πŸ›‘οΈ PAM

Privileged Access Management (Just-in-Time, Least-Privilege, Session-Recorded)

Privileged Access Management (PAM) governs who can use powerful access, for what, for how long, and under which controlsβ€”with full evidence.
SolveForce designs PAM so elevation is Just-in-Time (JIT), least-privilege, approved, and session-recorded. Credentials are vaulted & rotated, access runs through brokers/proxies, and every action is auditable.

Where PAM fits in our model:
πŸ”‘ Identity β†’ IAM / SSO / MFA β€’ πŸ” Access β†’ ZTNA / SASE
πŸ–₯️ Endpoints β†’ EDR / MDR / XDR β€’ πŸ–§ Network β†’ NAC β€’ πŸ” Data β†’ DLP
πŸ”‘ Keys & certs β†’ Key Management / HSM β€’ PKI β€’ Encryption
πŸ“Š Evidence/Automation β†’ SIEM / SOAR


🎯 Outcomes (Why PAM)

  • Least-privilege by default β€” no standing admin; elevation is time-boxed and scoped.
  • Secretless operations β€” credentials injected by the broker; users never see the secret.
  • Session oversight β€” keystroke logs/video + command allow/deny + real-time kill.
  • Automatic rotation β€” passwords/keys change after use or on schedule/events.
  • Audit-ready β€” who/what/when/why + approvals + artifacts stream to SIEM.

🧭 Scope (What PAM Covers)

  • People: admins, SRE/DevOps, DBAs, network engineers, SecOps, break-glass users, contractors/partners.
  • Targets: Linux/Windows servers, network/security appliances, databases, hypervisors, cloud consoles (AWS/Azure/GCP), SaaS admin centers, CI/CD, Kubernetes, OT/ICS where feasible.
  • Credentials: local/domain admin, DB accounts, API tokens, cloud access keys, SSH keys, service accounts, break-glass accounts.

🧱 Building Blocks (Spelled Out)

  • Vault β€” encrypted storage for passwords/keys/tokens with check-out/in, rotation, versioning, and approvals.
  • Broker/Proxy (PSM) β€” Privileged Session Management proxy injects credentials, masks secrets, records sessions, enforces command policies.
  • JIT Elevation β€” generate ephemeral credentials/roles on approval; auto-expire.
  • Policy Engine β€” ABAC/RBAC: who + device posture + app + data + context β†’ allow/step-up/deny.
  • Approvals & Workflow β€” multi-level approvals based on risk; dual-control for high-impact.
  • Rotation & Discovery β€” auto-discover privileged accounts; rotate on schedule or after use/events.
  • Session Recording β€” video + keystrokes + metadata; searchable, tamper-evident.
  • Break-Glass β€” hardware-token path with short TTL, extra logging, post-use review.

πŸ” Policy Model (Identity β†’ Device β†’ App β†’ Data β†’ Context)

A privilege decision considers five lenses before elevation:

  1. Identity β€” group/role via SSO/MFA; separate admin identities. β†’ IAM / SSO / MFA
  2. Device posture β€” EDR/UEM healthy, encrypted disk, compliant OS. β†’ MDM / UEM β€’ EDR / MDR / XDR
  3. Application/Target β€” server/network/DB/cloud admin; risk tier defines controls.
  4. Data sensitivity β€” DLP labels enforce read-only/watermark for restricted data. β†’ DLP
  5. Context β€” geo/ASN, time, ticket ID, change window, session risk.

Outcome: allow JIT β†’ step-up (MFA/approval) β†’ isolate (read-only/proxy) β†’ deny.


🧰 Controls (Concrete & Enforceable)

  • Credential injection β€” password/SSH key/API token never revealed; broker logs usage.
  • Command policy β€” allow/deny lists (e.g., no useradd, DROP DATABASE), prompt-aware patterns.
  • Time-boxed access β€” TTLs (e.g., 30–120 min), auto-revoke on end/idle/risk spike.
  • Rotation β€” rotate after use; rotate on incident; rotate on staff/role change.
  • Ephemeral roles/keys β€” cloud IAM roles with short STS-like lifetimes; ephemeral SSH certs (PKI). β†’ PKI
  • Session kill & notify β€” terminate live misuse; notify owner/IR; open ticket with evidence. β†’ SIEM / SOAR

☁️ Cloud & DevOps Patterns

  • Cloud consoles β€” brokered access; JIT role assumption; auto-revoke; session logs to SIEM. β†’ Cloud
  • Kubernetes β€” ephemeral client certs/group bindings; audit to SIEM; admission controls.
  • CI/CD & pipelines β€” dynamic secrets for build/deploy; short TTL; signer services for code/image signing. β†’ Key Management / HSM
  • Databases β€” per-query recording, command policies, rotation of admin/replication users.
  • Infrastructure β€” network/security appliances via PSM; config diffs attached to cases.

🧩 Integrations (Lower MTTR, Higher Assurance)

  • Identity β€” SSO/MFA, group β†’ role mapping, approvals β†’ IAM / SSO / MFA
  • ZTNA/SASE β€” per-app, per-session access; no flat VPN β†’ ZTNA β€’ SASE
  • Endpoints/Network β€” quarantine or path pin on misuse β†’ EDR / MDR / XDR β€’ NAC β€’ SD-WAN
  • Keys/Secrets β€” HSM/KMS custody; rotate on schedule or incident β†’ Key Management / HSM β€’ Encryption
  • Analytics/IR β€” ship events & recordings to SIEM; automate response in SOAR β†’ SIEM / SOAR

πŸ“ SLO Guardrails (Experience & Safety You Can Prove)

SLO / KPITarget (Recommended)Notes
Approval latency (p95)≀ 5–10 min (normal), ≀ 2 min (urgent)Clear approver matrix
Session start latency (proxy attach)≀ 5–15 sIncludes broker injection
Post-use rotation (p95)≀ 5–15 minCreds/keys rotate after use
Evidence completeness (Sev-1/2)100%Video/keystroke + metadata
Break-glass review turnaround≀ 24 hMandatory RCA & approvals
De-provision privileged access< 60 s session kill; ≀ 15 min roles/keysUpon HR/incident trigger

Dashboards show approvals, session counts, command violations, rotation stats, and audit packs. β†’ SIEM / SOAR


🚨 Reference Playbooks (Auditable & Safe)

  • Emergency fix (break-glass) β€” hardware token β†’ JIT role (≀ 60 min) β†’ session recorded β†’ rotation β†’ RCA & approvals.
  • Suspected misuse β€” kill session β†’ rotate creds/keys β†’ revoke role β†’ open IR case with video/keystrokes. β†’ Incident Response
  • Third-party access β€” clientless ZTNA + PSM proxy; no secrets revealed; read-only where possible; time-box + recording. β†’ ZTNA
  • Cloud admin hotfix β€” JIT assume role; commands allowed list only; automatic revocation; SIEM alert on policy breach. β†’ Cloud

πŸ“œ Compliance Mapping (Examples)

  • PCI DSS β€” 7/8/10: least privilege, MFA, unique IDs, logging, session monitoring, key rotation.
  • HIPAA β€” access control, unique user identification, audit controls.
  • ISO 27001 β€” A.9 (access), A.12 (ops), A.16 (incident).
  • NIST 800-53/171 β€” AC/IA/AU/CM families (privileged functions, auditing, configuration mgmt).
  • CMMC β€” privileged access and audit maturity.
    Evidence (approvals, sessions, rotations) exports to SIEM with WORM options. β†’ SIEM / SOAR

πŸ› οΈ Implementation Blueprint (No-Surprise Rollout)

  1. Inventory privileged accounts, targets, tools; map risks & owners.
  2. Define policies β€” who can elevate, to what, for how long, under which controls.
  3. Stand up vault & PSM β€” connect targets, import/discover secrets, enable rotation & injection.
  4. Wire identity & ZTNA β€” SSO/MFA; per-app access; device posture gates. β†’ IAM / SSO / MFA β€’ ZTNA
  5. Session recording & command policy β€” enable video/keystroke; build allow/deny lists.
  6. Approvals β€” normal/urgent paths; change windows; CAB hooks where required.
  7. SIEM/SOAR β€” stream logs; playbooks for kill/rotate/revoke; case linkage. β†’ SIEM / SOAR
  8. Pilot rings β€” admins β†’ network/DB β†’ cloud β†’ contractors; collect feedback; harden policies.
  9. Operate & tune β€” weekly review (violations, rotations, break-glass uses); publish KPIs.

βœ… Pre-Engagement Checklist

  • πŸ‘₯ Admin personas & groups; third-party accounts; break-glass list.
  • πŸ—ΊοΈ Target systems (servers, network, DB, cloud, SaaS admin, K8s, OT).
  • πŸ” Secrets in scope (passwords, SSH keys, API tokens, cloud keys).
  • πŸŽ›οΈ Controls (JIT TTLs, command allow/deny, session recording, rotation cadence).
  • 🧾 Approvals matrix; urgent path; CAB ties.
  • πŸ“Š Evidence: where logs/recordings live; retention; WORM needs.
  • πŸ”— Integrations: SSO/MFA, ZTNA/SASE, EDR/NAC/SD-WAN, SIEM/SOAR, ticketing.

πŸ”„ Where PAM Fits (Recursive View)

1) Grammar β€” access flows ride Connectivity & Networks & Data Centers.
2) Syntax β€” platforms in Cloud deliver brokers, vaults, APIs.
3) Semantics β€” Cybersecurity preserves truth; PAM proves control of privilege.
4) Pragmatics β€” SolveForce AI assists approvals, detects anomalies, and suggests revocations.
5) Foundation β€” consistent terms via Primacy of Language.
6) Map β€” indexed in the SolveForce Codex & Knowledge Hub.


πŸ“ž Deploy PAM That Auditors (and Engineers) Respect

Related pages:
IAM / SSO / MFA β€’ ZTNA β€’ SASE β€’ SIEM / SOAR β€’ EDR / MDR / XDR β€’ NAC β€’ SD-WAN β€’ Key Management / HSM β€’ PKI β€’ Encryption β€’ DLP β€’ Cloud β€’ Knowledge Hub


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