
DX Unified Infrastructure Management
AIOps tools
Cloud infrastructure monitoring software
Monitoring software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
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What is DX Unified Infrastructure Management
DX Unified Infrastructure Management (DX UIM) is an infrastructure monitoring platform for tracking the availability and performance of servers, networks, storage, and related services across on-premises and cloud environments. It is used by IT operations and NOC teams to collect metrics, generate alerts, and support incident triage and capacity planning. The product emphasizes broad infrastructure coverage via monitoring probes/agents and centralized dashboards and reporting, with options to integrate events into ITSM and other operations workflows.
Broad infrastructure coverage
DX UIM monitors common infrastructure domains such as OS/server health, network devices, storage, and virtualization using a large catalog of probes and templates. This breadth supports heterogeneous environments where teams need one tool to cover multiple technology stacks. It is well-suited to organizations that prioritize infrastructure-layer visibility over deep application tracing.
Flexible deployment and scaling
The platform supports distributed monitoring architectures, which can help scale collection across multiple sites and network segments. This approach can reduce single-point bottlenecks and allow teams to place collectors closer to monitored assets. It also fits environments with strict network segmentation where centralized polling is difficult.
Operational dashboards and reporting
DX UIM provides dashboards, alerting, and reporting oriented to day-to-day operations, including availability and performance views and historical trends. These capabilities support routine health checks, SLA-style reporting, and capacity discussions. Integrations can forward events/metrics to other operations tools for ticketing and escalation workflows.
AIOps depth varies by use
While DX UIM can support event correlation and noise reduction through configuration and integrations, advanced AIOps capabilities (e.g., automated root-cause analysis across full-stack telemetry) may require additional products or significant tuning. Teams expecting out-of-the-box AI-driven insights comparable to specialized AIOps suites may find gaps. Outcomes often depend on data quality, topology modeling, and rule design.
Complexity in probe management
The probe-based model can introduce operational overhead for deployment, versioning, and configuration across many monitored technologies. Large environments may need disciplined standards and automation to keep configurations consistent. Without that governance, teams can experience alert noise and uneven monitoring coverage.
UI and workflow modernization
Some organizations report that administration and workflow ergonomics can feel less modern than newer observability platforms. Building consistent dashboards and maintaining role-based views can take time, especially across multiple tenants or business units. This can increase time-to-value for teams that want rapid self-service onboarding.
Seller details
Broadcom Inc.
Palo Alto, California, USA
1961
Public
https://www.broadcom.com/
https://x.com/Broadcom
https://www.linkedin.com/company/broadcom/