[{"data":1,"prerenderedAt":144},["ShallowReactive",2],{"blog_post:data-encryption-standards-government-cloud-applications":3},{"id":4,"uid":5,"url":6,"type":7,"href":8,"tags":9,"first_publication_date":10,"last_publication_date":10,"slugs":11,"linked_documents":13,"lang":14,"alternate_languages":15,"data":16},"anINeRIAAC0AVj6-","data-encryption-standards-government-cloud-applications","\u002Fnews\u002Fdata-encryption-standards-government-cloud-applications","blog_post","https:\u002F\u002Fairlift.cdn.prismic.io\u002Fapi\u002Fv2\u002Fdocuments\u002Fsearch?ref=anOoZhIAAC4AWPnJ&q=%5B%5B%3Ad+%3D+at%28document.id%2C+%22anINeRIAAC0AVj6-%22%29+%5D%5D",[],"2026-08-05T21:08:36+0000",[12],"data-encryption-standards-for-government-cloud-applications-what-to-require",[],"en-us",[],{"post_title":17,"author":23,"category":28,"date":29,"summary":30,"hero_image":34,"body":46},[18],{"type":19,"text":20,"spans":21,"direction":22},"heading1","Data Encryption Standards for Government Cloud Applications: What to Require",[],"ltr",[24],{"type":25,"text":26,"spans":27,"direction":22},"paragraph","cloudPWR Team",[],"insights","2026-08-04",[31],{"type":25,"text":32,"spans":33,"direction":22},"Government agencies routinely receive vendor security documentation full of vague claims. Here's how to cut through the noise and identify what encryption standards to require and verify before signing a contract.",[],{"dimensions":35,"alt":38,"copyright":39,"url":40,"id":41,"edit":42},{"width":36,"height":37},1125,750,"Server racks in a modern data center — representing secure cloud infrastructure for government applications","Source: Pexels - Brett Sayles - free commercial use","https:\u002F\u002Fimages.prismic.io\u002Fairlift\u002FUJzSivMQ-gRLMvWq_hero-image.jpg?auto=format,compress","UJzSivMQ-gRLMvWq",{"x":43,"y":43,"zoom":44,"background":45},0,1,"#ffffff",[47,72,83,112],{"variation":48,"version":49,"items":50,"primary":51,"id":69,"slice_type":70,"slice_label":71},"default","initial",[],{"body_text":52},[53,56,59,63,66],{"type":25,"text":54,"spans":55,"direction":22},"Government IT procurement teams deal with a consistent problem. Vendor security documentation promises \"enterprise-grade encryption\" and \"bank-level security.\" What those phrases actually describe is anyone's guess. Agencies that accept vague assurances at face value carry the risk when something goes wrong.",[],{"type":25,"text":57,"spans":58,"direction":22},"Data encryption in cloud applications isn't one single thing. It's a set of overlapping protections that apply at different points in the data lifecycle. Here's what agencies should evaluate, and what questions to ask.",[],{"type":60,"text":61,"spans":62,"direction":22},"heading3","At-Rest Encryption: The Baseline and What's Beyond It",[],{"type":25,"text":64,"spans":65,"direction":22},"Most reputable SaaS vendors encrypt stored data. The real differentiators are which algorithm, which key length, and who manages the keys. AES-256 is the current standard for data at rest in government cloud applications. It's what NIST recommends and what FedRAMP (and by extension, GovRAMP) requires. If a vendor is still using AES-128, that's a flag worth raising. Not because it's broken, but because it signals they haven't kept pace with current requirements.",[],{"type":25,"text":67,"spans":68,"direction":22},"Key management is where the complexity lives. Many vendors encrypt data using keys they control entirely. That's fine for general use, but high-sensitivity government applications should ask about customer-managed keys, sometimes called CMK. With CMK, the agency holds the encryption keys, which means the vendor cannot access the data even if their own systems are compromised. Microsoft Azure Key Vault supports this model natively, and any serious cloud-hosted government application should be able to work within it.",[],"body_text$d8e207dd-9f58-47fc-a173-ecd28c613af3","body_text",null,{"variation":48,"version":49,"items":73,"primary":74,"id":81,"slice_type":82,"slice_label":71},[],{"quote_copy":75,"quote_source":79,"quote_image":80},[76],{"type":25,"text":77,"spans":78,"direction":22},"Vendor security claims are self-reported. A SOC 2 Type II audit covers a 6-12 month operational period and requires an independent auditor to verify that controls are actually operating as described, not just that they exist on paper.",[],[],{},"quote$619ddc0e-5e3f-4bdd-b74b-b7713d431bbe","quote",{"variation":48,"version":49,"items":84,"primary":85,"id":111,"slice_type":70,"slice_label":71},[],{"body_text":86},[87,90,93,96,99,102,105,108],{"type":60,"text":88,"spans":89,"direction":22},"In-Transit Encryption: Table Stakes, but Check the Details",[],{"type":25,"text":91,"spans":92,"direction":22},"TLS (Transport Layer Security) protects data moving between systems. TLS 1.2 is the minimum acceptable standard; TLS 1.3 is preferred for new applications. Anything older, including TLS 1.0, TLS 1.1, and the obsolete SSL protocols, should be disabled entirely.",[],{"type":25,"text":94,"spans":95,"direction":22},"The question isn't just whether TLS is in use. It's whether the application enforces it everywhere: between the user and the application, between microservices, and between the application and external systems like FTP endpoints, document destinations, and third-party APIs. A system that encrypts the user-facing layer but sends data to a downstream FTP server over plain text has a gap.",[],{"type":25,"text":97,"spans":98,"direction":22},"Certificate management matters too. Expired certificates, self-signed certificates on production systems, or misconfigured HSTS headers are operational security failures. Ask vendors how they handle certificate rotation and whether they've had any TLS-related incidents in the past 24 months.",[],{"type":60,"text":100,"spans":101,"direction":22},"Encryption Across Government Document Pipelines",[],{"type":25,"text":103,"spans":104,"direction":22},"Document-handling applications present specific challenges. A document may pass through multiple systems, captured from an e-signature platform, transformed into a specific package format, then delivered to a document repository. Each handoff is a potential exposure point.",[],{"type":25,"text":106,"spans":107,"direction":22},"Governed integration platforms handle this by maintaining encryption across the full pipeline. Documents arrive encrypted, remain encrypted in transit between stages, and land at the destination in the same state. The alternative, where each integration component handles encryption independently, creates gaps at the seams.",[],{"type":25,"text":109,"spans":110,"direction":22},"For agencies running HIPAA-covered workflows, this continuity matters. A Business Associate Agreement (BAA) with a cloud vendor doesn't cover the vendor's downstream delivery targets unless those targets are explicitly included. Make sure the vendor's encryption controls extend through every leg of the pipeline, not just the leg they're directly responsible for.",[],"body_text$4a7fcec3-c7e2-428b-8e91-498a0b9e0b63",{"variation":48,"version":49,"items":113,"primary":114,"id":143,"slice_type":70,"slice_label":71},[],{"body_text":115},[116,119,122,125,128,131,134,137,140],{"type":60,"text":117,"spans":118,"direction":22},"What to Include in Your RFP",[],{"type":25,"text":120,"spans":121,"direction":22},"Vague security requirements produce vague responses. Instead of asking vendors to \"describe your data security practices,\" get specific. The questions that actually reveal a vendor's security posture look like this:",[],{"type":25,"text":123,"spans":124,"direction":22},"What encryption algorithm and key length do you use for data at rest? Do you support customer-managed keys?",[],{"type":25,"text":126,"spans":127,"direction":22},"What TLS versions do you support, and are older versions disabled?",[],{"type":25,"text":129,"spans":130,"direction":22},"How is encryption maintained for data in transit between internal components and external delivery targets?",[],{"type":25,"text":132,"spans":133,"direction":22},"What is your key rotation policy, and how is it enforced?",[],{"type":25,"text":135,"spans":136,"direction":22},"Provide your most recent third-party penetration test summary and SOC 2 Type II report.",[],{"type":25,"text":138,"spans":139,"direction":22},"That last request matters most. Vendor security claims are self-reported, but a SOC 2 Type II audit covers a 6-12 month operational period with independent verification. It confirms that controls are actually working, not just documented.",[],{"type":25,"text":141,"spans":142,"direction":22},"cloudPWR's AIRLIFT platform operates on Microsoft Azure, uses AES-256 encryption at rest, and enforces TLS 1.2 or higher across all pipeline stages. We hold a current SOC 2 Type II certification and are happy to provide full security documentation for any agency conducting due diligence on a cloud document workflow platform.",[],"body_text$1ef7ef78-1162-44da-b856-11bce85cb445",1785964697024]