What's Happening?
Fidelity is actively recruiting a Cloud Engineer for its Atlas Core Services team in Merrimack, New Hampshire. This role focuses on designing, building, and supporting Fidelity's internal Infrastructure-as-a-Service (IaaS) platform, known as Atlas. The
Atlas platform aims to provide cloud-like capabilities across Fidelity's data centers, enabling engineering teams to provision and manage compute, storage, and networking resources through Infrastructure-as-Code and API-driven workflows. The Cloud Engineer will be responsible for developing and maintaining platform APIs, automation, and infrastructure services, as well as building secure, resilient, and scalable distributed systems. Key tasks include enhancing Infrastructure-as-Code capabilities using tools like Terraform/OpenTofu, creating CI/CD pipelines for automated platform delivery, and implementing observability standards across the platform, including metrics, logging, tracing, dashboards, and alerting. The team collaborates with infrastructure, architecture, application, and SRE teams to deliver scalable and secure services.
Why It's Important?
This hiring initiative underscores Fidelity's commitment to strengthening its internal cloud infrastructure and adopting modern DevOps practices. By developing a robust internal IaaS platform, Fidelity aims to enhance operational efficiency, accelerate software development cycles, and provide a more agile environment for its engineering teams. The emphasis on Infrastructure-as-Code, API-driven workflows, and CI/CD pipelines indicates a strategic move towards automation and standardization in infrastructure management. This approach can lead to significant cost savings, improved resource utilization, and reduced manual errors. For the financial services industry, where data security and system reliability are paramount, investing in a sophisticated internal cloud platform like Atlas is crucial for maintaining competitive advantage and ensuring compliance with stringent regulatory requirements. The role's focus on observability also highlights the importance of proactive monitoring and rapid issue resolution in a complex financial technology environment.
What's Next?
Fidelity's continued investment in its Atlas platform suggests a long-term strategy to evolve its internal cloud capabilities. The company is transitioning to a full-time onsite working model, which may impact the recruitment and integration of new talent for this role. As the Atlas platform matures, it is expected to further streamline infrastructure provisioning and management across Fidelity's operations, potentially leading to faster deployment of new financial products and services. The ongoing development of reusable platform capabilities and shared services will likely foster greater collaboration and efficiency among Fidelity's various engineering teams. The adoption of new technologies to improve platform reliability, scalability, and efficiency will remain a continuous effort, ensuring that Fidelity's internal cloud infrastructure can meet future demands and technological advancements.
Beyond the Headlines
The development of an internal IaaS platform like Atlas by a major financial institution such as Fidelity reflects a broader trend in the enterprise sector towards hybrid cloud strategies. While public cloud services offer flexibility, many large organizations opt for private or internal clouds for sensitive data, regulatory compliance, and specialized workloads. This approach allows for greater control over security, performance, and cost optimization. The skills required for this role, such as expertise in Python/Go, Terraform/OpenTofu, and observability tools, are highly sought after in the tech industry, indicating a shift in the skill sets demanded by traditional financial firms. This move also highlights the increasing convergence of financial services and technology, where financial institutions are becoming significant tech developers in their own right, building proprietary solutions to gain a competitive edge and manage their complex IT ecosystems.
