Enterprise platforms are built on multiple layers of foundational systems, most of which are invisible to customers until they fail. One critical layer running beneath HPE GreenLake’s Data Services Cloud Console (DSCC) is certificate infrastructure. It provides the underlying trust that enables secure device identification, renewal assurance, and storage-to-cloud communications. Lohith Reddy Kalluru’s work contributed to strengthening this layer and scale its reach across HPE device platforms.
Customer-facing features like dashboards, storage management consoles, analytics interfaces, monitoring views, and automation workflows are important when evaluating an enterprise cloud platform. However, much of what makes those platforms reliable goes unnoticed by customers.
HPE GreenLake’s Data Services Cloud Console, commonly known as DSCC, serves as a mission-critical SaaS control plane for managing, monitoring, and operating HPE’s storage and data infrastructure across hybrid environments. It powers thousands of enterprise customers spanning their hybrid cloud infrastructures worldwide. From healthcare providers storing clinical applications to financial institutions powering transaction processing to logistics companies running supply chain platforms have mission critical workloads where storage availability is often measured in small fractions of downtime. When you are running at that scale, every layer of the stack becomes important, even ones you don’t hear much about.
One of those layers is certificate infrastructure. Certificates let storage devices in the field authenticate themselves to cloud services. They enable devices to set up encrypted connections, deliver telemetry, and keep themselves accessible to the management plane.They are not glamorous. But when they fail quietly, everything built on top of them starts to degrade: monitoring gaps appear, support workflows break down, and the operational picture that administrators rely on becomes unreliable.
Lohith Reddy Kalluru, a Cloud Developer at HPE, contributed to the engineering work across DSCC to strengthen this layer. He helped expand certificate coverage across Alletra and primera storage systems by more than 40%, improving the infrastructure that supports device identity, certificate lifecycle handling, secure communication, and cloud-side visibility across HPE-managed device environments. His work strengthened the platform capability for secure storage operations at scale.
A Problem That Hides Well
The problem Kalluru decided to solve was one that industry at large had only recently started taking seriously. In a 2024 report, “Effectively Manage Your Organization’s Certificates,” Gartner analysts Paul Rabinovich and Erik Wahlstrom wrote that organizations regularly face outages caused by unmanaged certificates and security and risk management professionals must actively practice effective certificate lifecycle management to enable discovery, automation, and crypto-agility. That same year, Wahlstrom, VP Analyst and Key Initiative Leader for Identity and Access Management at Gartner, publicly stated that PKI and certificate lifecycle management had become a more significant enterprise problem than multi-factor authentication.
Government guidance has reinforced the same message. NIST Special Publication 1800-16, focused on TLS server certificate management, identifies centralized governance, automated lifecycle controls, and continuous monitoring as foundational requirements for maintaining certificate reliability across enterprise infrastructure. The publication notes that adopting a standardized, automated process for managing the full certificate lifecycle can reduce the risk of security incidents and operational failures that stem from improper certificate management.
Despite this growing recognition, certificate problems remain notoriously difficult to catch in time. A storage device might appear online in a dashboard while its certificate is already weeks into a failure state. Telemetry might stop flowing without a visible alarm. Support tools that depend on secure device connectivity might silently degrade. By the time the issue surfaces, it has usually been present long enough that remediation is harder than it needed to be.
This is the nature of lifecycle management problems in large-scale cloud infrastructure. The failure mode is not dramatic. It is slow, quiet, and cumulative, and it tends to surface at the worst possible moment.
Kalluru approached this not as a maintenance problem but as a structural one. He examined where coverage was incomplete across the Alletra and Primera storage portfolio, understood which systems were missing signals that could detect failures before they escalated, and created solutions that could be rolled out systematically across an infrastructure platform deployed at scale.
What 40 Percent More Coverage Actually Means
The tangible result of Kalluru’s efforts was to scale its certificate infrastructure to support more than 40 percent additional certificates across Alletra and Primera systems. This expansion strengthened the trust layer required for secure communication, telemetry, lifecycle operations, and cloud-side visibility across a broader storage footprint.
His work also improved monitoring readiness and supported preemptive analysis, helping reduce the remediation burden associated with certificate lifecycle issues. Instead of relying only on reactive fixes, the effort strengthened earlier detection, clearer visibility, and faster remediation planning.
HPE has described DSCC as the unified management platform for its Alletra storage portfolio, including Alletra Storage MP, Alletra 9000, Alletra 6000, and related systems. These are not edge devices or test environments. They are the storage infrastructure underpinning business-critical operations for enterprise organizations that cannot afford gaps in visibility or secure connectivity.
Why This Work Matters More as AI Enters the Stack
This sort of infrastructure work is worth paying attention to for another reason as well. HPE has been assembling GreenLake Intelligence, its agentic AI framework for reasoning across hybrid infrastructure and acting in concert to power operations decision-making around storage, networking, compute, and observability. HPE has been vocal about this being the future of how enterprise infrastructure will be managed, with AI agents playing an increasingly proactive role in identifying problems, suggesting remedies, and auto-remediation.
It's important to remember that AI systems don't create their operating context out of thin air. They require inputs. Infrastructure provides those inputs in the form of signals: identity of devices, telemetry streams, lifecycle state, connectivity status, and so on. If those signals are absent or compromised, the intelligence layer sitting on top of them is working with a blind spot. A certificate failure that silently cuts a device off from cloud telemetry may sound like it just affects that device in isolation. In fact it creates a data gap in what intelligent systems rely on to detect anomalies, flag risks and help inform decisions before they lead to outages.
That's where Kalluru's engineering efforts around certificate infrastructure become so important. Certificates are critical to the AI-assisted operations HPE envisions. They keep infrastructure secure and connected. Connected devices enable telemetry. Telemetry enables observability. And observability fuels intelligent systems to take action. This is the critical engineering that's required when you start scaling enterprise platforms. As storage infrastructure becomes increasingly connected, automated, and AI-assisted, certificates will become even more crucial.
