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tma-cloudreach
6:07

In this video, Adam from Cloudreach explains how Sceptre uses AWS CloudFormation to allow customers to create and manage their application environments.

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tma-fsecure
5:41

F-Secure present an API for end users to check URLs against their reputation database. They present this service endpoint using API Gateway and have created a developer portal on AWS using Lambda and Dynamo DB.

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tma-ocado
4:57

Ocado share their approach to building secure, loosely coupled microservices. They created a self-service portal for development teams and provide standard template resources for each microservice, including Route 53 records, Key Management Service keys, Elastic Beanstalk environment, DynamoDB tables, Identity and Access Management roles.

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tma-bbc
7:19

BBC present their iPlayer solution that uses Amazon S3, taking as input content from the broadcast chain, adds broadcast time series data and publishes formatted content files for access by end users.

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tma-icap
4:50

Anvar Karimson from ICAP explains how they use Amazon Kinesis, Amazon Redshift and Amazon Elasticsearch to meet their MiFID II reporting requirements for their Fusion e-commerce portal for trading venues.

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tma-trainline
5:27

In this episode of This is My Architecture, Rahul Singh, Data Engineer at Trainline shares the story of BusyBot, which they took from initial concept to live deployment in 3 months on AWS. BusyBot helps trainline users find an available seat on the train. It uses machine learning to make a prediction based on past data and was built using AWS Firehose, Lambda, S3, EC2 and API Gateway.

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tma-wandisco
4:57

Active Data Replication (ADR) is WANdisco's patented tech that enables continuous consistent connectivity to data as it changes wherever it is located. It provides you with access to your data anytime and anywhere with no downtime and no disruption. We'll discuss using WANdisco for hybrid data storage, to replicate and reconcile data on-premise with data in the cloud.

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tma-snowflake
3:51

Jon from Snowflake provides detail on how Snowflake designed their data warehouse as a service solution for high-performance analytic customer workloads. The solution includes service management and data processing layers that use Amazon EC2 and a scalable data storage layer based on Amazon S3.

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tma-truecar
4:19

In this episode of This is My Architecture, David Giffin, VP of Technology at TrueCar, describes how they build modular, ephemeral "Space Pods" to give every developer a personal environment at any tier of the application. They also use HashiCorp's Vault to store their secrets. They're migrating to AWS and deftly making use of Amazon CloudFront and Elastic Load Balancing to move their production traffic gradually to the new architecture in AWS.

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tma-starling-bank
6:20

Starling Bank manages their privileges for releases on AWS via automation with Slack. Not only that, but it's mostly serverless, too!

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tma-db-systel
6:05

Daniel Woithe from DB Systel explains how they have used IAM federation to extend their Active Directory and MFA to provide secure SSO for multiple AWS accounts.

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tma-bleacher-report
2:54

In this episode of This Is My Architecture, Benson Wu, DevOps Manager at Bleacher Report, explains how they use Hashicorp's Consul and cascading read replicas to overcome service limits and dynamically adjust their Amazon RDS performance.

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tma-thomson-reuters
4:17

Thomson Reuters shares how they built Product Insight, a multi-tenant web usage analytics platform that processes up to 1,000 events per second. The solution provides both real-time analysis and long-term data storage capabilities. It was built using ELB, NGinx, Kinesis, Elasticsearch Service, and Kibana, EC2, S3, and Lambda.

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tma-vend
6:24

In this episode of This is My Architecture, Nick Walker, Principal Platform Engineer at Vend, shows us how they migrated from a PHP-based monolith to a microservices architecture. Using the Amazon EC2 Elastic Container Service (ECS), Elastic Load Balancing, Hashicorp's Consul, and OpenResty (an NginX variant), they have a service routing and discovery system that gives their developers the ability to quickly roll out new services and perform A/B testing on these services.

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tma-apps-associates
6:49

In this episode of This Is My Architecture, Kshitij Kumar, CTO and Global VP from Apps Associates, explains how they built a disaster recovery solution for on-premises Oracle RAC databases with AWS Database Migration Service. To efficiently backup databases with multiple schemas and millions of rows, Apps Associates developed a system that uses many parallelized tasks. This solution also allows businesses to offload some of their reporting to the cloud, leveraging database backups on AWS for read-only workloads.

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tma-ca-technologies
4:25

In this episode of This Is My Architecture, Amit from CA Technologies explains how they built a serverless AWS Lambda function deployment pipeline using Amazon S3, Amazon SNS, and additional Lambda functions for release automation.

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tma-lemongrass
6:56

Lemongrass introduces a new feature for their MiCloud offering, which delivers fast, automated system copy for customers' SAP environments. MiCloud System copy is built using EC2, CloudFormation, and IAM. Compared to a traditional on-premise solution, this feature has reduced the OS and DB level copy time from 1 day to 15 minutes; system size dependent.

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tma-qubole
6:12

In this episode of This is My Architecture, Suresh Ramaswamy, Senior Director of Engineering at Qubole, shows how they built a big data self-service platform on AWS, designed for heterogeneous, distributed processing of petabytes of data. With an adaptable architecture, customers can choose the right big data processing engines, instances types, and EC2 Spot Fleet instances to meet their needs.

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tma-chef
5:14

In this episode of This is My Architecture, Michael Ducy from Chef shows how Habitat can help you automate configuration of your containers. With Habitat, configurations and secrets are moved out of environmental variables into a dynamic orchestration system. You can quickly adapt configurations based on changing business needs or emerging threats, and Habitat does the rest.

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tma-47lining
6:11

In this episode of This Is My Architecture, Bill Weiner, SVP of Operations at 47Lining, explains how they built their “Redshift Overlord” tool that coordinates bringing Redshift clusters up and down. You’ll learn how they leverage Amazon Cognito, AWS Lambda, Amazon DynamoDB, AWS Data Pipeline, and even API Gateway + Slack to make it easy for users and automated processes to bring clusters up when needed.

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tma-alert-logic
3:53

In this episode of This Is My Architecture, Ryan Holland, Senior Director of Cloud Architecture at Alert Logic, walks us through how they built a data ingestion platform on AWS that can handle over 2 petabytes per month. Learn how they leverage Amazon Route 53, Amazon Kinesis, AWS Lambda, Amazon S3, and AWS KMS across multiple regions, directing traffic to the lowest latency services automatically.

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tma-the-things-network
21:57

On this special long-format episode of This Is My Architecture, learn how The Things Network and its commercial wing The Things Industries are helping both hobbyists and businesses connect low-power, long-range devices to the cloud. The Things Network is a community project in over 84 countries that is building a global Internet of Things data network. The Things Network devices connect to community-maintained gateways. They can communicate over very long distances and last on a single alkaline battery for up to 5-10 years thanks to the LoRaWAN protocol. The Things Industries has built a platform using AWS IoT that allows device data to be collected and processed in the cloud using multiple AWS services. You’ll learn about The Things Industries’ architecture, how Netcetera is leveraging The Things Network for air quality monitoring in Skopje, how Decentlab builds high-quality, long-lasting LoRaWAN devices that work with The Things Network to track environmental conditions, and get a feel for the community at a local meetup.

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tma-commvault
6:19

Commvault's CTO, Brian Brockway, explains how they enable enterprises to build and efficiently manage backup and disaster recovery environments in the cloud using Amazon S3, data deduplication, and other techniques.

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tma-ucsc
5:39

In this episode of This is My Architecture, Mary Goldman, Design and Outreach Engineer at the UC Santa Cruz Genomics Institute, explains how they process genomic sequencing data on AWS. With a need to crunch data measured in petabytes, they designed a low-cost solution using a combination of Docker containers and EC2 Spot instances. TOIL, the pipeline management system they builtm is open source and recently published in Nature Biotechnology.

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tma-protectwise
6:04

In this episode of This is My Architecture, Gene Stevens, CTO and Co-founder of ProtectWise explains how they built a platform that can capture packet traffic and rapidly store that data at full fidelity. How do you build a system that can alert on anomalies in milliseconds and provide blazingly fast search of archival data? Watch this episode and learn how they did it!

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tma-infor
3:58

David Lowry, Sr. Cloud Manager at Infor, explains how they built Windsor, a serverless application testing solution. Infor uses Windsor to set up, tear down, and run test cases on over 50 multi-tenant enterprise applications that are deployed on AWS. It is built with a combination of Amazon SWF, AWS Lambda, Amazon DynamoDB, and Amazon CloudWatch Events. This serverless approach to application testing costs Infor about $1 a month, or less than a cup of coffee!

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tma-filemaker
5:11

In this episode of This Is My Architecture, James Qiu, Director of Engineering at FileMaker, describes how they built a solution for SMB customers that automatically scales FileMaker to handle surge events. The solution leverages the AWS Marketplace, where FileMaker lists its software, in addition to AWS CloudFormation to deploy and resize FileMaker environments on AWS as needed. This flexibility allows customers to easily scale the infrastructure powering their FileMaker solution on AWS up or down to handle varying levels of load.

View the architecture diagram. View the FileMaker on-premise vs. cloud/AMI architecture.

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tma-liveramp
4:52

In this episode of This Is My Architecture, Michel from LiveRamp walks us through their end-to-end streaming data processing platform that handles 350,000 requests per second and 15-17TB of logs per day. You'll learn how they leverage Amazon EC2, Auto Scaling, Amazon Kinesis Firehose, Amazon S3, Amazon EMR, and Amazon Redshift to power a fast, scalable, and reliable marketing data analytics platform that meets strict SLAs.

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tma-expedia
7:13

Kuldeep Chowhan, Principal Engineer at Expedia, shows us how Expedia built a scalable CI/CD platform on AWS using Github, Jenkins, Amazon EC2 Container Service (ECS), and Lambda. With over 4,000 applications deployed through this platform, their developers can deploy a wide variety of apps faster and more frequently. The platform gathers and stores rollout metrics and data, and with Blue-Green deployment support, it supports continuous improvement in their production environments.

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tma-fanduel
5:02

In this episode of This is My Architecture, Steve Hunt, Director of Infrastructure and Ops at Fanduel, shows how they run CloudFormation at scale. With over 400 stacks running at any given time, you'll see how they architected their tooling to manage this infrastructure. You'll also see how they scale at the data layer, using services like Amazon Aurora and Amazon ElastiCache, along with techniques like precomputed cache to deliver optimal data services to their stacks.

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tma-spirelabs
9:08

In this episode of This Is My Architecture, Rob Scott (@robertjscott), VP of Software Architecture at Spire Labs (@spire), explains how they built a fault-tolerant solution across three AWS Availability Zones with Amazon RDS, Amazon ElastiCache, and Kubernetes on Amazon EC2 with Auto Scaling. Their design allows them to tolerate the temporary loss of both Kubernetes pods/containers and EC2 instances, keeping them up and running smoothly for customers.

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tma-clearscale
3:40

In this episode of This Is My Architecture, Jimmy Chui from ClearScale explains how they built a platform that allows customers to order "designer genes". Their solution uses serverless products such as Amazon API Gateway, Amazon Lambda, Amazon DynamoDB, and Amazon SQS, in addition to Amazon EC2 Container Service (ECS) clusters to run and manage their Docker containers. The ClearScale platform is built to be flexible and scalable: it handles 1000 requests per gene sequence, with spiky workloads that peak 25-30% of the day.

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tma-idt
2:46

In this episode of This Is My Architecture, Nathaniel Ritholtz, Software Developer at IDT, describes how they built a secure configuration management modification system for their containerized applications on AWS. IDT's solution uses HashiCorp's Consul along with Amazon Simple Storage Service (S3), AWS Key Management Service (KMS), and Amazon EC2 Container Service (ECS).

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tma-deloitte
6:16

In this episode of This is My Architecture, Fran Cardell, Cloud Hosting Lead at Deloitte, explains how they simplified running SAP Hana on AWS. Starting with a Quick Start reference architecture, they build a cost-optimized, well-performing platform with robust security controls. You'll also hear about the storage and instance types that go into building small, medium, and large versions of the platform.

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tma-dynatrace
5:38

Andreas Lehofer, Chief Product Officer at Dynatrace, explains how they built their Application Performance Management Solution by securely using four different types of storage on AWS. You'll learn how they use Lambda to securely ingest logs and performance data at high speed. You'll also learn about davis, a virtual assistant for digital performance management, which enables VoiceOps through natural language queries to Alexa and artificial intelligence running on AWS. Invite your infrastructure assistant to your next stand-up meeting!

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tma-irobot
5:50

Ben Kehoe, Cloud Robotics Research Scientist at iRobot, explains how they built a serverless solution to power microservices that scale to control millions of robots. You’ll learn how they automate and optimize AWS Lambda functions and Amazon API Gateway deployments with AWS CloudFormation and Swagger, plus how they inject information during the deployment process to decouple architecture details from the code.

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tma-airbnb
3:39

In this episode of This is My Architecture, Xinyao Hu, Engineering Manager at Airbnb, discusses the Amazon RDS Replay Machine they built. They built an infrastructure that allows them to replay actual transactions sent to almost 100 different databases. Tune in and see how Airbnb uses this system for disaster recovery, load testing, and advanced analytics in Hive at massive scale.

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tma-coinbase
1:55

In this episode of This is My Architecture, Rob Witoff, Director of Infrastructure, dives into AWS IAM and AWS CloudTrail policy management at Coinbase. You'll see how they use the IAM Access Advisor to descope permissions in Development before pushing to Production. You'll also learn how they wrap their open-source tool GeoEngineer around IAM and CloudTrail to maintain their high-security environment without inhibiting their Operations teams.

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tma-human-longevity
4:20

Bryan Coon, Head of Enterprise Services at Human Longevity Inc., explains how they process up to 12TB per day of raw data in Amazon S3 with custom analytics tools running in Docker containers. HLI has automated the deployment of reusable pipelines of containerized tasks with Amazon SWF, the Ruby Flow framework, AWS OpsWorks, Amazon SQS, and AWS Lambda. They also keep costs low by leveraging Amazon EC2 Spot Fleet to power their Amazon ECS clusters.

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tma-station-x
5:17

In this episode of This Is My Architecture, Anish from Station X explains how they built a platform to analyze, visualize, and manage genomic information at scale on AWS. You’ll learn how they use Qubole to manage clusters running Presto and Hive that power their interactive, near real-time query interface. You’ll also learn how they optimize query performance by storing their data in ORC stripes and sorting by genomic coordinate.

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tma-capital-one
5:55

In this episode of This is My Architecture, Kapil Thangavelu, Director of Engineering at Capital One, explains their open-sourced rules engine for fleet management: Cloud Custodian. You'll see how Capital One uses this tool and a simple YAML-based DSL to eliminate the need to manage hundreds or thousands of scripts and policies, and offer "real-time" compliance and cost management at scale.

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tma-vtex
5:00

In this episode of This is My Architecture, Geraldo Thomaz, Co-CEO at VTEX, an AWS advanced partner, explains how they built a high security SaaS environment using IAM and MFA federated access. You’ll see how their continuous delivery model uses SAML integration and the AWS Secure Token Service to provide temporary keys to maintain least privilege.

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tma-heroku
3:33

Greg Nokes from Heroku explains how one of their customers built an Internet of Things (IoT) solution that uses Heroku’s managed Kafka service, Amazon S3 for data storage, and Amazon Redshift for analytics.

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tma-new-relic
4:59

In this episode of This Is My Architecture, Lisa Moreno from New Relic explains how they take a modular approach to automated AWS infrastructure deployment using HashiCorp's Terraform.

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tma-corpinfo
6:00

In this episode of This Is My Architecture, Tim Fox from CorpInfo, an AWS Premier Consulting Partner, explains how they built a flexible and scalable IoT solution to power a customer's video streaming application. You'll see how they use a mix of AWS services and data stores, including ELB, EC2, S3, RDS, DynamoDB, and Redshift, plus the concept of "pods" to optimize for a variety of different requirements.

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tma-civitas-learning
2:59

In this episode of This Is My Architecture, Chad Walters, VP of Engineering at Civitas Learning, explains how they spin-up transient, parallel Amazon Redshift clusters to securely separate PII data. He also explains how they use an Amazon EC2-based Scala application called "Foreman" to dynamically right-size Redshift clusters based on the datasets' metadata in addition to past query performance.

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tma-ibm-spectrum-protect
4:04

In this episode of This is My Architecture, Jay Calder, Lead Cloud Developer for IBM Spectrum Protect, dives in to how they built an incremental forever architecture on top on Amazon S3.

To learn more, read this case study.

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tma-financial-times
3:40

Greg Cope, Head of Platform Architecture and Security, explains how the team at Financial Times used Cloudhealth, Lambda, and shared dashboards to encourage the adoption of Amazon Linux and gamify cost optimization. It's the Thames meets the Silicon Valley in this episode of This is My Architecture.

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tma-ironsource
6:15

How do you get near real-time insight when your data sources are all over the planet? Shimon Tolts, AWS Community Hero and CTO at ironSource, shares how they built ironSource Atom using Amazon Kinesis, Amazon Redshift, and geo-latency based routing to collect and process over 160 billion events per month. With this architecture, their customers can see enriched data in their data warehouse in about a minute.

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tma-eseye
2:50

You want secure communication to a device in the field, but how do you make that first connection without touching the device? Ian Marsden, CTO of Eseye (an AWS IoT Competency partner) shares how they built AnyNet Secure for AWS IoT to solve this problem. This global cellular connectivity product enables AWS customers to automatically activate, provision, authenticate, and certify IoT devices, and then ingest data to their AWS Cloud in over 153 countries.

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tma-coinbase
5:28

Coinbase is the easiest place to buy and sell cryptocurrencies, so security is built into everything they do. In this episode of This is My Architecture, Rob Witoff, Director of Infrastructure at Coinbase, explains how they empower their developers to make changes by requiring consensus to actually make those changes. You'll learn how they use their open-source tool GeoEngineer on top of Terraform to make production changes quickly and securely.

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tma-netflix
4:14

What happens when you need to move 89 million viewers to a different AWS Region? Netflix's infrastructure, built on AWS, makes it possible to be extremely resilient, even when you're running services in many AWS Regions simultaneously. Coburn Watson, Director of Performance and Reliability Engineering at Netflix, takes us through a DNS architecture—built on Amazon Route 53 and augmented with Netflix's Zuul—that allows them to evacuate an entire region in under 40 minutes.

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tma-sumologic
6:03

Stefan Zier, Chief Architect at Sumo Logic, explains how their solution leverages multiple AWS services to ingest and process massive amounts of logs for their customers. You'll learn about how they use Amazon Simple Storage Service (Amazon S3) to store logs and state, provide customer-specific encryption with keys that rotate daily, and leverage lifecycle policy and the infrequent access data class to save money. Stefan also reviews how Sumo Logic uses clusters of EC2 instances to run Kafka and other software in parallel workflows with low end-to-end latency, and Amazon DynamoDB's atomic counter feature to meter usage so that they can accurately charge their customers.

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tma-checkpoint-architecture
4:17

Greg Pepper, Security Architect at Check Point Software Technologies, explains how they built their AWS solution to automatically scale both vertically and horizontally. You'll learn about how they leverage Auto Scaling and the "ELB sandwich" design pattern in an Amazon Virtual Private Cloud (Amazon VPC) to automatically respond to demand, adding and removing EC2 instances in addition to adjusting EC2 instance types on-the-fly.

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tma-lyft
5:52

Chris Lambert, CIO of Lyft, explains how they built a highly available service discovery solution on AWS. Lyft’s 150 microservices serve more than 1 million requests per second and are maintained by a team of 30 who deploy code hundreds of times a day. Performance and high availability are critical. You'll learn about how they achieved their architectural goals by leveraging clusters of EC2 instances, making asynchronous calls, decoupling the components of their architecture, and storing state reliably in Amazon DynamoDB.

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tma-sophos-architecture
6:04

Rich Vorwaller, Senior Product Manager at Sophos, explains how they dynamically scale the Sophos UTM solution to inspect network traffic of their EC2 instances using the "Elastic Load Balancing (ELB) sandwich" design pattern and Auto Scaling. You'll also learn how they leveraged Amazon S3 notifications with Amazon Simple Notification Service (Amazon SNS) to automate policy distribution to worker nodes. Lastly, you'll see how they built an outbound gateway solution using GRE tunnels and Amazon VPC networking features to provide outbound content filtering for Amazon WorkSpaces and other use cases.

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tma-palo-alto
5:39

Warby Warburton, Technical Marketing Engineering Manager at Palo Alto Networks, explains how they scale the VM-Series firewall for AWS across multiple Availability Zones. You'll learn about several advanced techniques for scaling your solutions on AWS: the "ELB sandwich" design pattern that allows you to scale different application tiers independently; using Amazon S3 to store data needed to license and configure new instances as they come online; using AWS Lambda functions to configure instances once launched; and publishing custom metrics to Amazon CloudWatch that Auto Scaling can use to accurately match capacity to demand.

Read this Tech Brief on Auto Scaling the VM-Series on AWS.

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