Markets > Past Performances

Below is a sampling of some of Cryptek’s past performances. For more information on these solutions or to learn more on how Cryptek can help with your need needs contact us at DiamondTEK@cryptek.com.

The Joint Engineering DataManagement Information and Control Systems (JEDMICS):
JEDMICS digitally stores mission critical engineering drawings used by the Services including Joint Programs.Currently about 70-million images are stored in repositories that are located among 32 sites. Starting in 1998, the JEDMICS-PMO contracted with Cryptek to deploy DiamondTEK access control technology to protect JEDMICS drawings through community-of-interest (COI) tunnels.

JTDI Secure Solution:
Cryptek is responsible for the development, all materials, test plans, tests, outcomes and documentation for both Type Certification and Site Accreditation of the JTDI Secure Solution, JSS. JSS is a multi-tier, joint US and Foreign National Access program that provide digital properties management of technical product data. It has one Operational Type IATO and two Site Accreditations.

USPACOM:
Cryptek has been working with U.S. Pacific Command (PACOM) to develop coalition solutions that implement the GIG’s data separation notion. PACOM’s CIO has developed an agile coalition environment (ACE) architecture that places multiple COI servers on a common networking fabric. A variety of client desktops using DiamondTEK devices to provide the essential security services are able to securely access remote COI servers. Multiple COI data is protected with DiamondTEK Type 2 3DES encryption over a protected Type 1 tunnel between sites. See SJFHQ/Agile Computing Environment for the accredited Cross Domain Solution.

SJFHQ/Agile Computing Environment:
The SJFHQ Agile Coalition Environment (ACE) high assurance network architecture provides enterprise scalableWide Area Network (WAN) access to the classified coalition environment over an existing U.S. SECRET Not Releasable to Foreign Nationals (NOFORN) network.Multiple servers and two different client seat types were deployed using the Navy Marine Corps Intranet (NMCI) as a data and application services transport,where access control and medium-robustness encryption of data in transit is provided between each server and client seat via hardware Virtual Private Network (VPN).The SJFHQ ACE architecture is focused at providing a capability to utilize a single physical network to deliver multiple security domains to a user via encrypted tunneling.As such the technology is focused at addressing security vulnerabilities presented by a global network construct based threat model. The architecture implementation is focused at (a) consolidating security domain data to server-centric resources and applying physical and procedural methods to protect these resources; (b) keeping multiple security domain data rigorously separated while in transit across the network(s); (c) minimizing data permanently resident at the user location; (d) providing sufficient monitoring and control of the user Identification and Authentication (I&A) for access control into the security domains and (e)
maintaining domain separation at the end user seats.The ACE seat types include the Secure Ultra Thin Client (SUTC) and Secure Ultra Thin Base (SUTB) models, and the Traditional PC (TPC). Each seat type provides different capabilities and associated risks.

TPIAS:
The Trusted Personnel Identification & Authorization Service (TPIAS), an ACE architecture component, will be implemented and positioned at the Pacific TPIS Integration Center (PTIC) located in Honolulu,HI. To aid other future government evaluations,TPIAS will also be positioned at the Government Secure Evaluation Test Facility (SETF) located in Sterling,VA.

COALITION PARTNERMOBILE COMMAND CENTER (CPMCC) SYSTEM:
Integration of commercially available middleware, pervasive computing (PvC), secure wireline and wireless communications, and enterprise integration solutions to build a distributed MobileWarfighter Information Grid (MWIG) and to embed that system within existing Army and commercial vehicles. At the core of the MWIG will be the Coalition Partner – Common Operating Environment (CP-COE). The CPCOE is based on commercial technology, distributed information technology infrastructure capable of supporting the needs of all coalition partners and their need to collaborate and share GWOT information. The CP-COE core will also enable integration of wireless radio systems that currently support Army as well as first responder personnel.

JOINT BATTLESPACE INFOSPHERE (JBI):
Oracle USA has maintained a strong alliance with the US Intelligence Community (IC) for nearly 30 years. From its earliest days, (when Oracle was a CIA code-worded program),Oracle has placed an extremely high value on its strategic relationships with agencies & primes – rapidly applying our technology to the intelligence mission. Oracle's National Security Group team provides key architects &“reach-back” resources enabling the Air Force and other agencies to optimize their Oracle COTS investments across the full lifecycle of enterprise solutions. Air Force Research Laboratory engineers participated in a sixmonth test program for the next-generation database and internet server being developed by Oracle Corporation as part of the Oracle Version 9i Beta Test program. Under the auspices of its Joint Battlespace Infosphere (JBI) program, the AFRL Information Directorate focused its efforts on ensuring the 9i release of Oracle software adhered to stringent Air Force and Department of Defense guidelines for security of data generated and stored in mission-critical command and control , intelligence, surveillance and reconnaissance (C2ISR) information systems. Security issues remain a high priority as Air Force C2ISR legacy systems undergo re-engineering and a move towards using open commercial product-based architectures and standards that are based on the internet andWorldWideWeb.