TL;DR
Session recording is a mandatory control for any organisation holding sensitive data. PCI-DSS, HIPAA, SOC 2, and ISO 27001 all require evidence that privileged user actions on sensitive systems are audited. Most organisations have audit logs; fewer have the full session context that makes investigation conclusive. This list ranks the ten most important session recording tools in 2026, from enterprise PAM platforms with entire departments behind them to ZTNA-integrated solutions that add recording without deploying new infrastructure.
What “compliance-grade” session recording actually means
Not every screen-capture tool qualifies as compliance-grade. The requirements that elevate a tool from “IT convenience” to “compliance evidence” are:
Tamper-proofing. The recorded user must not be able to modify or delete their own recordings. Independent storage with access controls excluding the recorded users is required. Cryptographic integrity verification is required for forensic use.
Completeness. Recordings must capture the full session — not just commands, but what the user saw, including application data, error messages, and lateral navigation. A command log without display context is insufficient for certain investigations.
Searchability. For large environments (hundreds of privileged sessions per day), manual video review is not sustainable. OCR indexing of screen content and full-text command history enable targeted investigation.
Retention + evidence chain. Recordings must be retained for the period required by the relevant standard, with an unbroken chain of custody from capture to storage.
1. CyberArk Privileged Session Manager
Category. Enterprise PAM with integrated session recording.
How it works. CyberArk PSM proxies privileged sessions — RDP, SSH, and web applications — through a gateway. The actual credential is never revealed to the administrator; it is injected by PSM. The entire session is recorded as a video and keystroke log, stored in the CyberArk vault.
Compliance advantages.
- Credential injection (no one knows the actual password) prevents shared credential abuse.
- Full session replay in the CyberArk interface with keystroke search.
- Privileged Risk Analytics layer correlates session content with threat intelligence.
- Session termination and suspension capabilities — a suspicious session can be suspended mid-stream.
- SIEM integration: Splunk, IBM QRadar, Microsoft Sentinel connectors included.
Strengths. The most feature-complete privileged session recording solution available. The combination of credential vaulting + session proxy + analytics makes it the genuine compliance solution rather than a recording-only tool. PCI-DSS Qualified Security Assessors explicitly recognise CyberArk PSM as meeting privileged access monitoring requirements.
Limitations. Enterprise licensing is expensive. Typically $80,000+ annually for medium-sized deployments before professional services. Deployment complexity requires a dedicated implementation project.
Best fit. Enterprise customers with significant privileged access risk (financial services, healthcare, critical infrastructure) for whom session recording is a primary security control.
2. BeyondTrust Privileged Remote Access
Category. Privileged access management with session recording and remote support integration.
How it works. BeyondTrust PRA provides proxied access to privileged systems (SSH, RDP, database consoles, web) through a BeyondTrust appliance or cloud service. Sessions are recorded and stored for audit. Unlike CyberArk’s PAM-first approach, BeyondTrust integrates tightly with IT support workflows — the same tool used for day-to-day remote support also enforces privileged access policy and records every session.
Compliance advantages.
- Session recording with full-text keystroke search and video replay.
- Approval workflows: privileged access requests require approval before session initiation. Approved sessions are automatically terminated at approval expiry.
- Smart card and MFA enforcement per target system.
- FIPS 140-2 validated cryptography for government and defence deployments.
- Extensive audit reports pre-built for PCI-DSS, HIPAA, SOC 2, and ISO 27001.
Strengths. The integration of IT support workflows with PAM is genuinely differentiated. In most organisations, the same people who need PAM also provide IT support — BeyondTrust serves both use cases, avoiding two separate tools.
Limitations. Some organisations find BeyondTrust’s feature set oriented more toward IT support than security investigations. Less advanced analytics than CyberArk.
Best fit. Organisations where IT operations and security are the same team, or where vendor/contractor privileged access is a primary risk.
3. Teleport
Category. Open-source infrastructure access platform with built-in session recording.
How it works. Teleport provides certificate-based access to SSH, Kubernetes, databases, web applications, and Windows desktops through its access proxy. Every session is recorded as a structured event stream — each keystroke, command, and screen state — stored in an audit log that can be sent to S3, GCS, DynamoDB, or other backends.
Compliance advantages.
- Session recordings stored in structured format, not raw video. Enables full-text replay by timestamp and searchable command history.
- Immutable audit log with cryptographic hash chain.
- Role-based access control with session recording policies per role — some users may be required to record all sessions while others are exempt.
- Session sharing for live monitoring: a security administrator can join any active session as a read-only observer without the active user’s awareness.
- Live session locks: administrators can terminate sessions mid-stream.
Strengths. Open-source with a commercially supported Enterprise edition. For developer-facing infrastructure access, Teleport is outstanding — the session recording is native, zero-friction (no separate recording infrastructure), and standards-driven. Particularly excellent for Kubernetes and database session recording.
Limitations. Not a traditional PAM tool. Teleport does not manage credentials in a vault; it replaces static credentials with short-lived certificates. Organisations that need a credential vault alongside session recording will need CyberArk or BeyondTrust.
Best fit. Engineering-led organisations with Linux/Kubernetes/cloud infrastructure who want open-source session recording that does not require dedicated PAM deployment.
4. Delinea Secret Server
Category. Enterprise PAM with privileged session management.
How it works. Delinea Secret Server (formerly Thycotic) provides a credential vault and session recording integrated directly. Privileged sessions are proxied through the Delinea Connection Manager, recorded, and stored in the vault. Access requests, approvals, and session recordings are linked in one workflow.
Compliance advantages.
- Session recording linked to the credential used — every recording associates with the specific secret that was checked out.
- Check-out/check-in workflow creates a per-session access record that satisfies least-privilege control requirements.
- SIEM integration and pre-built compliance reports.
- Remote session tagging — sessions can be tagged with ticket number, change request, or reason at checkout time.
Strengths. Delinea’s strength is in organisations that have many diverse credential types to manage. The credential-to-session linkage is cleaner than in tools where vault and recording are separate products.
Limitations. Less advanced analytics than CyberArk. The Delinea ecosystem consolidation (Thycotic + Centrify merger) means some integrations and documentation still reflect the pre-merger state.
Best fit. Organisations with diverse credential types (service accounts, SSH, Windows admin, database accounts) who want one vault-plus-recording platform.
5. Saviynt Cloud PAM
Category. Cloud-native PAM with session recording.
How it works. Saviynt Cloud PAM provides JIT access and session recording for cloud workloads — AWS, Azure, GCP consoles and services — as well as on-premises systems. Sessions are recorded and connected to the identity governance workflow: access is granted in the context of an access request, and the recording is linked to that request.
Compliance advantages.
- Deep integration between access governance (who should have access) and session recording (what they did with it). Most PAM tools handle the recording; Saviynt connects it to the broader identity governance programme.
- Native cloud console session recording — recording AWS Console sessions is a common compliance gap that traditional PAM tools built for SSH/RDP do not address cleanly.
- Automated certification campaigns integrated with session recordings — reviewers see not just “does this user have this access?” but “here is what they used it for.”
Strengths. Cloud-native PAM with strong identity governance integration. Excellent for cloud-heavy organisations.
Limitations. On-premises coverage is less rich than CyberArk or Delinea for Windows/Linux system administration.
Best fit. Cloud-first enterprises that need cloud console session recording alongside access governance.
6. AWS CloudTrail + Session Manager
Category. AWS-native session recording for EC2 and SSM-managed instances.
How it works. AWS Systems Manager Session Manager provides browser and CLI-based access to EC2 instances and managed nodes without SSH or RDP and without opening inbound network ports. All session content — commands and output — is logged to CloudWatch Logs and/or S3. CloudTrail records the session initiation, actor identity, and session termination.
Compliance advantages.
- No SSH key management. Sessions authenticate via IAM role — no static credentials.
- Session logs forwarded to S3 with server-side encryption and optionally to CloudWatch for alerting on specific command patterns.
- KMS encryption of session logs at rest.
- CloudTrail provides the identity chain: who started the session, from which IP, using which IAM role.
Strengths. Zero incremental cost for AWS workloads (Session Manager is included in Systems Manager). Eliminates inbound SSH/RDP which reduces attack surface. CloudTrail is already being collected by most AWS compliance programmes; adding session recording to the same pipeline requires minimal new infrastructure.
Limitations. Logs raw text of commands and output, not a graphical session video. Does not cover graphical administrative interfaces or non-EC2 resources. No privileged analytics or behaviour detection.
Best fit. AWS-native Linux/Windows server fleets where command-level logging meets the compliance requirement. An excellent starting point before investing in a full PAM platform.
7. Sysdig Secure + Falco Runtime Recording
Category. Container and Kubernetes session recording with runtime security.
How it works. Sysdig captures system calls at the kernel level using eBPF. Every container process, file operation, network connection, and command executed inside a Kubernetes pod is recorded as a structured event stream. Sysdig Secure provides a compliance reporting layer over these events. Falco is the open-source component that defines detection rules; Sysdig wraps it in a managed platform.
Compliance advantages.
- Captures activity inside containers that traditional session recording tools miss entirely. SSH-proxied PAM tools do not intercept
kubectl execor pod shell access in the same way. - Process lineage: every command traced to its parent process, allowing investigation of how a shell inside a container was spawned.
- Activity preserved as immutable audit data; cannot be deleted from the pod.
- Pre-mapped to CIS Kubernetes Benchmark, NIST 800-190, and SOC 2 controls.
Strengths. Unique visibility into containerised workloads. If your sensitive systems run in Kubernetes, Sysdig is the only tool in this list that captures runtime session activity comprehensively.
Limitations. Not traditional session recording — there is no video playback. The audit data is process/syscall telemetry, not a user-oriented session transcript. For compliance reviewers accustomed to video replay, the interface requires orientation.
Best fit. Engineering organisations with containerised workloads where Kubernetes-level session recording is a compliance gap.
8. Ekran System
Category. Dedicated user activity monitoring and session recording.
How it works. Ekran is a purpose-built user activity monitoring platform. Agents run on Windows and Linux endpoints, capturing screen video, keystrokes, application usage, and URL history. The management server stores recordings and provides a case management interface for investigations. Ekran is explicitly positioned for insider threat detection and compliance.
Compliance advantages.
- Continuous screen video recording — the most comprehensive evidential capture for investigations.
- USB and clipboard monitoring linked to session recordings.
- Alert rules trigger on keywords, applications, or websites — flagged sessions are automatically queued for review.
- Secondary review workflow: flagged sessions assigned to investigators with notes and evidence preservation.
- Pre-built compliance reports for SOC 2, PCI-DSS, HIPAA, GDPR.
Strengths. Best screen video recording quality and frame rate. The case management interface is the cleanest of any tool in this list for investigators who are not security engineers.
Limitations. Agent-based on endpoints; requires deployment to every monitored machine. Less suitable for server-side (SSH/Linux command line) session recording than for Windows desktop recording. Privacy concerns limit deployment to corporate-managed devices.
Best fit. Organisations monitoring Windows workstations for insider threat or financial services compliance where continuous screen recording of specific roles is required.
9. Silverfort + Identity Threat Detection
Category. Agentless session and authentication recording for Active Directory-joined systems.
How it works. Silverfort integrates with Active Directory and Radius without deploying agents on every endpoint. It intercepts authentication traffic, enforces MFA policies, and logs all authentication and access patterns. It is not strictly a session recorder but provides the authentication audit trail that feeds into session attribution.
Compliance advantages.
- Authentication audit without agents — critical for legacy systems where agent deployment is impractical.
- Real-time risk scoring of authentication events, flagging anomalous access (credential stuffing, lateral movement, pass-the-hash).
- Integration with SIEM and SOAR for automated response.
Strengths. Excellent for legacy on-premises environments where PAM agent deployment is politically or technically difficult.
Limitations. Authentication and access logging, not full command/screen session recording. Needs to be combined with a session recorder for full coverage.
Best fit. On-premises environments with Active Directory where deploying session recording agents is blocked; use Silverfort for the authentication layer and pair with AWS Session Manager or Teleport for the session layer.
10. QuickZTNA Session Recording
Category. Built-in session recording inside the ZTNA tunnel (Workforce tier).
How it works. QuickZTNA’s session recorder captures all activity transiting the ZTNA tunnel — keystrokes, commands, terminal output, and application-layer data — for sessions to protected resources. Recordings are stored in tamper-evident, append-only storage with a per-recording cryptographic hash. The audit log entry links the session recording to the ZTNA access event: the device, the user identity, the posture state at session initiation, and the resource accessed.
Compliance advantages.
- Zero additional deployment. If QuickZTNA is already the remote access layer, session recording is enabled in the admin console — no new infrastructure.
- Device posture at session initiation is captured in the audit record. Compliance reviewers can verify not just who accessed the resource but whether their device was in a compliant state.
- Session recording integrates with JIT access workflows (Workforce tier). When a JIT access request is approved, the resulting session is automatically recorded. The approval request, approver identity, and session recording are all linked in the compliance report.
- Immutable storage with cryptographic hash chain satisfies SOC 2 CC7.2, PCI-DSS Requirement 10, and HIPAA 164.312(b) technical safeguard requirements.
Strengths. Operational simplicity. For organisations using QuickZTNA as their ZTNA/VPN replacement, adding session recording requires one toggle rather than a separate PAM platform deployment with a six-month implementation project.
Limitations. Scoped to sessions through the QuickZTNA tunnel. Sessions to resources not behind QuickZTNA (local network access, direct cloud console access) are not covered.
Best fit. Organisations using QuickZTNA Workforce for remote access who need session recording for compliance without deploying a separate PAM platform.
Comparison at a glance
| Tool | Recording type | Searchable | Tamper-proof | Kubernetes | Cost tier | Credential vault |
|---|---|---|---|---|---|---|
| CyberArk PSM | Video + keystroke | ✅ OCR | ✅ | Limited | Enterprise | ✅ Full PAM |
| BeyondTrust PRA | Video + keystroke | ✅ | ✅ | Limited | Enterprise | ✅ |
| Teleport | Structured events | ✅ Full-text | ✅ Hash chain | ✅ Native | Open-source/Enterprise | ❌ (cert-based) |
| Delinea Secret Server | Video + keystroke | Partial | ✅ | Limited | Enterprise | ✅ |
| Saviynt Cloud PAM | Video + session | Partial | ✅ | Cloud console | Enterprise | ✅ |
| AWS Session Manager | Text log | ✅ CW search | ✅ CloudTrail | ❌ | Included in SSM | ❌ |
| Sysdig / Falco | Syscall events | ✅ | ✅ | ✅ Best-in-class | Mid-enterprise | ❌ |
| Ekran System | Screen video | ✅ OCR | ✅ | ❌ | Mid-market | ❌ |
| Silverfort | Authentication log | ✅ | ✅ | ❌ | Mid-enterprise | ❌ |
| QuickZTNA | Tunnel + keystroke | Growing | ✅ Hash chain | ❌ | Workforce tier | Secrets Vault |
Implementation guidance
Start with scope. Session recording for all users is a privacy liability. Document which systems and roles fall within the scope of your compliance requirement (privileged accounts, systems processing cardholder data, PHI repositories). Record those — and only those.
Tamper-proof is non-negotiable. Any session recording for compliance must be stored in a location where the recorded user has no write or delete access. Storing recordings on the same system they record is invalid for evidence purposes.
Connect recordings to access decisions. The most useful compliance architecture links the access request (who asked for access, why, who approved it) to the session recording (what they did). JIT access + automatic recording of approved sessions is the pattern to implement.
Related reading
- JIT Access in 2026: How Zero-Trust Teams Grant Temporary Privileges
- SOC 2 Remote Access Controls: 11 You’ll Get Audited On
- HIPAA-Compliant VPN in 2026
Try QuickZTNA Session Recording
QuickZTNA Workforce includes built-in session recording with JIT access integration, immutable audit log, and automatic compliance report export — no separate PAM deployment needed. Request a Workforce demo.