SIMS: ScaleUp Infrastructure Management Suite

SIMS is an advanced Data Center Infrastructure Management platform developed by ScaleUp Infratech that provides real-time monitoring, intelligent alerting, and centralized control of IT systems, networks, and data center infrastructure.  It is an AI-enabled, unified IT/OT operations platform designed for Micro Data Centers that delivers role-based, real-time visibility and closed-loop operational control across a single site or an entire fleet.  SIMS connects IT service operations—such as availability, capacity, performance, patching, backup, and incident/change workflows—with facility operations, including energy usage, UPS/PDU systems, generators (where applicable), thermal management, alarms, and compliance logs. 

SIMS can monitor a wide range of infrastructure components, including servers, networks, UPS systems, power devices, and storage systems using SNMP and WMI-based monitoring. It also unifies IT service operations (availability, capacity, performance, patching, backup, incident/change workflows) with facility operations (energy, UPS/PDU, generators where applicable, thermal management, alarms, compliance logs), providing a comprehensive view and control of both IT and supporting infrastructure within Micro Data Center environments. 

SIMS enables real-time monitoring by providing a continuously updated, live view of each micro data center’s operational health across compute, network, and power — so teams can spot anomalies early and act before service is affected. It continuously tracks critical performance indicators such as CPU utilization, memory usage, disk health, and network performance, and presents them in an always-on operational view for fast diagnosis. SIMS also provides real-time insights into server, network, and power health, helping operators quickly correlate symptoms (like rising CPU) with root causes (like network degradation or power instability). In addition, its central NOC map offers a single-screen, multi-site overview with clear status indicators, making it easy to monitor distributed locations at a glance and prioritize attention where it’s needed most. By combining live metrics with centralized visibility, SIMS helps teams detect issues sooner, reduce troubleshooting time, and prevent unplanned downtime.

Smart Alerting in SIMS is an automated alerting and escalation capability that ensures the right people are notified quickly—and that issues don’t get missed. When SIMS detects an incident or abnormal condition, it automatically sends notifications through multiple channels such as Email, SMS, and WhatsApp, so operators can respond immediately even if they’re away from the console. If an alert isn’t acknowledged within a short window, SIMS triggers auto-escalation within minutes to the next level of contacts, helping ensure timely ownership and action. This escalation flow reduces the risk of prolonged outages by making sure critical alerts reach someone who can respond, fast.

The Central NOC Map is SIMS’s single-screen, real-time operations view that lets teams monitor all sites and infrastructure assets at once—ideal for managing distributed micro data centers from a centralized Network Operations Center. It provides a global, live status view with simple, color-coded health indicators—Green (healthy), Amber (warning/degraded), and Red (critical)—so operators can instantly spot which locations need attention. By consolidating multiple locations into one dashboard, the Central NOC Map reduces context switching, speeds up triage, and helps teams prioritize responses based on current site health.

Yes—SIMS can manage infrastructure remotely through its Remote Orchestration capabilities, allowing teams to perform secure, authorized actions without needing to dispatch technicians to site. SIMS supports remote tasks such as server access (SSH), power control via PDU, and patch deployment over encrypted VPN connections, enabling faster response times and reduced operational overhead. Every remote action is protected with strong security controls and recorded with full audit trails, providing clear accountability over who did what, when, and where. This helps organizations reduce site visits, speed up remediation, and maintain compliance while operating distributed micro data centers at scale.

SIMS improves operational efficiency by centralizing and automating the core workflows required to run distributed micro data centers—so teams can manage more sites with less manual effort and faster resolution times. It streamlines day-to-day operations through real-time monitoring of server, network, and power health, paired with smart alerting and auto-escalation to ensure issues are acted on quickly. SIMS further reduces operational overhead with remote orchestration (secure actions such as SSH access, PDU power control, and patch deployment with full audit trails), cutting down the need for on-site visits and speeding remediation. On the business side, SIMS supports automated multi-tenant billing based on usage, eliminating repetitive billing tasks and improving accuracy. Finally, its integrated ticketing and incident management helps standardize triage, track accountability, and close incidents faster—resulting in reduced downtime, improved response times, and more predictable operations at scale.

Automated Multi-Tenant Billing in SIMS is a built-in billing engine that automates accurate, usage-based invoicing across shared infrastructure—so operators can bill multiple customers consistently without manual spreadsheets. SIMS automatically tracks and calculates rack space utilization and power consumption in kWh per tenant, then uses that data to generate invoices and produce clear, auditable billing outputs. It also provides transparent reporting so tenants can see how charges were derived, which helps reduce billing errors, speeds up reconciliation, and minimizes disputes. This is especially valuable in multi-site environments where usage varies over time and billing needs to remain consistent across locations.

Yes—SIMS includes an integrated ticketing and incident management system that automatically converts alerts into tracked work items, ensuring no issue falls through the cracks. When SIMS detects an alert, it automatically creates a ticket and assigns it based on escalation rules, eliminating manual ticket creation and reducing response delays. Each ticket is tracked end-to-end from creation through resolution, capturing all relevant context—metric values, alert history, actions taken, and resolution notes—in a complete audit trail. This creates accountability across the team, helps identify patterns (like recurring issues at specific locations), and provides full visibility into incident lifecycle and remediation timelines. The integrated ticketing system also streamlines incident management by centralizing communication and preventing duplicate work, while the audit trail ensures compliance requirements are met and enables post-incident analysis to continuously improve operations.

SIMS helps reduce downtime by turning infrastructure operations into a detect–decide–act loop that runs continuously across every site—so problems are found early, routed to the right responders, and resolved faster. It starts with real-time monitoring of server, network, and power health, giving teams immediate visibility into emerging degradation before it becomes an outage. SIMS then applies smart alerting with auto-escalation, notifying teams through multiple channels and escalating within minutes if an alert isn’t acknowledged—preventing critical incidents from being overlooked. To shorten remediation time even further, SIMS supports secure remote orchestration (with encrypted access and full audit trails), enabling operators to take corrective actions such as access, power cycling, or patch deployment without waiting for on-site intervention. Finally, SIMS automatically logs incidents into its integrated ticketing and resolution workflow, ensuring every issue is tracked to closure with clear accountability—reducing repeat outages and improving mean time to resolution

Yes—SIMS is purpose-built for multi-location, distributed infrastructure (including fleets of micro data centers), enabling teams to operate many sites as a single, centrally managed environment. SIMS provides centralized, real-time visibility across all locations through features like the Central NOC Map, which gives a single-screen view of site health and status indicators so operators can quickly identify which sites need attention. From the same platform, teams can take action using secure remote orchestration (with encrypted connectivity and full audit trails), reducing the need for on-site visits and improving response consistency across geographies. Combined with smart alerting and escalation plus integrated ticketing, SIMS standardizes how incidents are detected, routed, and resolved across every site—making it well-suited for scaling operations as your footprint grows.

SIMS is designed for organizations that need centralized visibility, fast response, and consistent operations across distributed micro data centers and critical infrastructure — especially where uptime, security, and operational scale matter.

It’s a strong fit for:

- Data center operators and colocation providers managing multiple sites and tenants who need real-time monitoring, incident ticketing, and automated multi-tenant billing based on usage.  

- Enterprises with distributed IT/edge deployments that require a single platform for monitoring, alerting, and remote orchestration to reduce on-site interventions.  

- Telecom operators and edge infrastructure providers running large numbers of remote locations, where smart alerting with auto-escalation and a Central NOC Map improve NOC efficiency and reduce downtime.  

- IT service providers / managed service providers (MSPs) who need standardized operations across customers, including audited remote actions, structured ticketing and resolution, and usage-based billing transparency.  

- Any organization operating mission-critical, multi-location infrastructure (including power/network-dependent environments) that benefits from server + network + power health monitoring, rapid escalation, and full audit trails.