Encryption first
Data is protected in transit and at rest using modern cryptographic standards. Everabyte uses TLS 1.3 for transport security and AES-256-GCM for protected stored data.
Security architecture
Security at Everabyte
Private cloud storage, designed with security at every layer.
Everabyte is built to protect customer data in transit, at rest, and throughout its lifecycle. The platform combines strong encryption, controlled access, resilient backups, and carefully managed infrastructure to deliver a security posture designed for demanding teams.
At restAES-256-GCMfor protected stored data
In transitTLS 1.3for network transport
BackupsWORMimmutable retention
HostingMulti-DCredundant datacenters
Layered security model Live
Secure preparationFile prepared, integrity checked
TLS 1.3Encrypted in transit
Encrypted storageCiphertext only
Immutable backup layer
WORM backupsMulti-datacenter · write-once-read-many
ImmutableCore principles
Four principles that guide every security decision.
Everabyte is engineered around a simple goal: protect customer data with layered security, clear operational controls, and strong infrastructure design.
Controlled access
Access to administrative systems is restricted and monitored. Security-sensitive actions are logged to support traceability, operational review, and incident response.
Resilient backups
Backups are protected with immutable WORM-style retention controls to help preserve data integrity and reduce the risk of deletion or tampering.
Infrastructure discipline
Everabyte relies on trusted infrastructure environments designed to support high availability, strong isolation, and dependable security operations.
Data flow
How data moves through Everabyte.
Every file passes through a layered security model from upload to backup.
01Client
Secure preparation
Files are prepared for upload with security in mind before being committed to persistent storage.
02Identity
Authentication
User authentication and session handling are separated from file protection logic. Session tokens are used for access control, not as decryption material.
03Transport
Transport security
All network traffic is protected with TLS 1.3 to prevent interception during transfer between devices, APIs, and storage services.
04Storage
Encrypted storage
Stored objects remain protected as encrypted data, so the storage layer handles ciphertext rather than readable user content.
05Redundancy
Backup protection
Backups are replicated across multiple datacenter locations and protected with immutable retention policies to improve resilience and recovery.
06Audit
Monitoring and auditability
Security-relevant events are logged and monitored to support operational visibility, anomaly detection, and incident response.
Protection model
What we protect against, and where the boundaries are.
Everabyte is designed to defend against realistic security threats with a layered architecture and clear controls.
Threat scenarioOutcomeDefenseScore
Infrastructure compromise
If an infrastructure component is attacked, the security model is designed to limit exposure through encryption, access restriction, and operational safeguards.
Mitigated
Encryption, access restriction, and operational safeguards layered together
★★★★★
Internal risk
Administrative privileges are tightly controlled and monitored to reduce the risk of unauthorized internal access.
Restricted
Tightly controlled and monitored administrative privilege
★★★★☆
Legal and regulatory requests
Everabyte handles data requests according to applicable law and the scope of the service configuration in use. Security and privacy are treated as first-class operational requirements.
Documented
Requests handled within the scope of the deployed architecture and applicable law
★★★☆☆
Recovery boundaries
Recovery behavior depends on the product configuration and account recovery model. The platform is designed to balance strong protection with reliable operational recovery where applicable.
Depends
Recovery model tuned per product configuration and account type
★★★☆☆
Endpoint security
Security at the cloud layer does not replace endpoint security. Customer devices should still be protected with strong authentication and modern device hygiene.
Limited
Endpoint security remains a shared responsibility
★★★☆☆
Standards & trust
How Everabyte maps to recognized controls.
Everabyte applies its own security controls across encryption, access management, monitoring, and backup resilience. The infrastructure environment used by Everabyte is selected to support strong security, privacy, and operational reliability.
Everabyte applies its own security controls across encryption, access management, monitoring, and backup resilience. The infrastructure environment used by Everabyte is selected to support strong security, privacy, and operational reliability.
GDPR support
GDPR-oriented privacy controls and data handling practices.
Data residency
Data residency options depending on deployment and infrastructure configuration.
Encryption in transit
Encryption in transit with TLS 1.3.
Encryption at rest
Encryption at rest with AES-256-GCM.
Backup resilience
Immutable backup retention for added resilience.
Everabyte works with infrastructure environments that are chosen for dependable availability, strong isolation, and recognized security practices.
Infrastructure certifications
Where applicable, underlying infrastructure providers may maintain certifications or compliance programs relevant to their own services.
A single approved sentence for external communication, sales decks, and procurement briefings.
Recommended wording
Everabyte delivers secure cloud storage through a combination of strong product-level controls and trusted infrastructure environments.
Procurement & due diligence
Answers for enterprise and security review.
This page gives enterprise teams a clear starting point for security review, due diligence, and procurement validation.
Q · 01Access
Q.Can Everabyte staff access customer files?
Everabyte is designed to minimize internal access to customer data and to protect stored files with strong encryption. Access is controlled through operational safeguards and restricted administrative paths.
Q · 02Encryption
Q.Is data encrypted in transit and at rest?
Yes. Everabyte uses TLS 1.3 for data in transit and AES-256-GCM for protected data at rest.
Q · 03Backups
Q.How are backups protected?
Backups use immutable WORM-style retention controls to help preserve integrity and reduce the risk of deletion or tampering.
Q · 04Due diligence
Q.Do enterprise customers get security documentation?
Security information, architecture details, and trust documentation can be shared during customer due diligence based on the scope of the request and the deployment model.
Q · 05Hosting
Q.Where is customer data hosted?
Hosting location depends on the selected infrastructure and deployment setup. Regional options can be discussed based on performance, residency, and contractual requirements.
Why Everabyte
Why customers choose Everabyte.
Everabyte is designed for teams that want security, clarity, and dependable storage without unnecessary complexity.
Strong encryption
Modern encryption across transport and storage, applied consistently and audited.
Controlled operational access
Restricted, monitored, and logged administrative paths reduce internal risk.
Resilient backup handling
Immutable WORM-style retention protects backups against deletion and tampering.
Trusted infrastructure foundations
High-availability environments with strong isolation and dependable security operations.
Clear answers for enterprise review
Documentation, scoping, and security review support tailored to deployment model.
Talk to the security team
Need architecture details, procurement answers, or support for a security review?
Everabyte can share the right information based on deployment model, data sensitivity, and compliance requirements. Reach out for architecture diagrams, scoping questions, or to set up a security review call.