Managed Security Operations & Endpoint Privilege Management

// case study 04 · Security operations

Managed Security Operations & Endpoint Privilege Management

Day-to-day operation of a layered managed security stack, from RMM and EDR to SOC alerting, MFA and email security, with a featured look at moving users off local admin rights using AutoElevate.

StatusOngoing operations · rollout status pending
My roleSystem Administrator II, security tooling and operations
ContextMSP-managed endpoint fleet

01Executive summary

A managed security stack is only as strong as its least-configured layer. Agents have to be deployed and healthy, alerts have to reach someone who will act, and users who should not be local administrators eventually have to stop being local administrators without the help desk drowning.

This case study covers the operational work across that stack and features endpoint privilege management with AutoElevate: how elevation requests are handled, how rules are built, and how an environment moves from observing requests to enforcing them.

02Disciplines & technologies

Disciplines

  • Security operations
  • Endpoint protection
  • Privilege management
  • Identity security
  • Email security
  • Alert triage

Technologies

  • Datto RMM
  • Datto EDR
  • RocketCyber
  • AutoElevate
  • Microsoft Entra ID
  • MFA / Conditional Access
  • FortiClient EMS
  • INKY
  • SaaS Alerts
  • Windows UAC

03The problem

Many small-business users still run as local administrators, often because one application once needed it. That single setting turns any malicious download into a system-level compromise. Removing it without a plan generates a wave of tickets for installers, updates and line-of-business apps.

Around that, the rest of the stack has its own operational load: agents that fall out of compliance, EDR detections to triage, SOC alerts, risky sign-ins and phishing that gets past filters.

04Environment & complexity

Security layers

  • RMM: agent health, patching, scripted components
  • EDR: detection, isolation, tamper and uninstall protection
  • SOC / MDR: alert intake and investigation
  • Identity: Entra ID, MFA, sign-in risk
  • Remote access: FortiClient EMS posture and VPN
  • Email: inbound link and impersonation protection
  • SaaS: Microsoft 365 account and configuration alerts

Complexity drivers

  • Many separate customer organisations, each with different software
  • Legacy apps that expect admin rights
  • Users who need to install things legitimately
  • Alert volume across several consoles
  • Changes must not interrupt the business

05My contributions

  • Daily operation and triage across RMM, EDR and SOC alerting
  • Agent deployment and health checks, including RMM-driven deployment of security agents using site-level variables
  • EDR policy work, including uninstall protection
  • MFA and Entra ID sign-in hardening support
  • Email security and SaaS alert triage
  • AutoElevate: configuration of rules, approval handling, and planning the move from audit to enforcement
Verification markerWhich customer organisations are now in live enforcement mode, and the date each moved, are not yet confirmed here. The rollout is described as a plan and in-progress decision, not a finished deployment.

06Featured: least privilege with AutoElevate

The goal is simple to say: users stop being local administrators, and the things they legitimately need still work. The work is in the sequencing.

Audit mode

Elevation requests are recorded but not enforced. Shows which apps actually need admin rights before anything is blocked.

Technician mode

Technicians elevate on a machine with their own audited session, instead of shared local admin passwords.

Rules

Approve by application, publisher, file hash or directory. Good rules turn repeat requests into silent approvals.

Auto-approval

Trusted, well-understood actions such as approved updaters are elevated without a ticket.

Remote admin control

Requests can be approved or denied by a technician from anywhere, with the decision logged.

User experience

Users see a clear request prompt instead of an admin password box, and get an answer quickly.

Standard userneeds admin rightsUAC promptinterceptedRule matchapp · publisher · pathNo rulerequest raisedAuto-approveelevate that app onlyBlockedknown-bad / deniedTechnician reviewapprove · deny · make ruleAudit logwho · what · whennew rule
How a least-privilege elevation workflow behaves. Rule types and modes are described generally; no customer policy is shown.

Rollout sequence

  1. Deploy in auditAgent installed, nothing enforced. Collect real elevation requests.
  2. Build rulesTurn recurring legitimate requests into application or publisher rules.
  3. Remove local adminDemote users once their common requests are covered.
  4. EnforceSwitch the organisation to live mode with UAC at its strictest setting and blocking enabled.
  5. ExceptionsKeep a documented short list of organisations or devices that stay in a different mode, with a reason.

07Challenges & decisions

Audit before enforce

Enforcing on day one guarantees a ticket spike. Audit data shows which rules are needed before anyone is blocked.

Rules over approvals

Every manual approval that repeats is a rule waiting to be written. Rules keep the help desk out of the loop.

Publisher rules, carefully

Publisher rules cover updates automatically but trust everything that vendor signs. Use them for vendors you trust broadly, path or hash rules elsewhere.

Documented exceptions

A small number of environments may need a different mode. That decision is written down with its reason so it is revisited, not forgotten.

08Outcomes

  • Ongoing

    Ongoing operation of the managed security stack.

  • Verified

    EDR uninstall protection enabled across the managed fleet.

  • Design / evaluation

    AutoElevate enforcement plan defined: most organisations to live mode with strict UAC and blocking, a small documented set of exceptions.

  • Pending verification

    Completion of the live-mode rollout per organisation is pending confirmation.

  • Not documented

    No ticket-volume or incident-reduction figures are claimed.

09Lessons & capabilities

  • Least privilege is a rollout, not a checkbox
  • Audit data is what makes enforcement acceptable to users
  • Every alert source needs an owner, or it becomes noise
  • Tamper and uninstall protection are part of the control, not an extra

Capabilities demonstrated

  • Privilege management
  • EDR operations
  • SOC alert triage
  • Identity hardening
  • Security tooling rollout