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Encryption

Encryption software enables organizations to protect sensitive data by converting it into an unreadable format, ensuring confidentiality and compliance.

Encryption solutions help businesses safeguard data at rest, in transit, and in use, mitigating the risks of data breaches and unauthorized access. Modern platforms offer centralized key management, automated data discovery, and crypto-agility to adapt to evolving threats and compliance requirements. These platforms are essential for maintaining digital trust and business agility in decentralized environments.

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The challenge

Your organization faces an increasingly complex threat landscape, with rising data breach costs and evolving regulatory requirements. Rapid digital transformation leads to shadow data, while a shortage of security skills exacerbates vulnerabilities. The stakes are high, as a failure in encryption can result in permanent data loss, operational performance degradation, and regulatory penalties. Implementing a robust encryption strategy is crucial for protecting your most valuable assets and maintaining a competitive edge.

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$4M is the average cost of a data breach in 2025
241 Days is the average time to identify and contain a breach
35% of breaches involve sensitive information stored in unauthorized cloud instances

The solution

Encryption addresses your unique challenges through modern solutions and key capabilities.

Centralized key management

Generate, store, rotate, and revoke encryption keys across multi-cloud and on-premise environments from a single console, eliminating key sprawl.

Automated data discovery

Use AI to scan the environment, identify sensitive data (PII, IP, PHI), and automatically apply encryption policies based on data sensitivity.

Crypto-agility

Rapidly swap cryptographic algorithms (e.g., from RSA to PQC) via policy configuration rather than code rewrites.

Confidential computing (data in use)

Protect data while it is being processed in memory, critical for AI workloads and enabling zero-footprint intelligence.

Hybrid PQC support

Run classical (AES/RSA) and post-quantum algorithms together, ensuring security against current and future threats while maintaining backward compatibility.

HSM integration

Support dedicated, tamper-resistant hardware to store the most sensitive root keys, ensuring they can never be extracted by an attacker.

See how encryption suppliers stack up

Our Palomarr Insights chart shows the full landscape of encryption solutions.

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Capabilities Innovation

How to evaluate encryption

1

Centralized key management

Evaluate the ability to generate, store, rotate, and revoke keys across multi-cloud and on-prem environments from a single console.

2

Automated data discovery

Assess the effectiveness of native tools that use AI to scan the environment and automatically apply encryption policies.

3

Crypto-agility

Verify the architecture allows for rapid swapping of cryptographic algorithms via policy configuration.

4

Vendor stability and roadmap

Evaluate the vendor's innovation investment in areas like PQC and FHE to ensure long-term viability.

Questions to ask suppliers

Use these questions during supplier evaluations to ensure you're choosing the right partner for your needs.

Encryption RFP guide
  • Can your platform manage the full cryptographic lifecycle for keys stored in your KMS and across third-party cloud providers from a single console?
  • What specific NIST-standardized Post-Quantum Cryptography algorithms do you currently support?
  • What is the measured performance latency impact of your encryption-in-use processes on a standard high-volume database query?
  • How does your solution automate the discovery and classification of 'Shadow Data' in our cloud environments?