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Dmitriy Kiselev
One-click Production Deployments, pushing complexity down to a Configuration Taxonomy, using Health Mediation as a vehicle, Inner / Open Source synergy.
Professional Background
Dmitriy Kiselev is a distinguished expert in Agility, Resiliency, and Health Mediation, proficiently practicing the 'Low Code' approach across a multi-cloud enterprise environment, including Google Cloud Platform (GCP), Amazon Web Services (AWS), and Microsoft Azure. With a remarkable technical acumen, Dmitriy has honed his skills in various capabilities that are vital for the evolution of cloud technologies and deployment strategies.
Dmitriy currently serves as an Architect and Product Owner of the Salesforce Public Cloud Continuous Deployment (CD) Platform at Salesforce. Here, he is responsible for integrating innovative deployment methodologies with a strong emphasis on health-mediated deployments and promoting scalability and resilience within cloud environments. Prior to his current role, he served as the Architect of the Salesforce Cloud Deployment Platform, where he played a pivotal role in enhancing deployment processes to ensure unmatched reliability and efficiency.
His experience in the technology sector is extensive, having served as a Development Architect at SAP Labs, where he contributed to developing robust software solutions tailored for enterprise needs. He further advanced his career as a Senior Software Developer at Boingo Wireless, where he was instrumental in fostering scalable software development practices. Additionally, Dmitriy’s career includes impactful roles as a Software Engineer at Alchemy Communications and a Team Lead and Senior Software Engineer at Exigen Group, underscoring his depth of expertise in software development and architectural design.
Education and Achievements
Dmitriy Kiselev's academic foundation is rooted in the field of Applied Mathematics. He pursued his studies in Applied Mathematics at two prestigious institutions in Russia - the State Aviation Technological University (MGATU) and the Russian State Technological University named after K.E. Tsiolkovsky (MATI). This solid educational background has equipped him with analytical and problem-solving skills that he applies in his professional endeavors.
Dmitriy’s proficiency in leveraging advanced mathematical principles in technology enables him to create robust systems and processes that enhance organizational capabilities and efficiencies. His commitment to continuous learning and professional development is evident in his dedication to mastering contemporary technologies and methodologies, including cloud orchestration and service mesh architectures.
Notable Achievements
Throughout his career, Dmitriy Kiselev has achieved significant milestones that reflect his expertise in cloud technologies and software deployment. He has pioneered the deployment of various innovative practices, including Deployment-as-Code, Environment-as-Code, and Health-Mediated Deployments.
His adeptness at utilizing Canary Analytics, Feature Flagging, and Capacity Enforcement showcases his ability to ensure that deployment processes are not only fast but also secure and resilient. Furthermore, his knowledge of creating Versioned Immutable Images and Workload Identity tagging enhances his capability to maintain high standards in software deployment.
Under Dmitriy's guidance, organizations have made notable advancements in testing and validation processes, implementing techniques such as Integration and Synthetic Testing, as well as Chaos and Latency Injection, to enhance system reliability. His work in monitoring, which includes Audit and Cost Tracking, Metrics, and Tracing and Alerts is critical in ensuring high availability (HA) and disaster recovery (DR) for extensive enterprise applications.
His focus on security through Secret Management, Public Key Infrastructure (PKI), Security Zones and Domains, and authentication mechanisms such as SAML and OAuth2 reflects his commitment to safeguarding organizational data and maintaining regulatory compliance.
In addition, Dmitriy’s innovative approach to product clustering, dynamic bootstrapping, and the implementation of two-level service meshes exemplify his forward-thinking strategies that align with the evolving landscape of cloud computing and software engineering.
