Rohit Bhardwaj
Director of Architecture, Expert in cloud-native solutions
Rohit Bhardwaj is a Director of Architecture working at Salesforce. Rohit has extensive experience architecting multi-tenant cloud-native solutions in Resilient Microservices Service-Oriented architectures using AWS Stack. In addition, Rohit has a proven ability in designing solutions and executing and delivering transformational programs that reduce costs and increase efficiencies.
As a trusted advisor, leader, and collaborator, Rohit applies problem resolution, analytical, and operational skills to all initiatives and develops strategic requirements and solution analysis through all stages of the project life cycle and product readiness to execution.
Rohit excels in designing scalable cloud microservice architectures using Spring Boot and Netflix OSS technologies using AWS and Google clouds. As a Security Ninja, Rohit looks for ways to resolve application security vulnerabilities using ethical hacking and threat modeling. Rohit is excited about architecting cloud technologies using Dockers, REDIS, NGINX, RightScale, RabbitMQ, Apigee, Azul Zing, Actuate BIRT reporting, Chef, Splunk, Rest-Assured, SoapUI, Dynatrace, and EnterpriseDB. In addition, Rohit has developed lambda architecture solutions using Apache Spark, Cassandra, and Camel for real-time analytics and integration projects.
Rohit has done MBA from Babson College in Corporate Entrepreneurship, Masters in Computer Science from Boston University and Harvard University. Rohit is a regular speaker at No Fluff Just Stuff, UberConf, RichWeb, GIDS, and other international conferences.
Rohit loves to connect on http://www.productivecloudinnovation.com.
http://linkedin.com/in/rohit-bhardwaj-cloud or using Twitter at rbhardwaj1.
Presentations
Cloud Architectural design patterns blueprints
Tuesday, 3:15 PM EST
In this talk, we will explore different cloud computing architecture design patterns blueprints and how you can take advantage of them. We will study cloud patterns for Private and Hybrid cloud deployments, Cloud Services, Common cloud management platforms, Security, Cloud governance, resiliency, Performance, and consumability.
In this talk, we will explore different cloud computing architecture design patterns blueprints and how you can take advantage of them. We will explore cloud patterns for Private and Hybrid cloud deployments, Cloud Services, Common cloud management platforms, Security, Cloud governance, resiliency, Performance, and consumability.
Few patterns we will explore are as follows:
Sharing, Scaling and Elasticity Patterns
Reliability, Resiliency and Recovery Patterns
Data Management and Storage Device Patterns
Cloud Service and Storage Security Patterns
Network Security, Identity & Access Management and Trust Assurance Patterns
Enterprise Security, Privacy and Data compliance
Tuesday, 5:00 PM EST
Data integrity, security, recovery, privacy and regulatory compliance are essential attributes for enterprise implementation. Enterprise customers ask for transparency in how the vendors will provide security programs. Many questions need to be asked for any cloud implementation to policy makers, architects, coders, and testers.
In this presentation, we will explore data security and storage, privacy, and data compliance issues. We will explore the security management in the cloud. The presentation is useful for anyone starting from Executives to developers who are going to implement the Enterprise Applications in both private and public cloud.
Data integrity, security, recovery, privacy and regulatory compliance are essential attributes for enterprise implementation. Enterprise customers ask for transparency in how the vendors will provide security programs. Many questions need to be asked for any cloud implementation to policy makers, architects, coders, and testers.
In this presentation, we will explore data security and storage, privacy, and data compliance issues. We will explore the security management in the cloud. The presentation is useful for anyone starting from Executives to developers who are going to implement the Enterprise Applications in both private and public cloud.
Real-world Integration case studies and patterns part 1
Wednesday, 9:00 AM EST
Building 3rd party integrations require deep understanding of the business problems. You would not want to reinvent the wheel to solve common issues. In this talk we will explore different case studies with patterns which helps solves real world issues. We will start with exploring SOA patterns like Service host, Active service, Transactional service, Workflodize, Edge component. After that we will look at patterns related to performance, scalability and availability like Decoupled invocation, parallel pipelines, Gridable service, Service instance, Virtual Endpoint, and Service watchdog.
Lastly we will dive into security and manageability patterns like Secured message, Secured Infrastructure, Service firewall, Identify provider, and Service Monitor. Message exchange patterns include Request/Reply, Request/Reaction, Inversion of Communications and Saga. In Service consumer pattern we will explore Reservation, Composite front end and client/Server/Service. In Service integration patterns we will explore Service bus, Orchestration, Aggregated reporting. Lastly we will examine Service anti-patterns like Knot, Nanoservice, Transactional integration.
Building 3rd party integrations require deep understanding of the business problems. You would not want to reinvent the wheel to solve common issues. In this talk we will explore different case studies with patterns which helps solves real world issues. We will start with exploring SOA patterns like Service host, Active service, Transactional service, Workflodize, Edge component. After that we will look at patterns related to performance, scalability and availability like Decoupled invocation, parallel pipelines, Gridable service, Service instance, Virtual Endpoint, and Service watchdog.
Lastly we will dive into security and manageability patterns like Secured message, Secured Infrastructure, Service firewall, Identify provider, and Service Monitor. Message exchange patterns include Request/Reply, Request/Reaction, Inversion of Communications and Saga. In Service consumer pattern we will explore Reservation, Composite front end and client/Server/Service. In Service integration patterns we will explore Service bus, Orchestration, Aggregated reporting. Lastly we will examine Service anti-patterns like Knot, Nanoservice, Transactional integration.
Real-world Integration case studies and patterns part 2
Wednesday, 11:00 AM EST
Building 3rd party integrations require deep understanding of the business problems. You would not want to reinvent the wheel to solve common issues. In this talk we will explore different case studies with patterns which helps solves real world issues. We will start with exploring SOA patterns like Service host, Active service, Transactional service, Workflodize, Edge component. After that we will look at patterns related to performance, scalability and availability like Decoupled invocation, parallel pipelines, Gridable service, Service instance, Virtual Endpoint, and Service watchdog.
Lastly we will dive into security and manageability patterns like Secured message, Secured Infrastructure, Service firewall, Identify provider, and Service Monitor. Message exchange patterns include Request/Reply, Request/Reaction, Inversion of Communications and Saga. In Service consumer pattern we will explore Reservation, Composite front end and client/Server/Service. In Service integration patterns we will explore Service bus, Orchestration, Aggregated reporting. Lastly we will examine Service anti-patterns like Knot, Nanoservice, Transactional integration.
Building 3rd party integrations require deep understanding of the business problems. You would not want to reinvent the wheel to solve common issues. In this talk we will explore different case studies with patterns which helps solves real world issues. We will start with exploring SOA patterns like Service host, Active service, Transactional service, Workflodize, Edge component. After that we will look at patterns related to performance, scalability and availability like Decoupled invocation, parallel pipelines, Gridable service, Service instance, Virtual Endpoint, and Service watchdog.
Lastly we will dive into security and manageability patterns like Secured message, Secured Infrastructure, Service firewall, Identify provider, and Service Monitor. Message exchange patterns include Request/Reply, Request/Reaction, Inversion of Communications and Saga. In Service consumer pattern we will explore Reservation, Composite front end and client/Server/Service. In Service integration patterns we will explore Service bus, Orchestration, Aggregated reporting. Lastly we will examine Service anti-patterns like Knot, Nanoservice, Transactional integration.
Architectural perspectives - principles, concerns and communications
Wednesday, 5:00 PM EST
Ever wonder how to step back and analyze the architecture from a different point of views? In this talk, we will explore architectural principles, concerns, and communication. We will discover a core set of architectural principles, which can be used for evaluating the decisions throughout the project life cycle. Then we will examine concerns for the projects by exploring Availability, Scalability, Extensibility, Repeatability, Compatibility, Sustainability, Security and Third party integrations.
Ever wonder how to step back and analyze the architecture from a different point of views? In this talk, we will explore architectural principles, concerns, and communication. We will discover a core set of architectural principles, which can be used for evaluating the decisions throughout the project life cycle. Then we will examine concerns for the projects by exploring Availability, Scalability, Extensibility, Repeatability, Compatibility, Sustainability, Security and Third party integrations. Lastly, we will explore how the architecture comes to life by understanding the principles and concerns and performing effective communication. We will explore different communication methods like Domain model, process diagram, the context diagram, UI mocks, and Logical Architecture Diagram. We will explore RAID modeling to define Risks, Assumptions, Issues, and Dependencies.
We will explore
1) Project Skills: Partnership, Discovery, Conceptualization, Estimation, Management
2) Technology Skills: Platform Development, Architectural Perspectives, Governance, Know-how
3) Visionary Skills: Technology Innovation, Strategic Road mapping, Entrepreneurial Execution