Secure Tunnelled NTP Proof of Concept

Greg McLearnCommon Criteria, Tools

Update 2018-Oct-03: This post has been updated within new information from NDcPP v2.1.

Recently, NIAP issued Technical Decision TD0321: Protection of NTP communications.  It states that network time sources are critical pieces of information that must be protected.  However, having no other agreed-upon mechanism to authenticate the source of, or ensure the integrity of NTP packets, NIAP requires vendors to use NTP over one of only a handful of acceptable trusted communications channels: TLS, DTLS, HTTPS*, SSH or IPSec.

This leaves many vendors in a bind since there are (a) no public-facing NTP servers that operate over any of these permissible channels; and, more importantly, (b) there are no widely available NTP server/client implementations that can be used to build such a solution.

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niap-td0321-protection-of-ntp-communications

NIAP TD0321: Protection of NTP communications

Lachlan TurnerCertifications, Common Criteria

Update 2018-Oct-03: This post has been updated within new information from NDcPP v2.1.

NIAP has issued Technical Decision TD0321 against the Network Device Collaborative Protection Profile (NDcPPv2.0e) mandating the use of a trusted channel (IPsec, SSH, TLS, DTLS, HTTPS) for NTP (or non-NTP external entity used to set time).  This will impact any in-flight and future NDcPP evaluations that are destined for the NIAP PCL.
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Common Criteria Lab Accreditation

Lachlan TurnerCertifications, Common Criteria, Lightship News

We are excited to announce that Lightship Security is a fully accredited Common Criteria laboratory. Prepare for warp-speed certifications! Contact us to find out how our experienced team uses Greenlight automation and Lightship’s industry first functional gap assessment methodology to transform your certification experience.

Full press release: Lightship Security completes accreditation as Common Criteria laboratory

Standards Council of Canada: Directory of Accredited Laboratories – Lightship Security

Communications Security Establishment: Common Criteria Evaluation Facilities

 

On the Road with Mobile Certifications

Greg McLearnCertifications, Humour

At Lightship Security, we are all about certifying at the speed of development.  Therefore, we are proud to announce our new mobile certifications laboratory.  With over 1200 cubic feet of interior high-tech laboratory goodness, we can handle even your most demanding certification needs.  The 10-cylinder, 350 horsepower motor will have us rolling into your neighbourhood before the ink dries on the contract.

Look for Lightship Security Mobile Certifications near you.  For more information about this amazing industry-first service, click here.

 

 

How to get on the NSA/NIAP Product Compliant List (PCL)

Lachlan TurnerCertifications, Common Criteria

Many vendors seeking to sell hardware or software to the U.S. Government, particularly to defense and intelligence agencies, will find that cyber security product certification is mandated by federal procurement requirements (CNSSP 11) for these environments. We know, because many of our clients come to us for this very reason – fast, efficient, low risk evaluations that ultimately end up on the National Information Assurance Partnership (NIAP) Product Compliant List (PCL).

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Lightship Security interview with Ottawa Business Journal

Lachlan TurnerCertifications, Lightship News

Our President Jason Lawlor talks with the Ottawa Business Journal to explain what Lightship Security is all about. Interview topics include:

  • An introduction to Lightship Security… and why the name Lightship?
  • Product certification and Common Criteria overview
  • Certification at the Speed of Development using our Greenlight test automation platform
  • Lightship Security innovation and growth strategy

 

Gathering Raw Unconditioned Entropy in a Live Linux System

Greg McLearnEntropy, Tools

As part of our continued product development efforts supporting assurance modernization, the Lightship team sometimes develop useful experimental tools or proofs of concepts. A while ago we developed a proof of concept to extract raw unconditioned entropy from a live running Linux system using the SystemTap API to produce loadable kernel modules. This was done as an exercise to explore Linux entropy characteristics.  The code has been sitting around relatively unused, so we’ve decided to open it up under the GPL. It has been cleaned up a bit with additional informative comments, but this is proof-of-concept code with no warrant of fitness. You can find it on our GitHub account.
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