You will be responsible for designing and building an Azure-based cloud environment as code while porting existing platform components from GCP. Additionally, you will support application teams during their migration and facilitate knowledge transfer through documentation and pairing.
You will be responsible for researching and implementing client requirements by writing and unit-testing YANG-based mappings for OpenConfig models. Additionally, you will collaborate with the infrastructure team and participate in technical discussions and pre-sales meetings.
You will be responsible for designing and building an Azure-based cloud environment as code while porting existing platform components from GCP. Additionally, you will support application teams during their migration and facilitate knowledge transfer through documentation and pairing.
Design, build, and maintain a customer-facing network security migration product and its underlying libraries, emphasizing self-service workflows, predictable behavior, and reusable capabilities. Lead technical initiatives from design through release, shape architecture and testing, coordinate dependencies across teams, and promote effective AI-assisted engineering practices.
Research and define implementation approaches for client requirements, participate in technical discussions, and write and unit-test YANG-based mappings for OpenConfig models. Review and document code, coordinate with infrastructure teams on YANG mapping reviews, use AI agent-based tools to develop tooling, and occasionally participate in technical pre-sales meetings.
You will be responsible for designing, building, and maintaining a unified network security management platform and its underlying libraries. This involves leading technical initiatives, applying AI-assisted engineering practices, and ensuring high-quality test coverage throughout the SDLC.
You will design and implement business logic for converting configurations between various CDN solutions and shape the software architecture of the migration framework. Additionally, you will contribute to Python-based software development while maintaining high quality and reliability standards for production-grade deployments.
You will be responsible for configuring and troubleshooting NVIDIA networking hardware while implementing advanced congestion control mechanisms for AI workloads. Additionally, you will conduct performance benchmarking and utilize AI tools to automate network tasks and maintain technical documentation.
You will be responsible for the bring-up, configuration, and validation of SONiC-based networking platforms and hardware. Additionally, you will own the stability, reliability, and soak testing processes to ensure long-term operational resilience.
You will be responsible for configuring, troubleshooting, and maintaining NVIDIA/Mellanox networking hardware while implementing advanced congestion control mechanisms for AI workloads. Additionally, you will conduct performance benchmarking, validation testing, and automate network tasks using AI agents.
You will be responsible for designing, building, and deploying large-scale global traffic routing platforms and distributed infrastructure. Additionally, you will manage complex migrations of legacy network systems and develop core network routing tools.
You will design, build, and maintain scalable data pipelines and services using Python, SQL, and cloud technologies. Additionally, you will focus on continuous improvement by refactoring existing systems, implementing data quality checks, and optimizing performance.
You will develop features across the full stack while integrating generative AI capabilities into a multi-tenant SaaS platform. This includes owning features end-to-end, from implementation and instrumentation to monitoring quality, latency, and cost.
You will design, build, and maintain integrations that connect the platform to third-party network systems and controllers. Additionally, you will develop discovery agents and services to extract and deliver network data while applying AI-assisted engineering practices.
The Growth Specialist will drive business development in the US by identifying new opportunities, managing the full sales cycle, and building relationships with key stakeholders. They will collaborate with cross-functional teams to position CodiLime's engineering services and ensure predictable revenue growth.
You will be responsible for developing test automation using Python and contributing to Python-based test framework functionalities. Additionally, you will design and automate new environment configurations while collaborating with architects to ensure validation methods meet expectations.
Develop and maintain a Python-based validation framework to test low-level SDK APIs for networking hardware. Collaborate with client architects to define requirements and leverage AI coding tools to rapidly generate and refactor test scripts.
Responsible for implementing and migrating SASE component configurations to a customer's security platform. This includes analyzing network environments to create customized migration workflows and collaborating with development teams on automation software.
Lead the design, architecture, and optimization of networking infrastructure for large-scale data centers and offices. Oversee the full site deployment cycle and develop automation scripts using Python and Ansible.
Responsible for implementing and migrating SASE component configurations to a customer's security platform. This includes analyzing network environments to create customized migration workflows and collaborating with development teams on automation software.
Responsible for implementing and migrating SASE component configurations to a customer's security platform. This includes analyzing network environments to create customized migration workflows and collaborating with development teams on automation software.
