The New Intelligent Edge Akraino Edge Stack Project Overview John Craig, Lead Member of Technical Staff, AT&T Travis Broughton, Community Manager, Intel May 2018
Emerging Technologies in IOT and Networks are demanding lower latency and accelerated processing at the edge NFV Edge Wireless Wireline uCPE IP Enterprise (SD-WAN) Services Infrastructure (vRAN,vEPC) (PON) Autonomous Autonomous Industry Drones Medical Devices Vehicles Robots Wearable Immersive Virtual Augmented 360 Cognitive Experiences Reality Reality Video Assistance IoT & Industrial Home Retail Healthcare Analytics Sensors Devices On-Demand Hardware A.I. Microservices 5G NFV Acceleration 6/6/18 2
New Edge Requires End-to-End Automation & Interworking Services Cloud Services Residential Services Enterprise Services IOT Services AI Services Software & Cloud Automation Network Automation IOT Automation Automation Public/Hybrid Enterprise Data Carrier Cloud Infrastructure Cloud Service Software Centers Network Network Providers Defined Cloud Hosting Data Private Cloud Centers Service Providers (SDDC) Providers Web Service MSO/CableCo Providers 3
The New Edge Requirements for Akraino Project Edge Challenges Akraino Edge Stack is the first open source collaborative community project exclusively Large Scale >1000 Locations focused on integrated distributed cloud edge platform. Need Simple Operations Zero-touch provisioning Solution Zero-touch operations Zero-touch lifecycle Low Cost Start-up, Build, Run Akraino Edge Stack integrates multiple open sources to supply Multiple Edge Use holistic Edge Platform, Edge Cases Application, and Developer Faster innovation but APIs ecosystem. with right integration 6/6/18 4
What is Akraino? Everything About Edge – Akraino is Edge Project Fully Integrated Open Development of Development of Edge Stack Edge Middleware & Edge Applications API le liverable + Deliv + De • Develop Edge Middleware, • Develop Edge API • Create & Integrate Edge stack to address Edge SDKs, applications and create Develop framework Scope use cases (Blueprints) an app/VNF ecosystem for interoperability with 3rd party Edge • Edge Stack Life Cycle - Sc providers & hybrid CI/CD & Tooling cloud models • Upstream collaboration 6/6/18 5
LF Announcement March 2018 › First Open Source Project at The Linux Foundation Announces Edge gathers momentum, Expanded Industry Commitment complements other standards to Akraino Edge Stack & consortiums › Edge now an integral part of Open Source Software Ecosystem 6/6/18 6
Akraino Edge Stack – Key Principles Design Build Operate › Low startup cost – space, power, › Zero touch provisioning, › Finite set of configurations – reduce capital but scalable and evolvable operations and lifecycle – reduce complexity OpEx › Low latency placement and › Cloud native applications – design processing – support the edge › Automated maturity application to be optimized from the drivers measurement – operations, beginning designs and services Plug and play modular › › Simplified security – secure platform architecture – building blocks using › Software abstraction based and services while not being a burden multiple cloud management homogeneity – hide any hardware › Autonomous, turn-key solution for technologies differences via software service enablement – enable rapid › Common platform and service introduction orchestration – ONAP › Platform, VNF and application assessment and gating – assess whether the application is fit to run at the edge (e.g.., latency sensitiveness, code quality) 6/6/18 7
Akraino is Complementary Akraino Interfaces With Adjacent Projects Zero Touch Edge Cloud Container Orchestration Automation Multi-cloud portability IIOT Framework at Edge Open Source Software for Creating Private and Public Clouds Disaggregated Networking AI Framework Across Projects Whitebox Operating Systems Networking Analytics/Automation 6/6/18 8
Akraino Benefits Enables New Business Ecosystem & Cost Savings Users New Services Open Source-Based (Enterprises) Application New Edge Global Open Source Developers Applications Collaboration ROI – New Public Cloud New Cloud Services More Footprint Offerings to Existing Provider Customer Base Support as a Suppliers Infrastructure (H/W) Extended Portfolio Service Edge Processing – Edge Services Telco NFV Infrastructure Reduced Backhaul (Public Edge Cloud, Edge Real Estate Operator (5G, Etc.) Traffic API, Analytics) 6/6/18 9
Edge Optimal Zone For Edge Placement Tens Millions Thousands Customer Access Customer Premises Telco Network Edge Backbone Backbone Devices Methods Tower 5G Mobile Home Smart Cities Centralize Central Offices d Clouds LTE AR/VR Small Stadiums End Enterprises Other Telco User Real Estates WiFi (Wire Centers, Public Drones Enterpris Public etc.) es buildings Clouds Autonomous Wireline Vehicles … Device* Last Mile Network* Access* Edge Computing Backbone Non-Accelerated Processing ~2 ms <5 ms 1-3 ms ~5- 20 ms ~2- 100 ~5-50 ms Edge Placement Burst Capacity Optimal Edge Zone Not Optimal Telco Operated * Estimates Source: AT&T 6/6/18 10
Akraino Blueprints & release Reference Architecture For Edge Use cases Blueprints – Approved and tested declarative configuration based on use cases, set of Hardware & Software, Point of delivery (POD). CI/CD, CI/CD, CI/CD, Integration, Integration, Integration, Reference Architecture – Defines & Testing POD POD & Testing & Testing Declarative Declarative Akraino building blocks Configuration Configuration nts ueprint POD Declarative Configuration – Hides lower layer complexity to user Blue Bl "A" Hardware "N" Hardware & Software & Software CI/CD, Integration & Testing Tools – Drive product quality Akraino release – End Product …………… Blueprints1 Blueprints n TSC will provide acceptance Akraino Release Source: AT&T criteria for release 6/6/18 11
Edge Point of Delivery (POD) Customer’s Hosted @ Telco or Provider ( e.g., Network Cloud) Premises Cruiser – Large POD Tricycle – Medium POD Unicycle POD Satellite Rover R-Leaf R-Leaf Tricycle C-Agg C-Leaf C-Leaf C-Agg C-Agg Pod-1 Pod-1 R-Leaf R-Leaf C-Agg Agg- Agg- M-SW M-SW M-SW M-SW M-SW M-SW M-SW Leaf Leaf M-SW Control Nodes Control Nodes Spine Spine 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 M-SW M-SW 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 5 5 5 5 5 5 5 5 6 6 6 6 6 6 6 6 7 7 7 7 7 7 7 7 8 8 8 8 8 Term 8 8 Server 9 9 9 9 10 10 10 10 11 11 11 11 Data Plane Compute Nodes Data Plane Compute Nodes Characteristics - Remote Edge – 1 or 2 - Remote @ customer - 6 Racks POD - 3 Racks POD - 1 Rack POD or public buildings - Containerized Control plane servers - Containerized Control plane - Containerized Control plane - DANOS based (OpenStack, Ceph, etc.,) - Containerized Control plane - K8 based resiliency - K8 based resiliency - K8 based resiliency - No K8 based resiliency - White boxes - Possible - Data - Data plane/Control Plane plane/Control Plane mixed mixed - IP Services - IoT, - Wireline (PON), Store - Over the top edge - 5G Core Cases - Over the top edge applications (e.g.,) applications. - 5G Access - Remote Edge( Analytics, etc.) - 5G access Use - SD-WAN Source: AT&T 6/6/18 12
Akraino Building Blocks - Proposed Akraino Chest Dashboard Admin GUI User GUI Akraino GUI Platform Workflows Declarative Camunda Akraino Workflow Configuration APIs Edge APIs Edge Cloud(s) Edge Application and APIs Akraino Applications & VNFs Integration APIs Upper Any Edge Applications AI Tools box Cloud Edge Application and Lifecycle Lightweight Edge App Community - TBD Orchestration Tools Orchestration ETE Operations tools NFV & Domain Specific NFV Orchestration ONAP Orchestrator ETE Security tools CICD Infra Orchestration OpenStack Kubernetes Edge Platform Software Storage SDS(Ceph) Narad Calico Network Control Plane Simple SDN (Inventory) AirShip OVS-DPDK SR-IOV CNI Network Data Plane Under Thin Linux Operation System Linux Flavor ETE Testing Framework Cloud (infra, UCP, VNF, App) Lifecycle Cruiser Tricycle Unicycle Network Edge PINC (N/W Orchestration) Satellite Rover Customer Edge Community Documentation - TBD Source: AT&T 6/6/18 13
Akraino – AT&T contributions to kick start the community Demonstration of working Blueprint Real world Edge Architecture and Knowledge Blueprint based on Kubernetes, OpenStack, Airship, Workflow, GUI etc., Integration of Platform Life cycle tools – Airship VNF Orchestration based on ONAP Orchestration Sample Edge Applications CI/CD& Testing documentation Future – Narad, PINC, DANOS Integration Source: AT&T 6/6/18 14
Akraino Community Labs (Unison) NFV Edge Autonomous Immersive IoT & Infrastructure Experiences Devices Analytics Akraino Community to drive interoperable Edge APIs Akraino Consistent Edge APIs Akraino Flocks Applications Area – Experiment Edge application Community CI/CD – Share Results Certification – Demonstrate 3 rd Party Cloud(s) Community Lab(s) Supplier Lab(s) Interoperability 6/6/18 15
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