DEFENSE TECHNOLOGY AREA PLANS
CHEMICAL, BIOLOGICAL
DEFENSE AND NUCLEAR
CB-01-10-D Integrated Biodetection ATD. By FY97, demonstrate biological point
detection of biological agents using technologies such as DNA Probes, electrospray mass
spectrometry, planar waveguides, and flow cytometry with more stable reagents and simpler
identification chemistry. These technologies will provide an order-of-magnitude enhanced
sensitivity to toxins and add a virus identification capability while providing significantly
improved logistics, such as 10-fold increase in response times, trainable algorithms, 5x
size/weight reductions, and increased environmental operating range. Also by FY98,
demonstrate early warning biological agent detection and identification using technologies such
as vibrational circular dichroism, Mueller matrix scattering, and the application of near-infrared
and ultraviolet laser light scattering. By FY99, products will be demonstrated separately and as
an integrated entry in future Battle Lab advanced warfighting experiments. Also by FY98,
develop a combinatorial genetic super library for rapid selection of clones which produce high
affinity antibodies against any potential biological threat agent. Antibody selection and products
would be completed in weeks, rather than a year, at a 90% cost reduction and with far more
flexibility than is possible with conventional testing.
Supports: Joint Service Biological Point Detection System (J-BPDS) and Joint Service
Biological Standoff Detector System (J-BSDS).
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Denise Pobedinsky
SARD-TT
(703) 614-7298
|
Dr. Sal Bosco
ODATSD(CBM)
(703) 602-5620
|
LTC Jim Hansen
JPO-BD
(703) 681-3468
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
13.1 |
14.6 |
15.5 |
15.8 |
0 |
0 |
CB-02-10-D Joint Warning and Reporting Network (JWARN). By FY00, demonstrate
hardware and software to bring sensor information into the C4I system. This will provide
commanders the situational awareness on current/projected chemical/biological warfare threats
made available from the integration of sensor data to geographical and meteorological data and
threat models. The network can be rapidly updated with the latest intelligence data. By FY98,
identify, test, and characterize hardware and software required to provide the bridge from the
warfare agent sensors to the C4I system. Using FY96 capabilities of MICAD, HAZWARN and
VLSTRACK as the baseline, JWARN will have 10 to 100 fold increase in data telemetry
(manipulation and transmission) capabilities and a threat model that can display the current status
of threat along with a time-projection that is updated continuous with new sensor, geographical,
meteorological, and intelligence data. By FY99, integration of hardware and software between
the sensors and the C4I system through the use of an artificial intelligence that can statistical
correlate and filter all the incoming data.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Denise Pobedinsky
SARD-TT
(703) 614-7298
|
Dr. Sal Bosco
ODATSD(CBM)
(703) 602-5620
|
LTC Paul Short
JSIG
(205) 848-4070
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
-- |
0.3 |
0.7 |
0.7 |
2.1 |
2.2 |
CB-03-10-D Integrated Chemical and Biological Sensor Suite. By FY03, demonstrate
chemical and biological point, and chemical standoff sensor technologies for use in unmanned
vehicles (air and ground). This demonstration will identify the sensor technologies that will be
used to make up the various sensor suite packages that will be utilized in the unmanned vehicles.
The suite configuration will be determined by payload size and power requirements. Each
candidate sensor will be configured in modular form to provide for rapid assembly (under 30
minutes) into the appropriate sensor suite configuration depending on the need and vehicle
platform. By FY04, test and characterize capabilities of sensor systems on unmanned vehicles.
A database of sensor module capabilities and characteristics will provide the user the optimal
sensor suite configuration to meet his needs balanced against the unmanned platform capabilities.
By FY05, delivery of a completed sensor suite package. Demonstrate the range of sensor
configurations in the unmanned vehicles. By FY06, addition of bio standoff capabilities to the
sensor suite package.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Denise Pobedinsky
SARD-TT
(703) 614-7298
|
Dr. Sal Bosco
ODATSD(CBM)
(703) 602-5620
|
PM Unmanned Ground Vehicles
and PM Unmanned Aerial Vehicles
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
-- |
0.9 |
1.3 |
1.3 |
2.6 |
2.7 |
CB-04-10-D Joint Service Chemical Miniature Agent Detector (JSCMAD). By FY98,
demonstrate breadboards for a pocket sized chemical agent detector based on technologies such
as ion mobility spectrometry or surface acoustic wave sensors. By FY99, complete design for a
small lightweight personal detector and begin building a brassboard. By FY00, deliver
completed brassboard for testing and characterization. The small lightweight personal safety
monitor will be capable of detection at less than incapacitating levels for nerve, blister, and
choking agents, usable for 72 hour operations, weigh less than 2 lbs, fit inside battledress
pockets, and have archival capabilities. By FY01, transition to 6.5 engineering manufacturing
development (EMD) finalized brassboard system. This effort will provide for a range of Joint
Service applications including early chemical detection and warning for personal safety,
monitors for low level contamination of interiors of aircraft, ships, ground vehicles, and facilities
and contaminated water, and as deployable remote sensors.
Supports: 21st Century Land Warrior, the GEN II Soldier ATD, Aircraft Interior Detector, and
Shipboard Chemical Agent Monitor, Portable.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
MG Richard Paul
USAF AFMC/ST
(513) 257-6977
|
Dr. Sal Bosco
ODATSD(CBM)
(703) 602-5620
|
Dennis Struck
USAF AMC/XPQS
DSN 576-3908
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
1.8 |
1.4 |
3.1 |
4.0 |
0 |
0 |
CB-06-12-D Advanced Lightweight Chemical Protection. By the end of FY96,
demonstrate the technical feasibility of eliminating/reducing carbon in the chemical protective
ensemble through the use of advanced semipermeable membrane technology. The resulting
advanced material system will be 20% lighter in weight than the standard FY96 battle dress
overgarment material system, allow selective permeation of moisture while preventing passage
of common vesicant agent, provide protection against penetration by toxic agents in aerosolized
form, and provide at least the current level of protection against other toxic vapors and liquids.
By the end of FY98, demonstrate via Dismounted Battlespace Battle Lab (DBBL) warfighting
experiment and JSLIST II, the efficacy and durability of novel, lightweight chemical protective
garments and clothing systems utilizing these agent impermeable membranes.
By FY98, develop and conduct physiological testing of a series of microencapsulated phase
change materials (Micro PCMs). By FY99, conduct evaluations of MicroPCMs for use under
chemical warfare overgarments for microclimate cooling and, with a different formulation, for
microclimate heating. By FY01, Micro PCMs will be bonded to selected garments for field
evaluation.
Supports: 21st Century Land Warrior, Air Warrior, Crew Warrior, Joint Service Lightweight
Integrated Suit Technology II (JSLIST II), Advanced DevelopmentÑClothing and Equipment;
Engineering Development--Clothing and Equipment.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Bill Brower
SARD-TT
(703) 697-8432
|
Dr. Sal Bosco
ODATSD(CBM)
(703) 602-5620
|
LTC Paul Short
JSIG
(205) 848-4070
|
Joe Brumfield
NSWC
(703)653-8414
|
|
MAJ John Ensor
DBBL
(706) 545-5988
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
0.8 |
0.9 |
1.2 |
0.6 |
0.5 |
0 |
CB-07-10-D Laser Standoff Chemical Detection Technology. By FY99, reduce the size
of the Joint Service Chemical Warning and Identification LIDAR Detector (JSCWILD) to a 2
cubic ft (40% reduction) hardened package. By FY03, demonstrate a JSCWILD brassboard with
sufficient laser power and detector sensitivity to detect chemical agents at a distance of 20 km
(400% increase from FY96 baseline). By FY04, demonstrate a brassboard with a wide band
frequency agile laser in a compact package that can scan using multiple frequencies that is
capable of detecting both chemical and biological agent. By FY07, reduce the size and weight of
the integrated chemical biological LIDAR system by 60% in comparison to the current state of
the art in FY97.
Supports: Joint Service Chemical Warning & Identification LIDAR Detector (JSWILD),
Joint Service NBC Reconnaissance System (JSNBCRS), and Airbase and Shipboard Chemical
and Biological Defense
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Denise Pobedinsky
SARD-TT
(703) 614-7298
|
Dr. Sal Bosco
ODATSD(CBM)
(703) 602-5620
|
LTC Paul Short
JSIG
(205) 848-4070
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
1.3 |
0.5 |
0.8 |
0.8 |
8.7 |
7.9 |
CB-08-12-D Advanced Agent Filtration. Develop and demonstrate, using enhanced
adsorbent and aerosol filtration technology, a light-weight, low-profile, low-resistance filter for
future joint service respirator systems (i.e., RESPO 21 mask). In FY98, demonstrate form, fit,
and function of a candidate filter design for incorporation into advanced mask prototypes capable
of meeting C2 canister agent vapor and aerosol filtration requirements. In FY99, demonstrate a
mask filter prototype capable of providing full-threat NBC protection while offering a 50%
reduction in airflow resistance and a 33% reduction in overall size. By FY02, demonstrate a
non-carbon based or self-decontaminating carbon chemical warfare agent vapor filtration system
suitable for military collective and individual protection applications such as hospital shelters,
ships, aircraft, armored vehicles, chemical warfare agent incinerator pollution abatement filters,
and individual respirators. A non-carbon vapor filter element will eliminate any possibility of
filter fire caused by upsets to other components of the environmental control sub-system, while
retaining or improving the present chemical warfare agent protection properties of ASZM-T
carbon. Several potential system concepts will be developed based on screening of candidate
adsorbent materials, engineering design model development and trade studies. By FY04,
demonstrate a total or partial replacement of the current adsorbent, ASZM-T carbon, using a
modified collective protection filter integrated with an application such as armored vehicle or
shelter.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Denise Pobedinsky
SARD
(703) 614-7298
|
Dr. Sal Bosco
ODATSD(CBM)
(703) 602-5620
|
LTC Paul Short
JSIG
(205) 848-4070
|
|
|
Michael Parker
JSMG
PM Chemical Demilitarization
(410) 671-4364
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
3.1 |
3.1 |
3.0 |
3.1 |
4.1 |
4.5 |
CB-09-12-D Decontamination for Global Reach. By FY97, determine the feasibility for
large area decontamination and evaluate the need for decontamination of any validated chemical
and biological threat agents at fixed sites, such as airfields, naval bases and depots, as well as
civilian areas. By the end of FY02, demonstrate efficacy of enzymatic decontamination system
for G and V-type nerve agents in foam based dispersion systems. By the end of FY03, identify a
system that can be utilized to decontaminate Mustard (HD) and biological warfare agents. In
FY04-05, incorporate the HD and biological warfare agent system into the foam matrix with
enzymes identified for G and V-type agents. Develop, characterize and optimize the system for
efficiency. During FY06, demonstrate the efficacy of the multi-agent decontamination system
against a spectrum of CB agents.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Denise Pobedinsky
SARD-TT
(703) 614-7298
|
Dr. Sal Bosco
ODATSD(CBM)
(703) 602-5620
|
LTC Paul Short
JSIG
(205) 848-4070
|
|
|
LTC Jim Hansen
JPO-BD
(703) 681-3468
|
|
|
COL Rick Jackson
USACMLS
(205) 848-
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
0.2 |
0.8 |
0.8 |
0.8 |
0.8 |
4.6 |
CB-10-07-H Nuclear Technology Development. In accordance with Presidential
Decision Directive 15 and other national and Departmental guidance, develop the technologies
needed to supplant nuclear testing and thus (1) ensure warranted confidence in the safety,
security and effectiveness of the Nuclear Posture Review stockpile, and (2) validate system
survivability/operability in the threat environments produced by proliferant weapons.
Technology development/assessment focuses will include; collaboration with DOE labs for
simulation of effects, achieving capability in system-scale effects simulation by increasing
available fluence area products 400%, implementing major improvements in x-ray fidelity,
improvements in plasma sources, a factor of 10 increase in debris-free soft x-ray testing, and a
50% increase in power flow efficiency and control for pulsed power sources. By FY96, deploy
DoD stockpile revalidation teams to DOE physics labs and accomplish IOC for Large
Blast/Thermal Simulator. By FY97, develop non-ideal airblast simulation capability at LB/TS
and complete safety assessment for strategic aircraft. By FY98, transition new nuclear system
physical security technologies to Air Force and Army and bring first quadrant of DECADE
radiation simulator on-line (assuming favorable FY96 decision). Collaborate with DOE on
stockpile revalidation through FY05. Credible nuclear capabilities are needed for
accomplishment of JWSTP Counterproliferation and other objectives.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
RADM Weiss
DNA
(703) 325-7066
|
Dr. Smith
ATSD(AE)
(703) 697-5161
|
Presidential Guidance for
revalidation and effects simulation
capabilities; Chairman,
JCS for
revalidation/ certification;
development system-specific
customers for
survivability
validation and physical security
|
Mrs. Pierre
DNA
(703) 325-7302
|
|
|
Mr. Holm
DNA
(703) 325-0818
|
|
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
53.9 |
50.2 |
55.9 |
52.9 |
49.9 |
48.2 |
CB-11-07-H Planning Systems for Contingencies Involving Proliferants. Develop and
transfer to operational commands a suite of automated planning support systems responsive to
warfighter requirements for operational planning and targeting assessments in contingencies
involving WMD proliferant antagonists. By FY98, complete transfer of new planning systems to
NATO. Commencing in FY96, implement direct technical modeling and simulation center
responsive to CINC requirements, and initiate development of Intelligent Target Interface and
NATO nuclear planning system trainer project; automate JCS nuclear targeting publication Joint
Pub. 3-12.2, giving particular emphasis to minimization of collateral effects and maximizing
survivability of deployed forces. Effort responds to Joint Warfighting S&T Plan
Counterproliferation and Precision Force objectives by significantly improving warfighters'
capabilities for assessing attack options and collateral hazards during contingency planning and
operations. SHAPE support is responsive to Joint Readiness objectives. Customer feedback
concerning responsiveness to customer-defined requirements is the primary
measure-of-effectiveness. Program develops previously unavailable tools for new types of
contingencies to enable precision targeting with minimal collateral effects. A primary technical
challenge is to develop, validate (with customers), and implement automated planning support
systems responsive to new contingency requirements, notably the need for precision delivery of
limited numbers of munitions, and the emphasis given to prediction and minimization of
collateral hazards.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Mr. McFarland
DNA
(703) 325-7115
|
Dr. Smith
ATSD(AE)
(703) 697-5161
|
JCS/J-5, Nuclear Division;
USSTRATCOM, J-5; NATO,
Director, Nuclear
Planning,
International Staff
COL Ford
USANCA
|
Mr. Anderson
DNA
(703) 325-1248
|
|
|
Mr. Holm
DNA
(703) 325-0818
|
|
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
8.9 |
11.7 |
13.7 |
15.8 |
16.0 |
16.8 |
CB-12-01-H Electronic System Radiation Hardening. Develop enabling technology to
provide the means to produce affordable state-of-the-art radiation hardened microelectronics to
enable DoD systems to survive and perform their mission in natural and nuclear weapons
generated radiation environments. This program is the only DoD source of enabling technology
for highly integrated and high performance microelectronics capable of withstanding the very
severe radiation environments associated with nuclear threats. Program addresses the continuous
need for missile and space systems to have increased information processing capability within
size, weight, survivability and cost constraints. This is accomplished through use of static
random access memories (SRAM) as the technology demonstration vehicle for the enabling
technology to produce a broad range of radiation hardened digital and analog microelectronics.
Specific technology objectives include: by FY98, demonstrate, test, and evaluate radiation
hardened silicon-on-insulator analog microelectronics, allowing a 5 times reduction in the size
and weight of sensor electronics; by FY99 demonstrate prototype radiation hardened 4 M SRAM
technology for a factor of 16 improvement in power and weight; by FY00, demonstrate the
technology for radiation hardened low-power 1000k gate array and 16 M SRAM technology,
leading to two orders of magnitude advance in performance and reduction in power and weight.
In short, this program develops the enabling technology for critical path radiation tolerant items
essential for the Space Based Infrared System (SBIRS) and USSTRATCOM priority weapon
systems and C4I systems. This enabling technology forms the basis from which DTO SE.26.01
AFH, Radiation Resistant Microelectronics, in the Electronics TAP produces final products with
System Program Office funds.
Survivable space-based systems are preconditions for accomplishing the Joint Warfighting
S&T Plan objectives of Dominant Battlespace Knowledge and prevailing in Information
Warfare. The key technical barrier is that each succeeding generation of commercial
microelectronics becomes increasingly susceptible to radiation. DoD must therefore maintain an
ongoing effort to radiation harden new generations of microelectronics as they evolve to ensure
that future warfighters have the survivable state-of-the-art electronics systems needed to
complete their missions. Program priority directed by Dr. Jones, DDR&E.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Mr. Webb
DNA
(703) 325-7016
|
Dr. Smith
ATSD(AE)
(703) 697-5161
|
Adm. Goebel/LtCol Langer
USSTRATCOM J5
(402) 294-8304
|
Mr. Holm
DNA
(703) 325-0818
|
DDR&E POC:
Dr. Turnbach, DATO
(703) 681-4753
|
Ms. Basany, USAF-SMC
(310) 363-0217
|
|
|
Mr. Kuehl, USASSDC
(205) 955-3777
|
|
|
Mr. Cullen, DSRC
(609) 734-2851
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
24.3 |
20.7 |
22.0 |
21.9 |
25.1 |
27.2 |
CB-13-07-H Hard Target Defeat. Develop the technology base required to characterize,
defeat or disrupt, and assess battle damage for buried and/or hardened targets, particularly targets
containing WMD. By FY98, accomplish testing to demonstrate and assess options for functional
kill of hardened NBC and C3I facilities. Technologies are lacking for target characterization and
conventional defeat or functional kill of some hardened targets. The Joint Warfighting S&T
Plan Counterproliferation objective specifically includes counterforce defeat of hardened WMD
storage and production facilities. Defeat of underground targets was a top priority (number 3 of
14) as defined by the warfighting CINCs (Counterproliferation Program Review Committee
Report to Congress, 1995, pg. 27).
Technical issues differ for two classes of hardened targets. The first are surface and shallow
buried facilities that are more susceptible to defeat, but which may generate unacceptable
collateral effects if attacked with conventional munitions. The second set consists of deeply
buried targets, a number of which cannot be physically defeated with current conventional
munitions, but may be subject to functional disruption; collateral effects are of lesser concern
when these targets are engaged with conventional weapons. Target characterization and battle
damage assessment are problems for both sets. A variety of weapon options and
damage/disruption mechanisms will be evaluated.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Dr. Goering
DNA
(703) 325-7140
|
Dr. Smith
ATSD(AE)
(703) 697-5161
|
Responsive to priority defined by
CINCs and JCS
|
Mr. Holm
DNA
(703) 325-0818
| |
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
7.9 |
5.6 |
10.5 |
12.2 |
13.7 |
14.4 |
CB-14-07-H Prediction and Mitigation of Collateral Hazards. Establish the capability to
accurately predict in an operationally suitable manner the effects on both civilian and military
populations of WMD hazards released into the atmosphere due to battlefield WMD use or to
conventional counterforce attacks on WMD facilities. FY96 IOC for Hazard Prediction and
Assessment Capability. By FY99, demonstrate significant improvement in ability for long-range
high-resolution forecasting of WMD hazards. Specific technical challenges/objectives are (1)
prediction/mitigation of effluence from breached targets, (2) integrated capability for high
resolution mesoscale weather prediction, (3) extended capability to model non-weapon-related
sources (including accidents and terrorist devices), (4) ability to calculate mass consistent wind
fields, (5) use of such calculations to accurately predict transport and to track very low
concentrations over long (1,000km+) ranges, and (6) calculate mean depositions and
probabilities of detection or kill. Host on multiple platforms, PC through mainframe. This
program responds to two of the Joint Warfighting S&T Plan Objectives -
Counterproliferation (in which planning tools for collateral damage assessment are specifically
identified as requirements) and Chemical-Biological Detection (the Joint Warfighting S&T
Plan identifies the capability for standoff detection of biological agents as the single most
pressing requirement). Detection and characterization of agent hazards was the top priority
defined by CINC warfighters in their articulation of unmet mission requirements
(Counterproliferation Program Review Committee Report to Congress, 1995, p. 27).
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Dr. Wittwer
DNA
(703) 325-7143
|
Dr. Smith
DATSD(AE)
(703) 697-5161
|
Responds to CINC priority.
USEUCOM is partner for ACTD
that includes
preliminary
demonstrations of this capability. |
Mr. Holm
DNA
(703) 325-0818
|
|
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
4.4 |
5.2 |
5.8 |
5.8 |
6.0 |
5.5 |
CB-15-01-H Balanced Electromagnetic Hardening Technology. This is a not fully
funded program that responds to requirements identified by JCS/J-6 and USD(A&T). A
minimum/baseline program would, by FY01, develop and demonstrate innovative, affordable
technology and methodologies for integrated hardening and testing of military systems against
High Power Microwave (HPM) and High Altitude Electromagnetic Pulse (HEMP) effects.
Integrated hardening against multiple battlefield threat environments, e.g., HPM and HEMP, will
reduce hardening cost, size/weight, procurement (design and test time), and provide residual
protection against other electromagnetic threats, e.g., indirect lightning. Target hardening cost
reductions of 15-20 percent are expected, plus weight reductions of up to 30 percent if composite
shielding materials become realizable. Cost savings of 20-25 percent over the lifetime of a
system are also expected with the improved testing and maintenance/surveillance methodologies
developed under this program. An integrated approach to hardening against a range of effects is
both more cost-effective and prudent given the anticipated increased use of commercial parts and
specifications in DoD acquisitions and wider frequency range of possible battlefield
electromagnetic environments. Using the same rationale, a more comprehensive program (as
proposed by the Army, but completely unfunded) would accomplish the following: by FY96,
define proliferant threat scenario systems to be deployed in 2005+, and test facilities available;
by FY97, complete life cycle milestone planning for integrated protection of systems and
conduct initial tests to validate new protocol for hardening; by FY98, define requirements for
protection protocol improvements and develop/distribute software to assist system developers in
achieving integrated protection; and by FY99, finish application of complete integrated
protection protocol on deployed system.
| Svc/Agency POC: |
USD(A&T) POC: |
Customer POC: |
Mr. Webb
DNA
(703) 325-7016
|
Dr. Smith
ATSD(AE)
(703) 697-5161
|
Responds to requirements identified by
JCS/J-6 and USD(A&T)
|
Mr. Walters/Mr. Pfeffer
USANCA
(703) 806-7860
|
|
|
Mr. Holm
DNA
(703) 325-0818
|
|
|
Programmed DTO Funding ($M):
|
FY96 |
FY97 |
FY98 |
FY99 |
FY00 |
FY01 |
| Total |
5.0 |
2.7 |
2.7 |
2.9 |
2.8 |
2.9 |