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000-077 xSeries Technical high Performance Servers V2

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000-077 exam Dumps Source : xSeries Technical high Performance Servers V2

Test Code : 000-077
Test designation : xSeries Technical high Performance Servers V2
Vendor designation : IBM
: 147 existent Questions

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IBM xSeries Technical high Performance

IBM brings Watson to any cloud | killexams.com existent Questions and Pass4sure dumps

IBM these days introduced that it is freeing its Watson-branded AI services — dote the Watson Assistant for constructing conversational interfaces and Watson OpenScale for managing the AI lifestyles cycle — from its personal cloud and permitting enterprises to capture its platform and working it of their own records facilities. In a way, that you can deem of this as Watson as a managed provider.

“shoppers are basically combating infusing AI into their purposes since the information is disbursed in assorted places,” IBM Watson’s CTO and chief architects Ruchir Puri instructed me after I asked him for IBM’s reasoning behind this circulation. “It’s in these hybrid environments, they’ve obtained distinctive cloud implementations, they accommodate got information in their inner most cloud as well. they accommodate been struggling because the suppliers of AI had been attempting to lock them into a specific implementation that isn't proper to this hybrid cloud ambiance.”

So with this conclusion of bringing Watson to any cloud, IBM desires to supply these groups the alternative to bring AI to their facts, which is enormously tougher and costlier to move, in any case. Puri too wired that many organizations accommodate lengthy wanted to consume AI to do their operations greater productive, but they vital to elope their AI gear in an atmosphere they manage and believe relaxed with.

at the core of the technical necessities for running Watson of their public or private cloud is IBM Cloud inner most, the business’s deepest cloud platform that uses open-source technologies for working gear and capabilities dote Kubernetes and Cloud Foundry. That’s the platform that makes it workable for corporations to then elope Watson, too (which itself runs on containers, too).

at this time, the seat of attention of this fireplace launch is on Watson helper and Watson OpenScale. “The capabilities we're releasing at the flash are in accordance with their two flagship products. That addresses a really significant belt of consume cases that they forward throughout,” renowned Puri. “in the remaining piece of the 12 months, they will carry the leisure of the capabilities [to the platform]. as an example, Watson skills Studio will forward together with it as well, in addition to Watson’s herbal language understanding capabilities that they currently accommodate obtainable in their public cloud atmosphere can breathe ported on to it as neatly.”

With that, Puri argues, IBM will present organisations a plenary spectrum of tools for setting up and working AI models the usage of structured and unstructured records, in addition to a plenary monitoring and actuality cycle management suite.

moreover this, IBM too these days introduced that it's launching a brand recent version of its Watson desktop researching Accelerator that brings excessive-performance GPU clustering to power methods and X86 methods and which guarantees to precipitate up AI performance as much as 10x.

The commerce additionally today announced IBM commerce Automation Intelligence with Watson, although it didn’t moderately delve into the particulars. This recent service, the enterprise says, will give enterprise leaders the skill “to rehearse AI at once to purposes, strengthening the group of workers, from clerical to information laborers, to intelligently automate work from the mundane to the complex.” I’m now not definitely inescapable what that capability, but I’m inescapable the enterprise leaders who buy this provider will figure it out.


Slidecast: IBM high performance functions for Technical Computing within the Cloud | killexams.com existent Questions and Pass4sure dumps

in this slidecast, Chris Porter and Jeff Kamiol from IBM represent how IBM exorbitant efficiency services bring versatile, software-capable clusters in the cloud for groups that requisite to promptly and economically add computing means for high efficiency application workloads.

IBM exorbitant efficiency capabilities enables quickly deployment of technical computing, analytics or Hadoop workloads in the cloud. groups using the carrier can conveniently meet further useful resource demands without the can pervade of deciding to buy or managing in-apartment infrastructure, minimizing their administrative affliction and promptly addressing evolving enterprise wants. The functions consist of market-leading IBM Platform LSF and IBM Platform Symphony workload management application, IBM Spectrum Scale application defined storage, IBM exorbitant efficiency functions for Hadoop and the brand recent IBM exorbitant performance services for EDA. The application is built-in, provisioned and deployed as piece of finished, integrated services which contains bare-metal IBM SoftLayer infrastructure, non-compulsory InfinfiBand interconnects and aid from an skilled and dedicated cloud operations group. a world presence with the option of facts core spot helps breathe positive that facts laws are met.

View the Slides * download the MP3 * Subscribe on iTunes * Subscribe to RSS 

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IBM Bets $2B looking for 1000X AI Hardware efficiency raise | killexams.com existent Questions and Pass4sure dumps

supply: shutterstock

For now, AI methods are ordinarily machine getting to know-based and “slim” – powerful as they're by latest requisites, they are constrained to performing a number of, narrowly-defined tasks. AI of the next decade will leverage the superior power of abysmal researching and develop into broader, fixing a better array of extra knotty issues.  moreover, the everyday-intention applied sciences used today for AI deployments will find replaced by using a technology stack that’s AI-specific and exponentially sooner – and it’s going to capture a lot of money.

in the hunt for to capture seat stage in AI’s unfolding, IBM – in aggregate with broad apple situation and several expertise heavies – is investing $2 billion within the IBM research AI Hardware core, focused on setting up subsequent era AI silicon, networking and manufacturing in an exertion to, IBM pointed out, bring 1,000x AI efficiency effectivity improvement over the next decade.

IBM's Mukesh Khare

“today, AI’s ever-increasing sophistication is pushing the boundaries of the trade’s existing hardware systems as clients discover more methods to comprise a considerable number of sources of facts from the aspect, web of things, and greater,” mentioned Mukesh Khare, VP, IBM research Semiconductor and AI Hardware community, in a blog announcing the challenge. “…today’s systems accommodate achieved improved AI efficiency by means of infusing desktop-discovering capabilities with high-bandwidth CPUs and GPUs, specialized AI accelerators and high-performance networking equipment. To retain this trajectory, recent considering is required to precipitate up AI efficiency scaling to vigorous to ever-increasing AI workload complexities.”

IBM talked about the core will breathe the nucleus of a recent ecosystem of research and industrial partners collaborating with IBM researchers. companions announced these days comprise Samsung for manufacturing and research, Mellanox applied sciences for top-performance interconnect machine, Synopsys for utility platforms, emulation and prototyping, and IP for establishing high-efficiency silicon chips, and semiconductor gear businesses applied materials and Tokyo Electron.

Hosted at SUNY Polytechnic Institute, Albany, broad apple, in collaboration with neighboring Rensselaer Polytechnic Institute seat for Computational innovations, IBM mentioned the company and its companions will “enhance a number of technologies from chip flat gadgets, substances, and architecture, to the software supporting AI workloads.”

IBM roadmap for 1,000x improvement in AI compute efficiency efficiency.

large Blue talked about analysis on the middle will seat of attention on overcoming “present machine-getting to know limitations via procedures that comprise approximate computing through Digital AI Cores and in-memory computing via Analog AI Cores. These technologies will provide the thousand-fold increases in efficiency effectivity required for plenary cognizance of abysmal studying AI, the subsequent main milestone in AI evolution, based on IBM.

“A key belt of analysis and building could breathe methods that meet the demands of abysmal learning inference and practising tactics,” Khare noted. “Such systems tender huge accuracy improvements over extra regularly occurring computer studying for unstructured information. these extreme processing calls for will develop exponentially as algorithms develop into more knotty so as to convey AI programs with improved cognitive expertise.”

Khare referred to the research seat will host R&D, emulation, prototyping, testing and simulation actions for brand spanking recent AI cores principally designed for working towards and deploying advanced AI models, together with a perceive at various mattress by which members can demonstrate improvements in actual-world purposes. really pleasurable wafer processing for the seat will breathe completed in Albany with some guide at IBM’s Thomas J. Watson research core in Yorktown Heights, recent york.

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xSeries Technical high Performance Servers V2

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Scale the Datacenter with Windows Server SMB Direct | killexams.com existent questions and Pass4sure dumps

In-Depth

Scale the Datacenter with Windows Server SMB Direct

RDMA networking has enabled high-performance computing for years, but Windows Server 2012 R2 with SMB Direct is bringing it to the mainstream.

File-based storage has grown tremendously over the eventual several years, far outpacing block storage, even as both grow at double-digit rates. Cloud datacenters are deploying file-based protocols at an accelerating pace for virtualized environments, as well as database infrastructure deployed for broad Data applications. The introduction of Server Message block (SMB) 3.0 with the efficiency and performance of the SMB Direct protocol, has opened recent opportunities for file storage in Windows-based datacenters. SMB Direct, a key component of SMB 3.0, can utilize networking based on the Remote Direct remembrance Access (RDMA) protocol to deliver near-SAN-level performance and availability with integrated data protection and optimized data transfer between storage and server (see figure 1).

[Click on image for larger view.] figure 1. RDMA networking allows high-speed client to file service data transfers.

RDMA is a specification that has long-provided a means of reducing latency in the transmission of data from one point to another, by placing the data directly into final destination memory, thereby eliminating unnecessary CPU and remembrance bus utilization. Used primarily for high-performance computing (HPC) for more than a decade, RDMA is now on the cusp of becoming a mainstream means of providing a scalable and high-performance infrastructure. A key factor fueling its growing consume is Windows Server 2012 R2 offering several RDMA networking options. I'll review and compare those options within Windows Server 2012 R2 environments.

Windows Scale-Out File ServicesWindows Server 2012 R2 provides massive scale to transform datacenters into an elastic, always-on cloud-like operation designed to elope the largest workloads. The server OS provides automated protection and aims to tender cost-effective commerce continuity to ensure uptime. Windows Server 2012 R2 provides a rich set of storage features letting IT managers waddle to lower-cost industry-standard hardware rather than purpose-built storage devices, without having to compromise on performance or availability. A vital storage capability in Windows Server 2012 R2 is the Scale-Out File Server (SOFS), which allows the storage of server application data, such as Hyper-V virtual machine (VM) files, on SMB file shares. any files shares are online on any nodes simultaneously. This configuration is commonly referred to as an active-active cluster configuration.

A SOFS allows for continuously available file shares. Continuous availability tracks file operations on a highly available file system so that clients can fail over to another node of the cluster without interruption. This is too known as Transparent Failover.

The Role of SMB DirectThe SMB 3.0 protocol in Windows Server 2012 R2 utilizes the Network Direct Kernel (NDK) layer within the Windows Sever OS to leverage RDMA network adapters (see figure 2). Using RDMA enables storage that rivals costly and infrastructure-intensive Fibre Channel SANs in efficiency, with lower latency, while operating over yardstick 10 Gbps and 40 Gbps Ethernet infrastructure. RDMA network adapters tender this performance capability by operating at a line rate with very low latency thanks to CPU bypass and zero copy (the capacity to write directly to the remembrance of the remote storage node using RPCs). In order to obtain these advantages, any transport protocol processing must breathe performed in the adapter hardware, completely bypassing the host OS.

[Click on image for larger view.] figure 2. RDMA Networking Configuration on Windows Server 2012 R2.

With NDK, SMB can achieve data transfers direct from memory, through the adapter, to the network, and over to the remembrance of the application requesting data from the file share. This capability is especially useful for I/O-intensive workloads such as Hyper-V or SQL Server, resulting in remote file server performance comparable to local storage.

In contrast, in traditional networking, a request from an application to a remote storage location must waddle through numerous stages and buffers (involving data copies) on both the client and server side, such as the SMB client or server buffers, the transport protocol drivers in the networking stack, and the network card drivers.

With SMB Direct, the RDMA NIC transfers data straight from the SMB client buffer, through the client NIC to the server NIC, and up to the SMB server buffer, and vice versa. This direct transfer operation allows the application to access remote storage at the same performance as local storage.

Windows Server 2012 provides built-in advocate for using SMB Direct with Ethernet RDMA NICs, including iWARP (RDMA/TCP), and RoCE NICs (RDMA/UDP), to advocate high-speed data transfers. These NICs implement RDMA in hardware so that they can transfer data between them without involving the host CPU. As a result, SMB Direct is extremely fleet with client-to-file server performance almost equaling that of using local storage.

RDMA NICs offload the server CPU, resulting in more efficient Microsoft virtualized datacenter installs. Windows Server 2012 SMB Direct 3.0 over RDMA provides higher performance by giving direct access to the data that resides on a remote file server, while the CPU reduction enables a larger number of VMs per Hyper-V server, resulting in CapEx and OpEx savings in power dissipation, system configuration and deployment scale throughout the life of the installation. endemic system software advocate for RDMA networking in Windows Server 2012 R2 simplifies storage and VM management for enterprise and cloud IT administrators, with no network reconfiguration required.

Live migration is an primary VM mobility feature and improving the performance of live migration has been a consistent focus for Windows Server. In Windows Server 2012 R2, Microsoft took these performance improvements to the next level. Live migration with RDMA is a recent feature; it delivers the highest performance for migrations by offloading data transfers to RDMA NIC hardware.

iWARP: RDMA over TCP/IPiWARP is an implementation of RDMA using the ubiquitous Ethernet-TCP/IP networking as the network transport. iWARP NICs implement a hardware TCP/IP stack that eliminates any inefficiencies associated with software TCP/IP processing, while preserving any the benefits of the proven TCP/IP protocol. On the wire, iWARP traffic is thus identical to other TCP/IP applications and requires no special advocate from switches and routers, or changes to network devices. Thanks to the hardware offloaded TCP/IP, iWARP RDMA NICs tender high-performance and low-latency RDMA operation that's comparable to the latest InfiniBand speeds, and endemic integration within today's great Ethernet-based networks and clouds.

iWARP is able to dramatically help upon the most common and widespread Ethernet communications in consume today and deliver on the swear of a single, converged Ethernet network for carrying LAN, SAN, and RDMA traffic with the unrestricted routability and scalability of TCP/IP. Today, 40 Gbps Ethernet (40 GbE) iWARP controllers and adapters are available from Chelsio Communications, while Intel Corp. has too announced plans for availability of iWARP Ethernet controllers integrated within upcoming Intel server chipsets.

The iWARP protocol is the open Internet Engineering assignment obligate (IETF) yardstick for RDMA over Ethernet. iWARP adapters are fully supported by the OpenFabrics Alliance Enterprise Software Distribution (OFED), with no changes needed for applications to migrate from specialized OFED-compliant RDMA fabrics such as InfiniBand to Ethernet.

Initially aimed at high-performance computing applications, iWARP is too now finding a home in datacenters thanks to its availability on high-performance 40 GbE NICs and increased datacenter claim for low latency, high bandwidth, and low server CPU utilization. It has too been integrated into server OSes such as Microsoft Windows Server 2012 with SMB Direct, which can seamlessly capture handicap of iWARP RDMA without user intervention.

InfiniBandInfiniBand is an I/O architecture designed to expand the communication precipitate between CPUs, devices within servers and subsystems located throughout a network. InfiniBand is a point-to-point, switched I/O fabric architecture. Both devices at each finish of a link accommodate plenary access to the communication path. To waddle beyond a point and traverse the network, switches forward into play. By adding switches, multiple points can breathe interconnected to create a fabric. As more switches are added to a network, aggregated bandwidth of the fabric increases.

High-performance clustering architectures accommodate provided the main chance for InfiniBand deployment. Using the InfiniBand fabric as the cluster inter-process communications (IPC) interconnect may boost cluster performance and scalability while improving application response times. However, using InfiniBand requires deploying a part infrastructure in addition to the requisite Ethernet network. The added costs in acquisition, maintenance and management accommodate prompted interest in Ethernet-based RDMA alternatives such as iWARP.

Because it's layered on top of TCP, iWARP is fully compatible with existing Ethernet switching gear that's able to process iWARP traffic out-of-the-box. In comparison, deploying InfiniBand requires environments where two part network infrastructures are installed and managed, as well as specialized InfiniBand to Ethernet gateways for bridging between the two infrastructures.

RDMA over Converged Ethernet (RoCE)The third RDMA networking option is RDMA over Converged Ethernet (RoCE), which essentially implements InfiniBand over Ethernet. RoCE NICs are offered by Mellanox Technologies. Though it utilizes Ethernet cabling, this approach does suffer from deployment vicissitude and costs due to requiring advocate for knotty and expensive Ethernet "lossless" fabrics and Data seat Bridging (DCB) protocols. In addition, RoCE for the longest time lacked routability support, which limited its operation to a single Ethernet subnet.

Instead of using pervasive TCP/IP networking, RoCE relies instead on InfiniBand protocols at Layer 3 (L3) and higher layers in combination with Ethernet at the Link Layer (L2) and Physical Layer (L1). RoCE leverages Converged Ethernet, too known as DCB or Converged Enhanced Ethernet as a lossless physical layer networking medium. RoCE is similar to the Fibre Channel over Ethernet (FCoE) protocols in relying on networking infrastructure with DCB protocols. However, such advocate has been viewed a significant impediment to FCoE deployment, which raises similar concerns for RoCE.

The just-released version 2 of the RoCE protocol will find rid of the IB network layer, replacing it with the more commonly used UDP (connectionless) and IP layer to provide routability. However, RoCE v2 does not specify how lossless operation will breathe provided over an IP network, or how congestion control will breathe handled. RoCE v2 currently suffers from an inconsistent premise that continues to require DCB for Ethernet, while no longer operating within the confines of one Ethernet network.


Ambassador: building a Control Plane for an Envoy-Powered API Gateway on Kubernetes | killexams.com existent questions and Pass4sure dumps

Key Takeaways
  • Developed by Datawire, Ambassador is an open source API gateway designed specifically for consume with the Kubernetes container orchestration framework. 
  • At its core, Ambassador is a control plane tailored for edge/API configuration for managing the Envoy Proxy “data plane”. 
  • Envoy itself is a cloud endemic Layer 7 proxy and communication bus used for handling “edge” ingress and service-to-service networking communication.
  • This article provides an insight into the creation of Ambassador, and discusses the technical challenges and lessons scholarly from building a developer-focused control plane for managing ingress traffic within microservice-based applications that are deployed into a Kubernetes cluster.
  • Migrating Ambassador to the Envoy v2 configuration and Aggregated Discovery Service (ADS) APIs was a long and difficult journey that required lots of architecture and design discussions, and plenty of coding, but early feedback from the community has been positive.  
  • Developed by Datawire, Ambassador is an open source API gateway designed specifically for consume with the Kubernetes container orchestration framework. At its core, Ambassador is a control plane tailored for edge/API configuration for managing the Envoy Proxy “data plane”. Envoy itself is a cloud endemic Layer 7 proxy and communication bus used for handling “edge” ingress and service-to-service networking communication. Although originating from Lyft, Envoy is rapidly becoming the de facto proxy for modern networking, and can breathe institute with practically any of the public cloud vendors offerings, as well as bespoke usage by many great end-user organisations dote eBay, Pinterest and Groupon. 

    This article provides an insight into the creation of Ambassador, and discusses the technical challenges and lessons scholarly from building a developer-focused control plane for managing ingress traffic within microservice-based applications that are deployed into a Kubernetes cluster.

    The Emerging “Cloud Native” Fabric: Kubernetes and Envoy

    Although the phrase “cloud native” is becoming as much of an overloaded term as “DevOps” and “microservices”, it is increasingly gaining traction throughout the IT industry. According to Gartner, the 2018 worldwide public cloud service revenue forecast was in the region of $175 Billion U.S. Dollars, and this could grow by over 15% next year. Although the current public cloud market is dominated by only a few key players that tender mostly proprietary technologies (and increasingly, and sometimes controversially, open source-as-service), the Cloud endemic Computing Foundation (CNCF) was founded in 2015 by the Linux foundation to provide a spot for discussion and hosting of "open source components of a plenary stack cloud endemic environment". 

    Possibly learning from the journey previously undertaken by the OpenStack community, the early projects supported by the CNCF were arguably less ambitious in scope, provided clearer (opinionated) abstractions, and were too proven in existent world usage (or inspired by real world usage in the case of Kubernetes). Two key platform components that accommodate emerged from the CNCF are the Kubernetes container orchestration framework, originally contributed by Google, and the Envoy proxy for edge and service-to-service networking, originally donated by Lyft. Even when combined, the two specific technologies don’t provide a plenary Platform-as-a-Service (PaaS) offering that many developers want. However, Kubernetes and Envoy are being included within many PaaS-like offerings.

    Many PaaS vendors, and also end-user engineering teams, are treating these technologies as the “data plane” for cloud endemic systems: i.e. the piece of the system that does the “heavy-lifting”, such as orchestrating containers and routing traffic based on Layer 7 metadata (such as HTTP URIs and headers, or MongoDB protocol metadata). Accordingly, a lot of innovation and commercial opportunities are focused on creating an effectual “control plane”, which is where the end-user interacts with the technology, specifies configuration to breathe enacted by the data plane, and observes any metrics or logging.

    The Kubernetes control plane is largely focused around a train of well-specified REST-like APIs (known simply as “the Kubernetes API”), and the associated ‘kubectl’ CLI tool provides a human-friendly abstraction over these APIs. The Envoy v1 control plane was initially based around JSON config loaded within files, with several loosely-defined APIs that allowed selective updating. These APIs accommodate subsequently evolved into the Envoy v2 API, which provides a train of gRPC-based APIs that are strongly typed via the consume of Protocol Buffers. However, initially there wasn’t an Envoy analogy to the Kubernetes kubectl tool, and this led to challenges in adoption by some teams. Where there are challenges, though, there are too opportunities within the implementation of a human-friendly control plane.

    “Service Mesh-all-the-things”...Maybe?

    If they focus on the networking control plane, it would breathe arduous to miss the emergence of the concept of the “service mesh”. Technologies dote Istio, Linkerd and Consul Connect are aiming to manage cross-cutting service-to-service (“east-west”) traffic within a microservices systems. Indeed, Istio itself is effectively a control plane that enables a user to manage Envoy Proxy as the underlying data plane for managing Layer 7 networking traffic across the mesh. Linkerd offers its own (now Rust-based) proxy as the data plane, and Consul Connect offers both a bespoke proxy and, more recently, advocate for Envoy.

    Istio architecture, showing the Envoy Proxy data plane at the top half of the diagram, and the control plane below (image courtesy of Istio documentation)

    The primary thing to remember with a service mesh is that the assumption is that you typically exert a high-degree of ownership and control on both parties that are communicating over the mesh. For example, two services may breathe built by part engineering departments but they will typically work for the same organisation, or one service may breathe a third-party application but it is deployed within your trusted network frontier (which may span multiple data centers or Virtual Private Clouds). Here your operations team will typically conform on sensible communication defaults, and service teams will independently configure inter-service routing. In these scenarios you may not fully reliance each service, and you most certainly will want to implement protections dote rate limiting and circuit breaking, but fundamentally you can investigate and change any rank behaviour detected. This is not true, however, for managing edge or ingress (“north-south”) traffic that originates from outside your network boundary.

    Cluster “ingress” traffic generally originates from sources outside of your direct control

    Any communication originating from outside your trusted network can breathe from a rank actor, with motivations that are intentional (e.g. cyber criminals) or otherwise (e.g. broken client library within a mobile app), and therefore you must set arrogate defenses in place. Here the operations team will specify sensible system defaults, and too fitting these in real-time based on external events. In addition to rate limiting, you probably too want the capacity to configure global and API-specific load shedding, for example, if the backend services or datastores become overwhelmed, and too implement DDoS protection (which may too breathe time- or geographically-specified). Service progress teams too want access to the edge to configure routing for a recent API, to test or release a recent service via traffic shadowing or canary releasing, or other tasks.

    As a quick aside, for further discussion on the (sometimes confusing) role of API gateways, Christian Posta has recently published an spicy blog post, “API Gateways Are Going Through an Identity Crisis”. I accommodate too written articles about the role of an API gateway during a cloud/container migration or digital transformation, and how API gateways can breathe integrated with modern continuous delivery patterns.

    Although at first glance these service mesh and edge/API gateway consume cases may materialize very similar, they believe there are subtle (and not so subtle) differences, and this impacts the design of the associated inter-service and edge control planes. 

    Designing a Edge Control Plane 

    The selection of control plane is influenced heavily by the scope of control required, and the persona(s) of the primary people using it. My colleague Rafael Schloming has talked about this before at QCon San Francisco, where he discussed how the requirements to centralise or decentralise control and too the development/operation lifecycle stage in which a service is currently at (prototype, mission captious etc) impacts the implementation of the control plane. 

    As mentioned above, taking an edge proxy control plane as the example, a centralised operations or SRE team may want to specify globally sensible defaults and safeguards for any ingress traffic. However, the (multiple) decentralised product progress teams working at the front line and releasing functionality will want fine-grained control for their services in isolation, and potentially (if they are embracing the “freedom and responsibility” model) the capacity to override global safeguards locally.

    A conscious selection that was made by the Ambassador community was that the primary persona targeted by the Ambassador control plane is the developeror application engineer, and therefore the focus on the control plane was on decentralised configuration. Ambassador was built to breathe Kubernetes-specific, and so a rational selection for specifying edge configuration was nearby to the Kubernetes Service specifications that were contained within YAML files and loaded into Kubernetes via kubectl. 

    Options for specifying Ambassador configuration included using the Kubernetes Ingress object, writing custom Kubernetes annotations or defining Custom Resource Definitions (CRDs). Ultimately the consume of annotations was chosen, as they were simple and presented a minimal learning curve for the end-user. Using Ingress may accommodate appeared to breathe the most obvious first choice, but unfortunately the specification for Ingress has been stuck in perpetual beta, and other than the “lowest common denominator” functionality for managing ingress traffic, not much else has been agreed upon.

    An instance of an Ambassador annotation that demonstrates a simple endpoint-to-service routing on a Kubernetes Service can breathe seen here:

    kind: Service apiVersion: v1 metadata: name: my-service annotations: getambassador.io/config: | --- apiVersion: ambassador/v0 kind: Mapping name: my_service_mapping prefix: /my-service/ service: my-service spec: selector: app: MyApp ports: - protocol: TCP port: 80 targetPort: 9376

    The configuration within the getambassador.io/config should breathe relatively self-explanatory to anyone who has configured an edge proxy, transpose proxy or API gateway before. Traffic sent to the prefix endpoint will breathe “mapped” or routed to the “my-service” Kubernetes service. As this article is primarily focused on the designing and implementation of Ambassador, they won’t cover all of the functionality that can breathe configured, such as routing (including traffic shadowing), canarying (with integration with Prometheus for monitoring) and rate limiting. Although Ambassador is focused on the developer persona, there is too extensive advocate for operators, and centralised configuration can breathe specified for authentication, TLS/SNI, tracing and service mesh integration.

    Let’s now eddy their attention back onto the evolution of Ambassador over the past two years.

    Ambassador < v0.40: Envoy v1 APIs, Templating, and inflamed Restarts

    Ambassador itself is deployed within a container as a Kubernetes service, and uses the annotations added to Kubernetes Services as its core configuration model. This approach enables application developers to manage routing as piece of their Kubernetes service definition workflow process (perhaps as piece of a “GitOps” approach). Translating the simple Ambassador annotation config into valid Envoy v1 config is not a trifling task. By design, Ambassador’s configuration isn’t based on the same conceptual model as Envoy’s configuration -- they deliberately wanted to aggregate and simplify operations and config -- and herefore, a unbiased amount of logic within Ambassador translates between one set of concepts to the other. 

    Specifically when a user applies a Kubernetes manifest containing Ambassador annotations, the following steps occur:

  • Ambassador is asynchronously notified by the Kubernetes API of the change.
  • Ambassador translates the configuration into an abstract intermediate representation (IR).
  • An Envoy configuration file is generated from the IR.
  • The Envoy configuration file is validated by Ambassador (using Envoy in validation mode).
  • Assuming the file is cogent configuration, Ambassador uses Envoy's hot restart mechanism to deploy the recent configuration and properly drain connections.
  • Traffic flows through the restarted Envoy process.
  • There were many benefits with this initial implementation: the mechanics involved were fundamentally simple, the transformation of Ambassador config into Envoy config was reliable, and the file-based inflamed restart integration with Envoy was dependable. 

    However, there were too notable challenges with this version of Ambassador. First, although the inflamed restart was effectual for the majority of consume cases, it was not very fast, and some users (particularly those with great application deployments) institute it was limiting the frequency with which they could change their configuration. inflamed restart can too inappropriately drop connections, especially long-lived connections dote WebSockets or gRPC streams.

    More crucially, though, the first implementation of the Ambassador-to-Envoy intermediate representation (IR) allowed rapid prototyping but was primitive enough that it proved very difficult to do substantial changes. While this was a pain point from the beginning, it became a captious issue as Envoy shifted to the Envoy v2 API. It was limpid that the v2 API would tender Ambassador many benefits -- as Matt Klein outlined in his blog post, “The universal data plane API” -- including access to recent features and a solution to the connection-drop problem renowned above, but it was too limpid that the existing IR implementation was not capable of making the leap.

    Ambassador Now: Envoy v2 APIs (with ADS), Intermediate Representations, and Testing with KAT

    In consultation with the Ambassador community, the Datawire team (stewarded by Flynn, lead engineer for Ambassador) undertook a redesign of the internals of Ambassador in 2018. This was driven by two key goals. First, they wanted to integrate Envoy’s v2 configuration format, which would enable the advocate of features such as Server designation Indication (SNI), label-based rate limiting, and improved authentication. Second, they too wanted to achieve much more robust semantic validation of Envoy configuration, due to its increasing complexity (which was particularly when configuring Envoy for consume with large-scale application deployments).

    We started by restructuring the Ambassador internals more along the lines of a multipass compiler. The class hierarchy was made to more closely mirror the separation of concerns between the Ambassador configuration resources, the IR, and the Envoy configuration resources. Core parts of Ambassador were too redesigned to facilitate contributions from the community outside Datawire. They decided to capture this approach for several reasons. First, Envoy Proxy is a very fleet stirring project, and they realised that they needed an approach where a seemingly minor Envoy configuration change didn’t result in days of reengineering within Ambassador. In addition, they wanted to breathe able to provide semantic verification of configuration. 

    As they started working more closely with Envoy v2, a testing challenge was quickly identified. As more and more features were being supported in Ambassador, more and more bugs appeared in Ambassador’s handling of less common but completely cogent combinations of features. This drove to creation of a recent testing requirement that meant Ambassador’s test suite needed to breathe reworked to automatically manage many combinations of features, rather than relying on humans to write each test individually. Moreover, they wanted the test suite to breathe fleet in order to maximise engineering productivity.

    This meant that as piece of the Ambassador re-architecture, they too created the Kubernetes Acceptance Test (KAT) framework. KAT is an extensible test framework that:

  • Deploys a bunch of services (along with Ambassador) to a Kubernetes cluster
  • Run a train of verification queries against the spun up APIs
  • Perform a bunch of assertions on those query results
  • KAT is designed for performance -- it batches test setup upfront, and then runs any the queries in step 3 asynchronously with a high performance HTTP client. The traffic driver in KAT runs locally using one of other open source tools, Telepresence, which makes it easier to debug issues.

    With the KAT test framework in place, they quickly ran into some issues with Envoy v2 configuration and inflamed restart, which presented the chance to switch to using Envoy’s Aggregated Discovery Service (ADS) APIs instead of inflamed restart. This completely eliminated the requirement for a process restart upon configuration changes, which previously they had institute could lead to dropped connections under high loads or long-lived connections. They decided to consume the Envoy waddle control plane to interface to the ADS. This did, however, interpose a Go-based dependency to the previously predominantly Python-based Ambassador codebase.

    With a recent test framework, recent IR generating cogent Envoy v2 configuration, and the ADS, the major architectural changes in Ambassador 0.50 were complete. Now when a user applies a Kubernetes manifest containing Ambassador annotations, the following steps occur:

    Just before release they hit one more issue. On the Azure Kubernetes Service, Ambassador annotation changes were no longer being detected. Working with the highly-responsive AKS engineering team, they were able to identify the issue -- namely, the Kubernetes API server in AKS is exposed through a chain of proxies that was dropping some requests. The proper mitigation for this was to advocate calling the FQDN of the API server, which is provided through a mutating webhook in AKS. Unfortunately, advocate for this feature was not available in the official Kubernetes Python client. They therefore elected to switch to the Kubernetes Golang client -- introducing yet another Go-based dependency.

    Key Takeaways from building an Envoy Control Plane (Twice!)

    As Matt Klein mentioned at the inaugural EnvoyCon, with the current popularity of the Envoy Proxy in the cloud endemic technology domain, it’s often easier to inquire who isn’t using Envoy. They know that Google’s Istio has helped raise the profile of Envoy with Kubernetes users, and any of the other major cloud vendors are investing in Envoy, for example, within AWS App Mesh and Azure Service Fabric Mesh. At EnvoyCon they too heard how several broad players such as eBay, Pinterest and Groupon are migrating to using Envoy as their primary edge proxy. There are too several other open source Envoy-based edge proxy control planes emerging, such as Istio Gateway, Solo.io Gloo, and Heptio Contour. I would squabble that Envoy is indeed becoming the universal data plane of cloud endemic communications, but there is much work noiseless to breathe done within the domain of the control plane.

    In this article we’ve discussed how the Datawire team and Ambassador open source community accommodate successfully migrated the Ambassador edge control plane to consume the Envoy v2 configuration and ADS APIs. We’ve scholarly a lot in the process of building Ambassador 0.50, and they are keen to highlight their key takeaways as follows:

  • Kubernetes and Envoy are very powerful frameworks, but they are too extremely fleet stirring targets -- there is sometimes no substitute for reading the source code and talking to the maintainers (who are fortunately any quite accessible!)
  • The best supported libraries in the Kubernetes / Envoy ecosystem are written in Go. While they pervade for Python, but they accommodate had to adopt waddle so that we’re not forced to maintain too many components ourselves.
  • Redesigning a test harness is sometimes necessary to waddle your software forward. Often the existent cost in redesigning a test harness is often in porting your conventional tests to the recent harness implementation.
  • Designing (and implementing) an effectual control plane for the edge proxy consume case has been challenging, and the feedback from the open source community around Kubernetes, Envoy and Ambassador has been extremely useful.
  • Migrating Ambassador to the Envoy v2 configuration and ADS APIs was a long and difficult journey that required lots of architecture and design discussions, and plenty of coding, but early feedback from results accommodate been positive. Ambassador 0.50 is available now, so you can capture it for a test elope and partake your feedback with the community on our Slack channel or on Twitter. 

    About the Author

    Daniel Bryant is leading change within organisations and technology, and currently works as a freelance consultant, of which Datawire is a client. His current work includes enabling agility within organisations by introducing better requirement gathering and planning techniques, focusing on the relevance of architecture within agile development, and facilitating continuous integration/delivery. Daniel’s current technical expertise focuses on ‘DevOps’ tooling, cloud/container platforms and microservice implementations. He is too a leader within the London Java Community (LJC), contributes to several open source projects, writes for well-known technical websites such as InfoQ, DZone and Voxxed, and regularly presents at international conferences such as QCon, JavaOne and Devoxx.


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