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Instant messaging, or "IM," is considered a dirty word in
many organizations--when it is considered at all--and for good reason.
As IM usage continues to grow, IM clients provide yet another vector
through which organizations can be infected with viruses and spyware. In
addition, employees may spend excessive time sending instant messages
rather than completing assigned duties. And they may be using IM to
circumvent many information technology rules and proscriptions.
IM Explained
IM applications share similar functionality. A user accesses a
web-based application or downloads a client, creates an account, and
logs in. Once the user is logged in, the IM system notes his/her
"presence" and updates the system to reflect the user's
current status. As the user's status changes--for example, from
"available" to "on the phone"--the updated status is
pushed out to other users on the system that have the user listed in
their contacts.
This presence information is one of the most compelling aspects of
IM long-term; as applications become presence-aware, real-time
collaboration becomes much simpler to set up: just look for who is
currently available and set up an ad hoc collaborative session on the
fly. Microsoft Office and Adobe Acrobat are among the applications that
support this functionality today, with many more software vendors
examining the possibilities presence could bring to their applications.
Sending messages is simple. Just type the message, hit
"send," and the message is transmitted in real time to the
intended recipient. Sending photos or other files is just as easy, and
some clients include the ability to share files using drag and drop. The
interfaces are fairly clean and simple.
In many organizations, IM is not implemented by the IT staff;
rather, individual users download and install public chat clients from
MSN, Yahoo!, AOL, ICQ, Google, and many others. According to a survey
from the American Management Association and the ePolicy Institute, 50
percent of workers are downloading and installing free IM tools--but
only 31 percent of organizations have a policy on IM in place.
However, IM can also be a tremendous boon to an organization. From
enabling collaboration to easing the strain of the overloaded e-mail
inbox, IM can significantly increase employee productivity--if it is
managed effectively.
The Four Phases of IM
IM usage in organizations can be described in four phases:
1. Ignorance: The organization does not know about IM, doesn't
think its employees know about IM, and to the extent it thinks about IM
at all, it considers it a tool teenagers use to waste time. This is
perhaps the most dangerous phase because of the potential for unwary IM
users to introduce viruses and other malware into the organization.
2. Denial: The organization deter mines that IM is present and for
bids its further use for a number of reasons, including its potential
for spyware and viruses, the amount of time employees waste using it,
and, at more highly regulated organizations, the problems it presents
for regulatory compliance.
3. Acceptance: This phase is characterized by efforts to take
control of IM usage through policies and procedures. Organizations may
also try to standardize on a single network and client version and begin
investigating enterprise messaging solutions.
4. Optimization: This phase is far off for most organizations. It
involves integrating IM into existing business processes and even
optimizing processes around IM functionality. Part of the challenge is
that enterprise IM is relatively new, and the functionality is not
well-integrated into other information management solutions. This is
slowly starting to change, but much work remains before IM is considered
a mission-critical application along the lines of e-mail.
Instant Headaches
Sending an instant message is as easy as clicking a contact in the
contact list, typing the message, and clicking "send." But
using IM isn't that simple. IM systems present many challenges for
the organization that must be addressed to maximize the effectiveness of
the system and avoid unnecessary risk.
First, IM is very informal. When users communicate via IM, the
resulting conversations are brief, casual, and flow across any number of
topics. It is not uncommon for IM traffic to feature cryptic
abbreviations such as ROFL (rolling on the floor laughing), TTYL (talk
to you later), or IMHO (in my humble opinion). Most IM clients also
allow emoticons ("smileys"), some of which are not
particularly professional.
This informality often extends to the user's account name or
"handle." While many users are responsible in their selection
of a handle, it is not uncommon to see IM traffic from
"bigboyinCO" or "smurfy123." This presents a real
challenge to an organization in two aspects. Not only does the handle
reflect poorly on the organization, but it also can make it quite
difficult to determine later who actually sent that particular message.
After all, who is going to admit that they send instant messages under
the handle "HotCOGuy"?
IM networks are generally closed and do not allow users to
communicate directly with other IM networks. This has been especially
true regarding commercial IM networks, including AOL, ICQ, Yahoo!, and
MSN. Each network created its own proprietary protocol in order to
provide its own enhanced functionality and to increase its appeal versus
other networks. This is similar to e-mail systems 10 years ago, when
e-mail users with accounts through AOL and Compuserve, for example,
could not send e-mail between the two companies' networks.
Efforts have been ongoing for a number of years to develop clients
that would allow users to send instant messages across different
networks. The commercial networks were quite aggressive in changing
their protocols to ensure that these clients would not gain traction,
but this is finally starting to change. The proliferation of different
clients and the need to be able to access users employing different
networks have pushed the networks toward interoperability. Last year,
MSN and Yahoo! announced that they would allow their clients to send
instant messages to users on either network.
In addition, in 1999 the open-source community developed an
eXtensible Markup Language (XML)-based protocol for IM called
"Jabber" that sought to provide interoperability and
standardization of presencing and IM traffic. In 2004, the Jabber
protocol became an Internet Engineering Task Force standard called
eXtensible Messaging and Presence Protocol (XMPP) and has gained
widespread support, including from most of the commercial networks.
Google, in particular, has embraced XMPP and will allow its Google Talk
client to access any IM network running XMPP.
The advent of XMPP and other standard presencing protocols,
including Session Initiation Protocol (SIP) and SIP for Instant
Messaging and Presence Leveraging Extensions (SIMPLE), have contributed
to making interoperability at least conceivable.
Another challenge for organizations is the sheer breadth of
functionality available to most IM clients. Users can chat one-on-one or
set up group or conference chats. Most of the networks provide a basic
phone call capability and the ability to transmit video and audio with
the appropriate equipment. Users can chat with any other users that are
available on the network, meaning that they can bypass filters and
ethical walls.
Users can also send files with little regard to format or size
limitations--most of the commercial networks support 10MB file sizes for
their free clients and 20MB or more for premium users. The networks
generally provide some virus-scanning functionality, but the
responsibility remains with the organization. This is an effective way
to circumvent IT restrictions on file sizes and formats. And the clients
allow users to transmit live URLs, which may or may not resolve to the
link shown in the client. This is similar to phishing in the e-mail
world.
Perhaps the single biggest challenge IM poses to the organization
deals with retention of IM traffic. IM is a format or medium and not a
content type or record series. Instant messages should be managed the
same way as e-mail, word processing documents, or paper records
are--according to the content of the messages. But this is no simple
task with most IM applications. IM systems do not store or retain
messages in a central location; in fact, with some IM systems, once the
presence is established, the traffic is exchanged directly between users
in a peer-to-peer fashion.
The commercial networks provide the ability to locally archive
message traffic, but this capability has its own drawbacks. On the one
hand, message traffic may be stored as plaintext or XML, meaning that it
is trivial to edit the contents; on the other hand, some systems use
proprietary formats, which are slightly more difficult to edit but also
more difficult to review and monitor. If a user chooses not to archive
the traffic, there is no archive available to be reviewed.
Traffic is generally stored either by user, by conversation, or by
day, meaning that there may be thousands of files to review in the event
it becomes necessary to do so. It is difficult to separate record
traffic from non-record traffic because of the free-flowing nature of
the discussions. And the traffic is stored locally on the user's PC
or laptop, which further exacerbates an already difficult situation.
It should be noted that many organizations treat IM as the
equivalent of a phone call: the information is transitory and,
therefore, need not be managed effectively. The key difference is that
in many organizations, phone calls are not recorded or are only
transcribed and summarized, while an IM client that is set to archive
traffic will archive all of it--and all of that traffic is potentially
discoverable.
The Perils of Prohibition
But it is not easy to eradicate IM from the organization for a
number of reasons. IM is very easy to install and use. Employers that
allow access to the Internet generally do not block the common search
engines, such as Google, Yahoo!, and MSN--and each of these offers links
to download their network's IM client on the home page.
Another approach is to try to block IM using technology, such as by
preventing employees from installing software to their computers. Most
of the commercial providers also offer web-based access to their IM
networks, meaning there is nothing to install and no real way to block
access short of blocking the entire domain. Some IT administrators will
try to block the ports IM clients use to send messaging traffic, but
many of the clients exhibit port-seeking behavior; that is, they will
keep trying ports until they find an open one. And some of them will use
the default port for accessing the web so the traffic looks like web
surfing rather than IM.
Even locking down the client PCs is not 100-percent effective
because many IM applications have web-based clients. It may be difficult
to lock down laptops for road warriors--particularly if the laptops are
not owned by the organization. And many smart phones today support one
or more IM networks, providing still another avenue to block.
While the technology challenges to blocking IM are significant,
they pale in comparison to the organizational and cultural challenges.
Employees who use IM frequently do so in order to be more productive,
not less. IM is quite useful in a customer service environment, where an
agent on the phone with a customer can send an IM to a coworker or
supervisor to request additional assistance.
More importantly, customers want IM. In environments where speed is
critical, such as securities dealing and energy trading, IM provides
both rapid access and a confirmation that someone at the other end has
responded. This also requires that the organization support not only the
use of IM, but also multiple IM clients and networks.
Policies and Procedures
A better approach to taking control of IM starts with updating
information management policies to address the challenges identified
above. An effective IM policy should contain guidance similar to other
communications policies, including whether IM is to be used for only
business activities, only personal activities, or some combination of
both. The policy should identify topics that are off-limits, whether
because the content is unprofessional or because it is too sensitive for
IM.
The policy also should include specific guidance on whether
attachments can be sent and, if so, what the limitations are. It should
also address whether external communications are permitted and whether
attachments will be allowed. The policy should describe whether
transmissions are to be archived and how this is to be done. And if the
organization chooses to add disclaimers into the message stream, this
should be identified in the policy as well.
Users must be trained on the IM policy, just as with any other, and
they must be reminded periodically of proper IM usage in accordance with
that policy. The organization must review adherence to the policy
periodically and take corrective actions as required to ensure
compliance.
Tools and Technologies
Once the policy is in place and users are trained to follow it,
organizations can look to technology solutions to assist in managing IM.
These broadly fall into two approaches: gateways and enterprise IM
(EIM).
Gateway applications and appliances offer much of the functionality
that is missing from traditional commercial networks but is required for
effective management of IM traffic and communications. Gateways also
provide some ability for users to communicate across networks, with
support for several of the most common commercial networks.
EIM solutions take a different approach, replacing the commercial
networks with a single enterprise-wide client. This allows for more
granular control over what functionality users have and how policies are
enforced. EIM administrators can pre-populate users' "buddy
lists" up to the inclusion of the entire corporate directory. And
EIM solutions also provide secure encrypted communications, a key
security issue for organizations concerned about sensitive
communications.
Both gateways and EIM solutions include centralized archiving of
supported networks' traffic; attachment filtering and virus
scanning; controls on content transmission and on which users and groups
can exchange information; enforcement of user-naming policies and
identity management; and the ability to prevent internal users from
communicating to external ones. Gateways and EIM solutions can also be
used together to provide the best features of both solutions.
The Bottom Line
IM is coming into its own as a mature communications technology.
Organizations would be well-served to consider the benefits it can
provide in terms of efficiency, reductions in e-mail traffic, and ease
of use--while at the same time putting into place the processes and
technologies to manage IM traffic effectively.
At the Core
This article
* Discusses instant messaging (IM) usage in organizations
* Examines the challenges IM introduces to organizations
* Identifies strategies and tools to address those challenges
References
"2006 Workplace E-Mail, Instant Messaging & Blog Survey:
Bosses Battle Risk by Firing E-Mail, IM & Blog Violators."
American Management Association and The ePolicy Institute, 11 July 2006.
Available at www.amanet.org/press/amanews/2006/blogs__2006.htm (accessed
1 February 2007).
Baskin, Brian. Google Talking. Rockland, MA: Syngress Press, 2007.
Flynn, Nancy. Instant Messaging Rules. New York: AMACOM, 2004.
Piccard, Paul. Securing IM and P2P Applications for the Enterprise.
Rockland, MA: Syngress Press, 2006.
RFC 3921, Extensible Messaging and Presence Protocol (XMPP):
Instant Messaging and Presence. Available at
ftp://ftp.isi.edu/in-notes/rfc3921.txt (accessed 1 February 2007).
Jesse Wilkins, CDIA+
Jesse Wilkins, CDIA+, is a principal consultant with Access
Sciences Corp., a RIM consulting firm based in Houston, Texas. He
specializes in electronic records management, messaging, and
collaborative issues and strategies. He may be contacted at
jwilkins@accesssciences.com.
Top Business-Related Uses for IM
According to AOL's Third-Annual Instant Messenger Survey in
2005, instant messaging (IM) usage is up 19 percent year over
year and is deeply entrenched at home, work, school, and on
the road, with many Americans sending as many--if not
more--instant messages than e-mails.
The survey revealed that 77 percent of at-work IM users feel
that IM has had a positive impact on their work lives. The top
reasons cited for using IM at work include to
Communicate with colleagues 58%
Get a quick answer on a business
matter 49%
Communicate with clients or 28%
customers
Exchange files 25%
Send and receive information 24%
while on a conference call
Send URLs to colleagues 23%
Organize in-person meetings 22%
Use a chat feature for 19%
work-related conferences
Organize conference calls 15%
Avoid potentially difficult in-person
conversation with a colleague 12%
COPYRIGHT 2007 Association of Records Managers &
Administrators (ARMA) Reproduced with permission of the copyright holder. Further reproduction or distribution is prohibited without permission.
Copyright 2007 Gale, Cengage Learning. All rights
reserved. Gale Group is a Thomson Corporation Company.
NOTE: All illustrations and photos have been removed from this article.