IT Management & Infrastructure

A server is down. It's 03:14.
Your team is asleep. We are not.

24/7 monitoring, proactive patch management, asset inventory, runbooks and automation — instead of building an in-house IT department, or as a force multiplier alongside one. An NOC that catches incidents before they happen, and reacts in 8 minutes when they do.

IT's job is to be invisible. If everything works, no one notices — that is the best state. Our metric: fewer incidents, shorter MTTR, higher steady uptime.

noc.partnerfy / live tenant: acme-corp · 03:14:27 UTC
Rack A · 6 units 5/6 OK
srv-01
srv-02
srv-03
srv-04
srv-05
srv-06
Telemetry · 60s live
CPU %42%
MEM %67%
NET Mb/s812 Mb/s
Event feed 3 active
Disk 78% on srv-04 03:14
Backup job completed 03:12
Patch deployed to 12 endpoints 03:09
High CPU on db-02 (94%) 03:07
Failover restored on srv-04 03:05
Cert renewed: api.acme.com 03:03
Auth spike from 45.62.10.0/24 03:01
Snapshot finalized — Rack A 02:58
Disk 78% on srv-04 03:14
Backup job completed 03:12
Patch deployed to 12 endpoints 03:09
High CPU on db-02 (94%) 03:07
Failover restored on srv-04 03:05
Cert renewed: api.acme.com 03:03
Auth spike from 45.62.10.0/24 03:01
Snapshot finalized — Rack A 02:58
Topology · packet flow link OK
FW RTR SW AP-01 AP-02 PC-1 PC-2 PC-3
Uptime 99.96%

Firefighting mode

IT is not a cost line. It's a discipline that keeps silence going.

In most companies, IT is only noticed when something breaks. Help-desk backlogs, "the printer is down again" pings, midnight calls, locked screens on Monday morning — these aren't signs of missing IT, they are signs of unsystematic IT. Without discipline, a third of your team's workday becomes chasing candles that won't go out.

Without monitoring, you hear about incidents when customers call — not when they happen. Without a defined patch cadence, you learn about zero-days weeks after they hit. Without an up-to-date asset inventory, no one knows which machine runs which licence with which expiry. Without documentation, 70% of your system knowledge walks out the door when your senior IT person leaves.

Without playbooks, every incident is something someone learned from somewhere else; reaction time depends on human memory. Without automation, onboarding takes a day, offboarding three days, a mail-permission change half a day — all click-by-click. Net effect: human-hours spent firefighting eat the time the team should spend on real thinking work.

If you're in a compliance-heavy sector (finance, healthcare, manufacturing), this IT gap isn't theoretical risk. You fail audits; you lose contracts. ISO 27001, KVKK, GDPR, HIPAA-equivalents — all require a systematic IT audit trail: who did what when, which patch was applied to which machine in which window, which logs were retained how long. You cannot answer these without a system.

The fix isn't hiring one more person. The fix is a system — monitoring, inventory, patching, runbooks, automation — all linked together. Partnerfy's job starts here: map the current state, build missing layers from scratch, then continuously improve. Not replacing the person — sitting beside them, or in place of them, whichever you pick.

Before/After · MTTR

From a chaotic server room to a single measured pane.

Typical IT landscape before us: cabinets jammed where they fit, VLANs no one fully knows, spare disks waiting in vendor parts, antivirus expired in 2023. After us: a single NOC pane, automated patch windows, MTTR measured down to the minute, runbooks kept live in a digital workspace.

Before us

Unmanaged stack

  • x no monitoring
  • x asset inventory in Excel
  • x no patch cadence
  • x docs scattered
  • x no runbooks
  • x MTTR > 4h

With us

Managed, monitored stack

  • + 24/7 monitoring (Datadog)
  • + CMDB asset inventory
  • + monthly patch windows
  • + one docs hub
  • + 14 runbooks · always current
  • + MTTR < 22 min

Live MTTR

Incident clock

00:08:14 current incident

30-day avg

21:48

industry avg: 4h 12min

03:14:00 detected · srv-04 disk 78%
03:15:42 triage · runbook RB-12
03:18:09 fix · log rotation
03:22:14 resolved · disk 42%

Why we measure

Three metrics tell 85% of IT health.

MTTD

5 min

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MTTR

22 min

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Uptime

99.96%

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Lowering MTTD is the job of monitoring quality. Lowering MTTR is the job of runbooks + automation. Keeping uptime high is the result of both reductions. These three are reported monthly, reset to target quarterly.

Who it's for

Eight company shapes that want IT as a flow, not a single hero.

01

50+ employee SMB

No dedicated IT; the most tech-savvy hire ended up doing IT — burning them out while leaving the company exposed. First control, then handoff.

02

Professional services

Law, audit, consulting — GDPR + ISO 27001 + client NDAs run in parallel. Without an IT audit trail, contracts don't renew.

03

Manufacturing OT/IT mix

PLC, SCADA, industrial networks + office IT. Patching without stopping production, segmenting OT, meeting OT security standards.

04

Multi-site retail chain

30-100 stores, each with POS + Wi-Fi + IP camera + payment device. One pane of monitoring; per-site MTTR; zero payment downtime.

05

Education

Hundreds of student + teacher devices; classroom MDM, student-network isolation, exam-day uptime critical.

06

Healthcare & clinics

HIPAA-equivalent patient data, PACS/EMR systems, scheduling software — zero record loss, zero downtime tolerance.

07

Hospitality & hotels

Guest Wi-Fi + internal network + PMS + restaurant systems. A guest internet problem becomes a rating drop becomes lost revenue.

08

Financial services

Brokers, payment ops, neobanks — contracted SLAs, regulator audit readiness, P0 report-out in minutes.

10-layer IT management

Every layer measured. Every layer reported. Every layer under SLA.

IT management isn't "look at it when it breaks". Ten disciplines run in parallel; if one is weak, the rest don't cover. All of the layers below are run by one team on one dashboard.

01

24/7 monitoring (NOC)

Servers, network, apps, cloud, endpoints — telemetry feeding one review pane. Anomaly detection + on-call escalation.

02

Endpoint management

All PCs, Macs, servers remotely inventoried + managed via RMM. Certificate deployment, script execution, zero-touch deploys.

03

Patch management

OS + apps + firmware. Test ring → pilot → general rollout windows. Same-day out-of-band patch for critical CVEs.

04

Asset inventory & lifecycle

Every device, licence, warranty, user, location in a CMDB. Refresh plan, retire-before-fail, EOL calendar.

05

Network management

Switch, router, AP config (NCM), VLAN segmentation, QoS, capacity planning, cable labelling standards.

06

Firewall management

Rule review, IDS/IPS, threat-feed integration, egress filtering, VPN maintenance, zero-trust transition.

07

Identity & SSO

Active Directory / Azure AD / Okta — user lifecycle, MFA, role-based access, JIT privileges, 5-minute offboarding.

08

Mobile device management

Intune, JAMF, Workspace ONE — company mobiles, BYOD separation, remote wipe, compliance policies.

09

Backup oversight

3-2-1 backup strategy, daily success report, monthly restore drill, immutable copies, ransomware recovery playbook.

10

Runbooks & documentation

14+ runbooks (incident, change, patch, onboarding, offboarding, restore, DR) — versioned, searchable, always current.

Onboarding process

From audit to full automation: 6 steps, 12 weeks.

  1. 01

    Week 1-2 · Audit

    Map current servers, network, endpoints, licences, users. Risk score. Missing-control list.

  2. 02

    Week 2-3 · Asset inventory

    Discovery scan; CMDB import; owner, location, lifecycle stage per device.

  3. 03

    Week 3-5 · Monitoring setup

    Deploy server + network + app agents; build baselines; tune alert thresholds.

  4. 04

    Week 4-7 · Runbook authoring

    Step-by-step runbook for the 14 most common scenarios; review + sign-off; loaded into searchable hub.

  5. 05

    Week 6-10 · Automation

    Onboarding, offboarding, patch deploy, backup verify, cert renewal — scripts + workflows.

  6. 06

    Week 10+ · Continuous tuning

    Monthly review · tweaks to MTTR/MTTD/uptime targets; quarterly dashboard expansion.

Tools we use

Industry-standard monitoring, RMM and security stack.

We preserve your existing tools and run them; we fill missing layers with new ones. At renewal you get consulting + the most efficient consolidation recommendation.

Datadog New Relic Nagios Zabbix PRTG SolarWinds Microsoft Intune JAMF ConnectWise Atera NinjaOne Auvik ManageEngine Wazuh

Client outcomes

Same method. Three sectors. Three different wins.

Manufacturing -76% downtime

Auto parts supplier

PLC network segmented, OT/IT bridge standardised. Line downtime down 76% over 12 months; production loss line item removed from budget.

Services ISO 27001

Law firm (180 staff)

GDPR + ISO 27001 readiness in 4 months; 0 major findings on first audit. Enterprise client NDAs satisfied.

Retail 47 sites

47-store chain

47 sites unified into one NOC dashboard; avg POS uptime 99.96%; automatic failover on overnight outages.

Healthcare 100% restore

Multi-site clinic

Backup + restore drills standardised for PACS systems; 100% monthly success. HIPAA-equivalent audit-ready.

Education 1,200 devices

Private university

1,200+ student devices enrolled to MDM; exam-day uptime 100%; new-term onboarding 14 days → 3 days.

Finance 100% SLA

Brokerage

P0 SLA at 15 min; 100% target met over 18 months. Regulator audit: 0 findings, 2 best-practice notes.

FAQ

The 8 most-asked questions about IT management

Yes — this is our most common model. Two structures: (a) your in-house team runs L1 + daily ops, we cover L2/L3 + infrastructure architecture + 24/7 monitoring; (b) we add a specific specialty (network, security, cloud) alongside your team. In the first week we publish role boundaries and escalation paths in writing; both sides know who touches what. Not to replace your team — to multiply its capacity.
Telemetry streams from servers, network, apps, cloud and endpoints. Datadog / New Relic / Wazuh agents go in; baselines build over 30 days, then anomaly detection takes over. When an alert fires, auto-triage rules filter false positives, real incidents escalate to on-call engineers. Even in quiet hours, human eyes cover two shifts. Your escalation matrix is co-authored: who gets called, at what hour, for which event.
Three tiers. Standard: P0 (critical / business down) 30 min response + 4 hour resolution target, P1 1h / 8h, P2 4h / 1 business day. Business: P0 15 min / 2h, P1 30 min / 4h, P2 2h / business day. Enterprise: P0 8 min / 1h, P1 15 min / 2h, dual on-call. SLA performance is reported monthly; the contract has a credit clause for missed months. SLA choice is co-decided by business criticality.
That's most of our clients. AWS, Azure, GCP workloads + an office server room + remote workers — all rolled into one CMDB and one monitoring layer. Hybrid SD-WAN, Azure Arc, AWS Systems Manager, Tailscale bridge cloud and prem. For each workload, a "right place" decision (cloud-fit analysis) — low-utilisation moves on-prem, elastic moves cloud. We produce an annual cost-optimisation report.
Monitoring: Datadog / New Relic / Zabbix / PRTG (per need); RMM: NinjaOne / Atera / ConnectWise; MDM: Microsoft Intune and JAMF; network monitoring: Auvik and SolarWinds; security: Wazuh + EDR (CrowdStrike / SentinelOne / Defender for Endpoint); docs: IT Glue or Confluence; ticketing: Jira Service Management or Freshservice. We don't uproot tools you're already running; we integrate with your ecosystem and only fill the missing layers.
In the first 2 weeks we run discovery: every network-attached device gets found (RMM agent + network scan + AD/Azure AD integration together). Then each device is tagged owner, location, service role, lifecycle stage. Licences pull from Microsoft 365 / Adobe / industry CAD/ERP contracts; active/inactive matched. The CMDB stays live; every hardware in/out auto-reflects. The resulting inventory is the basis of the first delivery report and becomes usable for insurance / tax / depreciation work.
A three-ring patch process. Test ring (lab + a few volunteer users) → pilot ring (a selected 10% of a department) → production ring (full fleet). A validation window sits between each ring (usually 48-72h). For the monthly standard window you don't need to approve case-by-case; the process is in the contract. For an out-of-band critical CVE, we schedule a change-advisory call within 4 hours and approve together. All patch logs are archived continuously; for ISO/SOC audits we can show 3 years back.
Three models. Per-endpoint: a flat monthly fee per PC + server + network device; most common for small and mid-sized teams. Tier: a fixed monthly bundle with a set incident count + hours; pay-as-you-go above. Fully outsourced: a flat monthly retainer instead of a full IT department; makes your IT budget predictable. In the first call we calculate your current cost line (licence + people + outside support + downtime cost) together; the cost of working with us is shown side-by-side against that total.

Let IT stop being firefighting and become quiet discipline.

In a free 30-minute call we review your current IT and produce the 3 priority steps that lift uptime and pull MTTR down in the first 90 days.

results