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17
New LANL Seals!
(This material has been granted its own LAUR number.)
- Magnetic Vector
Field Tag & Seal ("MagTag")
tag and/or seal
reusable
low cost
medium to high security
works on containers, doors, drawers, cabinets, safes,
vaults, trucks, or transportainers
the tag/seal is internal to the container; there need
be no tag/seal hardware on the outside to warn about tamper
detection
can be repeatedly checked w/o opening the container or
door
read with a battery-powered reader
the reader can be taken away between measurements
read time is 0.2 to 5 minutes, depending on the desired
level of security
no batteries or electrical power for the tag/seal itself
status: several versions demonstrated; patent application
submitted
- TB Seal
passive
reusable
high security
requires postmortem exam
status: patent application submitted
- GP Seal
passive mechanical seal
low cost
easy to install
chemically inert, environmentally durable
3 levels of visual inspection for low to medium security
3 additional levels of postmortem inspection for medium
to high security
particularly useful for transportainers
status: mockup; patent application submitted
- Haspless Seal
& Lock
seal and/or lock
requires no hasp
passive
reusable
low cost
4 different designs
most useful for large containers
low to medium security
status: LANL invention disclosure; prototypes built &
demonstrated at Pantex
- E-Cup Insert
creates better security for the e-cup; eliminates certain
attacks
low cost
easy to use
requires no modifications to the manufactured e-cup
status: prototype
- BB Seal
volumetric tamper detection for small or medium size
containers
passive
low cost
reusable
medium to high security
useful for cargo security or for containers stored in
a vault
status: LANL invention disclosure; serveral versions
demonstrated
- TD Seal
passive
low cost
reusable
medium security
visually inspected from 1-100 meters away
status: rudimentary theoretical analysis
- ITID Seal
remote, real-time seal monitored via continuous wireless
video
status: demonstrated at Pantex, NTS, and AMTL
- OP Seal
active seal requiring battery
reusable
high cost
high security
inspected remotely out to 100 meters via line of sight
no rf
can be inspected manually or automatically (including
via video)
dozens of seals in the same area can be inspected simultaneously
status: concept only
- X07 and X08 Seals
determines if the Mas-Hamilton X07/X08 lock dial has
been rotated 1° or more
no permanent hardware left outside the safe
read with a battery-powered reader
no batteries or electrical power for the seal itself
status: demonstrated
- TM Tag
high security tag
may also be useful for seals
passive
low cost tag
expensive reader
non-contact inspection from 5 cm to 10 m away
status: demonstrated in laboratory
- VTR Tag/Seal/Intrusion
Detector
active tag, seal, or intrusion detector
high security
non-contact
expensive
hundreds of objects or containers within a volume can
be monitored simultaneously
status: LANL invention desclosure; concept only
- MLW Seal
passive seal
visually inspected
low to moderate security
low to moderate cost
replaces conventional wire-loop seals
status: LANL invention disclosure; concept only
- MS Seal
reusable passive seal!
low cost
used on a hasp
moderate security
potential for high security
based on a fundamentally new concept for how to do tamper
detection correctly
status: LANL invention disclosure and prototype
- SB Seal
active reusable seal
volumetric protection
moderate security
status: concept
- RJ Lock
& Seal
passive
low cost
low to moderate security
status: prototype
- TC Seal
and Intrusion Detector
electronic
very high security
volumetric monitoring
ideal for moving cargo
relatively inexpensive
easy to use
based on a fundamentally new concept for how to do tamper
and intrusion detection correctly
status: tested prototype
For more information on some of these new seals, see:
R.G. Johnston, “MagTag: Magnetic Vector Field Tag and
Seal”, Los Alamos National Laboratory Report LAUR-02-6848.
R.G. Johnston and A.R.E. Garcia, “Tamper-Indicating Device
Having a Glass Body”, U.S. Patent 6,553,930, April 29,
2003.
R.G. Johnston and A.R.E. Garcia, “Triboluminescent Tamper-Indicating
Device”, U.S. Patent 6,394,022, April 28, 2002.
R.G. Johnston, “Magic Slate Seal”, Los Alamos National
Laboratory Report LAUR-02-6848.
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06/18/03 |
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