Take Control Now Meets FIPS 140-3: What It Means for Secure Remote Access

Remote access is no longer evaluated on speed or convenience alone. In regulated environments, particularly those serving the U.S. Defense Industrial Base and other compliance-driven industries, remote access tools are judged against defined security standards. Encryption must be independently validated, controls documented, and security claims must withstand third-party review.

N‑able Take Control is now FIPS 140-3 validated, confirming that its cryptographic module meets requirements defined by the National Institute of Standards and Technology (NIST) and is certified under the Cryptographic Module Validation Program (CMVP). FIPS 140-3 validation is a critical requirement and key milestone on the path toward FedRAMP authorization, positioning Take Control to deliver secure remote access that aligns with federal compliance expectations.

For IT teams and managed service providers supporting the Defense Industrial Base, healthcare, finance, and other regulated industries, this means secure remote access that meets the compliance and security controls required to operate in these environments, without exception handling or workarounds.

What FIPS 140-3 Validation Actually Confirms

N‑able has achieved FIPS 140-3 validation for the cryptographic module used within Take Control, earning a NIST certificate through the Cryptographic Module Validation Program.

Encryption underpins remote access security, protecting the data exchanged during remote sessions, authentication flows, and sensitive operational information in transit. In practice, validation confirms how encryption keys are generated, how they are stored and protected, how approved algorithms are selected and enforced, and how keys are managed securely throughout operation.

FIPS 140-3 validation provides confidence that these protections are based on a proven, standards-aligned implementation, not custom or undocumented mechanisms.

A Cryptographic Foundation

At the core of this validation is the N‑able Cryptographic Module, which leverages SafeLogic’s CryptoComply, a FIPS-validated cryptographic library.

By standardizing on a validated cryptographic library, N‑able ensures consistency in how encryption is applied throughout the remote access experience. This creates a foundation that can adapt as standards evolve without introducing disruption.

The module also supports hybrid post-quantum cryptography, positioning N‑able to adopt quantum-resistant encryption standards as they mature. While practical quantum computing threats remain on the horizon, building that readiness into the architecture now means organizations will not need to re-platform when standards change.

Remote Access That Meets Audit and Compliance Expectations

Take Control is used daily to troubleshoot systems, perform maintenance, and support users across distributed environments. In these scenarios, security must hold without degrading session reliability or responsiveness. This is especially relevant where remote access tools are evaluated as part of security audits or compliance reviews.

The validated cryptographic module performs the core security functions for remote control sessions, ensuring communications between technicians and endpoints are protected using approved algorithms and secure protocols. Encryption is applied consistently across supported platforms, safeguarding sensitive data while preserving real-time usability.

For organizations, this means remote access that meets compliance expectations without operational friction, while standing up to the scrutiny of auditors, regulators, and internal security teams.

Preparing Take Control for FedRAMP Alignment

FIPS 140-3 validation is also a prerequisite for broader federal compliance initiatives. As part of its continued investment in secure platforms, N‑able is aligning Take Control with applicable NIST controls in preparation for a FedRAMP-aligned offering. This positions Take Control for environments where FedRAMP alignment is a procurement prerequisite.

FedRAMP authorization is not being claimed today, but the underlying work is already underway.

A Higher Standard for Secure Remote Access

FIPS 140-3 validation confirms that the encryption underlying Take Control meets a defined standard, one that can withstand independent scrutiny. Remote access can be evaluated, approved, and deployed without exception.

For organizations operating in regulated environments, that shifts remote access from a potential compliance risk to a defined, auditable capability.

That is what secure remote access now requires.