Privileged Access Management (PAM) has traditionally been deployed on-premises, but expanding identity sprawl across cloud and digital services is driving cloud-based PAM and, increasingly, PAM delivered “as a service” by Managed Service Providers (MSPs). This shift promises client benefits—reduced deployment burden, scalability, flexibility, and automatic updates under strict contracts—but it also introduces high risk because clients must entrust credential security and authentication to a third party. PAM is positioned as a critical cybersecurity control because most successful cyberattacks involve misuse of privileged accounts, often enabled by weak tools, policies, or processes. Privileged risks include shared credential abuse, unauthorized privilege elevation, credential theft, and third-party system misuse, all intensified by decentralized IT, remote endpoints, and multi-cloud architectures.
MSPs face unique complexity: hosting thousands of tenants while ensuring strict segregation of each client’s data and networks. Their ability to govern privileged access directly impacts SLAs and market competitiveness. Ransomware targeting MSPs amplifies urgency because attackers can compromise an MSP and then pivot into its clients; a June 2021 Sweden incident leveraged a malicious Kaseya update to breach at least 20 MSPs and encrypt data across roughly 1,000 client organizations, forcing Coop to close most of its 500 stores due to payment outages. In parallel, proliferating privacy and cybersecurity regulations (e.g., GDPR, EU NIS 2.0, US executive order, UK GDPR, and fragmented US state laws) increase both compliance pressure and reputational stakes.
The document outlines capabilities required for PAMaaS, including strong multi-tenant administration, broad authentication support, lean cloud-native architecture, and advanced functions such as PADLM, AAPM, CPEDM, remote privileged access, JIT privileges, SSO integration, behavioral analytics, and account discovery. ARCON’s modular PAM suite is presented as supporting SaaS/PAMaaS models with secure tunneling or TLS-based application streaming, centralized or regionalized deployments, multi-tenant partitioning, extensive integrations, high availability, discovery, session monitoring, and JIT controls.
See All Locations
See All Locations