Control every privilegedaccess path.Zero standing privileges.
Control, monitor, and audit every privileged account and access path in your environment. PAM programme design, just-in-time access, session recording, secrets management, and privileged activity analytics.
THE PRIVILEGED ATTACK CHAIN
Privileged credentials are the final objective
Every sophisticated attack chain converges on one goal: obtain a privileged account. PAM eliminates the standing target they're hunting.
Initial Foothold
Phishing / VPN exploit gains user-level access
Credential Harvesting
LSASS dump, keylogging, memory scraping
Privilege Escalation
PAM BLOCKSLocal admin → domain admin via stolen hash
Lateral Movement
PAM BLOCKSPass-the-hash, Kerberoasting, WMI propagation
Domain Compromise
PAM BLOCKSDomain controller takeover via DCSync
Data Exfiltration
PAM BLOCKSMass data theft, ransomware deployment
—
Of serious breaches involve privilege abuse
Verizon DBIR
—
Credential risk reduction from PAM deployment
Gartner benchmark
—
Session audit trail coverage with PSM
Full keystroke + screen
KEY FACT
The average dwell time before privilege abuse is detected is 197 days — without PAM session recording and UBA, insider threats and external attackers move freely for months.
PAM ARCHITECTURE
Identity sources → PAM control plane → target systems
Every privileged access path routes through the PAM control plane — enabling centralised policy enforcement, credential vaulting, session recording, and real-time analytics across your entire estate.
AES-256
Vault Encryption
TLS 1.3
Session Transport
< 50ms
Auth Latency
99.99%
Vault Uptime SLA
HSM
Key Management
CREDENTIAL VAULT
All secrets managed, rotated automatically
The PAM vault is the single source of truth for every credential in your estate. Real-time check-out logging, automatic rotation, and HSM-backed encryption — no credential ever touches a human-readable config file.
Credential Inventory
VAULT TOTALS
336
Managed Creds
AES-256
HSM-backed
Vault Status
Live Vault Events
VAULT CHECK-OUT
SESSION START
CREDENTIAL ROTATED
SECRET RETRIEVED
JIT REQUEST
ACCESS ATTEMPT
CREDENTIAL ROTATED
JIT REQUEST
JUST-IN-TIME ACCESS ENGINE
Privilege granted only when needed. Revoked automatically.
The JIT engine enforces the zero-standing-privilege model. Every elevation request is logged, approved, time-bound, and fully recorded — with automatic expiry and forensic capture.
JIT Access State Machine
No active privilege request
Real-World Scenarios
REQUESTER
dba_smith
TARGET SYSTEM
PROD-DB-ORACLE-01
JUSTIFICATION
Critical P1 incident — DB connection pool at 100%, service down
ACCESS TIMELINE
COMMANDS RECORDED
SELECT * FROM v$sessionALTER SYSTEM KILL SESSION '142,3421'EXEC DBMS_STATS.GATHER_TABLE_STATSAPPROVAL TIME
77s
SESSION DURATION
30 min
APPROVER
mgr_chen (manual)
< 2 min
Avg. Approval Time
100%
Sessions Recorded
Auto
Revocation on Expiry
Break-Glass
Emergency Access Protocol
CORE CAPABILITIES
Comprehensive privilege management
Six tightly integrated modules cover every dimension of privilege management — from credential vaulting and JIT access to session forensics, secrets management, compliance reporting, and cross-platform endpoint control.
DETAIL
Credential Vaulting
Centralised secure vault stores all privileged credentials with encryption at rest (AES-256, HSM-backed) and in transit (mTLS).
- Password management and automated rotation
- SSH key pair and TLS certificate lifecycle
- Database credentials and API tokens
- Service account password cycling
VAULT · CAPABILITY 1 OF 6
SESSION INTELLIGENCE
Every keystroke recorded. Every anomaly flagged.
Privileged Session Management captures a tamper-proof audit trail of every admin action — video-quality screen recording, keystroke logging, and ML-powered risk scoring per command.
PRIVILEGED SESSION FREQUENCY — LAST 10 WEEKS
RECENT HIGH-RISK COMMANDS
net user Administrator /active:yeschmod 777 /etc/passwdSELECT * FROM credit_card_numberswevtutil cl SecurityGet-ADUser -Filter * -Properties PasswordPSM METRICS
100%
Sessions Recorded
< 60s
Anomaly Detection Time
98.7%
Abuse Detection Rate
< 1.2%
False Positive Rate
12+ mo
Session Archive Retention
RECORDING CAPABILITIES
IMPLEMENTATION LIFECYCLE
PAM programme deployment
A structured six-phase delivery model takes you from initial privilege inventory to a fully operational zero-standing-privilege environment — with risk milestones, engineering support, and compliance validation at every step.
Discovery & Inventory
Classification & Risk Scoring
Credential Vaulting
Policy Definition
JIT Access Activation
Session Monitoring & Forensics
PHASE 1 OF 6
Discovery & Inventory
Automated discovery of all privileged accounts, service accounts, and embedded credentials across on-prem and cloud.
THREAT COVERAGE — ATT&CK MAPPING
Every credential access technique. Covered.
Full MITRE ATT&CK TA0006 coverage mapping showing how PAM mitigates each credential access technique used by nation-state actors, ransomware groups, and insider threats.
MITRE ATT&CK TA0006 — Credential Access
12 techniques mapped · 7 fully mitigated · 5 partial
Known Threat Actors — Credential Access Focus
APT29 (Cozy Bear)
Credential dumping, SAML forgery (Golden SAML)
Lazarus Group
Credential theft from financial sector targets
FIN7 / Carbanak
Network sniffing, credential replay
Insider Threat
Privilege abuse, session hijacking, data theft
COMPLIANCE COVERAGE
Built-in alignment to five major frameworks
PAM controls map directly to mandatory requirements across SOX, PCI-DSS, HIPAA, NIST 800-53, and ISO 27001 — with evidence packages, audit logs, and automated reporting built in from day one.
SOX COVERAGE
96%
ALL FRAMEWORKS AT A GLANCE
EVIDENCE PACKAGES INCLUDED
AI & BEHAVIOURAL ANALYTICS
ML models that learn normal. Detect abnormal instantly.
Machine learning baselines every privileged account's access patterns and flags deviations in real time — catching insider abuse, compromised credentials, and anomalous behaviour before damage occurs.
DETECTION CAPABILITIES
Behavioural Baseline Profiling
Per-user + per-account normal access model
Anomaly Detection & Risk Scoring
Real-time ML scoring on every session event
Insider Threat Peer-Group Analysis
Compares against cohort behaviour patterns
Automated Threat Hunting
Privilege escalation chain detection
Predictive Rotation Trigger
Proactive rotation before credential compromise
RECENT DETECTION EVENTS
DETECTION ARCHITECTURE
Activity Collector
PSM events · vault logs · API calls · auth events
Feature Extraction
Time, frequency, target, command, geo, device
ML Risk Models
Isolation Forest · LSTM · Peer-group clustering
Risk Scorer
0–100 risk score per event with confidence band
Alert & Response Engine
SIEM push · PAM policy trigger · auto session kill
< 60s
Time to Detect
< 1.2%
False Positives
98.7%
Detection Accuracy
WHY SPAKTO
PAM excellence and compliance
Spakto delivers PAM as an engineered outcome — not a product deployment. From zero-standing-privilege architecture to 24/7 operations support, every engagement is built to deliver measurable security reduction and audit-ready compliance.
Standing Privileges
Zero
Every account converted to JIT — no persistent admin exposure surface
Session Audit Coverage
100%
Every privileged session recorded with keyboard + screen + command log
Privilege Abuse Detection
98.7%
ML-based UBA catches insider threats, escalation chains, and session abuse
JIT Approval Time
< 2 min
Fast approval workflows without sacrificing security controls or audit
Compliance Frameworks
14+
SOX, PCI-DSS, HIPAA, NIST, ISO 27001, CIS, DORA, NIS2 mapping included
PAM Operations Support
24 / 7
Dedicated PAM engineering team covering design, deployment, and operations
ACCREDITATIONS & STANDARDS
Frequently Asked Questions
Frequently asked
questions.
answered
PAM controls and monitors access to privileged accounts — administrator credentials, service accounts, root accounts, and cloud console access — that have elevated permissions to critical systems. Privileged accounts are involved in 99%+ of serious breaches because they provide attackers with the access needed to cause maximum damage, exfiltrate data, and persist undetected.
By eliminating standing privileges and requiring privileged session authentication for every elevated action, PAM breaks the lateral movement chains attackers depend on. Without persistent admin credentials available to harvest and reuse, attackers cannot pivot from a compromised endpoint to critical infrastructure.
Modern PAM solutions integrate with Active Directory, Azure Entra ID, LDAP, and cloud IAM platforms. They complement existing MFA and SSO solutions by adding privileged access controls on top of standard authentication. Spakto designs PAM architectures that integrate with your existing identity ecosystem rather than replacing it.
JIT access grants elevated permissions only when needed, for a defined time window, for a specific task — automatically removing the privilege when the window expires. This eliminates standing privileges, dramatically reducing the attack surface by ensuring no account has persistent elevated access that attackers could exploit.
PSM records, monitors, and controls all privileged sessions — providing full keystroke logging, screen recording, and real-time alerting on suspicious privileged activity. This creates a complete audit trail for compliance, enables immediate response to suspicious admin activity, and allows forensic analysis of exactly what was done during any privileged session.