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Records Management Session 8

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Title: Records Management Session 8


1
Records ManagementSession 8
  • University of Alberta

2
Agenda for Session 8
  • Vital Records
  • Records Disaster Prevention and Recovery
  • Business Continuity Planning

3
Vital Records

4
What are Vital Records?
  • Vital Records are records that are essential to
    an organizations functions and ongoing business
    operations and that are impossible and/or
    expensive to replace
  • For example, accounts receivable records
  • On average, no more than three to five percent of
    an organizations records have vital status

5
What are Vital Records? (continued)
  • Vital records are irreplaceable because they give
    evidence of an organizations legal status,
    financial status, and/or basic operations
  • Vital records are required for any organization
    to be able to resume operations in the immediate
    aftermath of a disaster

6
Other Classes of Records
  • Important Records are records that are necessary,
    but not essential, to an organizations functions
    and ongoing business operations
  • For example, accounts payable records
  • In the event of theft or unscheduled destruction,
    these records can be replaced or reproduced
    (although this may involve substantial costs
    concerning time and/or money)

7
Other Classes of Records (continued)
  • Useful Records are records that are required to
    support the organizations functions and ongoing
    business operations
  • For example, bank statements
  • Loss of these records typically results in
    inconvenience
  • In the event of theft or unscheduled destruction,
    these records can be readily replaced or
    reproduced

8
Other Classes of Records (continued)
  • Nonessential Records are records with no ongoing
    value to the organizations functions and ongoing
    business operations
  • For example, vendor advertisements and
    announcements

9
Identifying Vital Records
  • See Handout
  • If left to their own devices, end users will most
    likely identify most to all of their records as
    being vital
  • Records management personnel must determine
    records status based on information provided
    about the records themselves

10
Importance of Identifying Vital Records
  • Vital records must be protected so that they are
    readily available, as they are crucial for
    business operations
  • Must be protected from loss/destruction
  • Protection methods can be costly, so no sense in
    protecting all records just vital records

11
Vital Records Protection Standard
  • The American National Standards Institute
    (ANSI), in conjunction with the Association of
    Records Managers and Administrators, Inc.
    (ARMA), has produced the following standard
    Establishing a Vital Records Program
  • This standard states the requirements, including
    best vital records protection methods, for
    establishing and maintaining a vital records
    protection program for any organization

12
Vital Records Protection Requirements
  • The standard states that protection methods are
    chosen based on the following factors
  • Record media format
  • Available resources (e.g., financial, space,
    systems, staffing, etc
  • Environmental and security requirements.
  • The two primary protection methods are dispersal
    and protective storage
  • A vital records program may implement a
    combination of these two methods

13
Records Dispersal
  • Dispersal constitutes the scheduled distribution
    of duplicate copies of vital records to locations
    other than those where the original records are
    stored

14
Routine Dispersal
  • Routine Dispersal constitutes part of a routine
    business process and is not specific to vital
    records protection
  • Records are routinely copied, and the duplicates
    are sent to one or more alternate facilities
    and/or locations
  • Examples include computer backup tapes and
    creation/distribution of duplicate copies of
    paper records that are required simultaneously by
    multiple users in different locations

15
Designed Dispersal
  • Designed Dispersal is a protection method
    specific to vital records
  • Duplicate copies are produced and stored at
    alternate facilities and/or locations
  • This may include photocopying paper records, as
    well as copies made on alternate media formats
    (e.g., digitally imaging paper records, etc.)

16
Records Dispersal Tips
  • When dispersing vital record copies, it is
    necessary that the offsite storage facilities
    and/or locations be appropriate both for the
    storage of records, and also for the protection
    of vital records
  • Records storage requirements include temperature,
    humidity, security, and access controls that are
    common for the routine maintenance and protection
    of all records

17
Records Dispersal Tips (continued)
  • The offsite location should be located far enough
    away from the main organization facility so that
    an extreme or severe disaster would not heavily
    impact both locations
  • The offsite location should be readily accessible
    on a 24 hour basis, with well-constructed access
    roads, and be close enough to the main
    organization so that vital record duplicate
    records can be obtained relatively quickly in the
    event of a disaster
  • The offsite location should not be situated in
    the proximity of facilities and/or sites which
    are prone to disaster risks, such as airports,
    railroads, chemical plants, unstable ground,
    seismically-prone ground, floodplains, etc.

18
Vital Hard-Copy Records Protective Storage
  • Protective storage constitutes storing vital
    hard-copy (paper, microform) records in
    fire-resistant and environmentally-controlled
    equipment and/or rooms (e.g., vaults)

19
On-Site Protective Storage
  • On-Site Storage constitutes storing vital
    hard-copy records onsite in the main organization
    facility, so users may readily access them
  • This approach, however, cannot guarantee vital
    records protection in the event of extreme or
    severe disasters
  • It is also important to note that vital hard-copy
    records may not be readily accessible following a
    disaster, as emergency service authorities may
    bar access to the facility for a potentially
    lengthy period of time.

20
Off-Site Protective Storage
  • Off-Site Storage constitutes storing vital
    hard-copy records in protective storage in a
    location other than the main organization
    facility
  • This approach, however, also leaves vital records
    susceptible to destruction in the event of
    extreme or severe disasters that affect the
    storage location
  • The vital records may also not be readily
    accessible following a disaster
  • However, the probability of a disaster affecting
    a well-chosen separate location is typically
    lower than for the main organization facility

21
Vital Electronic Records Protective Storage
  • Protective storage for electronic records
    constitutes storing the data in an alternate
    processing or electronic storage site
  • This does not typically include electronic
    records stored on tapes, optical disks, or
    compact disks (CDs)

22
Electronic Vaulting
  • Electronic Vaulting constitutes transferring
    vital records to an alternate server in a data
    warehouse or electronic vault

23
Data Replication
  • Data Replication constitutes replicating vital
    records from a primary processing site (e.g., the
    main organization facility) to an alternate site
  • The data stored at the alternate site will be
    used in the event the primary processing site is
    unavailable and/or inaccessible
  • Data replication is recommended when electronic
    data are continuously required or when the data
    must be recovered in a very short period of time

24
Data Replication (continued)
  • Transaction-aware replication involves
    electronically transmitting changes to the
    alternate site and applying them to a replicated
    dataset
  • Mirroring involves maintaining a replica of
    databases and/or systems by simultaneously
    applying changes at both the alternate site and
    the primary processing site
  • Shadowing involves maintaining a replica of
    databases and/or systems by continuously
    capturing changes and applying them at the
    alternate site

25
Records Disaster Prevention and Recovery
  • All records, not just vital records, must be
    protected

26
Requirements
  • Records disaster planning must address the
    following
  • Actions to take to prevent, or minimize the
    probability of, potential disasters
  • Actions to take in the event of an actual
    disaster
  • Actions to take to restore business operations
    after an actual disaster

27
Preventing Records Disasters
  • Preventing a disaster is as important as
    establishing processes to follow in the event of
    an actual disaster
  • Although it is rarely possible to completely
    eliminate the probability of a risk or disaster
    from occurring, a records disaster recovery
    plan should identify potential hazards and
    mitigation strategies so as to minimize the
    probability of occurrence as much as possible

28
Identify Existing Risks to Records
  • A risk is any potential obstacle preventing an
    organization from achieving its goals and
    objectives
  • A risks assessment will include the following
  • Identification of all actual and/or potential
    risks
  • The potential impacts of these risks on the
    organizations mandate and operations
  • The probability (e.g., high, medium, low) of
    these risks occurring
  • Recommended methods to mitigate these risks

29
Identify Existing Risks to Records (continued)
  • See Handout for illustration of sample risks
    identification

30
Preparation for Records Disasters
  • Facility and/or building layout
  • Detailing the locations of records, electrical
    boxes, fire extinguishers and alarms, heating and
    ventilating control panels, plumbing shutoff
    valves and/or switches, and any other pertinent
    issues
  • List of emergency equipment and supplies needed
    to recover records
  • For example, fans, electrical extension cords,
    portable generators, flashlights, records storage
    containers, plastic sheeting, gloves, safety
    helmets, etc.
  • Also information on where exactly these items are
    stored and how they may be obtained on very short
    notice

31
Staff and Contractor Responsibilities
  • A records disaster and recovery plan must address
    duties associated with all issues that may relate
    to protection of records and records recovery in
    the event of an actual disaster
  • Define and assign staff and/or external
    contractor roles with regard to the comprehensive
    range of specific areas of responsibility

32
Staff and Contractor Responsibilities (continued)
  • Follow all corporate policies and procedures re
    records protection and security
  • In the event of an actual records disaster
  • Procure all necessary equipment and supplies
  • Secure any required and/or additional facility
    space for salvage operations
  • Arrange for necessary funding and/or credit to
    cover all expenses

33
Staff and Contractor Responsibilities (continued)
  • Conduct public and/or client relations activities
    as necessary
  • Liaise with appropriate public authorities, such
    as police and fire services
  • Liaise with insurance agency representatives
  • Clean and restore the damaged facility and/or
    equipment
  • Initiate and maintain backup and/or offsite
    operations

34
Staff and Contractor Responsibilities (continued)
  • Install software and files as needed to aid in
    recovering electronic records
  • Test and examine the computer systems, software,
    operating programs, and electronic records
  • Ensure building and/or facility security, as well
    of protection of all damaged and/or exposed
    records

35
Staff and Contractor Responsibilities (continued)
  • Staff and/or contractor roles may be assigned to
    individual persons, or they may be allocated to
    designated groups or teams of persons (e.g., a
    security team, etc.)
  • Emergency contact information, such as both work
    and home telephone numbers, must be documented
    for all parties that may play a role in disaster
    recovery (e.g., building security, building
    maintenance, insurance representatives, internal
    disaster recovery team members, internal systems
    staff, fire, police, etc.)

36
Requirements in Event of Records Disaster
  • Resource requirements
  • An offsite area (i.e., Backup Control Centre
    (BCC)) to be used for business resumption
    activities
  • Identification of critical business information
    resources
  • Initial assessment of disaster or situation
  • Meeting areas for team members involved in
    records recovery
  • Records recovery processes

37
Requirements in Event of Records Disaster
(continued)
  • Also identify and document all other requirements
    regarding the following
  • Stabilizing business operations
  • Mitigating emergency situations (e.g., fires,
    etc.)
  • Recovering damaged records
  • Resuming normal business operations as quickly
    and as efficiently as possible

38
Records Recovery Techniques
  • Vacuum Freeze Drying (best method, but expensive)
  • Vacuum Drying (not recommended)
  • Freezing (temporary measure)
  • Air Drying
  • Must then restore the facility!

39
Records Disaster Recovery Plan Testing
  • Once formally established, the Records Disaster
    and Recovery Plan must be periodically tested to
    ensure it will function effectively in the event
    of an actual records disaster
  • The testing will help to identify areas where
    processes and/or procedures should be improved or
    modified
  • There is a high probability that the Plan will
    not achieve all desired results in the event of
    an actual records disaster if it has not been
    periodically reviewed and revised as necessary

40
Records Disaster Recovery Plan Testing (continued)
  • The Plan will be tested via simulations or
    components checking (i.e., a dry run)
  • In this way, the problems that could occur during
    a major disaster can be addressed and mitigated
    but without the accompanying losses and costs
    associated with an actual disaster

41
Records Disaster Recovery Plan Testing (continued)
  • May consider the following
  • Interactive discussion of possible test scenarios
    (i.e., visualizing the Plan being activated)
  • Disaster simulations and actual rehearsals (NOTE
    may be costly and must be closely monitored to
    ensure proper control)
  • Inventorying and testing all onsite required
    resources, including computer systems
  • Inventorying and testing alternate site
    locations equipment, systems, and all other
    resources
  • Checking the response time and effectiveness of
    third parties (i.e., external contractors and/or
    vendors) to ensure they meet their mandated
    commitments

42
Records Disaster Recovery Plan Testing (continued)
  • After the initial comprehensive test, subsequent
    tests need not occur as regularly (i.e., less
    often than once every two months) or necessarily
    be comprehensive in scope
  • However, it is recommended that a Plans
    components be tested at least once a year

43
Records Disaster Recovery Plan Testing (continued)
  • Testing must be performed regularly and
    consistently, as opposed to being done on an
    ad-hoc basis
  • A test schedule must be prepared, indicating when
    each Plan individual component will be tested,
    and this schedule must be adhered to unless
    approved extenuating circumstances apply

44
Records Disaster Recovery Plan Testing (continued)
  • After a test has been conducted, the following
    steps must be performed
  • Document the test results
  • Determine if future testing should be performed
    differently
  • Identify Plan deficiencies and/or inadequacies
    and take appropriate action

45
Business Continuity Planning
  • Moving Records to Offsite/Offline Storage

46
ISO Standard
  • The International Organization for
    Standardization (ISO) is the world's largest
    developer of internationally recognized and
    accepted standards
  • ISO has created a Standard that sets guidelines
    for the development, implementation, and
    maintenance of Business Continuity Plans
  • ISO/IEC 17799 Information technology Code of
    practice for information security management was
    formalized and published in 2000
  • This Standard contains a section (Section 11)
    discussing business continuity management

47
ISO Standard
  • Identify Events that Can Interrupt Business
    Processes
  • Single Framework Exists for Business Continuity
    Plans
  • Will Ensure Restoration of Critical Business
    Processes
  • Regularly Tested
  • Maintained and Reassessed as Necessary
  • Reflect organizational and other changes

48
See you next class!
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