Valurian is built for demanding environments like sovereign, air-gapped, and disconnected networks. Below are the questions we hear most from security architects, compliance teams, and operations leads evaluating how it fits into their infrastructure.
Valurian is designed for high-assurance environments where trust, control, and visibility matter. This section answers common security questions around encryption standards, access restrictions, firewall compatibility, and how metadata is handled during transfers.
Valurian uses modern, enterprise-grade encryption protocols including AES-256 for data in motion.
Each file is broken into encrypted chunks, signed, and verified.
Absolutely. Valurian includes native role-based access controls and supervisor approval workflows.
You decide who can move what and enforce approvals where needed.
No. Valurian runs on standard ports and requires no special tunneling or VPNs.
You can deploy without touching your firewall.
It’s built for regulated and high-assurance environments.
No. Valurian protects both content and context. File names, paths, and metadata remain encrypted and are never exposed in transit.
Valurian was built to handle demanding file transfer conditions at scale. This section answers common questions about how it manages large payloads, resumes interrupted transfers, schedules movement, and operates in fully disconnected environments.
From 10GB to multiple terabytes.
Valurian reliably handles large datasets across poor networks and long distances.
USB is manual, error-prone, and hard to audit.
Valurian automates transfers with verifiability, access control, and full logging.
Yes. Valurian functions entirely offline, peer-to-peer.
No DNS, cloud authentication, or external services required.
Yes. Transfers resume from the last verified chunk.
Even across poor links or after downtime, Valurian picks up without loss.
Yes. Valurian supports push and pull automation, recurring jobs, and transfer rules based on content, node, or timing.
Built for teams that need proof, not just promises. These are the questions we hear from auditors, compliance leads, and regulators across GDPR, ISO 27001, and ANSSI.
A verifiable transfer means you can prove the file wasn’t altered, intercepted, or tampered with.
Valurian uses end-to-end hashing and logs every transaction from sender to recipient.
Yes. Every transfer is automatically logged with timestamps, source/destination info, and transfer outcome.
You can export these logs for compliance reporting or audits.
Absolutely. Valurian includes native role-based access controls and supervisor approval workflows.
You decide who can move what and enforce approvals where needed.
Yes. Valurian supports secure data handling practices aligned with GDPR, ISO 27001, and ANSSI recommendations.
It’s built for regulated and high-assurance environments.
Yes. Valurian lets you export detailed transfer logs in structured formats, ready for ingestion into SIEMs, compliance platforms, or long-term archives.
This supports external auditing, chain-of-custody reporting, and regulatory traceability.
Valurian is built for real-world constraints, not cloud assumptions. These are the most common deployment questions from teams operating in air-gapped, sovereign, or offline environments.
Yes. Valurian is built for classified, air-gapped, or sovereign environments with no external dependency.
No. It’s decentralized by design. Each node operates independently, discovering and routing via policy.
Minimal. Nodes can run on bare-metal, VMs, or containers even in isolated, low-resource environments.
Yes. It doesn’t rely on cloud APIs, SaaS logins, or DNS.
Once deployed, it operates in complete isolation.
Valurian uses decentralized peer discovery and policy-based routing. Nodes identify each other locally or via predefined trust rules.
Valurian isn't based on legacy protocols or cloud-first assumptions. These questions explain how its architecture works, from swarm logic to scaling in sovereign and disconnected networks.
Valurian matches or exceeds their speed but is self-hosted, cloud-optional, and purpose-built for air-gapped, sovereign operations.
✅ No proprietary architecture
✅ Fully self-hosted
✅ Works in online, offline, or sovereign networks
Valurian borrows from IPFS (like Merkle trees and content addressing), but is private, offline, and policy-enforced.
Yes. Discovery is handled peer-to-peer. Valurian doesn’t need external DNS, cloud brokers, or centralized registries.
Files are split, signed, and transferred across multiple nodes in parallel to improve speed, fault tolerance, and scalability.
Yes. The architecture supports many-to-many transfers, horizontal scaling, and autonomous peer discovery.
Whether you're evaluating Valurian for a classified deployment or need clarity on a specific use case, our team is here to help. We work closely with infrastructure, compliance, and security leads to ensure every requirement is covered, from protocol details to custom topologies.
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