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Contest for control over the semantic layer for analytics begins in earnest

January 25, 2021   Big Data
 Contest for control over the semantic layer for analytics begins in earnest

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A battle for control over how data is processed by analytics applications is starting to emerge in the cloud. Providers of data warehouses such as Snowflake, Amazon Web Services (AWS), and Microsoft are aggregating massive amounts of data. Naturally, providers of analytics and business intelligence (BI) applications are treating data warehouses as another source from which to pull data.

Snowflake, however, is making a case for processing analytics on its data warehouse. For example, in addition to processing data locally within its in-memory server, Alteryx is now allowing end users to process data directly on the Snowflake cloud.

At the same time, however, startups that enable end users to process data using a semantic layer that spans multiple clouds are emerging. A case in point is Kyligence, a provider of an analytics platform for Big Data based on open source Apache Kylin software.

Given the total cost of data warehouse platforms in the cloud, providers of these services are anxious to surface value that goes beyond merely being a repository for data, said Mike Leone, an industry analyst with Enterprise Strategy Group (ESG). “They want the data warehouse to be the entry point for other services,” said Leone. “Otherwise, the data warehouse is too expensive.”

That effort is drawing support from vendors, such as Alteryx, as the amount of data in a Snowflake repository increases.

However, Alteryx remains committed to a hybrid cloud strategy, said Sharmila Mulligan, the company’s chief marketing officer. Most organizations will have data that resides both in multiple clouds and on-premises for years to come. The idea that all of an organization’s data will reside in a single data warehouse in the cloud is fanciful, she said. “Data is always going to exist in multiple platforms,” said Mulligan. “Most organizations are going to wind up with multiple data warehouses.”

Similarly, Kyligence is trying to provide an analytics platform that spans multiple platforms. It pulls data from multiple platforms to create an online analytical processing (OLAP) database that provides end users with a familiar construct for analyzing data, said Li Kang, head of North America for Kyligence.

The company thus far has raised $ 48 million in pursuit of that goal. Redpoint Ventures, Cisco, China Broadband Capital, Shunwei Capital, Eight Roads Ventures, and Coatue Management are all investors. Kyligence counts UBS, Costa, Appzen, McDonald’s, YUM, L’OREAL, Porsche, Xactly, China Merchants Bank, and China Construction Bank among its customers.

Yesterday, Kyligence announced it’s making an enterprise edition of Apache Kylin ,dubbed Kyligence Cloud 4, available on the AWS and Microsoft Azure clouds where it can pull data from not just Snowflake, but also object-based storage repositories. Previously, the enterprise edition of the platform was available only for on-premises platforms.

That capability is critical, because over time the primary platform organizations will opt to store data on will change, noted Kang. “The center of data gravity tends to shift,” said Kang.

Kyligence Cloud, in effect, is an example of the additional semantic layer for processing and analyzing that is starting to emerge in hybrid cloud computing environments, said Kevin Petrie, vice president of research for the Eckerson Group. “By analyzing SQL queries and automatically building OLAP indices to pre-compute results, they can help enterprises offload a lot of the queries that would otherwise hit the data warehouse,” he said.

Regardless of the path forward, it’s not clear that data warehouses will emerge as data processing powerhouses. In many cases, they are just the latest incarnation of a data lake. The challenge IT organizations face now is making sure this latest iteration of a data lake doesn’t turn into yet another swamp.

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CCPA compliance lags as enforcement begins in earnest

July 5, 2020   Big Data
 CCPA compliance lags as enforcement begins in earnest

Enforcement of the California Consumer Privacy Act (CCPA) began on Wednesday July 1, despite the final proposed regulations having just been published on June 1 and pending review by the California Office of Administrative Law (OAL). The July 1 date has left companies, many of which were hoping for leniency during the pandemic, scrambling to prepare.

COVID-19 appears to be shifting the privacy compliance landscape in other parts of the world — both Brazil’s LGDP and India’s PDPB have seen delays that will impact when the laws will go into effect. Nonetheless, the California Attorney General (CAG) has not capitulated on the CCPA’s timeline, with the attorney general’s office stating: “CCPA has been in effect since January 1, 2020. We’re committed to enforcing the law starting July 1 … We encourage businesses to be particularly mindful of data security in this time of emergency.”

With the CCPA being one of the most demanding pieces of privacy legislation that some companies have ever faced, compliance has understandably lagged. In 2019, different estimates placed the percentage of organizations that would be ready for the CCPA by Jan 2020 somewhere between 12% and 34%. A recent poll by ArcTrust revealed that as of June 2020 just 14% of companies were completely done with CCPA compliance, while another 15% have a plan but haven’t started implementation. This leaves an additional 71% of companies whose plans for CCPA compliance are unaccounted for. These numbers, while large, might not be all that surprising as only 28% of firms were compliant with GDPR over a year after it went into effect, with companies greatly underestimating what it would take to be compliant.

What should companies expect next?

Although the CAG’s ability to take enforcement actions is now in effect, companies can be held liable for breaches of the law that occurred earlier in the year. Additionally, consumers have been able to take legal action against non-compliant companies since the beginning of the year, with at least 19 lawsuits having been filed since Jan 1, 2020. These lawsuits illustrate the circumstances under which enforcement can take place as well as the potential compliance blindspots companies might face. Companies also face the prospect of new California privacy legislation in the form of the The California Privacy Rights Act of 2020 (CalPRA or CPRA), colloquially referred to as CCPA 2.0. The initiative has collected over 900,000 signatures and is expected to be on the November 2020 ballot, with 88% of Californians supporting its passage. Although this bill is not expected to take effect until January 1, 2023, organizations lagging behind on CCPA compliance will likely struggle to meet their obligations under the CPRA as well.

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What should companies behind on CCPA compliance be doing?

Companies that are just now starting to implement their compliance programs should do their best to align themselves with the final regulations that have been sent to the OAL. While there’s no silver bullet to doing this, below are some considerations worth taking into account:

Operationalizing the CCPA at scale requires a serious commitment to security. The CCPA has formally made clear that the era of security as an afterthought is over. Although the legislation is fairly agnostic about the types of security frameworks and controls organizations will have to deploy to ensure CCPA compliance, it’s apparent that satisfying the functional requirements of the CCPA will require developing comprehensive data discovery and data security programs organization-wide. For example, the ability to provide accurate disclosure notices at collection or within privacy policies, as well as the ability to process consumer requests and reduce breach risk all implicitly require companies to understand the categories of data they ingest. Companies will also need to know how this data is used, where it’s stored, and who has access to it. This will often require building consistent security processes with the help of tools like privileged access management, securely configured firewalls, and application security controls like data loss prevention. While it’s true that strong security practices alone aren’t enough to operationalize CCPA compliance, companies who are already complying with one or more privacy regimes or who otherwise have mature information security programs will likely find compliance easier.

Continuous compliance requires clear ownership within your compliance program. While IT and security will form the bedrock of an organization’s ability to comply with the CCPA, it may not be the case that IT or security should own the entirety of your organization’s compliance initiative. Your organization’s structure and the business purpose served by consumer data collection should inform who the relevant stakeholders will be. Clearly delineating who’s responsible for which aspects of your organization’s compliance program will be critical to making sure your program makes sense and will scale well as the privacy landscape continues to evolve.

Make your compliance program future-proof. While no one in your organization likely has a crystal ball, you don’t exactly need one to see that privacy is the future and that investing in consumer privacy today is a smart decision. Despite stalled privacy legislation stateside and abroad, the GDPR, CCPA, and potentially the CPRA will continue to serve as bulwarks that future legislation will aspire to. This means that should your organization limit itself to simply satisfying CCPA requirements, you’ll likely be playing catch-up as you suddenly find the privacy landscape maturing. Aiming to have your security and compliance programs scale to ensure the same rights and protections across your entire customer base will ensure you stay ahead of the game.

Michael Osakwe is a tech writer and Content Marketing Manager at Nightfall AI.

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Samsung Galaxy S20 begins shipping March 6

February 12, 2020   Big Data

At the Bill Graham Civic Auditorium in San Francisco this afternoon, Samsung unveiled its newest flagship series: Galaxy S20. Like S-series lineups before it, the S20 is a showcase of the company’s technological innovations, which this time around include a powerful eight-core processor, a display with a 120Hz refresh rate, and across-the-board 5G compatibility.

Preorders go live this week ahead of a March 6 ship date. Here’s what you need to know.

Design

Samsung stuck with tradition in announcing three phones today, not one: the Galaxy S20, the Galaxy S20+, and the Galaxy S20 Ultra. Sadly missing in action is a low-end “e” model, like the S10e — that experiment appears to have begun and ended last February.

The Galaxy S20 and S20 feature aluminum frames and bezel-to-bezel screens, as well as new adhesive glass — Corning’s Gorilla Glass 6, to be exact — that’s extraordinarily light and thin. (The S20 and S20+ clock in at 0.36 pounds and 0.41 pounds, respectively; the S20 Ultra, which trades that aluminum for stainless steel, weighs 0.49 pounds.) They’re IP68 rated to withstand exposure to water 1.5 meters deep for up to half an hour, and Corning claims the display glass can withstand up to 15 consecutive drops from 1 meter onto rough surfaces and that it’s two times stronger than the S9 and S10 series’ Gorilla Glass 5.

The S20 series’ top and bottom bezels are a tad narrower than last time around, mostly to make way for an ambient light sensor and an earpiece speaker. (The S20 measures 29 x 63.7 x 3 inches, while the S20+ measures 27.2 x 59.7 x 3 inches.) Perhaps more noticeable is the 6-millimeter hole-shaped cutout in the top center, machined to precisely fit the front-facing camera. Samsung calls the design “Infinity-O,” and it made its debut on the S10 series and midrange Galaxy A8 series phones, which launched in 2019. On the S20, S20+, and S20 Ultra, the hole-punch cutout is a perfect circle that measures about half the circumference of the Galaxy S10 series’ cutout.

Here’s how the display sizes and resolutions break down:

  • Galaxy S20: 6.2 inches, 3,040 by 1,440 pixels (542 PPI)
  • Galaxy S20+: 6.7 inches, 3,040 by 1,440 pixels (502 PPI)
  • Galaxy S20 Ultra: 6.9 inches, 3,040 x 1,440 pixels (487 PPI)

The Galaxy S20’s HDR-compatible, Dynamic AMOLED screen is a tad taller than that of the S10, which measures 6.1 inches diagonally — the result of a taller 20:9 aspect ratio — and it’s almost imperceptibly blurrier at about 542 pixels per inch (compared with the S10’s 550 PPI) owing to the unchanged 3,040 by 1,440 pixels resolution. On the subject of the display, which supports 16 million colors at 100% color volume, it curves around the lips of either edge, as does the S20+’s and S20 Ultra’s. Noteworthy is the refresh rate: It’s 120Hz, double the refresh rate of the S10 series and on even keel with the Razer Phone 2 and the Asus ROG Phone 2.

A 120Hz fresh rate will translate to improved overall responsiveness — at least in theory. Anecdotally, scrolling through apps and pinching-to-zoom on webpages feels smoother on high-refresh-rate phones. But there’s a trade-off on the S20 series — switching to 120Hz sets the display resolution to 2,400 x 1,080. Expect icons and graphics to look slightly out of focus.

 Samsung Galaxy S20 begins shipping March 6

Both the Galaxy S20 and S20+ have a Qualcomm-supplied 3D Sonic Sensor ultrasonic fingerprint sensor embedded beneath their display glass. They work as you’d expect — placing a digit on the highlighted portion unlocks the phone — but the tech is said to be faster than rival solutions and more secure to boot, with FIDO Alliance Biometric Component certification. We’re hopeful the performance bit is true, given that the S10 series’ fingerprint sensors were criticized for their sluggishness.

You’ll find a vertically aligned camera module and an LED flash around the back of the S20 and S20+, a perpendicular contrast to the Galaxy S10 series’ horizontal camera module. Exclusive to the S20+ and S20 Ultra is a 3D Depth Camera, a time-of-flight sensor that resolves distance based on the speed of light by measuring the time it takes for photons to pass between the sensor and a subject. Like the range-based imaging system on the Galaxy S10 5G and Note10+, it’s used with Samsung’s Live focus video and Quick Measure features, letting you blur out the background in real time as you take a video; swap between foreground and background focus; or judge the width, height, area, volume, and more when an object is in the frame.

As for the handsets’ bottom portions, present and accounted for are a USB Type-C port, a loudspeaker (which works in tandem with the earpiece to deliver stereo sound), and a microphone, but not a 3.5mm headphone jack. The S20, S20+, and S20 Ultra are the first S-series phones to ship without audio ports (and they likely won’t be the last). Making matters worse, there isn’t a Type-C-to-3.5mm adapter in the box, so you’ll have to make do with the included Type-C AKG earphones if you have nothing on hand but analog headphones.

Analog jacks aren’t the only victim of this year’s nipping and tucking. Absent is the Bixby key, a button on a number of Galaxy-branded devices that triggers Samsung’s homegrown AI assistant by default. On the S10 series, it sat next to the power button on the left side, opposite a right-aligned power button and a volume rocker. The power button and volume rocker haven’t gone anywhere on the S20 series, but they’re the only physical keys in sight.

Photography and speakers

Samsung’s flagships have long ranked among heavyweights like the Pixel and the iPhone on the photography front, and the company is looking to cement its dominance with the Galaxy S20 series. Here’s how it breaks down between models:

  • Samsung S20: 12-megapixel (wide), 64-megapixel (telephoto), 12-megapixel (ultrawide)
  • Samsung S20+: 12-megapixel (wide), 64-megapixel (telephoto), 12-megapixel (ultrawide), 3D Depth Camera
  • Samsung S20 Ultra: 108-megapixel (wide), 48-megapixel (telephoto), 12-megapixel (ultrawide), 3D Depth Camera

The S20 series’ cameras feature the same variable aperture tech found on the S9 and S10 series. A tiny contracting and expanding motor switches between f/1.5, a lower aperture better suited to dim lighting, and f/2.4, the default setting.

 Samsung Galaxy S20 begins shipping March 6

Elsewhere, the zoom has improved. Both the S20 and S20+ boast 3x hybrid optical zoom (3x optical zoom, 10x digital zoom), while the S20 Ultra bumps things up to a whopping 10x. Samsung’s calling the S20 Ultra’s zoom Space Zoom, and it says the periscopic lens delivers up to 10x optical zoom and 100x zoom overall when combined with “AI-powered” 10x digital zoom.

The S20 and S20+ have 64-megapixel telephoto lenses, up substantially from the S10’s and S10+’s 12-megapixel lenses. As for the S20 Ultra camera’s 108-megapixel resolution, it’s matched only by Xiaomi’s recently released CC9 Pro, which features an identical 1/1.33-inch sensor — Samsung’s ISOCELL Bright HMX. (Samsung and Xiaomi designed the sensor together, in point of fact.) Samsung says it captures several lower-resolution shots that combine nine pixels into one by default (for an effective 12 megapixels), and that there’s an option to shoot in the full 108-megapixel resolution for those who wish to do so.

Camera software

Hardware is nothing without great software, and the S20 series appears to have it in spades.

The camera app’s Automatic mode flips to the f/1.5 aperture automatically when the ambient lighting dips below a certain level, and an AI-powered scene detection feature — Scene Optimizer — tweaks color settings like contrast and white balance and enables HDR based on the landscapes, people, animals, and objects in-frame. (It’ll even recommend switching to the ultrawide angle lens when appropriate, as well as to modes fine-tuned for food photos, selfies, panoramas, and more.) There’s a faster and more accurate version of Samsung’s Dual Pixel focusing technology and multiframe noise reduction. And as with the S9 and S10, the S20 series improves image crispness by capturing a multi-image burst shot, dividing it into separate and distinct sets, and generating a composite picture.

In addition, there’s Single Take, which takes pictures and videos —  live focus, cropped, ultra-wide, and more — as you pan around an environment and curates the best of the bunch. (It also works for selfies.) Best Shot takes a photo autonomously when the Galaxy S20 detects it’s properly lined up, complementing a multi-capture feature that snaps photos using multiple sensors simultaneously.

There’s a bevy of bokeh effects in what Samsung’s calling Artistic Live Focus, which blurs the background while maintaining foreground focus, including Color Point (it drains color from the blurred background, turning it black and white), Mono (it makes the entire picture black and white), and Side Light (it adds a virtual light source off-camera).  There’s also Ultra Bright Night, an improvement upon the Galaxy S10’s Bright Night (a take on Google’s Night Sight and Huawei’s Night Mode) that combines multiple shots from the primary, telephoto, or front-facing camera to enhance the quality of pictures in “very dark” conditions.

Samsung last year opened up the Galaxy Camera software development kit, enabling developers to make custom photography plugins and apps for the S20 series. And every handset in the Galaxy S20 series has an “Instagram Mode” co-developed by Facebook, which allows you to launch into Stories, editing, and other features quickly.

As for the S20 series’ front-facing cameras, the S20 and S20+ have a single Sony IMX 374 10-megapixel shooter — a slight downgrade in the latter’s case. The S10+ had dual sensors that captured wide-angle selfies and ostensibly delivered better bokeh in Live Focus portraits. On the other hand, the S20 Ultra packs a 40-megapixel Wide Front camera that’s able to record footage at 4K and 60 frames per second.

All of them benefit from Samsung’s new Smart selfie angle feature, which taps AI to detect the number of people in-frame and switch to an appropriate angle.

On the subject of video, the S20 series can record clips at up to 8K at 30 frames per second (or 4K at 60 frames per second) and optionally in HDR10+ (with 10-bit color), though you’ll need an HDR-compatible display to fully appreciate the latter. (Thanks to a partnership with Google, 8K clips can be uploaded directly to YouTube.) Super Slow-Mo is present too — the G20 series shoots clips at a blistering 960 frames per second at up to 1080p, as with the S10 series.

In cases where you need a shot steadier than what the S20 series’ optical image stabilization can provide alone, there’s Super Steady 2.0, which Samsung is positioning as a “professional-level” setting that can hold its own against action cams like GoPro’s Hero 7. That’s thanks in part to sophisticated electronic stabilization algorithms fine-tuned over the course of months, as well as AI motion analysis.

AKG

All three phones in the S20 series — the S20, S20+, and S20 Ultra 5G — play stereo sound through the earpiece and a bottom-firing loudspeaker. They’re both tuned by AKG Acoustics and support the Direct Stream Digital (DSD) format (64/128) and Dolby’s Atmos 3D simulated surround sound technology in supported apps.

And thanks to an ongoing collaboration with Spotify, the Z Flip’s default keyboard lets you quickly search and share songs, albums, and playlists from Spotify via a generated link, and Samsung’s clock app lets you choose a song to wake up to. And the S20 series’ Music Share feature extends the Bluetooth connection to a car radio or speaker.

Connectivity and processor

The beating heart of the S20, S20+, and S20 Ultra is one of two chips: Samsung’s Exynos 990 or Qualcomm’s Snapdragon 855+. Samsung detailed the Exynos 990 variants at today’s event, but some territories — likely North America, Latin America, Hong Kong, China, and Japan — will get a Snapdragon-based model.

 Samsung Galaxy S20 begins shipping March 6

On the Wi-Fi connectivity side, the S20 series supports the standards you’d expect in flagship 2020 smartphones — namely Wi-Fi 802.11 a/b/g/n/ac/ax (Wi-Fi 6) and Bluetooth 5.1. The Qualcomm Snapdragon 865 models benefit from the FastConnect 6800 Wi-Fi chip, which can deliver Wi-Fi 6 speeds nearing 1.8Gbps while including Super Wide Band voice over Bluetooth for higher-quality audio communications and 75% improved power efficiency. Plus, there’s Samsung’s software-based Intelligent Wi-Fi feature, which jumps between LTE and wireless with the help of AI that recognizes when the phone’s in an enclosed location and when it’s on the move (like when you’re in a car or walking down the street).

It’s worth noting that only the S20+ and S20 Ultra support mmWave 5G connectivity in the U.S. The S20 supports sub-6HGz 5G networks exclusively — at least for now. Later this year, Verizon will introduce a version of the S20 that supports mmWave 5G.

Exynos 990

As my colleague Jeremy Horwitz wrote in October 2019, when the Exynos 990 was officially announced, Samsung’s flagship chipset is built on the latest 7-nanometer process rather than the 980’s older 8-nanometer technology. It’s an eight-core design comprising two unnamed “powerful custom cores,” two high-performance Cortex-A76 cores, and four power-efficient Cortex-A55s — an upgrade from the 980’s twin Arm Cortex-A77s and six Cortex-A55s. And on the graphics front, the chipset packs a Valhall-based Mali-G77 GPU as opposed to the Exynos 980’s Mali-G76 GPU, which Samsung claims offers a 20% boost in graphics performance or power efficiency.

Also on tap with the Exynos 990 is a dual-core neural processing unit and improved digital signal processor can “perform over 10 trillion operations per second,” as well as an image signal processor that can concurrently process data from three image sensors. The 990 boasts LPDDR5 data rates of up to 5.5Gbps, and there’s a 120Hz refresh-rate display driver that’s meant to improve animations and reduce screen tearing. Plus, it’s designed to work together with Samsung’s Exynos Modem 5123, which can tap into both sub-6GHz and millimeter wave 5G networks and legacy 2G, 3G, and 4G networks.

Thanks to ultra-dense 1024-QAM signal encoding and 8-carrier aggregation, Samsung quotes the Modem 5123’s theoretical download maximum download speeds at 3Gbps on 4G networks, 5.1Gbps peak speeds on sub-6GHz 5G networks, or 7.35Gbps from mmWave 5G.

Snapdragon 865

Qualcomm is billing the Snapdragon 865, which was unveiled during the company’s annual Tech Summit last December, as “the world’s most advanced 5G platform.” To this end, it packs all of the chipmaker’s latest wireless and processor components, including a new 2.84GHz Kryo 585 CPU, Adreno 650 GPU, fifth-generation AI engine, and Spectra 480 image signal processor (ISP).

 Samsung Galaxy S20 begins shipping March 6

Above: Qualcomm’s Snapdragon 865 processor.

Image Credit: Qualcomm

The aforementioned Spectra 480 ISP promises up to 2 gigapixels per second of processing speed for dramatically higher-resolution photography and videography, as well as support for 200-megapixel still photos (roughly twice the Snapdragon 855’s upper limits) and 8K video capture. The GPU improvements — which are equally tangible — include between 20% and 100% improved graphics performance compared with the Snapdragon 855. At 90Hz screen refresh rates, Qualcomm says the GPU achieves a 35% power efficiency improvement over the prior chip.

On the AI front, the fifth-generation AI Engine inside the 865 — Hexagon 698 — delivers 15 trillion operations per second (twice that of Qualcomm’s fourth-generation processor) with 35% superior power-efficiency. And using the Snapdragon X55 modem and RF System, the 865 supports global 5G roaming and multi-SIM devices including both millimeter-wave and sub-6GHz frequencies, with peak 5G speeds of up to 7.5Gbps.

Battery life, memory, and storage

So clearly the Galaxy S20 series packs a processing punch, but what about the battery life? That depends on the model. Fortunately, all three smartphones support Samsung’s Adaptive Fast Charging tech and Fast Wireless Charging, and both the Galaxy S20 and Galaxy S20+ ship with 25W fast chargers in the box. (Galaxy S20 Ultra owners get a speedier 45W charger, which Samsung claims can fully recharge the battery in 74 minutes flat — it’s calling this Super Fast Charging.)

Snapdragon variants have the advantage of hardware acceleration for H.265 and VP9 codecs, which improves power efficiency by 7 times compared with the Snapdragon 845 and reduces power consumption during video recording by 30%. And all S20 models boast Samsung’s Adaptive Power Saving tech, which optimizes battery performance based on app use.

Here’s the capacities of each phone:

  • Galaxy S20: 4,000mAh (up from the S10’s 3,100mAh)
  • Galaxy S20+: 4,500mAh (up from the S10+’s 3,400mAh)
  • Galaxy S20 Ultra: 5,100mAh

One reason for the larger batteries is the Galaxy S20 series wireless power-sharing feature — PowerShare — which lets you use the S20, S20+, or S20 Ultra to recharge Qi accessories by placing them on the flat portion of the phones’ rear covers (below the camera).

 Samsung Galaxy S20 begins shipping March 6

While all three phones in the S10 series are endowed with PowerShare, they don’t share RAM and storage configurations. See below:

  • Galaxy S20: 12GB RAM (8GB in some regions), 128GB/256GB storage (expandable up to 1TB via microSD)
  • Galaxy S20+: 12GB RAM (8GB in some regions), 128GB/256GB/512GB storage (expandable up to 1TB via microSD)
  • Galaxy S20 Ultra: 12GB/16GB RAM, 128GB/256GB/512GB storage (expandable up to 1TB via microSD)

Software

Like the Galaxy S10 series before it, the Galaxy S20, S20+, and S20 Ultra run One UI 2.1, Samsung’s redesigned overlay atop Android 10.

Samsung teamed up with Google to optimize Google Duo video calls on the S20 series, the companies said — you’re able to chat with up to eight friends at a time in 1080p quality. Samsung and Netflix collaborated on exclusive content for S20 users, which is accessible through the Samsung Daily app and Bixby as well as Finder. Later this spring, Microsoft will launch a Forza series spinoff — Forza Street — in the Galaxy Store.

The Galaxy S20 series is also the first non-Google device to support Live Caption, which uses a combination of three AI models to transcribe speech from any media in real time.

OneUI 2.1 brings with it quality-of-life improvements like a screen recorder with controls that let you adjust the resolution, record external and internal microphone audio, and more, in addition to an enhanced dark that works with a wider selection of apps and time-based triggers. In other news, One UI 2.1 adopts the iOS-like navigation gestures introduced in Android 10, including a one-handed mode that can be accessed with a swipe down on the gesture bar.

The camera app is a bit easier to use in OneUI 2.1, thanks to a streamlined design with a drag-and-drop gesture that puts photo and video modes at your fingertips. And thanks to Samsung’s ongoing partnership with Microsoft, the Gallery app now integrates with OneDrive.

In other improvements, non-app shortcuts can now be added to the lock screen, including for Do not disturb and the flashlight. OneUI 2.1 ships with the latest version of Google’s Digital Wellbeing, which features a focus mode that disables all notifications and apps so you can focus on work and other things. Plus, the revamped Device care section of the settings menu lets you decide when Wireless PowerShare should stop charging other devices.

All three handsets in the S20 series ship preloaded with a customized version of Adobe Premiere Rush, Adobe’s cross-platform video editing app for smartphones, tablets, and PCs. They’ve also got Quick Share, which lets you beam files to compatible Galaxy devices within range, and an improved default keyboard that recommends emojis and stickers based on the words you type.

Bixby

One UI isn’t the S20 series’ only spotlight software feature. Bixby Vision — which taps computer vision to recognize and classify objects in photos, much like Google’s Google Lens and Amazon’s Flow — natively supports document scanning. And thanks to integrations with Vivino, Amazon, Nordstrom, Sephora, Cover Girl, and others (and Samsung’s data-sharing partnerships with FourSquare and Pinterest), it can scan barcodes and show relevant product listings, recommend wine, display the calorie counts of food, and let you virtually “try on” makeup products.

As for Bixby Voice, Samsung’s answer to Amazon’s Alexa and Google Assistant, it works just as it does on the S20 series — say “Hey, Bixby” or hold down the Bixby key to prime it for commands like “What’s the weather forecast?” and “Call John.” It supports more than 3,000 commands in all, including chained ones like “Open the gallery app in split-screen view and rotate misaligned photos” and “Play videos on a nearby TV.”

The newest incarnation of Bixby has better natural language processing, faster response times, and built-in noise reduction tech that together significantly enhance its phrase and word comprehension skills. And as of publication time, it’s conversant in eight languages, including English, Korean, Chinese, Spanish, German, French, Italian, and Spanish.

It’s also decently conversational. When you ask Bixby about upcoming concerts around New Year’s, for example, it’ll remember the date range and your preferences when looking for tickets in the future. And when you request that Bixby book a restaurant, it’ll infer the size of your party and the time based on past reservations and make recommendations based on your previous searches.

Bixby, like any modern voice assistant, recognizes requests to add items to your calendar, queue up tunes, place calls, and launch apps, and it can answer basic questions about sports scores, movie showtimes, business hours, and more. Additionally, thanks to newly released developer tools (Bixby Developer Studio, Bixby Templates, and Bixby Views) and a digital storefront (Bixby Marketplace), it supports a greater number of third-party apps and services than ever before.

Bixby also boasts Bixby Routines. Much like Alexa Routines and routines on the Google Assistant, Bixby offers preset and personalized routines, such as Driving and Before Bed routines, which can be customized based on your habits.

DeX

There’s good news on the DeX front: As with DeX on the Note10 and S10 series, it doesn’t require a dock — Samsung calls this Dex Lite. All you need is a USB Type-C-to-HDMI adapter; connecting it to an external display gets DeX up and running in a jiffy.

Like the Galaxy Tab S4 before it, the S20, S20+, and S20 Ultra in DeX mode display a Windows-like interface, replete with resizeable windows, a dedicated taskbar, mouse and keyboard support, and shortcuts to files, the photo gallery, and settings. Samsung teamed up with Microsoft to optimize Office apps (Word, PowerPoint, and Excel) for the interface, and with Epic Games to support Fortnite. Other partners include the New York Times, Deezer, Amazon, TripAdvisor, Citrix, VMWare, and Craigslist. Smartphone apps run in DeX, but Samsung makes no guarantees that they won’t misbehave.

Pricing and availability

In the U.S., only 5G-compatible variants of the S20 series will be available for purchase, but that won’t be the case elsewhere. 4G LTE versions of the S20 and S20+ will make their way to some markets in the coming weeks and months.

Here’s how the pricing breaks down:

  • S20 5G: from $ 999
  • S20+ 5G: from $ 1,199
  • S20 Ultra: from $ 1,399

The S20 and S20+ will be available in Cosmic Gray, Cloud Pink, and Cloud Blue in the U.S. As for the S20 Ultra, it’ll come in Cosmic Gray and Cosmic Black. A special edition Olympic Games Athlete edition with a matte gold finish will be released to coincide with the 2020 Summer Olympics in Tokyo.

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like his 2020 campaign, 45*'s state funeral planning begins, will spend eternity in New Jersey

December 7, 2018   Humor
 like his 2020 campaign, 45*'s state funeral planning begins, will spend eternity in New Jersey

“Local authorities were skeptical, and Bedminster’s mayor, Robert Holtaway, argued before the city council that a Trump grave could attract the wrong sort of people…” (nj.com)

Former President George H.W. Bush will be laid to rest Thursday on the grounds of his presidential library at Texas A&M University.


The best revenge is that the Trump Presidential library will probably be located on one of his golf course properties, a (Roger) stone’s throw from the ball-washers.

(2017) In Bedminster — a wealthy horse-country town 43 miles west of New York City — officials had some concerns about hosting a reality TV star’s tomb.

 like his 2020 campaign, 45*'s state funeral planning begins, will spend eternity in New Jersey

President Trump already has a family burial plot: His parents and his brother Fred are buried together at All Faiths Cemetery in Queens.

So it was a surprise, back in 2007, when Trump announced he wanted a mausoleum for himself in New Jersey.

“It’s never something you like to think about, but it makes sense,” Trump told the New York Post. He was 60 years old at the time. “This is such beautiful land, and Bedminster is one of the richest places in the country.”

The plan was big: 19 feet high. Stone. Obelisks. Set smack in the middle of the golf course. In Bedminster — a wealthy horse-country town 43 miles west of New York City — officials had some concerns about hosting a reality TV star’s tomb. The huge structure would seem garish, out of place. And there were ongoing worries that the spot might become an “attractive nuisance,” tempting curiosity-seekers to trespass on club grounds.

 like his 2020 campaign, 45*'s state funeral planning begins, will spend eternity in New Jersey

Then again, there’s the Bernie Sanders presidential library site…

x

.The town must have really ticked him off. “A man says he built a massive sculpture of a middle finger off a Vermont highway to show the local government how he really feels. ….he spent $ 4,000 on the sculpture near Route 128 in Westford.” https://t.co/3oahbUKz6B #Vermont pic.twitter.com/oWCOmrNtkJ

— Victoria Hudson (@TheirVictoria) December 4, 2018

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Google-backed transpacific internet cable from Japan to Oregon begins service on June 30

June 30, 2016   Big Data

A new undersea cable designed to deliver 60 terabits-per-second (Tbps) of bandwidth across the Pacific Ocean is scheduled to begin service after almost two years in the works.

A consortium of companies consisting of Google, China Mobile International, China Telecom Global, Global Transit, KDDI, and Singtel back in August 2014 unveiled their plans to create a 9,000km transpacific submarine cable system spanning from Japan in the east to Oregon on the west coast of the U.S. There are three landing points — two in Japan (Chiba and Mie prefectures) and one in Oregon.

transpacific cable Google backed transpacific internet cable from Japan to Oregon begins service on June 30

Above: Trans-Pacific FASTER cable

The work and end-to-end testing has been completed, and service will begin tomorrow (June 30).

The cable system, which goes by the name of ‘Faster,’ is touted as the “first transpacific submarine cable system designed from day one to support digital coherent transmission technology.” It uses low-loss fiber and the latest digital signal processor to deliver its promised 60Tbps bandwidth.

“From the very beginning of the project, we repeatedly said to each other, ‘faster, Faster and FASTER,’ and at one point it became the project name — today it becomes a reality,” said Hiromitsu Todokoro, chairman of the Faster management committee, in a press release. “This is the outcome of six members’ collaborative contribution and expertise, together with NEC’s support.”

Given that the cable hooks into the U.S. West Coast, this introduces the possibility of super-fast connectivity for many major conurbations, including San Francisco, Los Angeles, Seattle, and Portland. And, of course, it also opens up major Japanese cities and other locations across the broader region.

“This epoch-making cable will not only bring benefits to the United States and Japan, but to the entire Asia-Pacific region,” said Kenichi Yoneyama, project manager for Faster at NEC’s submarine network division.

Cable guys

This isn’t the first investment Google has made in undersea cabling — it previously invested in another transpacific system, called Unity, that was completed in 2010, in addition to the pan-Asia SJC system that went operational in 2013.

Other tech companies have invested in undersea internet infrastructure, too — just last month, Microsoft, Facebook, and Telefonica subsidiary Telxius announced plans to build a new submarine cable across the Atlantic Ocean, with endpoints in Virginia Beach, Virginia and Bilbao, Spain.

Ultimately, companies that rely on their customers being connected are pushing to ensure that those customers can get online with minimal friction — and this effort extends far beyond submarine cables. Last year, Google confirmed plans to become an MVNO, a service that later materialized as Project Fi, which opened to anyone in the U.S. a few months back.

Elsewhere, Google has also been working on its own superfast Fiber broadband service, which has been rolling out gradually across the U.S.. The company has also been testing balloon-based internet through Project Loon as part of an effort to get remote areas of the world online.

AI. Messaging. Bots. Arm yourself for the next paradigm shift at MobileBeat 2016. July 12-13 at The Village in San Francisco. Reserve your place here.

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Top 4 CRM Project Pitfalls to Resolve BEFORE Your Integration Begins

April 8, 2016   CRM News and Info
CRM Blog Top 4 CRM Project Pitfalls to Resolve BEFORE Your Integration Begins

Congratulations! You’ve decided to select Microsoft Dynamics CRM and found a great Microsoft CRM Partner like Logan Consulting to help you make the most of your upgrade. You’ve already pumped up your team and your big project kick-off meeting is completed, but sometimes just as the kick-off meeting ends issues start to arise. Don’t be discouraged if you start to see problems emerging with your project; the good news is that these issues can be addressed before the project even begins. If you start to see any of these 4 pitfalls emerging within your new implementation, don’t hesitate to bring it to the attention of your partner so they can resolve things on the spot, keeping you and your team happy and productive.

  • PITFALL 1: Lack of Executive Buy In: Some CRM projects are IT-driven. Other CRM projects are business-driven.  Regardless of who’s pushing for a CRM project, it is critical to ensure that ownership and/or executive management supports the project, embraces the objectives, and understands the risks, costs, hard work, and additional effort required by internal personnel.   But most importantly, you must get their buy-in before the project starts.  Your CRM project will not be successful if you try to build buy-in and excitement from the executive team once the system is up and running.  At some point during almost any CRM project, there will be tough times.  When and if a tough situation occurs, it is critical for business leadership to stay the course and encourage the team to move forward.  Remember, there were a number of good reasons for choosing a CRM software solution. The executive team won’t be willing to support the choice if they haven’t even bought in themselves.
  • PITFALL 2: Failure to Properly Define Requirements: Out of all the CRM design and implementation areas, requirements and definitions are given what is arguably the most attention. As a result, at Logan Consulting we believe it’s important to focus more precisely on your specific industry requirements, and even more specifically, the things you do as an organization that gives you your competitive advantage, and the business processes which support them.   Defining these critical requirements up front before you start your CRM software review will help you narrow possible CRM candidates down to a short list.  And every key group of users must be represented and present their key requirements
  • PITFALL 3: Failure to Anticipate Project Impact: Here at Logan Consulting, we have been involved in quite a few CRM implementation projects where no one has really considered how the customer will benefit from this project. If companies can spend countless hours performing deep CRM Software Comparisons, then they should also be spending the time to ask themselves the question, ‘How will my customers benefit from this CRM solution?’
  • PITFALL 4: Inadequate Budget: We get it, no one wants to break the bank for a project when they don’t have to. We understand that all companies have cash flow and budget considerations, which is why we often suggest that the CRM implementation project be integrated in phases. Taking the time to properly plan and budget for each phase has its own benefits, but properly allocating the budget is what is most crucial. CRM projects require the proper funding to be done correctly. Don’t sacrifice the quality of your CRM project for cost effectiveness, instead break your process into phases to properly allocate funds for each phase.

We are dedicated to helping businesses start and finish the best CRM projects for their business to run more effectively. If you want to learn more about Microsoft CRM and how to avoid these common pitfalls, contact Logan Consulting your Chicago based Microsoft Partners to ensure that you get the best CRM solution for your business.

by Logan Consulting

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Switzerland begins postal delivery by drone Agence…

July 16, 2015   BI News and Info

Switzerland begins postal delivery by drone
Agence France-Presse, theguardian.com

Switzerland’s postal service said on Tuesday it had begun testing parcel deliveries by unmanned drones, although widespread use of the flying postmen is not likely to kick in for another five years.

Postal service executives showed off the drone…

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