Planning for OpenStack Summit Boston begins

The post Planning for OpenStack Summit Boston begins appeared first on Mirantis | Pure Play Open Cloud.
The next OpenStack summit will be held in Boston May 8 through May 11, 2017, and the agenda is in progress.  Mirantis folks, as well as some of our customers, have submitted talks, and we&;d like to invite you to take a look, and perhaps to vote to show your support in this process.  The talks include:

From Point and Click to CI/CD: A real world look at accelerating OpenStack deployment, improving sustainability, and painless upgrades! (Bruce Mathews, Ryan Day, Amit Tank (AT&T))

Terraforming the OpenStack Landscape (Mykyta Gubenko)

Virtualized services delivery using SDN/NFV: from end-to-end in a brownfield MSO environment (Bill Coward (Cox Business Services))

Operational automation of elements, api calls, integrations, and other pieces of MSO SDN/NFV cloud (Bill Coward (Cox Business Services))

The final word on Availability Zones (Craig Anderson)

m1.Boaty.McBoatface: The joys of flavor planning by popular vote (Craig Anderson)

Proactive support and Customer care (Anton Tarasov)

OpenStack with SaltStack for complete deployment automation (Ales Komarek)

Resilient RabbitMQ cluster automation with Kubernetes (Alexey Lebedev)

How fast is fast enough? The science behind bottlenecks (Christian Huebner)

Approaches for cloud transformation of Big Data use case (Christian Huebner)

Workload Onboarding and Lifecycle Management with Heat (Florin Stingaciu)

Preventing Nightmares: Data Protection for OpenStack environments (Christian Huebner)

Deploy a Distributed Containerized OpenStack Control Plane Infrastructure (Rama Darbha (Cumulus), Stanley Karunditu)

Saving one cloud at a time with tenant care (Bryan Langston, Holly Bazemore (Comcast), Shilla Saebi (Comcast))

CI/CD in Documentation (Alexandra Settle (Rackspace), Olga Gusarenko)

Kuryr-Kubernetes: The seamless path to adding Pods to your datacenter networking (Antoni Segura Puimedon (RedHat), Irena Berezovsky (Huawei), Ilya Chukhnakov)

Cinder Stands Alone (Scott DAngelo (IBM), Ivan Kolodyazhny, Walter A. Boring IV (IBM))

NVMe-over-Fabrics and Openstack (Tushar Gohad (Intel), Michał Dulko (Intel), Ivan Kolodyazhny)

Episode 2: Log Book: VW Ops team’s adventurous journey to the land of OpenStack &; Go Global (Gerd Pruessmann, Tilman Schulz (Volkswagen))

OpenStack: pushing to 5000 nodes and beyond (Dina Belova, Georgy Okrokvertskhov)

Turbo Charged VNFs at 40 gbit/s. Approaches to deliver fast, low latency networking using OpenStack (Greg Elkinbard)

Using Top of the Rack Switch as a fast L2 and L3 Gateway on OpenStack (Greg Elkinbard)

Deploy a Distributed Containerized OpenStack Control Plane Infrastructure (Stanley Karunditu)

While you&8217;re in Boston, consider taking a little extra time in Beantown to take advantage of Mirantis Training&8217;s special Summit training, which includes a bonus introduction module on the Mirantis Compute Platform (MCP).  You&8217;ll get to the summit up to speed with the technology, and even (if you pass the exam) the OCM100 OpenStack certification.  Can&8217;t make it to Boston?  You can also take the class live from the comfort of your own home (or office).
The post Planning for OpenStack Summit Boston begins appeared first on Mirantis | Pure Play Open Cloud.
Quelle: Mirantis

Fast Iterative Java Development on OpenShift/Kubernetes Using Rsync

The key to a good development environment almost always comes down to how long it takes for changes you make to take effect. With any compiled language, there is often a lot of setup work involved to optimize deployment speed. Thankfully, one of the promises of containers is it allows for patterns to be standardized and repackaged as reusable images that do a lot of the heavy lifting for you.
Quelle: OpenShift

Amazon AppStream 2.0 now supports federated access using SAML 2.0

Amazon AppStream 2.0 now supports federated sign-in using SAML 2.0. Users can sign in to AppStream 2.0 using their existing credentials, and start streaming applications. As an administrator, you can use your existing user directory to control end-user access to applications available via AppStream 2.0. You can quickly add or remove access for users or groups, restrict access based on user locations, and enable multi-factor authentication. You can enable federated access and controls via any SAML 2.0 compliant identity provider such as Microsoft Active Directory Federation Services, Okta, Ping Identity, and Shibboleth.
Quelle: aws.amazon.com

Uber’s Engineers In India Are Working On Mapping For Self-Driving Cars

A traffic jam in New Delhi.

Prakash Singh / AFP / Getty Images

Uber has quietly assembled a team of engineers in India to work on the ride-hail giant’s mapping and autonomous vehicle efforts. The size of the team and how its efforts dovetail with Uber&;s broader autonomous vehicle R&D could not be learned, but Amit Jain, president of Uber India, confirmed its existence to BuzzFeed News.

“All I can say about the team in Hyderabad is it is helping out with autonomous,” Jain said. “It is focused on improving maps. Maps for us is one of the key critical aspects of our operations. How accurate are etas? How up-to-date are your maps? That’s a team that’s focused on maps and autonomous [tech] across the world.”

In the last year, Uber has doubled down on its self-driving car efforts and launched pilot programs to put passengers in test vehicles. India, the ride-hail giant’s second-largest market, accounts for 12% of Uber’s trips worldwide and has become an increasing priority after Uber sold its China business over the summer. In July 2015, Uber said it would invest $1 billion in India. It has since grown into a team of about 1,000 employees in the country, with two engineering centers in Bengaluru and Hyderabad, where engineers work on localizing Uber’s services to the Indian market – and some on supporting the company’s global autonomous vehicle efforts.

But don’t expect Uber to bring its autonomous vehicle pilot program to India — a country notorious for its traffic and rule-less roads — anytime soon.

“Autonomous in India is probably one of the most difficult challenges,” Jain said. “It’s not something I see in India in the next 10 years.”

In the last year, Uber chief executive Travis Kalanick and all of his direct reports have made at least one trip to India, and several have visited twice, Jain said. During a panel discussion in New Delhi last December, Kalanick noted that “some of our autonomous work is actually happening in India,” in Bengaluru and Hyderabad. Asked about the prospect of autonomous vehicles in India, he too said it’s a ways off. “If there are major unexpected advances in artificial intelligence, it will happen sooner in India than you might expect.”

“If there are major unexpected advances in artificial intelligence, they will happen sooner in India than you might expect.”

“India will be one of the last places to get autonomy,” Kalanick said. “The main reason is, have you seen how crazy people drive on the roads? It’s going to be a long time before my scientists are going to build any kind of software that can drive on Indian roads.”

In the last two years, Uber has invested heavily in its self-driving program and mapping efforts, embarking on a $500 million global mapping project, according to the Financial Times. In 2015, Uber opened an Advanced Technologies Center in Pittsburgh, which later became home to its first self-driving car pilot program. Last summer, Uber acquired automated trucking startup Otto and tapped co-founder Anthony Levandowski, who helped build Google’s first self-driving car, to helm its self-driving efforts. In October, Uber announced that one of its self-driving trucks had completed its first delivery, hauling 2,000 cases of Budweiser across Colorado for Anheuser-Busch.

To staff its Advanced Technologies Center in Pittsburgh, Uber poached dozens of engineers from Carnegie Mellon University. The company’s self-driving truck team works in a San Francisco warehouse about 1.5 miles from Uber’s Market Street headquarters, and also has a space in Palo Alto. Uber further expanded its self-driving R&D efforts in December with the acquisition of Geometric Intelligence, an artificial intelligence startup the company said would work in part on self-driving car efforts.

Uber declined to answer questions about the size of the Hyderabad team and the nature of its autonomous vehicle work. Still, the Hyderabad team’s existence alone shows that Uber’s mapping and autonomous vehicle efforts are broader than the company’s engineering hubs in San Francisco and Pittsburgh. “We have a global mapping team, including some folks in India working on maps-related projects, to improve pickups and drop-offs and the Uber core experience for riders and drivers,” a company spokesperson told BuzzFeed News. “All our mapping efforts feed into our self-driving efforts.”

Quelle: <a href="Uber’s Engineers In India Are Working On Mapping For Self-Driving Cars“>BuzzFeed

Amazon API Gateway Integration with AWS Step Functions

Amazon API Gateway now integrates with AWS Step Functions, allowing you to call Step Functions with APIs that you create to simplify and customize interfaces to your applications. Step Functions makes it easy to coordinate the components of distributed applications and microservices as a series of steps in a visual workflow. You create state machines in the Step Functions Console or through the Step Functions API to specify and execute the steps of your application at scale. API Gateway is a fully managed service that makes it easy for developers to publish, maintain, monitor, and secure APIs at any scale. With just a few clicks in the AWS Management Console, you can create an API that acts as a “front door” to Step Functions. You can use an API to start Step Functions state machines that coordinate the components of a distributed backend application, such as a web application that tags and resizes uploaded photos, or verifies new users upon registration. You can also integrate human activity tasks in the steps of your application, such as an approval request and response, and make serverless asynchronous calls to APIs of services you use in your application.
Quelle: aws.amazon.com