FedRAMP 20x is FedRAMP's modern, cloud-native certification type, new in 2026, and it will replace Rev5. Rev5 is the legacy type, built on NIST SP 800-53 controls.
Often yes, but it depends on how an agency will use the product. When an agency's use of a cloud service falls within FedRAMP's scope, agencies must promote the use of FedRAMP-certified services. Only the agency decides whether its use is in scope.
Certification Classes are FedRAMP's four levels of assurance, from minimal assurance at Class A to significant assurance at Class D. They replace the old Low, Moderate and High impact levels, though not one-for-one.
FedRAMP.gov recommends that most providers entering the federal market start with Class A. The right class ultimately depends on what agency customers require, and each agency makes its own risk decision.
Key Security Indicators (KSIs) are the security outcomes a FedRAMP 20x provider must show, and keep showing, to agencies. FedRAMP.gov does not give a one-line definition, but each KSI states an outcome the provider must meet and verify.
The Consolidated Rules for 2026 are FedRAMP's single, current set of requirements for getting and keeping FedRAMP certification. They replace long narrative documents with short, numbered rules.
Continuous validation means proving, on an ongoing basis and mostly through automation, that security measures are in place and working. FedRAMP.gov's rules usually call this "persistent" verification and validation rather than "continuous validation."
FedRAMP.gov does not publish a side-by-side comparison of FedRAMP and SOC 2. It does treat SOC 2 Type II as an external framework that can support only the entry-level Class A certification, not a substitute for FedRAMP.
A recent SOC 2 Type II can count, but only toward a Class A certification. FedRAMP's current rules do not list ISO 27001 as an accepted framework.
No. FedRAMP 20x certifications are processed directly by FedRAMP and do not require an active agency contract or sponsor.
CDS-CSO-CBF requires FedRAMP providers to generate their human-readable and machine-readable certification data from a single source of truth. Here's what it requires and why manual processes don't satisfy it.
CDS-CSO-SVC requires FedRAMP providers to publish a public list of every authorized service with its security category. Here's what it requires and how to scope it.
FIPS 199 determines whether your services rate Low, Moderate, or High under FedRAMP 20X's CDS-CSO-SVC requirement. Here's how the categorization works, with a full worked example.
FedRAMP 20X makes your public offerings page your job — sixteen fields, in human-readable form and JSON, on a page agencies can read without asking anyone. Here's what CDS-CSO-PUB requires.
FedRAMP 20X's certification data sharing (CDS) requirements make storing and sharing your certification materials your job — here's what each rule calls for and what it means in practice.
FedRAMP 20x replaces Rev5 with automation, no agency sponsor, and ~3-month authorizations. Here's what it is, what changed, and the 2026–2027 timeline.
A breakdown of the 60 FedRAMP 20x Key Security Indicators across 11 themes, plus how Low and Moderate differ and what evidence you need.
A step-by-step FedRAMP 20x preparation guide for Cloud Service Providers in 2026: tooling gaps, OSCAL, 3PAO selection, and the moves that save months.
FedRAMP 20X has 60 KSIs, but 124 underlying requirements land directly on cloud service providers. Here's the full breakdown CSPs need to plan for.
Learn how FedRAMP 20X foundation requirements define your authorization boundary. Here's how to scope, document, and configure your cloud service correctly.
FedRAMP 20X requires continuous monitoring and vulnerability response on strict timelines. Here's how cloud providers prove security posture every 3 to 7 days.
FedRAMP 20X requires a public trust center, machine-readable authorization data, and quarterly reports to agencies. Here's what cloud providers must publish.
FedRAMP 20X enforces 1-hour incident reporting and strict change notification timelines. Here's how cloud providers meet incident and change SLAs to FedRAMP.
FedRAMP approved a sponsorless path to Rev5 Certification, but with significant restrictions. Here's who qualifies, what changed from RFC-0023, and what CSPs need to know.
The Federal Risk and Authorization Management Program (FedRAMP®) is the U.S. government’s standardized process for assessing the security of cloud products and services.
FedRAMP defines three security baselines — Low, Moderate, and High — based on how sensitive a system’s data is and how disruptive it would be if compromised.
FedRAMP Ready is being retired in 2026. Learn what it meant, what’s replacing it, and why a FedRAMP Gap Analysis is now the smartest first step.
FedRAMP In Process status means your product is actively working through the complete FedRAMP authorization pipeline with an agency sponsor and 3PAO.
FedRAMP Authorized means your cloud service has passed the complete security assessment, received an ATO, and is approved for government use.
FedRAMP authorization costs $700K–$1.2M on average. Learn the cost of FedRAMP gap analysis, consulting, security assessments, and how to reduce your spend.
FedRAMP is opening a limited-time path for cloud service providers to earn a Rev5 FedRAMP Certification without an agency sponsor. Here’s what you need to know before the December 2026 deadline.
The Access Control (AC) family ensures that only authorized people can access your systems and data. It covers managing user accounts, enforcing the principle of least privilege, and monitoring who has access.
The Awareness and Training (AT) family ensures that all personnel understand their security and privacy responsibilities through regular education and training programs.
The Audit and Accountability control family ensures organizations create, protect, and review detailed records of system activities and user actions.
The Security Assessment and Authorization control family ensures that organizations systematically evaluate security controls, authorize systems to operate based on acceptable risk levels, and continuously monitor those systems for ongoing compliance.
The Configuration Management control family ensures that organizations establish and maintain secure baseline configurations for systems, control changes to those configurations, and continuously track system components and information throughout their lifecycle.
The Contingency Planning family ensures organizations can maintain or quickly resume critical mission and business operations during and after a disruption, compromise, or failure of their information systems.
The Identification and Authentication (IA) control family ensures that systems can accurately identify and verify users, devices, and processes before granting access to organizational resources.
The Incident Response (IR) control family establishes the policies, procedures, and capabilities necessary to prepare for, detect, respond to, and recover from security incidents.
The Maintenance (MA) control family ensures that information systems remain secure during maintenance, repair, and diagnostic activities.