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FedRAMP High

The Gold Standard for Cloud Security

The highest level of cloud security certification trusted by the U.S. Government and enterprise leaders worldwide.

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FedRAMP High Ready IaaS

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99.95% Uptime SLA

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Rapid Global Deployment

The Evolution of FedRAMP

From inception to modern cloud security leadership, explore the key milestones that shaped the gold standard of government cloud security.

Prologue

The Foundation Years

Long before FedRAMP existed, federal cybersecurity had its own "origin story." It starts in 1969, when UCLA researchers sent the ARPANET's first two-letter message "LO" and unwittingly launched the internet era. The government's first attempt to secure its growing computer fleet came with the Computer Security Act of 1987, which made NIST the civilian lead for standards. Just a year later, the Morris Worm paralyzed early networks and led to creation of the first CERT teams. Momentum continued with the Clinger-Cohen Act (1996)—the law that created federal CIOs and formal IT governance. The 21st-century push toward risk-based controls began with FISMA (2002), still the backbone of federal security compliance. OMB's "Cloud First" policy (Dec 2010) then told agencies to favor cloud solutions whenever safe and cost-effective, setting the stage for FedRAMP.

Impact:

Established the regulatory and technological foundation for modern federal cloud security

2011

FedRAMP Launches

The Office of Management and Budget establishes FedRAMP with the first government-wide cloud security rules, creating a standardized approach to cloud authorization that would revolutionize federal IT procurement.

Impact:

Foundation for secure government cloud adoption

2012

First P-ATOs Issued

Autonomic Resources' ARC-P, followed by AWS and others, earned the first JAB Provisional Authorizations to Operate (P-ATOs) late in 2012, proving that cloud services could meet stringent government security requirements.

Impact:

Validated that cloud technology could achieve federal security standards

2016

High-Impact Baseline

Introduction of the High-Impact security baseline expands FedRAMP's reach to systems processing the most sensitive unclassified data, establishing comprehensive controls for high-risk government workloads.

Impact:

Enabled cloud adoption for the most sensitive government data

2018

OSCAL Automation Initiative

Launch of the Open Security Controls Assessment Language (OSCAL) project begins the transformation toward machine-readable security documentation and automated compliance verification.

Impact:

Foundation for automated, continuous security validation

2019

Modernization Roadmap

Comprehensive modernization initiative launches to streamline authorization processes through automation, reducing timelines while maintaining security rigor and introducing continuous monitoring enhancements.

Impact:

Faster authorizations with enhanced continuous security

2022

FedRAMP Authorization Act

Congress passes landmark legislation creating the FedRAMP Board, mandating new OMB guidance, and establishing FedRAMP's permanent legal foundation in Title 44 U.S.C., ensuring program continuity and authority.

Impact:

Legal permanence and enhanced governance structure

2023

NIST Rev 5 Transition

Migration to NIST SP 800-53 Rev 5 security control baselines begins, streamlining the High baseline from 421 to 410 controls while maintaining comprehensive security coverage.

Impact:

Modernized controls with improved efficiency

2024

OMB M-24-15 Expansion

OMB Memorandum M-24-15 significantly expands FedRAMP scope, particularly for Software-as-a-Service, and formalizes the transition to risk-based, automation-first authorization processes.

Impact:

Broader coverage with automated, risk-based approach

2025+

FedRAMP 20x Vision

The future of FedRAMP centers on continuous authorization through automated security validation, real-time risk assessment, and machine-readable compliance verification, making authorization 20 times faster while enhancing security posture.

Impact:

Continuous, automated authorization with enhanced security

Why FedRAMP is Different

Compare FedRAMP with other security standards and understand why it represents the gold standard for cloud security certification.

FedRAMP

Federal Risk and Authorization Management Program

410

Security Controls

3PAO

Assessment Mandatory

Government-wide

Authorization

Supply Chain Security

Requirements

Continuous Monitoring

Incident Response

Automated Compliance

Verification (OSCAL)

Risk-based

Authorization Approach

ISO 27001

International Information Security Management Standard

93

Security Controls

3rd Party Assessment

Or Third-party Audit

Global Industry

Recognition

Risk Management

Framework

Management System

Approach

Policy and Procedure

Focused

Annual Surveillance

Audits

SOC 2

Service Organization Control 2 Trust Services

Variable

Security Controls

CPA Firm

Examination Required

Service Organization

Focus

Trust Services

Criteria (TSC)

Customizable

Control Scope

Point-in-time

Or Period Testing

Customer Facing

Compliance

How FedRAMP High Controls Map to Famous Cloud Breaches

Explore how specific NIST SP 800-53 Rev 5 High-baseline controls directly address the root causes of major cloud security incidents.

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Capital One Breach (2019)

AWS WAF SSRF + S3 role misconfiguration

100M records

Impact

$80M

Estimated Cost

Attack Vector:

Cloud infrastructure misconfiguration

Root Vulnerability:

An attacker issued a server-side request forgery (SSRF) through a misconfigured open-source web application firewall, reached the AWS EC2 metadata service, and stole temporary credentials that unlocked S3 buckets. The core weakness was the overly permissive IAM role and WAF misconfiguration that exposed the metadata endpoint to untrusted requests.

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Applicable FedRAMP High Controls

NIST SP 800-53 Rev 5 controls that address this attack vector

CM-2Baseline Configuration
CM-6Configuration Settings
AC-3Access Enforcement
AC-6Least Privilege
SC-7Boundary Protection
SI-4System Monitoring
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FedRAMP High Implementation:

These 6 controls are part of the 410 NIST SP 800-53 Rev 5 High baseline security controls required for FedRAMP High authorization, providing comprehensive protection against this type of attack vector.

FedRAMP Knowledge Base

Explore the 18 NIST SP 800-53 Rev 5 control families that form the foundation of FedRAMP High authorization

Access Control (AC) Controls (0)

Why this family matters.

Access control governs who can do what in your system. At its core are account management (AC‑2), enforcement (AC‑3), least privilege and privileged separation (AC‑6), and controlled remote access (AC‑17). Done well, AC limits blast radius from compromised credentials and stops routine tasks from requiring unnecessary administrative rights—two recurring root causes in breaches.

How the controls prevent breaches.

Controls require you to provision, approve, monitor, and revoke accounts; restrict actions by role/attribute; mediate network and API access; and harden remote entry points. Least‑privilege by default, short‑lived elevation, and tight network and identity boundaries slow lateral movement and reduce abuse of standing privileges. These controls work in concert with IA (strong authentication) and AU (accountability through logging).

KSIs (outcomes‑aligned).

  • MFA coverage of human users and admins (target: 100%) — aligns with 20x KSI‑IAM
  • % privileged actions executed through just‑in‑time elevation (vs. standing admin)
  • Mean time to remove access for separated personnel and role changes
  • % services behind policy‑enforced allow‑lists/segmentation (no open management ports)
  • Dormant accounts >30 days (human & service) and trend over time
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