CryptoBindDigital Trust & File Security

    Enterprise Code Signing

    Sign code, invoices, and documents with keys locked in the HSM.

    CryptoBind Enterprise Code Signing digitally signs software, scripts, invoices, and documents to prove authorship and integrity — with the private signing keys generated and held inside the CryptoBind HSM, never on developer machines or build servers. It covers software, eInvoice, and PDF signing. Faltrox deploys and integrates it into your build and document workflows.

    Talk to an expertHow we deliver it

    Overview

    What Enterprise Code Signing is

    Code signing proves that software genuinely came from you and hasn’t been tampered with — but the signing private keys are a prime target, and stolen signing keys let attackers sign malware as if it were yours (a supply-chain nightmare). The keys must live in hardware, not on build servers or developer laptops.

    CryptoBind Enterprise Code Signing generates and holds the private signing keys inside the CryptoBind HSM, so signing happens in the certified boundary and the keys can never be exported or stolen. It signs executables, scripts, and installers to guarantee software author and integrity, and extends the same trust to invoice/eInvoice signing and PDF document signing. Faltrox deploys and integrates it into your CI/CD build and document workflows so signing is both secure and automated.

    Coverage

    What it protects

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

    01

    Software Signing

    Signs executables, scripts, and installers to prove author and integrity.

    02

    HSM-Held Keys

    Signing private keys live inside the HSM, never on build servers.

    03

    CI/CD Integration

    Integrates signing into build pipelines for automation.

    04

    eInvoice Signing

    Signs invoices and eInvoices for authenticity and compliance.

    05

    PDF / Document Signing

    Digitally signs PDF and business documents.

    06

    Supply-Chain Trust

    Prevents signing-key theft and malware signed as yours.

    How it works

    The mechanism

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

    1. 01

      Generate in HSM

      Signing private keys are generated inside the CryptoBind HSM and never leave it.

    2. 02

      Request a Signature

      Build pipelines or document systems request a signature from the HSM.

    3. 03

      Sign in the Boundary

      Signing happens inside the certified boundary; only the signature is returned.

    4. 04

      Verify

      Consumers verify the signature to confirm author and integrity.

    5. 05

      Operate

      Faltrox integrates signing into CI/CD and document workflows and governs access.

    Capabilities

    Key capabilities

    Software Code Signing

    Signs executables, scripts, and installers to prove author and integrity.

    HSM-Protected Keys

    Signing keys generated and held inside the HSM, never exportable.

    CI/CD Automation

    Integrates signing into build pipelines for automated, secure signing.

    eInvoice Signing

    Signs invoices and eInvoices for authenticity and regulatory compliance.

    PDF & Document Signing

    Digitally signs PDF and business documents.

    Access Control

    Governs who and which pipeline can request signatures.

    Audit Trail

    Full audit of every signing operation for accountability.

    Supply-Chain Protection

    Prevents key theft and attackers signing malware as your software.

    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 Enterprise Code Signing 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

    01What is code signing and why does it matter?

    Code signing digitally signs software so consumers can verify it genuinely came from you and hasn’t been altered since. It’s foundational to software trust — but only as strong as the protection of the signing private key, which is a prime attacker target.

    02Why must signing keys live in an HSM?

    Stolen signing keys let attackers sign malware as if it were your legitimate software — a supply-chain disaster that’s happened to major vendors. Holding the keys inside the CryptoBind HSM means they’re never on build servers or laptops and can never be exported or stolen.

    03Does it sign more than software?

    Yes — the same HSM-backed trust extends to invoice and eInvoice signing (for authenticity and tax/regulatory compliance) and PDF and business-document signing. One signing infrastructure covers software and document trust.

    04Can it be automated in our build pipeline?

    Yes — signing integrates into CI/CD pipelines so builds are signed automatically and securely, with the keys still protected in the HSM and every signing operation governed and audited. Faltrox builds that integration into your DevSecOps workflow.

    05How does Faltrox deliver it?

    We deploy code signing backed by the CryptoBind HSM, integrate it into your build pipelines and document workflows, govern who and what can request signatures, and operate it — so signing is secure, automated, and audited, protecting your software supply chain.

    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