What is Proactive Hardware & Infrastructure Monitoring?
Proactive server monitoring for Canadian businesses: CPU, memory, drive health and thermals tracked continuously, with structured escalation.
Discipline: IT Operations & Administration
Working term: Continuous telemetry from physical and virtual hosts
Formats: ongoing monthly work or a single audit
Who you talk to: the senior lead, on every weekly call
The service
Our approach to Proactive Hardware & Infrastructure Monitoring
Rather than reacting to outages after they happen, CreateITivity utilizes automated, continuous telemetry to track server health across key hardware indicators, such as CPU load, memory usage, drive health, and thermals. Coupled with structured incident escalation protocols, our team detects anomalies early, keeping your physical and virtual infrastructure running at peak efficiency.
Problems that show up again and again when we first look at an account. Our plan is built to deal with each one.
Drive warnings that nobody sees
Drive error counts and a degraded disk array can sit unnoticed for weeks. The outage arrives when a second drive fails and the array has nothing left to rebuild from.
A server room that quietly overheats
An air conditioner fails on a Saturday. Temperatures climb, hardware slows itself down, and by Monday something has shut off to protect itself.
So many alerts that people stop reading them
Hundreds of automated emails a day teach everyone to ignore them. The one that mattered is somewhere in the pile.
Hosts and virtual machines watched separately
A virtual machine can look fine while the physical host underneath is overloaded. Looking at only one of them hides the real cause.
Inside a Proactive Hardware & Infrastructure Monitoring engagement
The core work
Continuous telemetry
CPU, memory, disk and thermals
Structured escalation
Also covered
Early anomaly detection
Physical and virtual hosts
How we keep the work accountable
Before work starts, we agree on the number that matters most to you. Each sprint is planned against it. You get a short recorded update every week and a dashboard you can open any time, and the senior lead joins every call.
A senior lead runs your account from day one
A recorded walkthrough each week and a shared reporting dashboard
We work inside the tools and CMS your team already uses
Target ranges written into the agreement before we begin
Our Process
Four stages of Proactive Hardware & Infrastructure Monitoring
The same order every time: find the constraint, plan, deliver, then review. Here is what each stage involves.
01
Connect every host
Physical servers, hypervisor hosts and virtual machines are brought into monitoring, using a lightweight agent or the hardware's own management interface.
02
Learn what is normal
Readings are collected for a period before alerts go live, so thresholds reflect how each machine really behaves under your workload.
03
Agree the escalation path
Together we set severity levels, who is contacted at each level and what our engineers may do without waiting for approval.
04
Report the trends
Regular summaries cover incidents, near misses and hardware that is ageing or out of warranty, so replacements can be planned.
01
Host health trend
Flagged when a reading moves outside its normal range
Hardware telemetry
The signals that warn of hardware trouble
Most hardware failures give some warning first. CPU load that stays high, memory use that creeps upward after each software update, drive health counters that start to climb and temperatures that rise with the seasons all show up in the data days or weeks before anything stops. Where the hardware reports them, we also watch fans and power supplies.
We track these readings continuously and look at the trend as well as the latest value, because a slow change is often the more useful warning.
CPU load and sustained spikes
Memory pressure and gradual creep
Drive health and disk array status
Temperatures, fans and power supplies
02
Alert tuning
Fewer alerts, and each one worth reading
A monitoring system that cries wolf ends up switched off or ignored. We set thresholds per host, merge duplicate alerts about the same fault and silence checks during planned maintenance so a scheduled restart does not wake anyone. Readings that are unusual for that machine are flagged even when they sit below a fixed limit.
Alert history is reviewed regularly. Checks that only ever produce noise are adjusted or removed, and gaps found during an incident become new checks.
Thresholds set for each host
Duplicate alerts merged into one
Quiet periods during planned maintenance
Regular review of noisy and missing checks
03
Health checks
Hosts and virtual machines checked on the same schedule
Physical and virtual
Watch the host and the machines running on it
In a virtual environment, one physical host may carry a dozen workloads. When it runs short of memory or storage throughput, every virtual machine on it slows down, and each one on its own looks merely sluggish. We monitor hypervisor hosts, the virtual machines on them and the storage they share, so the real cause is visible.
A single server in a closet at a branch office in Halifax gets the same attention as hardware racked in a data centre.
Hypervisor host resources and contention
Virtual machine health in context
Shared datastore capacity and latency
Branch-office servers on the same schedule
How the work runs
What you can hold us to
These describe how the service operates from day to day: what is watched, how changes are tested and who gets called when something needs a decision.
A named senior specialist leads each account
Progress shown in live Looker Studio dashboards
Measured on leads and revenue
Continuous
Telemetry from physical and virtual hosts
Every host
CPU, memory, drive health and thermals tracked
Structured
Escalation path agreed with you in writing
Tuned
Thresholds reviewed so alerts stay worth reading
FAQs
Before you sign: common questions
Straight answers on scope, timing and how we report.
What exactly do you monitor?
Hardware health on each server: CPU load, memory use, drive health and temperatures, plus fans and power supplies where the hardware reports them. On virtual infrastructure we watch the hosts, the virtual machines and the shared storage together.
What happens when an alert fires in the middle of the night?
The alert is triaged and follows the structured escalation path agreed with you. If it falls within what our engineers are authorized to fix, they fix it and record what they did. If it needs a business decision, your named contact is called.
Will our team be flooded with notifications?
No. You choose what reaches you: a regular summary, incidents that need a decision, or both. The raw alert stream stays with our engineers, and part of the service is keeping that stream clean.
Do you have to install software on our servers?
Usually a lightweight monitoring agent, or a connection to the hardware's built-in management interface and standard monitoring protocols. We agree the method with you before anything is installed.
Can monitoring tell us when hardware needs replacing?
Yes. Rising error counts, ageing drives and equipment nearing the end of its warranty or vendor support all appear in our trend reports. You get a replacement recommendation early enough to budget for it.
Monitoring catches most problems early. For the ones it cannot prevent, encrypted off-site backups and a tested recovery plan decide how quickly you are working again.
Find the weak spots in your systems before they fail
Tell us what you run, where it is hosted and what has gone wrong lately. One of our engineers looks it over by hand and sends back the first fixes we would make, whether or not you hire us. Marketing and development questions are welcome too.
Tell us about the business and a senior specialist will get back to you within one business day. If starting with IT operations looks like the wrong first step, we will say so and suggest what to fix first.
