What PE-13 fire protection requires for NIST SP 800-53 systems
If a federal agency, a contractor prime or a FedRAMP assessor has asked for PE-13 evidence, the short answer is that the organization must show fire detection and suppression systems for the facilities that house the system, that those systems are employed and maintained, and that they are supported by an independent energy source so they keep working when primary power fails. The control is about the physical facility, not the software, so the evidence must come from the people who run the building. In plain terms, the requirement addresses the risk that a fire destroys or disables the system, its storage and its backups, and that the fire system itself fails silently when it is most needed. PE-13 is allocated to the low, moderate and high baselines in SP 800-53B and is not part of the privacy baseline.
The control is hard to satisfy from the IT side because fire systems usually belong to facilities management, a building owner or a landlord. The IT team may have no contract, drawings or inspection records for the detection panel, the suppression agent or the backup power that feeds them. Before work starts, the system owner should confirm who owns each fire system serving the room or data center, whether a lease or colocation contract assigns maintenance duties, and where inspection and test records are kept. Also confirm whether the system's authorization boundary includes the facility or whether the facility is inherited from a provider, since that changes which party must produce the evidence.
Enhancements matter for scoping. The moderate baseline adds PE-13(1), which concerns automatic fire suppression, and the high baseline adds PE-13(2), which concerns notification to organizational personnel and emergency responders. Confirm the exact enhancement wording in NIST's catalog before writing it into a system security plan, and ask the facility team which of these functions the building already performs. An independent assessor will test whether the mechanisms work, so the gap between what facilities says it has and what the system documentation records should be closed before the assessment. Implementation partners can help organize this evidence, but only the organization owns the facility controls and only an independent assessor issues the findings.
Which facilities and systems PE-13 covers
PE-13 applies to the facilities where in-scope components actually sit, so the first job is to name those buildings and rooms. The decisions below connect facility ownership, baseline categorization and the people who maintain fire controls, and each one changes what an assessor will ask to see.
Facilities that house the system
List every location where in-scope servers, storage, network gear and backup media reside. That includes on-premises data centers, server rooms, closets holding a single firewall, colocation cages and hosting provider sites. PE-13 is tested at each location, not once for the organization, so a missed closet is a finding. Confirm the list against asset inventory and cloud region records, and note which sites are shared with other tenants.
Who owns the fire controls
Decide whether the organization or a provider operates the detection and suppression systems at each site. In colocation and hosted arrangements, the provider usually owns the building controls, and the organization must obtain and review that provider's evidence instead. Write the split into the service agreement and the system security plan so the assessor can trace responsibility for each facility to a named party.
Baseline categorization sets the enhancements
PE-13 is allocated to the low, moderate and high baselines. Moderate adds PE-13(1), which covers automatic fire detection and suppression notification, and high adds PE-13(1) and PE-13(2), which covers inspection of fire protection systems. Confirm the system's impact categorization first, because it determines whether those enhancements apply and what evidence the assessor will request for them.
Facilities and facilities management roles
Facilities teams own the physical plant: detectors, suppression agents, power backup for alarm panels and inspection contracts. They should hold the maintenance records and vendor reports, and they should be named as control owners in the plan. Confirm that facilities staff know which systems in the building are in scope so that renovations or tenant changes do not silently remove a protected zone.
IT and platform roles
The IT and platform team maps which racks, rooms and zones hold which systems, and it keeps that mapping current when workloads move. It also connects fire alarm notifications to the operations or security monitoring channel so that an activation reaches someone who can act on it. Ask IT to document how alarm events are routed and tested, since the assessor will look for that path, not just the detector itself.
Third-party providers and AT-3 training
Hosting and colocation providers, fire inspection contractors and suppression vendors are third parties whose work supports PE-13. Their contracts should require inspection records and incident notice. The related control AT-3, role-based training, applies to staff who respond to fire alarms or maintain these systems, so their training records belong in the same evidence set.
How an assessor tests PE-13
This table maps the SP 800-53A Rev. 5 assessment approach for PE-13 to the examine, interview and test methods an assessor applies, and the evidence each one expects. Read each row as one assessment activity, then check whether your facility can produce the matching records before the assessor arrives.
| Assessment method | What the assessor looks for | Evidence that usually passes | Where it commonly fails |
|---|---|---|---|
| Examine: fire protection procedures | Documented procedures that address fire detection, fire suppression and the devices and systems that support them | Written fire protection procedure naming scope, owners, inspection cadence and escalation steps | Procedures exist only as vendor manuals, or do not cover the facility where the system resides |
| Examine: detection and suppression documentation | Records showing which detection and suppression devices exist, where they are installed and their current state | Device inventory or floor plan, installation records, and maintenance or inspection logs | Inventory is out of date after equipment moves, or records cover only the owner's space in a shared building |
| Interview: responsible personnel | Staff who own fire detection and suppression devices can explain their role, response steps and how issues are reported | Named owners who describe inspection schedule, alarm routing and who responds after hours | Ownership is unclear between the organization, the landlord and a colocation provider |
| Test: supporting mechanisms | Detection and suppression mechanisms operate as documented, including alarm and notification paths | Recent functional test results, alarm acknowledgment records or vendor service reports | No functional test has been run, or test results do not show the alarm reaching responders |
| Examine: independent energy source | Evidence that detection and suppression systems stay powered when primary power is lost | Battery or backup supply specifications, maintenance records and periodic test results | No documented evidence that the independent energy source exists or has been tested |
| Missing inspection records | Proof that inspections happened on the defined schedule and that deficiencies were corrected | Dated inspection reports with signed findings and closure records | Records are held by a third party and the organization cannot retrieve them during assessment |
| Unclear ownership at colocation sites | A written split of responsibility between the organization and the facility operator | Contract or service schedule that assigns fire system inspection and testing duties | Assumption that the provider covers fire systems, with no contractual or evidence trail |
Implementing PE-13 in seven steps
This sequence moves PE-13 from an assumed fire protection arrangement to a documented, inspected and evidenced control. Each step produces an artifact an assessor can examine, interview against or test.
Confirm facility inventory and responsibility split
List every facility that houses the system, including colocation halls, server rooms and any office closets with equipment. For each, record who owns the building fire systems, who operates them and who maintains them, whether that is the organization, a landlord or a colocation provider. If DeployOpen or another implementation partner prepares the systems, agree in writing which party performs each PE-13 activity. The output is a facility map and a responsibility matrix signed off by the control owner. Ask the provider to confirm which fire systems fall within its contract and which fall to the facility operator.
Document the fire detection and suppression design
For each facility, document the detection devices, suppression mechanisms and their locations relative to the system components they protect. Include the detection technology, the suppression agent or sprinkler arrangement, alarm panels and the monitoring path to a staffed location. Mark which devices cover the rooms where the system resides. The output is a design record and floor plans that an assessor can compare against the physical walkthrough. Confirm the design with the facility operator and the fire authority having jurisdiction where local rules apply.
Confirm the independent energy source for fire systems
PE-13 requires that fire detection and suppression be supported by an independent energy source. Trace the power path for each detection panel, alarm notification device, suppression control and monitoring link. Identify whether it runs on battery backup, a generator or another source that does not depend on the primary feed serving the IT load. Record the capacity and the test method used to show it works. The output is a power path diagram and a backup test record. Ask the facility operator for the most recent documented battery or generator test results rather than relying on a verbal confirmation.
Set the maintenance and inspection schedule
Assign each device and power source to a recurring inspection and maintenance activity, with the responsible party and the procedure named. Include the vendor or internal technician who performs the work and the record each visit produces. Where the organization needs enhancement coverage, add the automatic activation, notification and inspection checks described in the control enhancements, and confirm which of them the applicable baseline requires. The output is a maintenance calendar linked to the asset inventory. Confirm the intervals against the manufacturer documentation and any local fire code the facility must meet.
Define the fire protection procedures
Write the procedures that govern fire detection, suppression, alarm response and recovery for the protected rooms. Cover who is notified on alarm, how the system is isolated from equipment during a suppression event, how staff evacuate, and how the team restores operations afterward. Connect the procedure to the incident response and contingency plans so that a fire event triggers the same escalation path used for other physical incidents. The output is an approved procedure document with a version and review date. Confirm with the facility operator that its emergency procedures do not conflict with the organization's own.
Train responsible staff
Identify the staff and provider personnel who respond to fire alarms, perform inspections or operate the monitoring path, and train each on the procedures written in the previous step. Training should cover how to recognize alarm states, who to call, what to avoid doing during a suppression event and how to document what happened. Record attendance and the content delivered. The output is a training roster and materials that an assessor can interview staff against. Repeat the training when procedures change or when the responsibility matrix changes.
Assemble the evidence set
Collect the artifacts from every prior step into one evidence package organized by the PE-13 assessment objects: procedures, device documentation, personnel interviews and test results of the detection and suppression mechanisms. Include the facility map, responsibility matrix, design record, power path diagram, backup test log, inspection and service records, procedures and training roster. Note the owner and date of each item and any open findings in a plan of action. The output is the evidence index a qualified independent assessor can test against. DeployOpen can prepare this package for a client's own systems, but only the independent assessor determines whether the control is met.
How the PE-13 enhancements change the work by baseline
At the low baseline, PE-13 asks for the base control only: fire detection and suppression systems that are employed and maintained at the facility housing the system, and that are supported by an independent energy source. The assessor will want to see that the systems exist, that someone is responsible for them, and that they keep working. The work is mostly documentation and proof of upkeep, not new engineering, because the facility's fire systems often already exist under building management or landlord control.
- Detection and suppression in place: Confirm which detection and suppression devices protect the rooms holding the system, and record where they are.
- Independent energy source: Document how fire systems keep operating when primary power fails, such as a battery or generator supply, and who owns it.
- Maintenance records: Keep service and test records from the facility operator or contractor that show the systems are maintained.
- Assessment objects: Prepare the fire protection procedures, device documentation and a named contact for interviews, since the assessment methods examine, interview and test these items.
Before relying on inherited building controls, confirm in writing with the facility owner which party maintains the systems and which evidence they will provide.
The moderate baseline adds PE-13(1), an enhancement that expects fire detection and suppression to activate automatically and to notify designated personnel or emergency responders. For evidence, this moves the question from whether devices exist to whether they act without a person and whether the right people learn about an event. An assessor will look for configuration evidence of automatic activation and for proof that notifications reach a defined recipient group.
- Automatic activation: Show the detection-to-suppression logic in the panel or building system configuration, not only the device list.
- Notification path: Document the alarm routing, the recipient list and the escalation contacts, and keep them current when staff change.
- Notification testing: Retain records of test alarms that show the notification reached the named recipients.
- Responsible owner: Assign the notification and response duty to a role in the system owner's organization, even when the facility operator runs the panel.
Confirm the exact wording of PE-13(1) in the CPRT catalog, since the enhancement's activation and notification language is what the assessment procedures test.
The high baseline adds PE-13(2) on top of PE-13(1). Paraphrased, this enhancement expects fire protection to be inspected and tested on a defined schedule, with the results recorded. Inspections turn a one-time installation into an ongoing body of proof, so the evidence set grows over time and must be kept in a form an assessor can sample across the assessment period.
- Inspection schedule: Define the inspection frequency and the responsible party, then align it with the system's continuous monitoring plan.
- Inspection reports: Keep signed reports from the inspector that name the devices tested, the findings and the corrective actions.
- Corrective action tracking: Log deficiencies in the plan of action and milestones with owners and closure dates, so failed inspections are visible.
- Sample readiness: Store reports in one repository so an assessor can pick any period and find the matching inspection and notification records.
Confirm the inspection and testing language of PE-13(2) in the CPRT catalog, and ask the facility operator whether its contract already covers inspections at the frequency the system owner needs.
Evidence that passes a PE-13 review
A PE-13 assessor looks for proof that fire detection and suppression exist, are maintained, and rely on an independent energy source. The artifacts below connect policy to physical equipment, and each one needs a named owner and a refresh schedule so it still reflects the facility when the assessor arrives.
Fire protection procedures
Write the procedures that govern how fire detection and suppression are employed and maintained at each facility housing the system. They should name the responsible role, the inspection and testing triggers, the escalation path when a device alarms or faults, and the steps for returning equipment to service. Assessors examine these procedures first, so confirm they match what staff actually do during a real alarm or a scheduled test. Review them whenever the facility, vendor or suppression agent changes.
Detection and suppression inventories
Keep an inventory listing every smoke or heat detector, suppression agent release point, control panel and manual pull station in each room that houses the system. Record location, make, model, installation date and last service date. Tie each device to a floor plan so an assessor can trace coverage from the diagram to the hardware. Reconcile the inventory against physical walkdowns at least as often as your review cycle, because rooms are often reconfigured without updating records.
Facility diagrams
Maintain current diagrams that show detector placement, suppression zones, agent discharge areas, egress routes and the location of the independent power source feeding detection and suppression. Mark where the system's components sit relative to the fire zones so reviewers can see which hardware a single zone would affect. Date each drawing and store the current revision alongside the superseded ones. A diagram that predates a rack move is a common reason an assessor records a finding.
Maintenance and inspection records
Collect service reports from the vendor or in-house technician showing what was inspected, what was tested, what failed and how each fault was corrected. Each entry should identify the device, the date, the technician and the outcome. Gaps in the sequence are what assessors look for, so schedule inspections in the calendar and file the reports the day they are issued. Confirm with your fire protection contractor which inspections their service agreement covers and which remain your responsibility.
Independent power source documentation
PE-13 requires detection and suppression to be supported by an independent energy source, so keep records showing the source, its capacity, its switchover behavior and its test history. Battery backup for alarm panels and the generator or other source feeding suppression controls should each appear with load calculations, runtime estimates and maintenance logs. Ask your engineer to confirm that the independent source does not share a failure point with the primary power feeding the rack it protects.
Test and alarm logs
Log every functional test of detectors, alarm notification and suppression activation, along with every real alarm event. Record the date, the device or zone, who witnessed the test, the result, and the corrective action. Alarm history from the panel should reconcile with the manual log, because assessors compare them to check that alarms reached the people named in the procedures. Retain logs for the period your system security and privacy plan specifies, and confirm that log storage itself is protected from unauthorized edits.
Responsibility matrices for co-located facilities
When the system sits in a colocation or shared building, the fire protection duties may split between your organization and the facility operator. A responsibility matrix assigns each detection, suppression, testing and notification task to a named party, with contact details and the document that defines the split. Obtain the operator's own inspection reports and confirm how they will notify you of alarms and planned work. Without this matrix, the assessor may conclude that no one owns the control.
Training records for responsible personnel
Keep records showing that staff and contractors who respond to fire alarms, perform walkdowns or authorize suppression work have completed the training your procedures require. Record the course content, date, attendee and any refresher due. Connect these records to the awareness and training program so that role-based training is tracked in one place. Confirm that facility staff on shift, not only the security lead, have been trained on the alarm response steps.
What meeting PE-13 costs in money and effort
This table breaks down who is paid for each part of meeting PE-13 and whether the cost is one-time or recurring. Use it to build a quote request and to separate facility-owned work from work an implementation partner or assessor would do. No price or duration is stated because none is supplied for this control.
| Cost component | Who is typically paid | One-time or recurring, and drivers |
|---|---|---|
| Fire detection and suppression installation | Facility owner or building contractor, usually through a fire protection vendor | One-time for the build. Drivers: facility size, number of rooms housing the system, and whether the site is new or retrofitted. |
| Fire system maintenance and servicing | Fire protection service provider under a maintenance contract | Recurring. Drivers: number of detectors and suppression units, service frequency in the contract, and any emergency call-out terms. |
| Independent power source for fire systems | Facility or electrical contractor for the source; battery or generator servicing vendor for upkeep | One-time for installation, recurring for testing and battery or fuel replacement. Drivers: load of the fire system and autonomy the facility requires. |
| Inspection and testing services | Licensed fire inspector or certified testing firm | Recurring. Drivers: inspection schedule set by local authority or insurer, number of systems, and whether suppression testing is included. |
| Staff time for procedures and records | Internal security, facilities and IT staff; or an implementation partner preparing the documents | One-time to write procedures, then recurring to keep test logs and inspection records current. Drivers: number of facilities and record format. |
| Notification and monitoring integration | Systems integrator or monitoring provider | One-time for integration, recurring for monitoring fees. Drivers: whether alarms reach a staffed console and how many sites report in. |
| Assessor effort for PE-13 | Independent assessor, paid by the organization | Recurring with each assessment cycle. Drivers: scope of facilities examined and quality of ready evidence. Ask the assessor for a written scope before engaging. |
| Quote requests to issue | Each vendor and the assessor | Ask each vendor for itemized one-time and annual costs, service frequency, response terms, and which records they will hand over for assessment. |
Where open-source tooling helps with PE-13 evidence
Fire detection and suppression for PE-13 are physical systems. Detectors, alarm panels, suppression agents, cabinets, pipework and independent power sources are installed, tested and serviced by people and by the vendors or licensed contractors who supply them. No software platform detects smoke or releases suppression agent, so an open-source deployment does not change what the physical controls must do. The assessment question stays the same: is the system present, working and supported by an independent energy source?
- Detection and suppression hardware: Devices and panels are installed and maintained by the facility owner or a licensed contractor.
- Independent energy source: Backup power for fire systems is a physical asset that needs its own testing and records.
- Vendor service work: Repairs, recalibration and agent replacement are performed by the service provider, not by software.
- Inspection by qualified staff: Local fire authority requirements and vendor service schedules define the inspection cadence.
- Physical access to panels: Controlling who can touch the systems is a PE-3 concern that software cannot enforce on its own.
Before relying on any tool, confirm with your fire protection vendor and the facility's local authority what their service records must contain and who signs them.
Assessors examining fire protection want to see which devices exist, where they sit, and which facilities they cover. An asset inventory maintained in a self-hosted system can hold this information in one place and link it to the system components it protects. The tool records what the organization says is present; a physical walkdown or vendor report still confirms it.
- Device register: Record detectors, panels and suppression units with location, make, model and facility.
- Coverage mapping: Link each fire system to the rooms and system components it protects.
- Change history: Log replacements and relocations with dates and the person who approved them.
- Reconciliation: Compare the register against physical walkdowns on a defined schedule and record discrepancies.
- Ownership fields: Name the responsible owner and the vendor contact for each system.
Confirm with your team that the inventory tool can export records in a format your auditor accepts, and that the register is treated as a controlled document under your records policy.
Evidence for fire protection is largely inspection and service documentation: test reports, maintenance tickets and corrective action records. Open-source ticketing and document management tools can store these records, track due dates and show that issues were closed. The content of the reports still comes from the qualified inspector or vendor, and the organization should not edit them after receipt.
- Inspection calendar: Track each scheduled inspection, its due date and the person responsible for booking it.
- Signed reports: Store the vendor or inspector's report as received, with a hash or version record if your policy requires it.
- Deficiency tracking: Open a ticket for each finding and record the corrective action and closure date.
- Escalation rules: Flag overdue inspections or open deficiencies to facility and security leads.
- Retention: Keep records for the period set by your records schedule and the applicable local rules.
Confirm with the vendor whether they can deliver reports electronically in a form your storage system accepts, and whether their reports cover both detection and suppression.
Assessors testing PE-13 use examination, interview and test methods, as described in NIST's assessment procedures. They examine fire protection procedures and documentation, interview the personnel responsible for detection and suppression, and test the mechanisms that support them. Open-source tools can organize the material for those steps, but the testing itself is performed by people on the physical systems.
- Evidence index: Map each procedure, record and interview contact to the PE-13 assessment objects so the assessor can find them quickly.
- Interview preparation: Keep a current list of responsible personnel and their duties in the system security and privacy plan.
- Test records: Preserve dated results of the mechanism tests performed by staff or vendors.
- Gap tracking: Record open findings from prior assessments and the planned remediation dates.
- Independent review: Ask an independent assessor or auditor to confirm the evidence is complete. Only they issue assessment results.
Confirm with your assessor which formats and sampling they accept before you build the evidence set.
Gaps that cause PE-13 findings and how to close them
Most PE-13 findings do not come from missing fire hardware. They come from unclear ownership, records that cannot be traced to a system, and documents that describe fire protection in general terms. The cards below cover the gaps assessors meet most often and the closing action for each.
Unclear ownership at hosting sites
At a colocation facility or hosted data center, the operator often controls the fire detection and suppression systems while the customer controls the systems inside the cage or rack. PE-13 expects the organization to show that these systems are employed and maintained for the facility housing its system. Check the colocation contract, the facility's shared-responsibility matrix and any provider attestation reports, then record which party performs each fire control and where the organization's own evidence comes from. Ask the provider to confirm this split in writing.
Inspection records not tied to systems
A fire system inspection log that lists only the building is hard to connect to the specific information system an assessor is reviewing. Records should identify the facility, the zone or room, the devices inspected and the date and result of each inspection, so the assessor can see that the system's location was covered. Ask the facility operator for inspection reports that name the rooms where the system sits, and keep a current location register that links each rack or room to the system's boundary.
No evidence the energy source is maintained
PE-13 requires fire detection and suppression to be supported by an independent energy source, so a battery or backup supply that keeps alarms and suppression controls working during a primary power loss is part of the control. Many organizations test the sprinklers or detectors but never record the backup supply. Request test results for the independent supply, including battery condition checks and load tests, and confirm the schedule with the facility operator. Where the organization owns the equipment, add these checks to its maintenance calendar.
Procedures that name no responsible roles
A fire protection procedure that says the facility team will respond does not show who acts when a detector trips, who receives the alarm, or who decides whether to release suppression. Assessors interview the personnel responsible for detection and suppression devices, so the procedure should name those roles, their backups and their escalation path. Confirm that the named people know their duties, have been briefed on them and can be reached outside business hours.
Fire systems missing from the security plan
When the system security and privacy plan describes the physical environment but leaves out the fire detection and suppression systems, the assessor has no baseline to test against. Add the fire systems to the description of the facility, record which controls they support, and list the documents that govern them. Keep the plan in step with the facility's inspection and maintenance records so that a change to the fire system triggers a review of the plan.
Common questions about PE-13 cost, effort and ownership
Can a small team implement PE-13 without outside help?
Yes, a small team can often handle PE-13 internally if it already controls the facility, the fire protection vendor and the evidence. The control asks for fire detection and suppression systems that are employed and maintained and supported by an independent energy source. The hard part is usually not the technology but coordination: confirming that the building's fire systems, backup power for them and the records of their inspections are all current and findable. Organizations with a thin facilities team, several sites or a colocation arrangement often bring in outside help to map responsibilities, collect documents and prepare evidence for the assessor. Outside help prepares the systems and evidence. The organization still owns the control, and only an independent assessor issues findings.
What drives the cost and effort of PE-13?
Cost depends mainly on what is already in place and how many facilities are in scope. The largest factors are the age and condition of existing detection and suppression equipment, whether the independent energy source for those systems is already tested, how many rooms or sites hold the system, and whether the baseline is low, moderate or high. SP 800-53B adds PE-13(1) at the moderate baseline and PE-13(2) at the high baseline, so higher-impact systems carry more enhancements to design and evidence. Recurring effort comes from inspections, testing records and reviews of the enhancements. Ask any provider for a written scope that lists each facility, each system and each enhancement, along with who performs inspections and who keeps the records.
Is a colocation provider's fire protection evidence enough for PE-13?
A colocation provider's fire evidence can support PE-13, but it rarely covers the whole control on its own. The provider typically owns the building's detection and suppression systems, so its records may satisfy parts of the requirement for the space you rent. You still need to confirm which systems protect your equipment, whether the independent energy source for them is covered in the provider's documents, and how you receive inspection results. Put these responsibilities in the contract and in your system security plan so that the assessor can trace each part of PE-13 to a named owner and a document. Confirm the exact scope with the provider and your assessor.
How often do PE-13 inspection and test records need refreshing?
NIST does not set a fixed inspection interval for PE-13 in the supplied sources, so the frequency must come from your own policy and your assessor's expectations. Confirm with your assessor which records they will examine and how recent they must be to be credible. Your organization should define the inspection and testing frequency for detection, suppression and the independent energy source in its procedures, then keep dated records that show those tasks were done. Assessment procedures ask assessors to examine the procedures, the devices and their documentation, interview the people responsible, and test the supporting mechanisms, so records must be easy to match to the equipment they describe.
What does PE-13 need from facilities and IT teams?
PE-13 needs facilities teams to own the physical systems and IT teams to own the evidence about the systems that depend on them. Facilities usually maintain detection devices, suppression equipment and the independent energy source, and they should keep inspection and service records. IT teams should maintain an accurate inventory of the rooms and racks that house in-scope systems, so the fire controls can be tied to specific assets. Both groups should agree on who receives alerts and how notifications reach the people who respond. Writing these responsibilities down before the assessment prevents gaps when a single person leaves or a vendor changes.
How does PE-13 differ from PE-14 and PE-11?
PE-13 covers fire detection and suppression, PE-14 covers environmental conditions such as temperature and humidity, and PE-11 covers emergency power for the system. Each control protects against a different hazard, so each needs its own owner, procedures and evidence. PE-13 is supported by an independent energy source, which is a link to power, but it is still a fire control. PE-14 controls environmental monitoring and alarms, and PE-11 requires an uninterruptible power supply that allows an orderly shutdown or a transition to alternate power. Treat them as separate assessments in your plan, even when the same facilities team maintains them.
How DeployOpen prepares PE-13 evidence
DeployOpen is a Chainscore Labs company that plans, implements and documents self-hosted open-source platforms inside the client's own infrastructure, and prepares systems and evidence for compliance assessments. For PE-13, the fire protection work sits at the facility level, so the first decision is who owns it. In most organizations the fire detection and suppression systems, the independent energy source that supports them, and their inspections are run by the client's facility or colocation provider teams. DeployOpen does not take over those systems. Its role is to supply the procedures, the inventory of covered components and the evidence structure that lets those teams and an assessor show the controls work. Scope, deliverables and timelines are agreed in writing before any work starts, so the split of responsibilities is recorded before anyone begins.
In practice, the preparation focuses on three things. First, a facility system inventory that lists each fire detection device, suppression mechanism, backup energy source and the racks or rooms they protect, so an assessor can match the 'facilities housing the system' scope to physical equipment. Second, fire protection procedures aligned to the PE-13 assessment objects, covering who maintains the systems, how inspections are scheduled and how faults are escalated. Third, an evidence folder with inspection records, maintenance tickets, alarm notification logs and test results, each tagged with the control and the date it covers. Confirm with your facility provider whether they already keep these records and in what format, since reusing their existing inspection reports is usually cheaper than producing new ones.
DeployOpen does not issue assessment reports, attestations or certifications. Those come only from an independent assessor or authorizing body that you engage, and the organization remains accountable for its own controls. Before you ask for a quote, confirm three points with your facility team: which party holds contractual responsibility for fire system maintenance, whether the backup energy source is tested on a schedule, and whether alarms reach a monitored location outside the room. Those answers determine how much of the evidence structure can be built from existing records and how much needs new procedures, which is the main driver of the scope and fee you will be quoted.
