Software: It’s nothing without the code
New software makes obtaining and organizing mission critical information easier than ever
By Tim Dees
When new gadgets come on the market, I'm among the first to drool over them and contemplate how I'm going to justify my next purchase. It's easy to forget the work that goes into making those gadgets do what they do, those ones and zeroes that comprise their software. New software can be so complex that only the latest computers will run it, but it can also breathe new life into old metal and silicon.
So many of our tools are based on some kind of microprocessor, so it isn't just the devices immediately recognized as “computers” that benefit from these advances. Telephones, radios, and other gear also run on those lines of code we never see.
Communications hardware trends are moving away from dedicated, proprietary radios and data terminals toward consumer-grade devices. Consumer devices are often far more sophisticated than those developed for a much smaller market, taking advantage of the massive R&D that goes into a product that can produce millions in profit.
Your next portable radio might be an iPhone or a Droid. In the meantime, here's a look at software that you can use right now on the job.
Covia Labs DART Technology
Interoperability has been the name of the funding game for the last few years. Anti-terrorism preparation and natural disaster operations taught us that agencies have to be able to work together, talk to each other, and run off of the same game plan. Thus far, the answer to the communications problem has been to either junk the radios and networks in use in favor of new, cross-compatible models, or implement bridges between networks that can do the job, but also create a potential single point of failure.
Covia Labs is less than two years old as a company, but has a product with the potential to allow voice and data communications between any number of networks while everyone continues to use their existing hardware. Users and devices are added and removed from the operational network as needed, and when the operation is concluded, everyone goes back to working as they did before.
You've probably worked with platform-independent software like Java when viewing content over the Web. In order to play a game, view an animation, or otherwise interact with the host, you click on a link and a small application installs itself on your computer. When you're done, the application closes and is deleted.
Covia Labs' DART technology works similarly. A user of a laptop or smartphone might receive an e-mail containing a link to a Covia Labs server. Clicking on the link downloads and installs a small application allowing that device to communicate with others on the network, send and receive video, control other devices remotely, or perform any combination of these and other tasks.
A component called Covia Connector permits all peripherals attached to the connected device to also interact with the network, permitting the use of printers, cameras, repeaters, servers, and other resources by authorized users.
Voice communication across dissimilar networks is typically one of the most difficult services to implement with any satisfaction and reliability. Voice typically travels as a stream and in near-real time, so if there is a dropout or poor connection anywhere along the way, portions of the message are lost. Digital communications has done a lot to clear up these problems, but the result can still be an all-or-nothing proposition-you get a complete, clear message, or no message at all.
Covia's Push-to-Talk technology handles voice communications in a way similar to Multimedia Messaging Service, or MMS. You may have MMS capability on your cell phone. If you can take a picture or a video and then send it to another phone with a text message, that's MMS.
DART stores the voice message as a digital file, then transmits it to the intended recipient(s) to be played back on arrival. There is some latency (delay) in this process, but most users have found it tolerable, especially considering the reliability of the method. If a portion of the message is unclear, there's usually no need to ask for a repeat. The message is just played back again, like a voice mail.
This process also eliminates the problem of several people transmitting at once, “stepping on” other users. The messages are received in the order sent, even if the difference between transmission times was in microseconds. The digital files are transparent to the network, so voice, images, video, text, and other information is sent as quickly and reliably as any other.
“There's been an assumption in the industry that we need 4G networks to do mapping and command and control as well as reliable voice and data communications,” says David Kahn, CEO of Covia Labs. “We've been able to get voice communications with acceptable latency over standard cellular networks like AT&T and Verizon.”
Connected Applications have been developed for Windows and Mac computer platforms and most cellular phone devices and networks. Development is ongoing for Project 25-capable communications systems used by most public safety operations.
Spillman Technologies Touch Interface
Spillman Technologies takes advantage of mobile device applications with Spillman Touch. This is an interface for the company's computer-aided dispatch/records management system (CAD/RMS) that runs on a BlackBerry, Palm Pre, iPhone, or Android smartphone. Active and pending calls, for instance, appear in a color-coded list identifying those incidents that are pending dispatch, have an officer en route, have officers on scene, or have been in progress longer than expected and merit a welfare check of the people on scene.
Touching an address opens a Google Map of the location, and clicking on a telephone number connects a call to that phone. Calling up the information attached to a name provides everything that would have been available on a vehicle-mounted computer, including a mug shot, history, addresses, and known associates.
Data partitioning follows the same rules as for other users of the Spillman system, permitting access of the information authorized for that user and terminal, and only that information. Officers assigned to bike, walking, mounted, or marine patrols are no longer crippled by not having in-car computers. Every officer, including administrators, has a full partnership in operational data.
FMS Advanced Systems Group Sentinel Visualizer
Investigations used to be difficult because there wasn't enough information to work with. Now the problem is more likely to be there is too much information to work with. Each name, place, observation, or vehicle comes with its own assortment of related addresses, e-mail accounts, phone numbers, and so on. And when there is a relationship between two or more elements, it's hard to see.
Sentinel Visualizer takes all that data and displays it in a graphic format so that relationships are clearer. If a person of interest has some association with the registered address assigned to an otherwise unrelated vehicle license plate in your pile of leads, the software will point it out to you. Making these otherwise trivial connections between elements can make the difference between a closed case and a cold case.
The software uses familiar, Web-based utilities such as Google Earth to display geographic locations by clicking on an address. This makes for a shorter learning curve and encourages more investigators to make use of the program's tools. It's also data-friendly, using a non-proprietary Microsoft SQL database format and eliminating the hardware “dongle” some other packages use to restrict use to a fixed number of computers. There are three packages ranging in price from $1,999 to $3,499 each, and a trial downloadable version is available on the company's Website.
New World Systems Aegis Public Safety
A brief survey of the CAD/RMS market shows there are a lot of vendors out there. Most of their products don't talk to one another, which limits interoperability and information-sharing between public safety agencies. This is because there are no industry standards for CAD/RMS, and every vendor has its own unique software architecture.
New World Systems' (NWS) flagship product, Aegis, offers a potential solution to this limitation with Aegis Link, a bridge between Aegis data and that contained in any other vendor's system. NWS has the expertise to analyze other vendors' software designs and create the data exchange points necessary to integrate the dissimilar databases. Up until now, this usually wasn't possible. Moving to a new CAD/RMS solution usually meant either abandoning the information accumulated in the legacy system, or maintaining an archive version to be accessed independently.
“Aegis Link isn't any magical pixie dust that makes this happen,” says Mark Prevost of NWS. “It's still a big effort, but I think this is where our industry is going.” Prevost sees the next evolution in the efforts of the Integrated Justice Information Systems (IJIS) Institute, which is seeking to create standards within the CAD/RMS and other public safety vendor communities to make information products more interactive. NWS is an active member of IJIS.
Another new Aegis component is Decision Link, which permits law enforcement managers to reconfigure and redeploy resources with real-time information of activities in the field. Interaction with Decision Link and other features is via user-configurable Dashboards that display the controls and information germane to the task at hand, and only that information.
Prevost says that NWS is moving toward provisions for what he calls 'Next-Gen 911,” where Public Safety Answering Points (PSAPs) will accept text messages, photos, and video from citizens in the field to supplement the telephoned information that traditionally transmitted a call for service.
Accurint Real Time Phones and Case Connect
Law enforcement jealously protects its confidential databases of wanted persons and property and criminal histories, and sometimes discounts the value of public record data because, as the name implies, the information is available to anyone. While public records are public, the strategic value lies with having access to a lot of data all at once, which is what aggregators like LexisNexis produce with their Accurint service.
Real Time Phones is a new product enhancing the well-known reverse phone directory, where knowing a phone number gives you the name of the subscriber and his or her address. “Porting” of phone numbers from wireline to and between cellular carriers makes it ever more difficult to locate someone based on phone information. Real Time Phones updates every 15 minutes so that recent changes in subscriber information are immediately available.
Another new product is Case Connect, where inquiries of public records databases from other LexisNexis customers are available to users who have also opted in to the service. If a subscriber at Thistown PD performs a search for Joe Somebody, he gets a notice that a subscriber at Thatcounty Sheriff's Office is also interested. The two investigators then have an opportunity to compare notes and see if they're working the same case and don't know it yet.
Tom Joyce, the director of law enforcement market planning for Accurint, used the recent case of serial stabbing suspect Elias Abuelazam as an example of a situation where Case Connect would have been valuable. “If the investigators in Ohio had known that those in Virginia were also interested in that suspect, the arrest would probably have been made much more quickly.”
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