FedRAMP ConMon Deliverables: Essential Evidence Requirements Guide (2026)
Cloud Service Providers (CSPs) must keep up with FedRAMP ConMon deliverables to keep their federal authorization active. The Federal Risk and Authorization Management Program created this ongoing assessment framework to help CSPs maintain their security authorization. You need to implement continuous monitoring as it’s a crucial FedRAMP requirement to get and keep your authorization. The continuous monitoring process, known as ConMon, plays a key role in FedRAMP compliance. The National Institute of Standards and Technology (NIST) special publication 800-137 serves as its foundation. FedRAMP puts CSPs into three security levels—Low, Moderate, and High. Most applications, about 80%, get authorized at the moderate level. Your Annual Assessment costs will be about 80% of your original Assessment. The way you plan and execute your ConMon strategy can substantially affect your compliance costs. This piece breaks down the six key criteria of the ConMon process. You’ll learn about the required deliverables and get applicable information to stay compliant. The content helps both new applicants and those who want to improve their existing monitoring program. You’ll know what evidence to collect, when to submit it, and how to keep your cloud service FedRAMP-compliant. Setting Up a FedRAMP-Compliant Continuous Monitoring Program Image Source: AuditBoard “FedRAMP continuous monitoring (ConMon) is extremely prescriptive as to what is required for the ongoing assessment of security controls.” — FedRAMP Program Management Office, Federal Risk and Authorization Management Program – U.S. Government cloud security authorization program A well-designed continuous monitoring program is the foundation of long-term FedRAMP compliance. This approach will give a secure cloud service throughout its operational lifecycle. Defining your ConMon strategy and scope The first step to build a FedRAMP-compliant continuous monitoring program needs a clear strategy. Information Security Continuous Monitoring (ISCM) helps maintain awareness of security posture, vulnerabilities, and threats that support organizational risk management decisions. Your ISCM strategy should adapt based on risk-based decision making and requirements from any tier in your organization. The planning phase should identify all deliverables needed for monthly submissions and annual assessments. This becomes crucial as FedRAMP requirements keep evolving. Your strategy should include both the core FedRAMP monthly and annual deliverables along with agency-specific requirements. Your ConMon program’s scope must cover all assessment boundaries. FedRAMP has predefined Core Controls that need annual assessment as part of the continuous monitoring process. You must also pick additional controls—typically all but one of these controls from your baseline—to make sure everything gets reviewed within the three-year authorization cycle. Aligning with NIST SP 800-137 and FedRAMP guidelines FedRAMP ConMon builds on the continuous monitoring process from NIST SP 800-137. NIST implementation follows six key steps: Define the ISCM strategy; Establish an ISCM program; Implement the ISCM program; Analyze and Report findings; Respond to findings; and Review and Update ISCM strategy and program. This alignment’s main goal provides: (i) operational visibility; (ii) managed change control; and (iii) attendance to incident response duties. Regular reporting and remediation create operational visibility to keep risk levels below what was reported in the original Authorization to Operate (ATO). Cloud services with multiple agency customers must implement a Collaborative ConMon approach under security control CA-7. This collaborative model helps both agencies and CSPs by creating a central forum to address questions and reach consensus on deviation requests, significant change requests, and annual assessments. Establishing monitoring frequencies and thresholds A resilient ConMon program needs clear monitoring frequencies and thresholds. FedRAMP lists specific control frequencies in Column J of the FedRAMP Security Controls Baseline workbook. The standard monitoring schedule includes: Monthly activities: Complete vulnerability scans of operating systems, web applications, and databases, with 100% of inventory components scanned. This includes submitting updated POA&Ms, inventory reports, vulnerability scan results, and patch reports. Annual activities: Third-party assessment organization (3PAO) testing of the predefined Core Controls plus your selected subset of controls. Remediation timeframes: FedRAMP has strict remediation requirements—30 days for high findings, 90 days for moderate findings, and 180 days for low findings. Missing these thresholds might lead to escalation up to ATO revocation. The ConMon lifecycle requires documentation, verification, and impact confirmation of all changes through your change control process. This ongoing assessment keeps your cloud service’s security posture at FedRAMP standards even after getting an ATO. Monthly and Annual ConMon Deliverables Explained “During the review, the CSP must submit monthly ConMon deliverables (scan files, POA&M, and up-to-date inventory) which adhere to FedRAMP requirements for Continuous Monitoring and vulnerability scanning.” — FedRAMP Program Management Office, Federal Risk and Authorization Management Program – U.S. Government cloud security authorization program The life-blood of FedRAMP compliance depends on submitting evidence that your cloud service meets federal security standards. CSPs must stick to structured reporting schedules after authorization to keep their ATO. Monthly vulnerability scans and patch reports Security monitoring is the life-blood of effective continuous monitoring. CSPs must run detailed monthly scans of their entire system inventory for all FedRAMP-authorized cloud services. These scans must cover operating systems, web applications, and databases within the authorization boundary. CSPs must perform authenticated scans with full system authorization wherever possible for Moderate and High impact systems. All vulnerability scanners must check their vulnerability database for automatic signature updates at least monthly to detect the latest threats. Monthly scan reports show ongoing compliance and have: Summaries of newly identified system vulnerabilities Documentation of applied patches and remediation efforts Evidence of scanner signature updates Configuration management reports documenting system changes CSPs should check internet-reachable resources more often – at least every three days for both authenticated and unauthenticated assessments. Non-internet-reachable resources need weekly checks at minimum. Annual 3PAO control subset testing FedRAMP requires annual assessments by an accredited 3PAO beyond monthly activities. These assessments review a predefined set of core controls (129 controls) plus additional controls. This approach will give a full review of all controls at least once every three years. The annual assessment process has several key parts: Assessment planning and scope definition using the FedRAMP Annual Assessment Control Selection Worksheet Security testing performed by the 3PAO following FedRAMP test cases Validation of POA&M items closed since
FedRAMP Compliance Made Clear: RFC-0022 External Frameworks Guide
FedRAMP compliance remains a major challenge for cloud service providers who want to work with federal agencies. The complex requirements used to demand extensive resources, time, and specialized expertise. RFC-0022 has altered the map by offering new paths to achieve compliance. Cloud providers can now use external security frameworks to speed up their FedRAMP compliance process. This fresh approach tackles various FedRAMP compliance levels while keeping security standards intact. The guidance also explains what FedRAMP compliance means for organizations that already have security certifications. FedRAMP compliance requirements often create bottlenecks in federal procurement cycles. This piece breaks down how RFC-0022 reshapes the scene of FedRAMP compliance management by letting you reuse assessment results from other frameworks. This piece walks you through RFC-0022’s core components. You’ll learn to map your current frameworks to FedRAMP requirements, set proper system boundaries, and make smart verification choices. The practices we share will satisfy both your organization and federal agencies. What RFC-0022 Changes in the FedRAMP Compliance Process RFC-0022 brings a fundamental change to the FedRAMP compliance world by offering practical alternatives to traditional authorization. Small cloud service providers often couldn’t reach government contracts due to FedRAMP’s resource-heavy nature. Let’s get into the four major changes this framework brings to compliance. Validated Level 1 Authorization Path The new framework creates “FedRAMP Validated Level 1” pathway to make federal authorization available to cloud services. This path makes the compliance experience simpler while keeping federal agencies’ security standards intact. Not all cloud services pose equal risk to federal systems, so the framework allows assessment based on actual risk profiles. Time-Bound Approval for Low-Risk Systems Systems with minimal security risks can now receive temporary authorization. Cloud services can get approval that lasts up to one year. Agencies have enough time to test and implement these services within risk boundaries. Providers must either get full authorization or stop federal system access by the end date, which prevents endless use of partially assessed services. Accepted External Security Frameworks Cloud service providers can now use their existing security certifications for FedRAMP compliance. Companies no longer need to start their security assessment from scratch, whatever their previous investments in commercial security frameworks. The program now accepts several security assessments: SOC 2 Type II reports ISO/IEC 27001 certifications HITRUST certifications CMMC Level 2 assessments StateRAMP verifications The framework recognizes that external assessments vary in security assurance. Audit firms, scope definitions, and evidence collection methods affect quality. Commercial frameworks often depend on management statements rather than technical testing, which creates uneven security confirmation. Partial Reuse Without Formal Reciprocity RFC-0022 creates a way to partly reuse existing materials instead of complete reciprocity between FedRAMP and other certification frameworks. Providers can link their current security evidence to FedRAMP Key Security Indicators through detailed documentation. The Independent Verification & Validation (IV&V) requirement becomes optional in the new framework. All the same, IV&V remains highly recommended for certain risk profiles. Providers skipping this step must show strong evidence to justify their choice and prove audit quality. Agency Authorizing Officials now have more responsibility. They must review all submitted materials carefully before giving authorization and document their risk acceptance reasoning. This balance keeps FedRAMP’s value in securing federal systems while removing duplicate assessment work for providers and agencies. Step-by-Step Framework Mapping to FedRAMP Requirements Image Source: Strike Graph The technical foundation of RFC-0022 implementation focuses on mapping your security frameworks to FedRAMP requirements. This straightforward process creates clear connections that help federal agencies see how your security controls meet government standards without repeating assessments. Analyzing Your Current Framework Controls Your mapping work starts with a full analysis of your framework’s control structure. SOC 2 Type II and ISO 27001 organize security controls differently than FedRAMP, and you need to spot where they overlap: Look at your framework’s control objectives – SOC 2 organizes controls around Trust Services Criteria (security, availability, processing integrity, confidentiality, privacy), while ISO 27001 uses Annex A control categories Review control implementation evidence – Not all commercial audits provide the same depth based on the audit firm, scope, and evidence collection methods Find which controls address similar security concerns as FedRAMP Key Security Indicators You should watch how your external assessment tested these controls. FedRAMP cares more about how well controls work rather than just their design – something commercial assessments often miss. Connecting External Controls to FedRAMP KSIs The next step links your framework controls to FedRAMP requirements. Your mapping should show exactly how each control meets federal security needs: Connect specific control activities to matching FedRAMP KSIs Write down the implementation methods that meet federal requirements Show how control testing confirms everything works This explanation should prove that your controls protect systems according to federal standards. Just matching control numbers isn’t enough—you need to show they work the same way. Building Complete Mapping Documentation The next phase creates clear documentation that states your security position. Start by setting exact system boundaries, a key difference between commercial frameworks and FedRAMP compliance needs: Write down all systems and services in the assessment scope List components you’ve left out (with reasons) Explain third-party dependencies and their security duties Show data flows across system boundaries Commercial audits often allow smaller boundaries that FedRAMP won’t accept. You’ll need more documentation than your external framework usually asks for. If you find this hard, you can Book a Readiness Call with FedRAMP specialists who’ll help with your mapping. Flagging Potential Gaps in Framework Coverage The final step identifies where your current framework might not meet FedRAMP standards. Common gaps include: Too much focus on management descriptions instead of technical proof Different testing depths across control families Poor boundary documentation, especially for third-party services Not enough testing to show controls work FedRAMP wants proof that controls work well in real life, not just on paper. Your mapping should point out these gaps and show how you fixed them through extra testing. Once you finish mapping, share both your external assessment materials and mapping explanation. Include full copies of commercial assessments, detailed
OSCAL: Machine-Readable FedRAMP Compliance Explained
OSCAL brings a fresh approach to security compliance documentation. NIST’s Open Security Controls Assessment Language sets a standard for documenting, implementing, and assessing security controls in machine-readable form, making the whole process faster and less error-prone. Machine-readable compliance is now the clear direction of the FedRAMP program, and in 2026 FedRAMP moved from encouraging it to requiring it for part of the provider base, with the broader transition phased in over the following two years. This guide explains what OSCAL is, how it accelerates FedRAMP authorization, where its real limits are, and exactly what the 2026 rules require of you. What is OSCAL and what does it mean for FedRAMP? The Open Security Controls Assessment Language (OSCAL) is a structured, machine-readable format for security control information. NIST created it to solve the scattered, inconsistent documentation that has long slowed the FedRAMP authorization process. It provides a shared language that helps cloud service providers, Third-Party Assessment Organizations (3PAOs), and agencies communicate the same way. OSCAL supports many frameworks, including FedRAMP, FISMA, HIPAA, NIST SP 800-53, ISO 27001, SOC 2, and PCI DSS. For providers earlier in their journey, our guide on FedRAMP for SaaS providers covers the foundational requirements OSCAL helps you document. Standardizing Security Control Documentation Security control documentation has long suffered from inconsistency. Organizations each develop their own way to document controls, which creates friction during assessment and authorization. OSCAL resolves this by defining a uniform structure for expressing security controls, implementation statements, assessment procedures, and results. The standardization means stakeholders interpret security requirements consistently, controls and implementations map clearly, assessment evidence is documented precisely, and risk findings follow a standard expression. For cloud service providers pursuing FedRAMP authorization, this uniformity matters: misinterpretations and inconsistencies are exactly what create costly delays. When every party speaks the same language of controls, the process moves faster. Replacing Word/Excel with XML, JSON, YAML For years, compliance relied on static Word, Excel, and PDF documents. Those formats resist automation, require manual updates whenever frameworks or implementations change, and make control validation difficult. OSCAL replaces them with structured, machine-readable formats (XML, JSON, and YAML) that software can parse, automated processes can validate, tools can convert between representations, and users can query for specific control information. This shift from static documents to dynamic data is what enables automation across the entire compliance lifecycle. Supporting FedRAMP, CMMC, and NIST RMF Although NIST built OSCAL, its value spans multiple compliance frameworks. Organizations that must comply with overlapping standards struggle to maintain documentation across all of them. OSCAL’s common structure supports FedRAMP authorization packages, CMMC documentation, NIST Risk Management Framework artifacts, and other frameworks that reference NIST SP 800-53 controls. This lets an organization keep a single source of truth for its control implementations and generate framework-specific deliverables automatically when something changes, which substantially reduces the ongoing maintenance burden. This same multi-framework logic underpins FedRAMP’s own move to let providers reuse external assessments, which our RFC-0022 external frameworks guide explains in detail. Key Benefits of Using OSCAL for FedRAMP Image Source: Telos Corporation OSCAL simplifies the FedRAMP authorization by turning documents into structured data and removing the bottlenecks that traditionally slow compliance work. Faster SSP Creation and Validation OSCAL changes how System Security Plans are created. The traditional approach to a FedRAMP-compliant SSP took hundreds of hours of manual writing. With validated OSCAL templates, that work can drop dramatically, with some vendors reporting SSP generation in a tiny fraction of the former time. OSCAL tools can also check for errors before submission, which cuts review cycles. One federal agency reduced its Authority to Operate documentation time from six weeks to three days. The gains come from machine-readable SSPs that the Program Management Office can review quickly, cleaner formatting that reduces back-and-forth, and error checking that happens before formal submission. A reality check belongs here, though. The promise and the practice are not yet the same thing. In 2025, FedRAMP processed more than 100 Rev5 authorizations without a single submission that used OSCAL, and no formal participant in the FedRAMP 20x Phase One pilot used it to structure the required machine-readable materials. The tooling and time savings are real, but adoption is still catching up, which is precisely why the requirements below matter and why the question of timing deserves careful thought. Our analysis of when FedRAMP automation actually saves time breaks down exactly when adopting OSCAL pays off and when it adds overhead. Improved Accuracy with Machine-Readable Formats Machine-readable formats remove the human errors that creep into manual documentation. Assessments that used to take months can finish far faster and with fewer mistakes. Structured data keeps control implementations consistent, lets providers validate documentation before submitting, and gives assessors clear, standard formats that leave little room for confusion. The effect is that the process centers on security rather than paperwork. Automation of SAP and SAR Generation 3PAOs gain the ability to automate how they plan, run, and report assessments. They can auto-generate Security Assessment Plans and Security Assessment Reports from templates, validate them automatically, and present them in different views. This links controls directly to test methods and evidence, showing exactly how requirements connect to proof. It also supports continuous authorization, letting providers monitor security continuously rather than in periodic snapshots. Support for Multiple Frameworks Simultaneously OSCAL lets an organization assess its controls once and reuse that work across many frameworks. Rather than repeating documentation for each standard, providers maintain one source of truth and let security changes propagate automatically across every framework’s documents. This keeps multi-framework compliance programs consistent and cuts maintenance work. Limitations of OSCAL in Real-World Scenarios Image Source: Medium OSCAL delivers real benefits, but the move from theory to deployment surfaces several practical challenges worth understanding before you commit. No Built-in Automation Tools The biggest adoption hurdle is that OSCAL is a language, not software you can deploy. It defines a communication protocol but does not hand you the tools to use it. Most security professionals lack the time, and sometimes the technical background,
AWS FedRAMP Inheritance: Mapping Shared Responsibility to NIST 800-53
An AWS FedRAMP inheritance strategy that maps to the Risk Management Framework will not help your assessor, because the assessor is not reading your RMF phase. They are reading a control, and asking one question: who implements this, you or the platform. Map your inheritance to NIST SP 800-53 control by control, and that question answers itself. Map it to the RMF lifecycle, and you have documented a process that belongs to the agency rather than to you. That distinction is the difference between an inheritance strategy that survives assessment and one that generates findings. This guide covers what AWS FedRAMP inheritance actually transfers, which control families move and which do not, how the Certification Classes introduced under the Consolidated Rules for 2026 (CR26) changed the inheritance chain, and where inheritance stops helping entirely, which is defense work. What AWS FedRAMP Inheritance Actually Is FedRAMP’s central value is reuse. When a cloud service offering has been independently assessed and certified, the security work underneath it does not have to be redone by every customer building on top. Inheritance is the mechanism by which that reuse reaches you. The Shared Responsibility Model The AWS shared responsibility model splits security duties in two. AWS is responsible for security of the cloud: the hardware, the software, the networking, and the facilities that run its services. The customer is responsible for security in the cloud: their content, their applications, their identity configuration, and their data. Under FedRAMP that split resolves into three control dispositions. Inherited controls are implemented entirely by the platform. Physical and environmental protections are the clearest example. You do not implement them, you document that you inherit them. Shared controls apply to both layers in different ways. The platform patches its infrastructure; you patch your guest operating systems. The platform maintains its network devices; you configure your application’s network exposure. Customer controls belong to you alone. Application-level security, your data handling, and the way you actually configure the services you consume. Inheritance Does Not Make You Compliant This is the sentence most vendors leave out. A service does not become FedRAMP compliant simply by running on FedRAMP Certified infrastructure. Each component in your stack requires its own treatment, either through a documented inheritance relationship or through your own implementation. The platform’s certification is a prerequisite, not a substitute. Inheritance also depends on a documented link between the providing system, which is AWS, and the receiving system, which is your environment. That link has to be recorded, dated, and defensible. Elevate’s primer on what FedRAMP is and what it covers sets the context. Map AWS FedRAMP Inheritance to NIST SP 800-53, Not to the RMF Most inheritance guidance walks you through the six phases of the Risk Management Framework: prepare, categorize, select, implement, assess, authorize, monitor. It reads well and it is the wrong tool for this job. The RMF Belongs to the Agency The Risk Management Framework is the process a federal agency runs to authorize a system it operates. It is how an Authorizing Official decides to issue an Authority to Operate. A cloud service provider does not run the RMF. It produces a certification package, which FedRAMP reviews and certifies, and which an agency then uses as an input to its own RMF process. Structuring your inheritance strategy around RMF phases therefore documents someone else’s workflow. Worse, it produces an artifact organized by phase when every reader who matters needs it organized by control. Your Assessor Reads Controls, Not Phases An independent assessor evaluating your service opens the control catalog. For each applicable control they ask whether it is implemented, by whom, and with what evidence. A responsibility assignment mapped to NIST SP 800-53 answers that directly and tells the assessor exactly where responsibility sits between the provider and the client. A responsibility assignment mapped to RMF phases forces them to translate. There is a second reason the control mapping wins under CR26. The Customer Responsibility Matrix that AWS publishes is organized by control. The FedRAMP baselines are organized by control. Your certification package is organized by control. Every artifact in the chain already speaks 800-53. Elevate’s primer on NIST SP 800-53 Rev 5 covers the catalog you are mapping to. Which Control Families Transfer The table below describes the typical disposition on the Rev5 path. Confirm every row against the current Customer Responsibility Matrix for the specific services you consume, because dispositions vary by service and change over time. Control family Typical disposition What stays with you Physical and Environmental Protection (PE) Inherited Documentation of the inheritance relationship Maintenance (MA) Inherited Documentation of the inheritance relationship Media Protection (MP) Largely inherited Handling of media you control Access Control (AC) Shared Application user accounts, roles, session policy Identification and Authentication (IA) Shared Application identity, authenticator management Audit and Accountability (AU) Shared What you log, how you review it, how long you retain it Configuration Management (CM) Shared Your baselines, your change control, your inventory System and Communications Protection (SC) Shared Application boundary, cryptographic configuration Incident Response (IR) Customer The entire family Planning (PL) Customer The entire family Assessment, Authorization, and Monitoring (CA) Customer The entire family Note the shape of the table. The families that transfer cleanly are the ones furthest from your application. The families that do not transfer at all are the ones that describe how your organization behaves. No platform can inherit your incident response process for you. Hybrid Controls Are Where Assessments Fail Take AC-2, account management. The platform manages accounts for the underlying operating system and hypervisor components. You manage application user accounts. Both statements are true, and a control description that asserts only one of them is a finding waiting to happen. The failure mode is symmetrical and expensive: both parties assume the other implements a requirement, and neither does. Read each control element rather than each control label. The Customer Responsibility Matrix goes beyond a simple customer-or-AWS tag and specifies which aspects of a control belong to whom. That specificity is
FedRAMP PMO in 2026: What Changed With FedRAMP 20x and How to Prepare for Authorization
Federal agencies have spent over $4 billion on federal FedRAMP accredited cloud services. Projections show this number will reach $11.4 billion by 2023. Service providers seeking authorization need to understand the FedRAMP Program Management Office (PMO) as cloud adoption grows across government. The FedRAMP PMO leads the official federal team that manages the Federal Risk and Authorization Management Program. Major changes are coming soon. The PMO will become a smaller, more focused team by 2025. This new structure will improve efficiency, standardization, and community-led innovation through the FedRAMP 20x initiative. These changes will help create an ecosystem where Cloud Service Providers (CSPs) can direct the authorization process with greater independence. FedRAMP readiness goes beyond just documentation. The process needs the right people, systems, and documentation backed by strong executive support. Nearly 80% of authorized applications run at the Moderate Impact level. This shows the extensive requirements needed to achieve compliance. This piece will get into how the PMO’s new role affects your organization’s readiness strategy. You’ll learn what you need to know to guide your way through the federal authorization process effectively. Understanding the FedRAMP PMO’s Original Role The Program Management Office (PMO) began as the central authority in the Federal Risk and Authorization Management Program (FedRAMP) ecosystem. The PMO managed to keep control over the authorization process back then, unlike today’s efficient approach. It served as both gatekeeper and guide for cloud service providers who wanted federal authorization. Policy and Template Management by the PMO The PMO worked as the main architect of the program’s policy framework during FedRAMP’s early years. The team created and managed detailed documentation templates that became the foundations of security package submissions. These templates covered System Security Plans (SSPs), Security Assessment Reports (SARs), and Plan of Actions & Milestones (POA&Ms). They set standard language to show security compliance at all impact levels. The team also gave explanations through detailed implementation guides to help CSPs understand the complex NIST 800-53 security controls. 3PAO Accreditation and Marketplace Oversight The PMO’s role included protecting the assessment ecosystem’s integrity through careful oversight of Third-Party Assessment Organizations (3PAOs). The team set qualification criteria for assessment bodies to confirm they had the technical expertise needed. The PMO also ran the official FedRAMP Marketplace—a trusted registry of compliant cloud offerings for federal agencies. This marketplace showed which services had provisional authorizations from the Joint Authorization Board (JAB) or specific agencies. Technical Assistance and Training Programs The PMO offered direct technical guidance through several programs before changing to automation and self-service. The team ran detailed pre-assessment consultations with CSPs preparing for FedRAMP assessments. They also provided specialized training workshops for cloud providers and federal agencies. Regular in-person events let stakeholders work directly with FedRAMP experts, which promoted a community focused on federal cloud security standards. These activities helped simplify the authorization process when government cloud adoption was just starting to grow. The PMO’s original setup focused on direct involvement throughout the authorization lifecycle—quite different from its current role in today’s FedRAMP 20x environment. How FedRAMP 20x Reshaped the PMO in 2026 July 2024 brought a major turning point to the federal FedRAMP landscape. The Office of Management and Budget’s Memorandum M-24-15 replaced all previous policies with an updated vision and governance structure. These changes fundamentally altered how the PMO operates in 2026. Discontinuation of JAB Authorization Path The federal FedRAMP ecosystem saw its biggest change with the Joint Authorization Board (JAB) dissolution. GSA announced the JAB’s replacement with the FedRAMP Board in May 2024. The dual-track authorization system vanished as the program moved to a single “FedRAMP Authorized” designation whatever the authorization path. This change removed the old difference between JAB and Agency authorizations that the FedRAMP Marketplace displayed since its start. Shift to Agency-led Authorization and Automation The FedRAMP PMO strengthened agency capabilities and advanced technology after these structural changes. The 20x initiative showed amazing results – pilot participants got authorizations in under two months instead of years. The system now validates 80% of security requirements automatically without written explanations. FedRAMP has kept updates to current Rev5 processes minimal and now focuses on machine-readable OSCAL formats for security documentation. This automation-focused approach lets cloud service providers deploy changes at their pace without getting advance approval from authorizing officials. Reduction in PMO’s Direct Review Responsibilities The PMO team went through major downsizing and ended multiple contractor relationships to become “a much smaller team with all efforts focused on maximizing efficiency”. March 2025 marked the end of PMO’s “triple check” reviews of agency-issued ATOs. Agencies now handle detailed reviews themselves while the PMO just confirms if authorizations are complete rather than proper. The PMO also stopped managing centralized continuous monitoring activities that the JAB previously handled. Federal agencies using cloud services now handle these tasks directly. The PMO’s focus has shifted to setting standards, automating processes, and removing bottlenecks instead of acting as a gatekeeper. The PMO’s Role in FedRAMP Readiness Today The FedRAMP PMO has transformed from a central approval authority to a strategic enabler in 2026. Their work now revolves around three vital functions that help cloud service providers get through the federal authorization process. Support for Rev 5 Backlog Clearance The PMO’s resources are largely focused on clearing the huge Rev 5 implementation backlog from the transition period. Rather than reviewing documents, they now run consulting sessions to help CSPs implement challenging controls. Their weekly office hours give specific guidance about Rev 5 control families, with extra attention to areas where authorization packages often fall short. Guidance on Machine-readable Templates FedRAMP 20x’s automation needs have prompted the PMO to create detailed reference implementations of machine-readable OSCAL templates. These templates create a standard way to document security control implementations for federal cloud services. The PMO also provides conversion tools that help organizations turn their existing documents into OSCAL-compliant formats. This bridges the gap between old and new requirements without forcing organizations to completely rewrite their security documentation. Enablement of Self-service Authorization Tools The PMO’s biggest contribution is maintaining the infrastructure
Choosing the Right FedRAMP Levels for Your AI Solution
Your AI solution’s FedRAMP level choice will determine your access to the federal government market. The FedRAMP certification process takes 6-18 months and needs major financial investment. Companies must spend anywhere from hundreds of thousands to millions of dollars based on their chosen authorization level. FedRAMP has three impact levels that depend on potential risks if systems or information get compromised. FedRAMP Moderate strikes the best balance between security investment and market opportunities. It makes up almost 73% of all authorized Cloud Service Offerings (CSOs). FedRAMP High sets the strictest civilian cloud security standard with 421 security controls spread across 17 control families. This level protects systems where breaches could cause severe damage. Getting authorized is just the start – cloud service providers need monthly security scans, yearly audits and must keep reporting to stay compliant. In this piece, we’ll show you how to match your AI data sensitivity with the right impact levels. You’ll learn the differences between FedRAMP Moderate and High requirements for AI workloads and get a practical compliance roadmap that guides your certification process. Mapping AI Data Sensitivity to FedRAMP Impact Levels Image Source: Secureframe “The emphasis on AI adoption within government meets agencies where they are by providing them with access to authorized emerging technologies that have been vetted using FedRAMP’s security standards.” — Thomas Shedd, Technology Transformation Services Director, overseeing FedRAMP compliance for AI workloads Security categorizations are the foundations of choosing suitable FedRAMP levels for your AI solution. Your AI data’s mapping to security standards determines this process. FIPS 199 categorization for AI: Confidentiality, Integrity, Availability The Federal Information Processing Standard (FIPS) 199 defines three key security objectives that directly affect AI systems: Confidentiality: Your AI data needs protection from unauthorized access and disclosure, which includes personal privacy and proprietary information Integrity: Your AI data requires safeguards from unauthorized changes or destruction Availability: Your AI data and systems must remain accessible and reliable Your AI solution needs categorization based on security breach effects. A breach could create Low (limited adverse effects), Moderate (serious adverse effects), or High (severe/catastrophic effects) impact on your organization’s operations, assets, or people. Examples of AI data types and their impact levels AI systems work with data types that need different FedRAMP impact levels: Low Impact: Public information AI chatbots face limited damage from breaches (needs 125 security controls) Moderate Impact: Sensitive but unclassified data processing AI platforms could face major operational damage (needs 325 security controls) High Impact: Healthcare, law enforcement, or emergency services AI systems could face severe consequences including loss of life (needs 421 security controls) Most FedRAMP authorizations (80%) happen at the Moderate level. AI workloads often need Moderate or High authorization due to their sensitivity. Using the high-water mark rule for AI system classification Your AI system’s impact level follows the “high-water mark” principle – the highest security objective value sets your system’s classification. A public dataset AI system (Low confidentiality) that supports critical decisions (High integrity) with moderate availability needs would get a High impact rating. This rating decides which FedRAMP certification level your AI solution must target. These mappings help you match your AI solution with the right FedRAMP authorization level before certification begins. FedRAMP Certification Levels Explained for AI Workloads Image Source: Elevate Consult AI vendors can match their solutions to appropriate government use cases by understanding the different FedRAMP certification levels. Security requirements for each tier depend on data sensitivity and how much damage a breach could cause. FedRAMP Low: AI chatbots and public datasets AI systems that handle data with minimal sensitivity need FedRAMP Low authorization. A security breach at this level would only have limited negative effects. This tier includes 125 security controls and works best for: Public-facing AI chatbots that don’t process sensitive data AI tools that analyze open government datasets Development and testing environments for AI models Low certification serves as an important starting point for AI vendors working with government agencies on non-sensitive tasks. The FedRAMP PMO has started to speed up approval for qualifying Low-impact AI services through their 20x authorization pilot, which focuses on conversational AI engines. FedRAMP Moderate: AI models using sensitive but unclassified data The Moderate level makes up about 80% of all FedRAMP authorizations. This tier uses 325 security controls and fits most AI systems that handle: Controlled Unclassified Information (CUI) Sensitive Personally Identifiable Information (PII) Business-critical AI applications Getting Moderate authorization means implementing strong security measures like multi-factor authentication, monthly vulnerability scans, and detailed incident response plans. This level gives access to most federal contracts while keeping security costs reasonable. FedRAMP High: AI systems in critical infrastructure and defense FedRAMP High stands as the toughest civilian cloud security standard with 421 security controls. This level suits AI systems where security breaches could lead to severe or catastrophic damage. The protection covers: Law enforcement and emergency services AI applications Healthcare AI systems that process Protected Health Information Defense and intelligence AI workloads Financial AI systems with mission-critical functions High-impact AI platforms need phishing-resistant authentication, detailed logging, and almost immediate incident reporting. Major AI providers like Microsoft’s Azure OpenAI Service and Claude in Amazon Bedrock now offer FedRAMP High compliant options. These services let agencies use advanced AI capabilities in secure environments. FedRAMP Moderate vs High: Which One Fits Your AI Architecture? Choosing between FedRAMP impact levels is a significant strategic choice for AI solution providers. The right level depends on your specific architecture, data handling needs, and target agencies. Security control depth and operational maturity The main difference lies in control volume—Moderate requires adherence to 325 security controls, while High needs 421 controls. These numbers reflect more than just quantities. They show the operational maturity requirements. High needs advanced cryptographic protections and phishing-resistant multi-factor authentication. This becomes vital for AI models that process sensitive datasets. Monitoring and incident response for AI inference and training AI workloads have different monitoring requirements at each level. Moderate requires monthly vulnerability scans with standard remediation timeframes. High level needs live analytics, immediate remediation
Federal Risk and Authorization Management Program FedRAMP: An Intro
FedRAMP has transformed cloud security standards for government agencies since 2011. We created this standardized program to assess, authorize, and monitor cloud products and services that federal agencies use. Government work requires FedRAMP certification because federal organizations can only use cloud service providers with FedRAMP authorization. This authorization shows a provider’s steadfast dedication to federal security standards. FedRAMP compliance builds on NIST SP 800-53, a framework that the US federal government uses extensively. Cloud service providers who want to work with government agencies need FedRAMP authorization, though getting it takes considerable time and effort. This piece explains what FedRAMP is and why it matters. You’ll learn how to get FedRAMP authorization and understand different impact levels. The High impact level, which includes about 410 controls, serves organizations in law enforcement, emergency services, financial systems, and health systems. Understanding FedRAMP and Its Role in Federal Cloud Security Image Source: AuditBoard The Federal Risk and Authorization Management Program (FedRAMP) serves as the life-blood of government cloud services security. Let’s get into how this program works and why it has become vital for federal IT modernization. What is FedRAMP and why it was created This 12-year old program provides a standardized approach to security assessment, authorization, and continuous monitoring for cloud products and services that federal agencies use. The government needed FedRAMP because cloud technologies were becoming more popular, and agencies needed a unified security approach. Federal agencies used to evaluate cloud services independently, which created inconsistencies and duplicate work. Two primary entities run FedRAMP: the Joint Authorization Board (JAB) and the Program Management Office (PMO). The JAB includes chief information officers from the Department of Defense, Department of Homeland Security, and General Services Administration. The GSA houses the PMO. Cybersecurity experts from GSA, NIST, DHS, DOD, and NSA worked together to create this structure. FedRAMP vs traditional cloud security models FedRAMP uses a “do once, use many times” framework that saves 30-40% of government costs. This approach eliminates duplicate security evaluations while keeping high standards. Traditional models required each agency to conduct separate assessments. Key differences from traditional models: Standardized security controls based on NIST 800-53 with additional cloud-specific requirements Certified organizations (3PAOs) must conduct third-party assessments Agencies can utilize authorization packages multiple times Continuous monitoring requirements replace one-time assessments How FedRAMP supports federal cloud adoption FedRAMP helps government agencies adopt cloud services faster by providing a consistent evaluation framework. Agencies can move quickly from “old, insecure legacy IT to mission-enabling, secure, and budget-friendly cloud-based IT”. The program has improved data security for almost half of federal agencies surveyed. FedRAMP keeps evolving through initiatives like FedRAMP 20x, which wants to streamline processes with automation and immediate monitoring capabilities. Cloud services in FedRAMP fall into impact levels (Low, Moderate, and High). These levels reflect how certain events might affect an organization’s mission. About 80% of FedRAMP-authorized services are moderate-impact systems. Who Needs FedRAMP Authorization and Why It Matters Image Source: Secureframe Cloud service providers need to know their way around the Federal Risk and Authorization Management Program (FedRAMP). This program creates a clear path for organizations that want to provide cloud services to government entities. Cloud Service Providers (CSPs) and federal contracts CSPs need FedRAMP authorization to sell cloud offerings to U.S. federal agencies. Federal policy makes this mandatory – agencies can only use FedRAMP-authorized cloud systems for data storage or processing. Without this authorization, CSPs cannot tap into the profitable federal market. FedRAMP authorization brings major business benefits. Authorized CSPs become visible on the FedRAMP Marketplace, which helps government agencies find cloud-based solutions. The “do once, use many” approach lets providers use a single authorization with multiple federal agencies. This eliminates the need to repeat security assessments. International vendors and FedRAMP applicability These rules apply to international companies too. Any vendor providing cloud solutions to U.S. federal customers must meet FedRAMP standards. The company’s headquarters location doesn’t matter – securing federal data remains the priority. What is FedRAMP compliance for SaaS providers Software-as-a-Service (SaaS) providers face unique challenges. FedRAMP covers all cloud service layers—SaaS, IaaS, and PaaS—and each needs its own evaluation. SaaS offerings with lower security needs can use the Low-Impact SaaS (LI-SaaS) baseline. This requires about 50 controls and independent assessment. To qualify as LI-SaaS, services must: Contain no personally identifiable information beyond basic login credentials Operate in a cloud environment Be fully operational Meet the NIST definition of SaaS Qualify as low-security-impact according to FIPS PUB 199 SaaS providers can speed up authorization by using existing FedRAMP-authorized platforms. Some providers with their own infrastructure might use other certifications like ISO-27001 or SOC 2, Type 2 to show compliance. FedRAMP Authorization Process: From Readiness to ATO Image Source: Ignyte Assurance Platform Getting FedRAMP authorization requires a well-laid-out process that organizations need to guide with care. FedRAMP Ready status and pre-authorization steps Your experience starts when you get FedRAMP Ready status. You’ll need to complete a Readiness Assessment with an accredited Third-Party Assessment Organization (3PAO). This status shows that a Cloud Service Provider’s (CSP) offering meets federal security requirements. The status stays valid for twelve months on the FedRAMP Marketplace. During this time, CSPs can look for agency sponsorship. Ready to start your FedRAMP experience? Book a Readiness Call today to assess your organization’s preparedness. System Security Plan (SSP) and 3PAO assessment The SSP works as the “security blueprint” for the cloud service offering. It details the system’s architecture, data flows, security controls, and authorization boundary. Once the SSP is ready, the 3PAO does a detailed assessment. They test security controls and run penetration tests. Security Assessment Report (SAR) and POA&M The 3PAO puts all assessment results in the Security Assessment Report with findings and recommendations. The CSP then creates a Plan of Action and Milestones (POA&M). This plan shows how they’ll fix any vulnerabilities or weaknesses found. Agency Authorization and FedRAMP Marketplace listing The federal agency reviews the complete package and might grant an Authority to Operate (ATO) letter. After authorization, the CSP appears on the FedRAMP Marketplace under
FedRAMP ConMon Deliverables: Monthly Evidence Playbook
Maintaining FedRAMP ConMon deliverables requires managing a staggering 410 controls across 17 control families. This extensive compliance framework forms the backbone of cloud security in federal environments, with the Moderate baseline being the most widely adopted authorization level. Continuous monitoring is not just a recommendation—it’s essential for cloud service providers to maintain their FedRAMP authorization. As part of these requirements, we must conduct vulnerability scans monthly at minimum, though more frequent scanning is highly recommended for robust security posture. Additionally, CSPs must submit updates for their Plan of Action and Milestones (POA&M) and related documentation on a monthly basis. Even when no security incidents occur, we’re still required to submit monthly reports confirming this absence of incidents. This rigorous approach to FedRAMP compliance requirements ensures federal agencies can confidently leverage cloud services while maintaining appropriate security controls. In this guide, we’ll walk through the essential FedRAMP ConMon deliverables your team needs to master, providing a practical playbook for meeting these critical monthly requirements. The Role of Continuous Monitoring in FedRAMP Authorization Continuous monitoring acts as the foundation of the FedRAMP security framework. It’s not just another box to check for compliance. Cloud service providers now take a fresh look at security throughout their service lifecycle because of this ongoing authorization process. Why ConMon is Not Just a Checklist Old security methods relied on occasional reviews. These left big gaps between checks, and teams only fixed vulnerabilities after they became serious threats. FedRAMP’s ConMon framework changes this reactive approach. It creates a proactive security stance through up-to-the-minute data analysis and control assessment. ConMon brings a complete transformation in how organizations approach cybersecurity. Teams can spot subtle signs of compromise and fix potential breaches before they happen. The system also builds stronger internal defenses and helps stakeholders and agency clients feel more confident. How ConMon Arranges with FedRAMP Controls FedRAMP ConMon builds on the monitoring process from NIST SP 800-137 with three main goals: Operational visibility Managed change control Attendance to incident response duties CSPs show they have a mature and effective security program by using specific security controls. System monitoring and event logging provide the visibility FedRAMP needs. Security control CA-5 requires CSPs to create and update a Plan of Action and Milestones (POA&M). This plan documents how they’ll fix risks found during assessments and ConMon activities. Security control CM-8 needs CSPs to update their inventories monthly or when changes happen. CSPs that work with multiple federal agencies need a shared ConMon approach. This reduces duplicate work and streamlines processes. A central forum helps address questions and reach agreement on deviation requests, big changes, and yearly assessments. This makes it easier to work with different agencies. Effect of ConMon on Maintaining ATO After a CSP gets an Authority to Operate (ATO), they must keep continuous monitoring going to ensure system security. Federal agencies that give ATOs must check the CSP’s ConMon activities. This ensures security stays strong enough for their use and supports ongoing authorization. The original authorizing agency doesn’t oversee ConMon for other authorizing agencies. Yes, it is true that each agency giving an ATO must review the CSP’s ConMon activities separately. These reviews include monthly POA&M checks, approving deviation requests and big changes, and looking at yearly assessment results. Not following FedRAMP ConMon requirements can trigger serious problems. Agencies should have a clear process for handling different levels of non-compliance. For big problems, an agency’s Authorizing Officer (AO) might ask the CSP to find the root cause and create a fix-it plan. The system’s ATO might get suspended or revoked if monitoring shows major security risks that aren’t being fixed. Problems with compliance can damage trust with government agencies. This might make it harder to win new contracts or keep current ones. Deliverable 1: Monthly Vulnerability and Configuration Scans Monthly vulnerability and configuration scans are the life-blood of FedRAMP’s continuous monitoring program. These scans serve as the original critical deliverable and give agencies significant insights into cloud service providers’ (CSPs) security posture. FedRAMP Vulnerability Scanning Requirements FedRAMP has specific requirements for vulnerability scanning that exceed simple security checks. Scanner resiliency stands out as vital – all scanning tools need proper hardening against unauthorized use or modification, with unnecessary ports and services closed. CSPs must run authenticated scans for Moderate and High systems whenever possible. This ensures scans happen with full system authorization to prevent common issues like limited registry access. Scan results need to show all findings with low risk or higher in structured, machine-readable formats such as XML, CSV, or JSON. This aids automated analysis by agencies and assessors. Each vulnerability listed in the National Institute of Standards and Technology (NIST) National Vulnerability Database must include the Common Vulnerabilities and Exposures (CVE) reference number. Risk scoring follows specific rules. Vulnerabilities with CVSSv3 base scores in the NVD must use those scores as the original risk rating. CSPs can use CVSSv2 scores or the scanner’s native risk rating if no CVSSv3 score exists. Scan Frequency and Scope by Baseline CSPs must scan operating systems, web applications, and databases monthly for all FedRAMP impact levels. They need to submit all scan reports to the Authorizing Official (AO) or Joint Authorization Board (JAB) monthly. FedRAMP guidelines require scanning of all inventory components monthly. Risk levels determine remediation timelines: High vulnerabilities: 30 days Medium vulnerabilities: 90 days Low vulnerabilities: 180 days FedRAMP allows vulnerability scanning through sampling methodology for large inventories. This method targets component asset categories but uses a sample that represents the unique inventory, with approval from both an assessor and the AO. The recommendation states that all externally accessible system components should undergo scanning, whatever the sampling approval. Container technologies face additional requirements. Teams must scan all container image components before deployment as part of the orchestration pipeline. Production containers need scanning within a 30-day vulnerability window. 3PAO-Led Scanning vs Internal Scans Third Party Assessment Organizations (3PAOs) play a vital role in proving these scanning processes right, while CSPs handle monthly scans for continuous monitoring. 3PAOs verify service
FedRAMP Controls: A High-Level Overview for Tech Leaders
FedRAMP controls form the security backbone of every cloud service operating within the federal government. With CR26, FedRAMP’s Consolidated Rules for 2026, the program is undergoing its most significant structural overhaul since it was codified into law in December 2022. New certification terminology, updated baseline classes, machine-readable package requirements, and formalized continuous monitoring obligations are all taking effect on a published schedule that enforcement begins January 2027. This guide breaks down how FedRAMP controls work, what the new certification class structure means for your organization, and what technical leaders need to act on before CR26 enforcement begins. Understanding FedRAMP Controls and Their Purpose Comparison charts and tables of NIST SP 800-53, FedRAMP, and NIST SP 800-171 control families and requirements. Image Source: ComplianceForge FedRAMP controls are not optional additions to a cloud security program. For any cloud service provider handling federal information, they define the minimum security posture required to operate. Understanding what they are, where they come from, and why they are mandatory is the starting point for any serious FedRAMP effort. What Are FedRAMP Security Controls FedRAMP security controls are specialized safeguards designed for cloud computing environments that process, store, or transmit federal information. They establish a standardized way to assess security, authorize (now formally called certify) cloud systems, and monitor them continuously after authorization is granted. Unlike generic security frameworks, FedRAMP controls are written specifically for cloud service models and deployment scenarios. They account for the multi-tenant architecture, shared responsibility boundaries, and dynamic infrastructure that define modern cloud environments. The General Services Administration (GSA) houses the FedRAMP Program Management Office (PMO), which manages, updates, and enforces these controls across all certified cloud service offerings. NIST SP 800-53 as the foundation FedRAMP builds directly on NIST Special Publication 800-53, the federal government’s primary catalog of security and privacy controls. The relationship is additive: FedRAMP adopts the NIST 800-53 control catalog as its baseline, then layers cloud-specific parameters, requirements, and implementation guidance on top. This makes FedRAMP effectively Federal Information Security Modernization Act (FISMA) applied to cloud environments. Both frameworks follow NIST 800-53 guidance, but FedRAMP adds controls that address cloud-specific risks, particularly around continuous monitoring, incident response, and supply chain integrity, that the broader NIST catalog treats more generically. NIST SP 800-53 organizes controls into families ranging from Access Control to System and Information Integrity. FedRAMP adapts those families for cloud service models, turning broad security principles into concrete, auditable requirements that Third-Party Assessment Organizations (3PAOs) assess against defined criteria. Why controls are mandatory for Federal Cloud Use Every executive agency is required to use FedRAMP-certified cloud services for deployments that involve federal data. This is not a recommendation. An Office of Management and Budget memorandum establishes that cloud services handling federal information must hold FedRAMP certification, and the FedRAMP Authorization Act codified the program into law in December 2022. The mandatory nature of FedRAMP controls serves four core purposes: ensuring that cloud services protect federal information consistently, creating a standard approach to security assessment and continuous monitoring, eliminating redundant agency-by-agency security reviews, and enabling modern cloud adoption without compromising federal data security. FedRAMP’s CR26 reinforces this mandate with an important addition: agencies themselves are required to follow FedRAMP processes. An OIG report issued in early 2026 resulted in a corrective action plan for an agency division that had refused to follow FedRAMP requirements. Federal law applies to agencies as well as providers. FedRAMP Certification Classes: The New Baseline Structure Comparison of FedRAMP High and Moderate Baselines showing controls, data sensitivity, use cases, and marketplace share. Image Source: Secureframe One of the most consequential changes in CR26 is the replacement of FIPS 199 impact level terminology (Low, Moderate, High) with a new Certification Class structure. This is not a cosmetic rebrand. It reflects a deliberate decision by FedRAMP to reduce procurement confusion and separate the concept of assessment scope from agency-level risk determinations. From Low/Moderate/High to Classes A, B, C, and D FedRAMP is retiring the Low, Moderate, and High labels for certification baselines and replacing them with four lettered Certification Classes: A, B, C, and D. The change is anchored in NTC-0004, published February 25, 2026, and will be formalized in CR26 by end of June 2026. The reason for the shift is practical. FIPS 199 impact level labels, particularly Moderate and High, have caused persistent confusion with Department of War (DoW) / Department of Defense (DoD) and Impact Levels, which use similar terminology but refer to entirely different frameworks. The new lettered classes eliminate that overlap and make clear that a FedRAMP Certification Class describes the scope and depth of the assessment package, not a universal judgment about how secure a system is. Alongside the class structure, FedRAMP is standardizing its official designation. “FedRAMP Authorization” and “FedRAMP Authorized” are being replaced with “FedRAMP Certification” and “FedRAMP Certified” as the single official label across all certification types. CSPs should update proposals, websites, and collateral accordingly. What Each Certification Class Requires The four Certification Classes map to the existing baseline structure as follows: Class A replaces the Pilot and Ready designations. FedRAMP Ready is being retired on July 28, 2026, replaced by Rev5 Class A (Pilot). Class A is the entry-level certification path, designed for providers beginning the authorization process or operating within tightly scoped, lower-risk environments. Class B replaces the Li-SaaS and Low baselines. It applies to cloud services handling public or non-sensitive government data where a security breach would produce limited operational impact. Class B requires approximately 125 to 156 controls across 17 control families. Class C replaces the Moderate baseline. It applies to systems handling Controlled Unclassified Information (CUI) and non-public federal data where a breach could cause serious but not catastrophic harm. Class C requires approximately 323 to 325 controls and represents the most common certification tier: roughly 80 percent of FedRAMP-certified services operate at this level. Class D replaces the High baseline. It applies to systems handling mission-critical federal information (law enforcement, emergency services, national security, critical infrastructure) where a breach could
Scoping Your Solution: FedRAMP Cloud vs. Hybrid Models
FedRAMP cloud adoption grows faster across the federal government’s digital world, opening new opportunities and challenges for agencies and service providers alike. The FedRAMP Authorization Act became law in December 2022, establishing FedRAMP as the authoritative standardized approach for security assessment and authorization. This legislative milestone highlights FedRAMP’s vital role in connecting cloud computing agility with strict government security requirements. A clear understanding of scope helps shape your FedRAMP strategy. FedRAMP covers cloud computing products and services that create, collect, process, store, or maintain Federal information for Federal agencies. Private cloud deployments do not fall under FedRAMP, though these environments need proper security controls. Cloud-only services can cut costs by 20% compared to hybrid setups, making the choice between deployment models a crucial financial decision. This piece dives into the key differences between FedRAMP cloud-only and hybrid deployment models. You’ll learn which approach suits different scenarios, what compliance means for both options, and how to keep your implementation FedRAMP-compliant as you start your journey. Defining Your FedRAMP Deployment Scope Image Source: Google Cloud Documentation A well-defined scope of your FedRAMP cloud deployment is the foundation of getting authorization. The Federal Risk and Authorization Management Program (FedRAMP) gives a standard way to assess, monitor, and authorize cloud computing products and services under the Federal Information Security Management Act (FISMA). This helps federal agencies adopt secure cloud solutions faster. What Constitutes a FedRAMP Cloud System A FedRAMP cloud system covers all information resources that a cloud service provider manages. These resources either handle federal information or could affect federal information’s confidentiality, integrity, or availability. The scope has hardware components (servers, storage devices, network equipment), software components, data components, personnel components, and third-party services within the authorization boundary. FedRAMP rules apply to cloud services that process, store, or transmit federal information. Not every internet-based service needs FedRAMP oversight. Official guidance tells agencies to check these key points: Does the planned use fit agency responsibilities under 44 U.S. Code § 3506? Does the cloud service need an agency-specific tenant setup? Will the service combine with agency enterprise security services? Can multiple agencies use the service? The system falls under FedRAMP if you answer yes to all questions. If all answers are no, FedRAMP requirements don’t apply. Understanding FedRAMP Private Cloud vs Public Cloud FedRAMP follows NIST SP 800-145 definitions for cloud deployment models: Government-Only Community Cloud: This cloud holds only government data. Users can be federal, state, local, tribal agencies, federally funded research centers, or contractors working for the government. Public Cloud: This model serves both government and non-government customers, matching the usual cloud computing service approach. It scales quickly and runs efficiently but needs careful security planning. Private Cloud: Single organizations use this model, which runs fully in federal facilities. These deployments are all but one of these systems that must follow FedRAMP rules. Agencies should still use FedRAMP processes and baselines to authorize private clouds in IaaS/PaaS environments versus federal facilities. Hybrid Cloud: This model links multiple cloud infrastructures (private, community, or public). Each cloud stays separate but connects to others to provide combined services. Risk levels change across these models. Private clouds usually have the lowest risk while public clouds have the highest. Organizations should think about these risk levels when choosing their approach. Scoping for FedRAMP Cloud Certification Getting FedRAMP certification needs a clear authorization boundary that shows how the cloud service provider controls system components and connects to outside services. A well-laid-out boundary helps everyone learn about data flows and protection methods. The cloud service provider starts by defining the authorization scope during preparation. They assign the core team and roles, and check how well they meet FedRAMP requirements. This work ends with an authorization package that has three main documents: System Security Plan (SSP): Shows how the organization handles security controls Security Assessment Report (SAR): A Third-Party Assessment Organization (3PAO) creates this Plan of Action and Milestones (POA&M): Lists steps to fix any weak spots Cloud service providers must also decide if their Cloud Service Offering (CSO) fits government-only community, public, private, or hybrid models. This choice shapes the authorization approach and security needs. The Minimum Assessment Scope sets basic requirements for all parts of a cloud service that need FedRAMP assessment. Good scoping builds the base for compliance, security assessment, authorization, and keeping track of everything. FedRAMP Cloud-Only Architecture: When It Works Best Image Source: AWS Cloud-only architecture stands as the purest form of FedRAMP principles and offers clear advantages over hybrid approaches in certain scenarios. The cloud-only model removes the hassle of managing both on-premises and cloud environments. This creates a simpler security setup. Single Environment Security and Monitoring Cloud-only FedRAMP deployments shine in delivering unified security management throughout the system boundary. The FedRAMP PMO runs a complete continuous monitoring program to verify Cloud Service Provider (CSP) security. They look at complex configurations and encryption methods to make sure services stay secure and reliable. This approach removes the boundary issues that pop up in hybrid models. The way we monitor cloud-only setups has changed substantially. FedRAMP now focuses on the CSP’s overall change management process rather than individual changes. CSPs can roll out changes at their own pace once they get authorization. They don’t need approval for each update. This lets them improve security faster while staying compliant. On top of that, FedRAMP monitoring has regular vulnerability scans and deep security checks by expert “red teams” during or after authorization. This helps CSPs stay quick with development and deployment. They can automate and implement security features rapidly. FedRAMP Google Cloud and Other Approved Providers The biggest cloud providers offer extensive FedRAMP-authorized services: Google Cloud Platform (GCP) has FedRAMP High authorization for 17 services and Moderate authorization for 64 services. GCP’s FedRAMP High services run in five approved U.S. regions: Oregon, Los Angeles, Iowa, South Carolina, and Northern Virginia. Google Cloud created the Software Defined Community Cloud approach that brings cost, speed, and breakthrough advantages without needing separate physical infrastructure. Microsoft Azure leads with the most