Here's How Cell Carriers Are Prepping For The Inauguration’s Data Overload

Verizon

One million people — Trump supporters, protesters, politicians, dignitaries, and members of the press — are expected to attend Donald Trump&;s inauguration in Washington, DC on January 20.

These crowds of people are going to be sending iMessages, Snapchatting, tweeting, and streaming video nonstop. And when a large number of people gather in an area covered by only one or a handful of cell service sites — say, at an event like the inauguration or a music festival — that infrastructure quickly becomes overwhelmed by network traffic jams. Here&039;s how major cell carriers have been preparing to handle the deluge of calls, texts, and data at the 2017 inauguration.

Scott Mair, AT&T senior vice president of network planning, told BuzzFeed News in a statement, “During the 2013 Inauguration, our customers in the National Mall area set what was then a record on our network for a single-day event: more than 527 gigabytes of data, with the peak level of traffic on the National Mall hitting 110 gigabytes of total traffic during the 11 am hour, leading to the swearing in ceremony.”

It&039;s likely that twice as many of the million attendees will own smartphones than did in 2013. AT&T said that mobile data usage in Washington, DC increased 16-fold from 2009 to 2013, coinciding with a rise in smartphone ownership. And in a nationwide survey, Pew Research said that 35% of American adults owned a smartphone in 2012, whereas more than 72% did in 2016.

Those extra smartphone owners will likely be using more data per capita than the inauguration attendees of 2013, too. According to AT&T, mobile data usage has skyrocketed 250,000% since 2007 in the US. The company also expects that people using Snapchat and other photo/video sharing apps will take up a large portion of the mobile data usage during the inauguration.

AT&T has spent $15 million on improving its mobile data infrastructure over the past two years to get ready, Mair told BuzzFeed News. The company plans to permanently upgrade LTE capacity to more than 20 cell sites, and before January 20 it will deploy seven mobile towers — dubbed Cell On Wheels (COWs) — designed for short-term use with large crowds along the National Mall. It&039;ll be the carrier&039;s largest temporary network setup yet.

The phalanx of COWs will equal the capacity of 20 traditional cell towers, which AT&T confirmed during a test on the National Mall during the annual Cherry Blossom Festival last year. The mobile towers have at least 10 antennae each, according to AT&T, which allows them to segment big crowds and respond to demand, whereas a traditional cell tower often only has one.

T-Mobile CTO Neville Ray tweeted that his company would add new sites, improve old ones, and bring in temporary cell towers for “~10X more capacity&;” T-Mobile declined to offer further details.

Verizon, too, is taking measures to improve its mobile data infrastructure during the inauguration. In a statement emailed to BuzzFeed News, Verizon said it planned to upgrade all permanent cell sites around the Mall with to boost coverage and capacity. Verizon has also upgraded data capacity at Dulles airport, Union Station, and convention centers around the city. Like AT&T, Verizon will use equipment to divide coverage demands within crowds and respond in sections.

Verizon also said it has made adjustments to its temporary towers that will allow engineers to change their capacity, allowing them to respond to demand as it surges among different sections of the city. Engineers will also be on the ground during the inauguration to test cell data capabilities.

Internet providers are hopping on the bandwagon, too. In a statement emailed to BuzzFeed News, Comcast said it will open more than 6,800 Xfinity Wi-Fi hotspots throughout Washington, DC for public use during the inauguration festivities.

Quelle: <a href="Here&039;s How Cell Carriers Are Prepping For The Inauguration’s Data Overload“>BuzzFeed

Oracle Sued By Department Of Labor For Paying White Men More

Michael Short / Getty Images

Just two weeks after filing suit against Google, the Department of Labor has brought suit against another big tech company: Oracle. On Wednesday morning the agency filed a complaint of racial discrimination against the database giant, which employs some 45,000 people in the US.

The complaint alleges that Oracle engaged a “systemic practice of paying Caucasian male workers more than their counterparts in the same job title,” resulting in pay discrimination against women, African-American and Asian employees, especially in technical and product development positions.

The complaint further alleges that Oracle favors Asian applicants — specifically, Asian Indians — when hiring, in part because “targeted recruitment, and referral bonuses … encouraged its heavily Asian workforce to recruit other Asians.”

In a statement, Oracle spokesperson Deborah Hellinger denied allegations of discrimination, decrying the Department of Labor&;s complaint as “politically motivated, based on false allegations, and wholly without merit. Oracle values diversity and inclusion, and is a responsible equal opportunity and affirmative action employer, Our hiring and pay decisions are non-discriminatory and made based on legitimate business factors including experience and merit.”

Oracle CEO Safra Catz joined President Elect Donald Trump&039;s transition team last month, following a meeting between Trump and leaders in the tech industry. “I plan to tell the president-elect that we are with him and will help in any way we can,” Catz said ahead of the meeting. “If he can reform the tax code, reduce regulation and negotiate better trade deals, the U.S. technology industry will be stronger and more competitive than ever.”

Oracle has many contracts with the federal government which are worth hundred of millions of dollars. As such, the company has to meet certain requirements when it comes to equal employment opportunity and the provision of certain data. The Department of Labor in its complaint alleges that Oracle “refused to produce” compensation data, hiring data, and “any material demonstrating whether or not it had performed an in-depth review of its compensation practices.”

If government contractors don&039;t provide necessary information, the government can sue — and it has, filing similar suits against Google earlier this month, and Palantir last fall. The agency also sued JP Morgan today over similar allegations of gender pay discrimination.

The Department of Labor itself is in a transitional moment, with President Elect Donald Trump&039;s inauguration coming up on Friday and the Obama administration on its way out. The confirmation of Trump&039;s pick for Labor Secretary, Andrew Puzder, has been delayed, following revived accusations of spousal abuse and reports that widespread criticism from unions and democrats has left Puzder less than enthusiastic about taking the job. (Puzder has more or less denied these claims.)

Oracle, meanwhile, did not immediately respond to a BuzzFeed News request for recent diversity numbers. According to the company&039;s website, less than a third of the company is female, but 37% of its staff are “minority employees.” Whether Oracle includes Asians in the “minority employees” category is unclear. Oracle&039;s diversity website makes no mention of compensation parity.

Quelle: <a href="Oracle Sued By Department Of Labor For Paying White Men More“>BuzzFeed

Amazon WorkDocs sync client update makes it easier to free up local storage space, and offers improved sync performance

The updated Amazon WorkDocs sync client makes it easier to free up storage space on your PC or Mac. Now you can stop syncing content that has been shared with you by simply deleting the relevant files or folders in your Amazon WorkDocs “Shared with me” folder on your computer. This action updates your Selective Sync settings automatically, and removes the content from your computer. Content is not deleted from your Amazon WorkDocs account; you can still access this content at any time using the Amazon WorkDocs web client and your other computers, and you can re-enable sync using the Amazon WorkDocs Selective Sync settings. In addition, the Amazon WorkDocs sync client performance has been improved, and now offers faster sync using less CPU and memory.
Quelle: aws.amazon.com

Failure Anomalies alert now detects dependency failures

We’ve upgraded Smart Detection – Failure Anomalies so that it monitors your web app’s outgoing dependencies and AJAX calls as well as incoming server requests. If you’re monitoring your app with Application Insights, you’ll be notified within minutes if there’s a sudden disruption or degradation in your app’s performance.

Provided your app has a certain volume of traffic, Smart Detection – Failure Anomalies configures itself. It learns your app’s usual background level of failures. It triggers an alert if the rate of failures goes above the learned pattern. The diagnostic information in the alert can help you fix the problem before most users are aware of it.

Until recently, Smart Detection monitored only failed incoming requests. (Although you can manually set alerts on a wide variety of metrics.) Now, it also monitors the failure rate of dependency calls – that is, calls that your app makes to external services such as REST APIs or SQL databases. This includes both server-side calls, and AJAX calls from the client side of your app.

Here’s a sample of an alert you might get:

This upgrade improves the chances of your finding a fault quickly, especially if it’s caused by one of the services you depend on. You’ll get the alert even if your app returns a non-failure response to your users.

By default, you get a shorter alert mail than this example, but you can switch to this detailed format by selecting “Get more diagnostics…” in Failure Anomalies rule settings:

Quelle: Azure

Trump's Proposed Labor Secretary Is On A Blocking Binge

Fast food CEO Andy Puzder has faced a rough few weeks since Donald Trump nominated him to become Secretary of Labor, with activist groups engaging in a blitz of criticism over his history of opposition to raising the federal minimum wage.

In response, Puzder is following a time-honored technique: One by one, he&;s blocking his enemies on Twitter.

The Hardees and Carl&039;s Jr. CEO has blocked the Twitter accounts of at least five labor advocacy groups. This week, he even blocked one of the country&039;s most prominent union leaders, Mary Kay Henry of the 2-million member Service Employees International Union.

“Yes, the Twitter news is true. A sentence I can&039;t believe I&039;m writing,” an SEIU spokesperson told BuzzFeed News on Tuesday evening. The union is the second-largest in the country, and has been the main backer of the Fight For $15 movement to raise wages in the fast food industry.

As a veteran fast food leader opposed to wage hikes, Puzder&039;s beef with Henry and the SEIU seems clear. But he&039;s handing out the blocks more liberally than that. The cabinet nominee has also blocked the National Employment Law Project, the Economic Policy Institute, MoveOn.org, the Fight for $15, and the Leadership Conference on Civil and Human Rights — all organizations that advocate on behalf of workers, especially low-wage workers and workers of color.

These groups have been critical of his nomination, tweeting at him and about him, and perhaps earning their block along the way. The Economic Policy Institute told BuzzFeed News it was blocked after this tweet:

MoveOn.org said it was blocked after this tweet:

The National Employment Law Project first noticed its block on Tuesday. The group has been engaged in “legitimate policy discussions,” said Judith Conti, its Federal Advocacy Coordinator. “We’re not name-calling. There are no ad hominem attacks. This is a man we don’t think is temperamentally or philosophically suited to be the nations’ chief advocate for working people.

“He can’t even handle a Twitter feed that has things in it that are legitimately and respectfully critical,” Conti told BuzzFeed News. “When faced with legitimate critiques, what does he do? He tries to shut it out and shut it down.”

Puzder may have learned the art of the block, but he&039;s no Donald Trump when it comes to Twitter: he has a little over 5,000 followers, and has tweeted just over 1,400 times since 2008. His last tweet, on Monday, was a minimalist seven-word response to a CNN report that said he may withdraw his nomination due to the intense criticism he is facing.

The Trump transition team did not respond to a request for comment. Puzder&039;s confirmation hearing for his position has been rescheduled for February 2.

Quelle: <a href="Trump&039;s Proposed Labor Secretary Is On A Blocking Binge“>BuzzFeed

Announcing Red Hat OpenShift Container Platform 3.4 GA

It’s an exciting day for Red Hat as we announce the general availability of the latest release of Red Hat OpenShift Container Platform, version 3.4. This new release provides significant enhancements to OpenShift in order to lower the barrier of adoption of containers in the enterprise with simplified storage provisioning, enhanced multi-tenant capabilities and new reference architectures in hybrid cloud environments. We’ve written the following blog posts to provide you with more details and even a few demos
Quelle: OpenShift

Hybrid Management using Red Hat CloudForms (Video)

This week, we explore Red Hat CloudForms cloud management platform (CMP) and its capability to manage multiple clouds. This demonstration video focuses on hybrid management and highlights some of its key features. These include:

infrastructure and cloud visibility,
centralized management of virtual machines, instances and containers,
workload lifecycle management and day 2 operations,
historical reports and dashboards, including showback and chargeback,
resource monitoring and optimization,
compliance and governance with security policies and alerts.

 

 
Additional information about the latest release of Red Hat CloudForms 4.2 can be found on this blog post announcement.
 
 
Quelle: CloudForms

Wind River and Mirantis Collaborate on OpenStack NFV Proof of Concept Project

The post Wind River and Mirantis Collaborate on OpenStack NFV Proof of Concept Project appeared first on Mirantis | The Pure Play OpenStack Company.
As part of both companies commitment to industry standards and interoperability, Wind River and Mirantis recently completed a joint Proof of Concept interoperability project at Wind River’s Network Functions Virtualization (NFV) lab in Santa Clara, California.
The goal of the project was modest: to demonstrate that Wind River’s Titanium Server Carrier Grade software virtualization platform could be deployed in federation with the latest, most advanced version of Mirantis Pure Play Web-Scale OpenStack distribution.
As expected, this goal was readily achieved, proving:  A) The significance and importance of adhering to open, standard interfaces; B) The value of healthy ‘coopetition’ for our respective customers and the industry as a whole.
Here are some specifics surrounding the project:

Hardware Baseline: Dual socket, Intel Xeon E5 Servers (provided by several Titanium Cloud H/W partners)
Wind River Software Baseline: Titanium Server Release 3
Mirantis Software Baseline: Mirantis OpenStack 9.1 + Ubuntu 14.04
Project Configuration:

Mirantis OpenStack installed as the primary OpenStack Region across one set of servers
Titanium Server installed as a secondary OpenStack Region for high performance & high reliability workloads across a second, separate set of servers
The Mirantis Region hosted OpenStack Keystone services (user identities and credentials) which were shared with the Titanium Server Region
Once installed and operational, the Horizon dashboards of both systems were able to see and administer resources in either Region.  i.e. Using the Mirantis dashboard, users could view and manage the Titanium Server virtual resources and workloads – together with the native Mirantis Region virtual resource and workloads.  Similarly, Titanium Server dashboard users could see and manage resources in either the Titanium Server Region or the Mirantis Region.

The results of this project are extremely important and powerful for the end user.  Having the ability to manage an entire cloud, containing different types of workloads, from a single user interface is fantastic.  By deploying and taking advantage of the shared services  built into OpenStack and enabled through OpenStack Regions, users are able to choose the software platform which best meets the needs and SLAs of their applications and services – without sacrificing ease of use and manageability.
Technical accomplishments aside, this project has shown that together, Wind River and Mirantis have the willingness and capability to leverage their respective strengths to the benefit of their customers.  This is part of the original promise of NFV, and it is impressive to actually see put into practice!
(Originally published on the Wind River blog.)
The post Wind River and Mirantis Collaborate on OpenStack NFV Proof of Concept Project appeared first on Mirantis | The Pure Play OpenStack Company.
Quelle: Mirantis

Collaboration and federation: Azure Service Bus Messaging on-premises futures

Azure Service Bus Messaging is the one of the most powerful message brokers with the deepest feature set available anywhere in public cloud infrastructure today. The global Azure Service Bus broker infrastructure, available in all global Azure regions and the Azure Government cloud, processes nearly 500 Billion message transactions per month. Each cluster in these regions is backed by as many as hundreds of compute cores, Terabytes of memory, and Petabytes of backing storage capacity, far exceeding the cluster deployment scale of any commercial or open source broker you could acquire and run.

As a fully transactional broker that builds on the ISO/IEC standard AMQP 1.0 protocol, Service Bus provides a robust foundation for commercial and financial workloads.It provides strong assurances on message delivery and message retention, with SLA-backed, and sustainably achieved availability and reliability rates unmatched in the industry at its functional depth and scale. The Azure Premium Messaging tier provides performance predictability and further enhanced reliability by exclusively reserving processing resources on a per customer basis inside an environment that provides all the management and cost advantages of cloud scale.

We’re confident to state that Azure Service Bus, delivered from the nearest Azure datacenter over redundant network connectivity, is a choice far superior in terms of cost and reliability to most on-premises messaging cluster installations, even if the core workloads run and remain in an on-premises environment.

Hybrid is the future

The future of hybrid in Azure is twofold. First, we provide world-class services and capabilities with open protocols that can be composed with and leveraged by on-premises services run anywhere. Second, we license the software backing these services for on-premises delivery on top of Azure Stack.

This strategy is also guiding the future for Azure Service Bus Messaging and all other capabilities delivered by the Messaging team, which includes Azure Event Hubs and Azure Relay.

As a consequence, we are announcing today that we will not provide an immediate successor for the standalone Service Bus for the Windows Server 1.1 product. Service Bus for Windows Server 1.1 was shipped as a free download that could be installed inside and outside of the Azure Stack precursor Azure Pack. The product is available as a free download and will go out of mainstream support on January 9, 2018.

While we are continuing to significantly strengthening the commitment to deliver Service Bus, as well as our other messaging technologies, on top of the packaged on-premises Azure technology stack, we will no longer deliver a Windows Server or Windows Client installable message broker outside of that context.

We have come to this conclusion and decision after a careful analysis of market and community needs, trends, and considering what our true technology strengths are.

After decades of monoculture, there has been a “cambric explosion” in messaging platforms. There are many kinds of brokers and messaging libraries that fill many niches. We believe that the breadth of choice customers now have for running messaging middleware on singular special purpose devices, in communication gateways and the fog, on factory floors, in retail stores, in bank branches, inside building control systems, or inside a delivery truck or a container vessel is very, very exciting.

Microsoft Azure’s strengths lay in building and running robust cloud-scale systems that deal with high-volume, high-velocity, consolidated message flows in and through the cloud, via Azure Service Bus Messaging, Azure Relay, and Azure Event Hubs. We believe that “hybrid” also means collaboration and integration to create a “better together” story of a healthy messaging platform ecosystem that fills all the niches across IT and IoT, and that leverages public cloud as a backplane and integration surface.

Microsoft therefore continues to invest in advancing the AMQP and MQTT protocols in OASIS and working with organizations, such as the OPC Foundation, in vertical industries to establish a solid set of choices for messaging protocol standards. Based on that standards foundation, we are looking forward to collaborating with many vendors and communities to build specialized messaging infrastructure, creating federation bridges and integration into and through Azure and Azure Stack. The timeline for availability of our services on Azure Stack will be announced at a future date.
Quelle: Azure