What is Sectona PAM-Cloud

Sectona PAM-Cloud is a cloud-based Privileged Access Management (PAM) solution designed to secure, control, and govern privileged access across on-premises, cloud, and hybrid environments. It provides a centralised platform for discovering, managing, controlling, monitoring, and auditing privileged identities, credentials, and sessions.

Sectona PAM-Cloud enables organisations to implement least-privilege access, protect privileged credentials, control privileged sessions, and maintain accountability for administrative activities. The solution provides capabilities including password vaulting and rotation, policy-based access control, workflow-based approvals, Just-In-Time (JIT) access, session monitoring and recording, audit tracking, and compliance reporting.

The PAM-Cloud architecture incorporates dedicated customer instances, secure connectivity components, redundant PAM services, and cloud security controls to provide an isolated, resilient, and secure operating environment. Components such as the RNA Proxy Connector enable secure connectivity between PAM-Cloud and protected customer infrastructure without requiring direct inbound network access.

This architecture helps organisations maintain network segmentation, minimize the exposed attack surface, and securely extend privileged access management capabilities to distributed and hybrid infrastructure.

Cloud-Based Security and Compliance Framework

Sectona PAM-Cloud provides a secure and compliance-aligned environment for managing privileged identities, including administrative accounts, root accounts, and service accounts. The platform incorporates layered security controls to protect privileged credentials, secure infrastructure components, and support regulatory and compliance requirements.

Encryption Key Protection: Uses a Key Management Service (KMS) to securely manage and protect the encryption key used by the Sectona Vault.
Security and Compliance Standards: Aligns with established security and compliance frameworks, including ISO/IEC 27001 and SOC 2 requirements.
Network Security Controls: Implements security groups, access control rules, and network traffic policies to restrict and regulate communication between infrastructure components.
Secure Configuration Baselines: Applies hardened and secure baseline configurations to cloud resources and supporting infrastructure components to reduce security risks and configuration weaknesses.
Security Logging and Auditability: Maintains security event records and infrastructure activity logs to support monitoring, investigation, auditing, and compliance evidence requirements.
Continuous Security Monitoring: Uses automated security controls and continuous monitoring mechanisms to detect configuration deviations, identify potential security risks, and support timely remediation.

Dynamic and Scalable Architecture

Sectona PAM-Cloud is designed to support dynamic and variable workloads associated with privileged access operations, including session management, credential vaulting, and API-based interactions. The architecture incorporates scalability, high availability, and workload distribution mechanisms to maintain performance and service continuity as demand increases.

Dedicated Customer Resources: Allocates dedicated resources for each customer instance, providing an isolated and logically separated environment for Sectona PAM-Cloud components and customer workloads.
Load-Balanced Application Tier: Deploys multiple application nodes behind an Application Load Balancer (ALB) to distribute incoming requests and optimise resource utilization across available nodes.
Highly Available Vault: Maintains a synchronized, highly available vault architecture to ensure data redundancy and minimize the risk of data loss during component or infrastructure failures.
Elastic Scalability: Dynamically scales application and processing capacity based on workload requirements, enabling the platform to support increasing numbers of users, managed assets, API requests, and privileged sessions.
Load Distribution and Redundancy: Uses load distribution mechanisms and redundant application components to maintain consistent service performance and availability during workload spikes, node failures, or temporary component unavailability.

Availability and High Reliability

Sectona PAM-Cloud is built on a resilient cloud architecture designed to maintain service availability, ensure data durability, and support business continuity. The architecture uses a primary deployment region with optional Cross-Region Availability (CRA) to provide enhanced regional resilience and disaster recovery capabilities.

Multi-Zone High Availability: Deploys redundant infrastructure components across multiple Availability Zones to minimize service disruption resulting from infrastructure or zone-level failures.
Backup and Data Recovery: Implements backup and replication mechanisms to support data retention, recovery, and restoration in the event of data loss or infrastructure failure.
Cross-Region Availability (CRA): Provides CRA as an optional add-on capability to support regional redundancy, business continuity, and disaster recovery requirements.
Load-Balanced Traffic Distribution: Distributes application traffic across available application nodes to improve service availability, optimise resource utilization, and prevent dependency on individual nodes.
RTO and RPO Support: Supports defined Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO) to align service recovery and data recovery capabilities with organisational business continuity and disaster recovery requirements.

Rapid Deployment and Operational Efficiency

Sectona PAM-Cloud streamlines the deployment and ongoing operation of privileged access management capabilities by leveraging a preconfigured cloud environment, automated provisioning, and managed infrastructure services. This approach reduces deployment complexity, accelerates onboarding, and minimizes the operational overhead associated with maintaining PAM infrastructure.

Accelerated Deployment: Eliminates the complexity associated with traditional on-premises deployments, reducing typical deployment timelines from 3–15 days to approximately 1–2 days.
Preconfigured Cloud Environment: Provides a preconfigured cloud environment to accelerate customer onboarding, automate resource provisioning, and simplify initial deployment activities.
Centralized Operations and Maintenance: Simplifies application updates, maintenance, and operational activities through centralized cloud-based management.
Standardized Deployment: Uses predefined configurations and deployment patterns to provide consistent and repeatable deployments across customer instances.
Reduced Infrastructure Dependency: Minimizes dependency on customer-managed infrastructure, hardware, and associated operational resources, reducing overall deployment and maintenance overhead.

Enterprise-Grade Trust and Assurance

Sectona PAM-Cloud is built on established cloud infrastructure and enterprise security practices to provide a secure, reliable, and compliance-aligned platform for managing privileged access. The architecture incorporates security, resilience, and data protection controls designed to support enterprise-scale deployments and stringent security requirements.

Secure Cloud Infrastructure: Hosted on secure cloud infrastructure designed to provide robust security, reliability, scalability, and compliance capabilities.
Enterprise and Government Requirements: Supports security and infrastructure requirements applicable to enterprise and government cloud environments.
Enterprise-Scale Performance: Provides the performance, scalability, and resource capacity required to support large-scale privileged access deployments.
High Availability and Resilience: Utilizes a resilient cloud architecture with redundant components to support high availability, service continuity, and operational uptime.
Data Protection: Protects customer data using industry-standard encryption mechanisms and layered security controls throughout the platform.
Zero Trust Security Model: Adopts Zero Trust principles by continuously validating identities, access requests, and privileged activities across the cloud environment, rather than relying solely on network location or implicit trust.