Unknown
Devices, links and virtual machines that never made it into inventory: added in a hurry, changed by a vendor or left over from a project. If nobody knows they exist, nobody monitors them.
Solution · By Challenge
Blind Spots in Infrastructure
You don't need another monitoring system. Unified360 covers hardware, operating systems, network, databases, applications and URLs, and puts everything you need on one single screen.
- One platformno extra tools
- Six layershardware to URL
- One screenand business services
The problem
Outages love the places nobody is looking
A blind spot is rarely a failure of effort. It is a gap between what exists, what is watched and what is understood.
Unwatched
Assets that are known but only partly monitored: an interface without thresholds, a database without alerting, a branch link nobody graphs. They look fine until they aren't.
Unconnected
Network, server and application tools that each see their own slice. When something fails, teams argue about whose problem it is because nobody sees how the pieces depend on each other.
No additional monitoring systems
Retire the patchwork. Keep one screen.
Most blind spots sit between tools. Unified360 monitors hardware, operating systems, network, databases, applications and URLs in one platform, with one alarm console.
Fewer consoles to log in to, fewer gaps between them, and one place to start when something breaks.
Where blind spots hide
Six places to look, and how each one is closed
Devices nobody knows about
The blind spotGear added in a hurry, changed by a vendor or left over from a project never reaches the inventory, so it is never monitored.
Closed withScheduled subnet and SNMP discovery finds it; IPAM tracks addresses, conflicts and stale IPs.
Links and circuits nobody watches
The blind spotISP, ILL and MPLS circuits fail quietly. Users notice before the network team does.
Closed withLink monitoring tracks availability, latency, jitter, packet loss and utilization per link.
Tool silos
The blind spotOne tool for the network, another for servers, a third for applications. Each shows a slice and nobody sees the whole.
Closed withOne console covers network, wireless, servers, databases, hypervisors and applications.
Outdated diagrams
The blind spotThe network drawing was accurate the day it was made. Now nobody trusts it, so nobody can trace impact.
Closed withTopology is built from LLDP, CDP, ARP and subnet data, with manual links and a rediscover action.
Alerts without context
The blind spotEither too little, so problems slip through, or a flood nobody can prioritise.
Closed withRule-based alerts with matching recovery notices, escalation policies and one Alarm Console with history.
Hidden hardware and hosts
The blind spotServers, virtual machines and out-of-band controllers that sit outside the normal monitoring net.
Closed withAgents for Windows and Linux; vCenter, Proxmox and Nutanix; Dell iDRAC and HP iLO hardware health.
How Autointelli closes them
Discover. Monitor. Connect. Act.
Four steps, one platform. Each screen below is real product, with identifying details blurred.
Step 1 · Discover
Find what you didn't know you had
- Scheduled subnet and IP-range discovery jobs, plus SNMP discovery with device fingerprinting.
- IPAM tracks addresses, flags conflicts and stale IPs, and maps switch ports.
- Pair with IntelliAsset for agent-based inventory and discovery through AD, LDAP, WMI, PowerShell and SSH.
Step 2 · Monitor
Bring every layer under watch
- Vendor SNMP templates with a generic fallback, so any SNMP-capable device is covered.
- Agents for Windows and Linux servers and desktops; SQL Server, Oracle, PostgreSQL and MySQL; vCenter, Proxmox and Nutanix; iDRAC and iLO.
- ISP, ILL and MPLS links with availability, latency, jitter, loss and utilization. Wireless controllers, IIS, Tomcat, JBoss, URL, port and ping checks too.
Step 3 · Connect
See how it all fits together
- Topology from LLDP, CDP, ARP and subnet data, with manual links and a rediscover action.
- One object registry ties monitors together, and Business Service Management ties monitors to services and applications and shows what depends on what.
- Overview dashboards for server, application, database, desktop, network, link and synthetic monitoring.
Step 4 · Act
Turn visibility into response
- Rule-based alerts with recovery notices, escalation policies and a single Alarm Console with event history.
- Automation rules and a script library for common fixes; scheduled config backup with drift alerts.
- Availability and performance reports, and trends for capacity planning.
Coverage
Hardware, OS, network, databases, applications and URLs
Six layers, one console, one alerting engine. No extra monitoring system for any of them.
35+Platforms & vendors
6Infrastructure layers
17+SNMP vendor templates
10+Ready-made dashboards
HardwareDell iDRACHP iLOVMware vCenterProxmoxNutanix
Operating systemsWindows serversLinux serversDesktopsServices & files
NetworkCiscoAristaFortigatePalo AltoDellNVIDIA / CumulusWireless controllersAny SNMP device
DatabasesSQL ServerOraclePostgreSQLMySQL
ApplicationsIISTomcatJBoss
URLs & availabilityURL checksPort checksPingSynthetic monitoring
Any SNMP-capable device is covered through the generic template, and new vendor templates reach your agents within about a minute, with no restart needed.
Business Service Management
Track it up to the application
Monitoring each device is only half the job. Business Service Management ties the monitors to the services and applications the business depends on, so a failing disk, database or link shows up as impact on the application.
- Applications built from services
Group services into a business application with a tier and an owner, and give each service a criticality.
- Bound to what you already monitor
Bind services to servers, databases, URLs, ports and links, and record which services depend on which.
- Health that travels up
UP, DEGRADED, IMPACTED and DOWN from monitor to service to application, with critical-path and down-only views.
Before & after
The same network, seen two ways
Drag the handle. Left is what a patchwork of tools shows. Right is one connected picture.
Illustrative network with sample data. In this example, 5 of 12 devices are unseen without a single view, and all 12 are monitored and connected with one.
See it live
Real screens from Unified360
Screens are from the product running on real data; identifying details have been blurred.
What changes
When nothing runs unseen
Problems found before users call
Thresholds, link monitoring and escalation put the first alert in front of the right person, not the first support call.
Faster root cause
Topology, relationships and one alarm history show what is affected and where to look first.
An inventory you can trust
Discovery, IPAM and the object registry keep the record of what exists close to what is really there.
Capacity you can plan
Utilization and performance trends on links, servers and disks turn upgrades into decisions, not surprises.
Built with
The platforms behind this solution
Unified360
IT operations & observability
Monitoring for network, servers, databases, hypervisors, wireless and applications, plus topology, link monitoring, IPAM, alerting and automation.
Explore Unified360IntelliAsset
IT asset management
An independent view of what exists: agent-based inventory, discovery through AD, LDAP, SNMP, WMI and SSH, lifecycle tracking and a CMDB.
Explore IntelliAssetQuestions
Frequently asked
Do we need separate monitoring tools for hardware, servers, network, databases and applications?
No. Unified360 covers hardware (Dell iDRAC, HP iLO and hypervisors), Windows and Linux operating systems, network devices and wireless, SQL Server, Oracle, PostgreSQL and MySQL, IIS, Tomcat and JBoss, and URL, port and ping checks. They share one console, one alarm console and one alerting engine.
What is Business Service Management?
It lets you model a business application as services bound to the monitors underneath, with dependencies between services. Health then travels up from monitor to service to application, so a failing database or link shows up as impact on the application it supports.
Do we need to install agents everywhere?
No. Network devices are monitored agentless over SNMP, and databases, hypervisors and wireless controllers are reached through their own interfaces or APIs. A lightweight agent is used for Windows and Linux servers and desktops, where it reports CPU, memory, disk, network, services and file changes.
How does Autointelli find devices we don't know about?
Discovery jobs sweep subnets and IP ranges and use SNMP with device fingerprinting, and IPAM keeps track of addresses, conflicts and stale IPs. If you also run IntelliAsset, its agents and discovery through Active Directory, LDAP, WMI, PowerShell and SSH add a second, independent view of what exists.
Does the topology map stay current?
The map is built from LLDP, CDP, ARP and subnet data, and links can also be added by hand. You can filter by discovery source and run a rediscover to refresh it, so it follows the network instead of a drawing someone made once.
Won't watching more things create more noise?
Alerts are rule-based with thresholds and evaluation windows, each alert has a matching recovery notice, escalation policies route unresolved alarms level by level, and everything lands in one Alarm Console with event history, so you can tune what you see instead of ignoring it.
Can it run inside our own data centre?
Yes. Unified360 is self-hosted and runs on your own servers, including air-gapped sites through an offline installer. Proxy servers collect data at remote sites and report back to one console.
Can it cover several sites or customers?
Yes. Data, roles and permissions are customer-scoped, and proxy servers let distributed sites report into a single console.
See it on your own network
Find out what you're not seeing
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