tune into the IoT in Action on-demand webinar, Windows IoT: Business Transformation, to discover how Windows 10 IoT can help you get up and running quickly. You’ll learn how, with a platform that spans cloud, OS and devices, Microsoft IoT technology is uniquely positioned to simplify the IoT journey.

You can also watch the Windows IoT in Manufacturing webinar to hear how our partners are empowering device manufacturers to build secure, connected enterprise and consumer devices with Windows 10 IoT. Watch and discover how you can create trusted, connected solutions that improve business and customer experiences – regardless of company size, technical expertise, budget, or industry.

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Microsoft and OpenClassrooms to train students to fill high-demand AI jobs

Strategic partnership aims to address the talent gap in technology hiring

PARIS – April 3, 2019 – Microsoft Corp. and online education leader OpenClassrooms are announcing a new partnership to train and prepare students for artificial intelligence (AI) jobs in the workplace. The collaboration is designed to provide more students with access to education to learn in-demand skills and to qualify for high-tech jobs, while giving employers access to great talent to fill high-tech roles.

OpenClassrooms is the leading online education-to-employment platform in the world, with millions of students across 170 countries. OpenClassrooms will recruit 1,000 promising candidates throughout France, the UK, and the U.S.

The masters-level online program combines OpenClassrooms programming with Microsoft content and project-based tasks tailored to the AI roles that employers are aiming to fill. The fully online program is intentionally designed to produce high-quality graduates in large numbers by leveraging OpenClassrooms’ popular platform together with up-to-date content and built-in connections to employers looking to fill AI roles. This model benefits students and employers, who gain a cost-efficient pipeline for recruiting new talent.

The demand for next-generation artificial intelligence skills has far outpaced the number of candidates in the job market. One estimate suggests that, by 2022, a talent shortage will leave as many as 30% of AI and data skills jobs open.

“The demand for AI and machine learning opportunities has never been stronger,” says OpenClassrooms co-founder and CEO Pierre Dubuc. “We’re excited to be an innovation partner to Microsoft to usher in new tactics that will bring top talent to the workforce.”

Students who complete the program are guaranteed a job within six months or they will receive a full refund from OpenClassrooms. They will also earn a masters-level diploma accredited in Europe through OpenClassrooms, which is based in Paris, France. The company is actively seeking accreditation in the U.K. and U.S.

“As AI is changing the way we work and the nature of jobs, we have a responsibility to ensure graduates are prepared for the workplace of tomorrow,” says Jean-Philippe Courtois, Executive Vice President and President, Global Sales, Marketing and Operations at Microsoft. “We are excited to partner with OpenClassrooms to help equip people with the skills and opportunities they need to thrive in the digital economy.”

About Microsoft
Microsoft (Nasdaq “MSFT” @microsoft) enables digital transformation for the era of an intelligent cloud and an intelligent edge. Its mission is to empower every person and every organization on the planet to achieve more.

About OpenClassrooms
OpenClassrooms is the leading online education to employment platform in the world, with a mission to make quality education and career advancement accessible to all. Right now, more than 3.5 million people are studying with OpenClassrooms across 170 countries. It delivers recruitment, onboarding, reskilling and upskilling programs for corporate partners including Capgemini, Google, Microsoft, and Salesforce. OpenClassrooms also works with top tier academic institutions to develop curricula. These programs address the specific needs of its partners in areas such as web development, UX design, and product management. OpenClassrooms also teaches essential soft skills including working autonomously, public speaking, and presentation skills. The OpenClassrooms online platform makes top quality training programs and talent sourcing easy to access and globally scalable.

Connect with OpenClassrooms on https://openclassrooms.com/.

Media contacts

Kate Preziosi
Tusk Strategies
kate@tuskstrategies.com

Microsoft Media Relations
WE Communications for Microsoft
(425) 638-7777
rrt@we-worldwide.com

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Microsoft and BMW Group launch Open Manufacturing Platform, allowing companies to team up to speed production

With the expansion of IoT across all industries data is becoming the currency of innovation. Organizations have both an opportunity and a business imperative to adopt technologies quickly, build digital competencies, and offer new value-added services that will serve their broader ecosystem.

Manufacturing is an industry where IoT is having a transformational impact, yet which also requires many companies to come together for IoT to be effective. We see several challenges that slow down innovation in manufacturing, such as proprietary data structures from legacy industrial assets and closed industrial solutions. These closed structures foster data silos and limit productivity, hindering production and profitability. It takes more than new software to drive transformation—it takes a new approach to open standards, an ecosystem mindset, the ability to break out of the “walled garden” for data as well as new technology.

This is why Microsoft has invested heavily in making Azure work seamlessly with OPC UA. In fact, we are the leading contributor of open source software to the OPC Foundation. To further this open platform approach, we have collaborated with world-leading manufacturers to accelerate innovation in industrial IoT to shorten time to value. But we feel we need to do more, not just directly between Microsoft and our partners but across the industry and between the partners themselves. It’s not about what any one company can deliver within their operations – it’s about what they can share with others across the sector to help everyone achieve at new levels. It’s clearly a much bigger task than any one organization can take on, and today, I’m pleased to share more about the investments we are making to advance innovation in the manufacturing space by enabling open platforms.

Announcing the Open Manufacturing Platform

Today at Hannover Messe 2019, we are launching the Open Manufacturing Platform (OMP) together with the BMW Group, our partner on this initiative. Built on the Microsoft Azure Industrial IoT cloud platform, the OMP will provide a reference architecture and open data model framework for community members who will both contribute to and learn from others around industrial IoT projects. We’ve set up an initial approach and are actively working to bring new community members on board. BMW has an initial use case focused on their IoT platform, built on Microsoft Azure, in the second generation of autonomous transport systems in one of their sites, greatly simplifying their logistics processes and creating greater efficiency. More information about this and the partnership can be found here.

The OMP provides a single open platform architecture that liberates data from legacy industrial assets, standardizes data models for more efficient data correlation, and most importantly, enables manufacturers to share their data with ecosystem partners in a controlled and secure way, allowing others to benefit from their insights. With pre-built industrial use cases and reference designs, community members will work together to address common industrial challenges while maintaining ownership over their own data. Our news release, shared jointly with the BMW Group this morning, can be found here.

A rising tide that lifts all boats

The recognition of the need for an open approach is taking hold across the industry, as evidenced by SAP’s announcement today of the Open Industry 4.0 Alliance. This alliance – focused on factories, plants and warehouses – between SAP and a number of European manufacturing leaders will help create an open ecosystem for the operation of highly automated factories.

OMP and the Open Industry 4.0 Alliance are complementary visions. Both recognize the need for an open platform for the cloud and intelligent edge on the ground in the factory. Both highlight an open data model and standards-based data exchange mechanisms that allow for cross-company collaboration.

We’ve been working closely with SAP on efforts like the Open Data Initiative and across the industry on a wide range of initiatives including the Industrial Internet Consortium, the Plattform Industrie 4.0 and the OPC Foundation. We look forward to continuing this fruitful partnership and working to align OMP and the Open Industry 4.0 Alliance. Collaboration is the lifeblood of future manufacturing and the more we work together, the more we can accomplish.

Read more here.

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Visualizing the news: Introducing the winners of our data journalism grant program

The dissemination of news and information has always been the machinery that powers our democracy. Our society relies on stalwart reporters and news organizations to pursue the truth and hold the powerful accountable, even as the industry faces daunting challenges from political retaliation to economic viability.

In support of these efforts, we are proud to announce the two recipients of the first phase of our grant program, in partnership with the International Center for Journalists (ICFJ): Josh Landis of Nexus Media News (Washington, D.C.) and Verah Okeyo of The Nation (Kenya).Headshot of grantee winner Josh Landis.

An award-winning journalist, Landis is the founder and director of Nexus Media News, a nonprofit science, tech and environmental news service that has partnered with outlets such as Popular Science, Fast Company, Quartz, Huffington Post, PBS and National Geographic Voices to report on stories about our environment. The news service is part of Climate Nexus, which has been changing the conversation on climate change and clean energy “from an argument to a constructive search for solutions” since 2011. With the grant, Landis plans to use data visualization to show how climate is transforming residential and commercial real estate markets, and the possible impact that “climate gentrification” might have on communities in the coming years.

More than 7,000 miles away, Verah Okeyo works as a global health reporter at The Nation, the largest daily independent newspaper in Kenya and part of the Nation Media Group, which also operates in Uganda, Tanzania and Rwanda. A 2012 graduate of Maseno University, Okeyo proposes to use demographic health surveys, studies and research to track Kenya’s child mortality since 1965. Rather than selecting a county or a set of circumstances from the outset, the investigation will follow a meaningful analysis of the available data and plans to showcase the findings across multiple mediums, including print, online and television.

Each candidate will receive $7,500 and hands-on data visualization training using Microsoft Power BI. To supplement their analytics and help ground their stories in fact, Landis and Okeyo will also conduct field investigations, going where the stories – and the numbers – take them.

Today we’re also kickstarting the second phase of the grant program, which focuses on immersive storytelling projects. Whether it is in-the-trenches livestreams with multi-language captions, augmented reality that allows real-life exploration or interactive visuals powered by numbers, immersive storytelling can communicate human experiences with great intimacy.

We’re honored to work side by side with newsrooms and journalists to help deliver impactful stories. We’re keenly aware that not every journalist has the same resources, which is why we work both on the individual and industry level. Our collaborations have run the gamut from our local KING5 broadcast station’s investigation into state vaccination rates to POLITICO Europe’s ambitious undertaking to educate the European electorate on how country-level politics shapes continental governance.

Supporting the goals of people like Landis and Okeyo to convey complicated stories in a way that speaks to audiences, reinforces our mission to empower every person and every organization on the planet to achieve more. We look forward to introducing you to more journalists who are doing the hard work of telling the story of their communities to the world.

Please visit ICFJ to learn more about the program and all their great work.

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