CryptoBindDatabase & Application Security

    Application-Level Encryption

    Encrypt sensitive fields in the application — protected end to end.

    CryptoBind Application-Level Encryption encrypts sensitive data inside the application — at the field or column level — before it ever reaches the database or storage, backed by the CryptoBind HSM, so data stays protected end to end even if the database or infrastructure is compromised. Faltrox deploys and integrates it into your applications.

    Talk to an expertHow we deliver it

    Overview

    What Application-Level Encryption is

    Disk and database encryption protect data at rest, but the moment the database is queried, data is decrypted — so a compromised database, a stolen backup, or a privileged insider still sees everything in the clear. Application-level encryption protects the specific sensitive fields much closer to the source, before the data reaches storage.

    CryptoBind Application-Level Encryption encrypts sensitive data within the application — at the field, column, or object level — using keys protected by the CryptoBind HSM, so the data is already encrypted before it reaches the database, storage, or backups. Even a full database or infrastructure compromise exposes only ciphertext. It supports column-level and PII encryption for regulated fields. Faltrox deploys and integrates it into your applications so protection follows the data.

    Coverage

    What it protects

    The platforms, threats, and surfaces this product is built to defend.

    01

    Field-Level Encryption

    Encrypts sensitive fields inside the application before storage.

    02

    Column & PII Encryption

    Column-level and PII encryption for regulated fields.

    03

    HSM-Backed Keys

    Encryption keys protected inside the CryptoBind HSM.

    04

    End-to-End Protection

    Data stays encrypted through database, storage, and backups.

    05

    Insider Resistance

    A compromised database exposes only ciphertext, not clear data.

    06

    API Integration

    Integrates into applications via APIs and SDKs.

    How it works

    The mechanism

    How the product moves from signal to protected state, step by step.

    1. 01

      Identify Fields

      The specific sensitive fields to protect are identified in the application.

    2. 02

      Encrypt in the App

      Data is encrypted within the application, before it reaches the database or storage.

    3. 03

      Protect the Keys

      Encryption keys are held and used inside the CryptoBind HSM boundary.

    4. 04

      Stay Protected

      Data remains ciphertext through the database, backups, and infrastructure.

    5. 05

      Operate

      Faltrox integrates it into your applications and operates the key management.

    Capabilities

    Key capabilities

    Application-Layer Encryption

    Encrypts sensitive data within the application before storage.

    Field & Column Level

    Encrypts specific fields, columns, or objects, not just whole disks.

    PII Encryption

    Targeted encryption for regulated personal-data fields.

    HSM-Backed Keys

    Keys protected and used inside the CryptoBind HSM.

    End-to-End Protection

    Data stays encrypted through database, storage, and backups.

    Insider & Breach Resistance

    A compromised database or backup exposes only ciphertext.

    API & SDK Integration

    Integrates into applications via APIs and SDKs.

    Centralized Key Policy

    Keys governed by centralized, HSM-backed key management.

    Works with

    Part of the platform

    CryptoBind products this pairs with, and the Faltrox services that operate it.

    Delivery

    You buy the outcome, not the console

    Managed by Faltrox

    Faltrox licenses, deploys, and tunes CryptoBind Application-Level Encryption for your environment, then runs it as part of a managed service, so you get the protection without staffing another security console.

    See the service

    FAQ

    Common questions

    01How is this different from database encryption?

    Database or disk encryption protects data at rest, but decrypts it whenever the database is queried — so a compromised database or a privileged insider still sees clear data. Application-level encryption protects specific fields inside the application, before storage, so the data stays encrypted end to end.

    02What does it protect against?

    A full database compromise, a stolen backup, or a malicious privileged insider — in all these cases, application-encrypted fields remain ciphertext, because the keys live in the HSM and decryption only happens in the authorized application. It’s defence in depth for your most sensitive fields.

    03What can be encrypted?

    Specific sensitive fields, columns, or objects — for example card numbers, national IDs, health data, or any regulated PII — rather than encrypting everything indiscriminately. Faltrox helps identify which fields warrant application-level protection.

    04How are the keys protected?

    Encryption keys are held and used inside the CryptoBind HSM’s FIPS 140-3 Level 3 boundary and governed by centralized key management — so even the encryption keys are never exposed in application memory or configuration in the clear.

    05How does Faltrox deliver it?

    We identify the sensitive fields, integrate application-level encryption into your applications via APIs/SDKs, connect it to HSM-backed key management, and operate the keys — so protection follows the data end to end, not just at rest on disk.

    Start an engagement

    Secure what’s next.

    Speak with the engineering team to define scope, walk through the methodology, and decide whether Faltrox is the right team to test and run your environment.

    Contact us