
Availability, environmental envelope, incident response, service credits and termination triggers for committed GPU capacity at Knowledge Oasis Muscat. Issued for customer, partner and lender review.
The commitments set out here are the operating consequence of how the facility is built: a Tier III Standard design with concurrently maintainable power and cooling, direct liquid cooling throughout at a design PUE of 1.44, and a resident organisation running the data halls and a continuously staffed Network Operations Centre on a four-shift rotation.
This document is written to be verified rather than accepted. Every commitment states what is measured, where it is measured, over what period, and what happens financially when it is missed. Where a figure carries a margin, the margin is disclosed.

Sections 01–03 establish scope, vocabulary and what is delivered. Sections 04–06 state the measurable commitments; 07 and 08 the financial consequence of missing them. Sections 09–12 cover the operating disciplines that hold them, and 13–15 the limits, the exit right and the governance around both.
Sections 04, 05 and 06. Each states the level, the measurement point and the measurement period.
Sections 07 and 08. Credits are automatic, tiered and capped, and applied without a claim.
Section 14. Persistent underperformance is a termination right, not another credit.
| Master Services Agreement | Governs the commercial and legal relationship. This SLA is intended to attach to it as a schedule; where the two conflict, the Master Services Agreement prevails except on service levels, which are governed here. |
|---|---|
| Service Order Form | Identifies the Committed Capacity, term and charges for a specific hall or phase. Commitments in this SLA are measured and credited per Service Order Form. |
| Connectivity SLA | Where external connectivity is contracted, it is covered by a separate service level agreement and is excluded from Cluster Availability. |
| Acceptable Use Policy | Governs workload conduct. Availability commitments do not apply to capacity suspended for a breach of that policy. |

This document sets out the service levels Prima commits to for GPU compute capacity delivered at the KOM Oman AI Factory, Knowledge Oasis Muscat, Sultanate of Oman. It answers four questions a customer, a lender and an insurer each need answered in writing: what availability is promised and how it is measured; what environmental envelope is held at the rack; what compensation applies when the commitment is missed; and at what point persistent underperformance becomes a right to exit.
Commitments apply per Service Order Form and are measured per calendar month against the Committed Capacity for each data hall. Where a Service Order Form covers more than one hall or phase, each hall is measured and credited separately — a good month in one hall does not offset a bad month in another.
| Commitment | Level | Measurement point | Section |
|---|---|---|---|
| Cluster Availability | 99.982% | Committed Capacity at the hall boundary | 04 |
| Power availability | 99.982% | Rack PDU input, both feeds | 05 |
| Internal fabric availability | 99.99% | Leaf-switch customer port | 05 |
| Storage availability | 99.99% | Namespace mount point | 05 |
| Coolant supply temperature | W27 | CDU primary inlet | 06 |
| Air-side envelope | Class A2 | Rack air inlet, mid-height | 06 |
| P1 incident response | 15 min | From NOC detection or customer ticket | 09 |
| Smart hands response | 30 min | From ticket, 24×7, within committed hours | 03 |

Capitalised terms have the meanings below. Where a term is also defined in the Master Services Agreement, the definition here applies for the purposes of measuring service levels.
| Cluster Availability | The proportion of minutes in a Measurement Period during which the Committed Capacity is powered, held within the Envelope, and reachable at the leaf-switch customer port, expressed as a percentage. |
|---|---|
| Committed Capacity | The GPU count, rack count and contracted power draw stated in the relevant Service Order Form for a given data hall. |
| Measurement Period | A calendar month, running from 00:00 on the first day to 23:59 on the last day, Gulf Standard Time. |
| Unavailable Minute | Any whole minute within a Measurement Period in which the conditions in the definition of Cluster Availability are not met, net of Excluded Events, pro-rated where only part of the Committed Capacity is affected. |
| Envelope | The coolant-side and air-side environmental parameters committed in section 06. |
| Excluded Event | An event listed in section 13, and no other. |
| Monthly Service Charge | The recurring charge payable under the relevant Service Order Form for the affected capacity for the Measurement Period in question, excluding taxes, connectivity charges, non-recurring charges and pass-through power. |
| Service Credit | The amount credited to the customer under section 07, expressed as a percentage of the Monthly Service Charge. |
| P1 · P2 · P3 · P4 | Incident priority levels as classified in section 09, assigned on service impact rather than on cause. |
| Response Time | The interval between the earlier of NOC detection or customer ticket, and the first substantive engineer action recorded against the ticket. |
| Restoration | The point at which the affected capacity is returned to a state satisfying the definition of Cluster Availability, whether or not root cause has been established. |
| Planned Maintenance | Work notified in accordance with section 11 and performed within an agreed window. |
| Emergency Maintenance | Work required to prevent imminent loss of service or a safety hazard, performed without the notice period in section 11. |
| Maintenance Window | The standard window defined in section 11, or another period agreed in writing with the customer. |
| Freeze Period | A period nominated by the customer under section 11 during which no service-affecting Planned Maintenance will be scheduled. |
| Service Order Form | The ordering document issued under the Master Services Agreement identifying the Committed Capacity, term and charges. Abbreviated in this document to SOF. |
| NOC | The Network Operations Centre at the site, staffed continuously, 24 hours a day, every day of the year. |
| CDU | Coolant Distribution Unit — the interface between the facility water system and the secondary loop serving the racks. |
| GST | Gulf Standard Time, UTC+4. All times in this document are GST unless stated otherwise. |

The service is bare-metal GPU capacity in a purpose-built AI facility: racks powered and cooled to the committed Envelope, connected to a non-blocking internal fabric, with resident engineering support. The customer holds the workload; Prima holds everything the workload sits on.
| Element | Delivered |
|---|---|
| SpaceData hall | Racks in a Tier III Standard hall, with hot- and cold-side containment and dedicated customer cages where contracted. |
| PowerConcurrently maintainable | Dual-fed A and B power to rack PDU, N+1 UPS and generator chain, contracted power draw per rack as stated in the SOF. |
| CoolingDirect liquid | Direct-liquid-cooled racks served from N+1 CDUs and chiller plant; air-side cooling for ancillary equipment in the same hall. |
| FabricInternal | Non-blocking spine-leaf InfiniBand compute fabric, separate Ethernet management and storage networks, customer handover at the leaf-switch port. |
| StorageWhere contracted | High-throughput parallel namespace presented to the compute nodes, with capacity and throughput as stated in the SOF. |
| Smart hands24×7 | Resident data-hall engineers for cabling, reseats, component swaps, media handling and guided diagnostics, within the hours committed in the SOF. |
| MonitoringNOC | Continuous monitoring of power, environment, fabric and rack reachability, with incident detection and escalation per sections 09 and 10. |
| ReportingMonthly | Monthly service report per section 15, including measured availability, environmental series, incident record and credits. |
Prima to the rack PDU outlet. The customer owns everything downstream of the outlet, including cords, PSUs and in-rack distribution.
Prima to the rack manifold or CDU secondary connection. The customer owns cold plates, in-node loops and node-level thermal control.
Prima to the leaf-switch customer port. The customer owns host adapters, drivers, fabric tuning and everything above layer 2.

Prima commits to a Cluster Availability of 99.982% per Measurement Period. A minute counts as available only if the Committed Capacity is powered, within the Envelope, and reachable at the leaf-switch customer port. Any whole minute failing any one of those three tests is an Unavailable Minute, whether or not the customer's workload was running at the time.
| Measurement Period | Total minutes | Allowance | Expressed as |
|---|---|---|---|
| Month — 28 days | 40,320 | 7.26 min | 7 min 16 s |
| Month — 30 days | 43,200 | 7.78 min | 7 min 47 s |
| Month — 31 days | 44,640 | 8.04 min | 8 min 02 s |
| Year — 365 days | 525,600 | 94.6 min | 1 h 34 min 36 s |

Each component of the service carries its own commitment, measured at its own boundary. Component figures are reported separately so that a customer can see where a bad month came from — but a component breach is credited through the Cluster Availability figure it produces, not through a second, parallel credit.
| Topology | Dual independent feeds (A and B) to each rack, N+1 UPS, N+1 standby generation with on-site fuel for 48 hours at full load. |
|---|---|
| Single-path loss | Loss of one of two feeds is not unavailability provided the surviving path carries the load within its rating. It is reported as a P2 incident and a loss of redundancy. |
| Both-path loss | Loss of both feeds to a rack is unavailability for that rack from the first affected minute until restoration. |
| Utility events | Loss of utility supply at the site boundary is not an Excluded Event. The generator and UPS chain exists to absorb it; failure to absorb it counts against the commitment. |
| Topology | N+1 chiller plant and N+1 CDUs, dual-path secondary loops to the rack manifold, thermal ride-through sized to the design load. |
|---|---|
| Excursion threshold | Coolant supply outside W27 at the CDU primary inlet for more than 15 consecutive minutes is unavailability for the racks served by the affected loop. |
| Short excursion | An excursion under 15 minutes is reported as an environmental excursion with no availability impact — this is the ride-through the design is built to provide. |
| Repeat excursions | Three or more excursions in a Measurement Period, of any duration, trigger a written root-cause analysis within 10 business days. |
| Element | Commitment | Measurement and treatment |
|---|---|---|
| Compute fabricInfiniBand | 99.99% | Measured at the leaf-switch customer port. Loss of a single leaf uplink is not unavailability where the port remains reachable at full rated bandwidth. |
| Management networkEthernet | 99.99% | Measured at the out-of-band management port. Required for customer diagnostics; measured but excluded from Cluster Availability. |
| Storage namespaceWhere contracted | 99.99% | Measured at the namespace mount point from a reference client. Degraded throughput above 70% of contracted rate is a P2, not unavailability. |
| External connectivityWhere contracted | Separate | Governed by the connectivity SLA. Explicitly excluded from Cluster Availability under section 13. |

The facility is direct-liquid-cooled, so the binding environmental commitment sits on the liquid side — coolant supply temperature at the CDU primary inlet. An air-side commitment applies to ancillary and air-cooled equipment in the same hall. Both are stated against published ASHRAE classes so that compliance is verifiable against an external standard rather than an internal one.
| Parameter | Committed | Measurement basis |
|---|---|---|
| Coolant supply temperature | ≤ 27 °C | Instantaneous, 30-second sampling |
| Supply temperature stability | ± 1.5 °C | Rolling 15-minute mean |
| Rate of change | ≤ 5 °C / hr | Rolling 60-minute window |
| Differential pressure at manifold | Per design | Continuous, per rack manifold |
| Water quality and filtration | ASHRAE 90.1 | Secondary loop, quarterly assay |
| Plant capability at N+1 | W32 | Design headroom, not the commitment |
The plant is capable of W32 operation at N+1; the service is committed at W27. That gap is deliberate and disclosed — it is the margin absorbed during a chiller failure or an ambient extreme without breaching the customer commitment.
| Parameter | Committed range | Measurement basis |
|---|---|---|
| Dry-bulb temperature | 10 – 35 °C | Instantaneous, per cold aisle |
| Relative humidity | 20 – 80% RH | Instantaneous, per cold aisle |
| Maximum dew point | 21 °C | Hall return air |
| Rate of change | ≤ 5 °C / hr | Rolling 60-minute window |
| Airborne particulate | ISO 14644-1 Class 8 | Annual survey |
Recorded as an environmental excursion in the monthly report. No availability impact and no credit — within designed ride-through.
Counted as unavailability for the racks served by the affected loop or air path, from the first minute outside the Envelope until restoration.
Formal root-cause analysis issued to the customer within 10 business days, regardless of individual excursion duration.

Where measured Cluster Availability for a Measurement Period falls below the commitment, the customer is entitled to a Service Credit expressed as a percentage of the Monthly Service Charge for the affected capacity. Credits are the agreed financial remedy for missed availability and are applied against the following month's invoice.
| Tier | Measured Cluster Availability | Unavailability, 30-day month | Credit |
|---|---|---|---|
| — | 99.982% and above | Up to 7 min 47 s | Met |
| 01 | Below 99.982% to 99.500% | 7 min 47 s – 3 h 36 min | 10% |
| 02 | Below 99.500% to 99.000% | 3 h 36 min – 7 h 12 min | 25% |
| 03 | Below 99.000% | Over 7 h 12 min | 50% |
| Aggregate cap — one month | All credits, all causes | 50% |
| Power, cooling, fabric | A breach of a component commitment in section 05 or the Envelope in section 06 is credited through the Cluster Availability figure it produces. It does not attract a second, separate credit. |
|---|---|
| Loss of redundancy | Running on a single path, where service is carried, produces no credit. It is reported, escalated as a P2, and — if unremedied for more than 30 consecutive days — attracts a credit of 5% for the month in question. |
| Response-time breach | Failure to meet the P1 Response Time in section 09 on two or more occasions in a Measurement Period attracts a credit of 5%, within the aggregate cap. |
| Reporting failure | Failure to issue the monthly service report by the tenth business day attracts a credit of 2%, within the aggregate cap. |

| Scenario | A hall carrying 1,008 GPUs experiences a chiller fault. Coolant supply at the CDU primary inlet is above 27 °C for 4 h 10 min. No other unavailability in the month. 30-day month. |
|---|---|
| Unavailable Minutes | 250 minutes, all racks in the hall affected — no pro-rating applies. |
| Measured availability | (43,200 − 250) ÷ 43,200 × 100 = 99.421% |
| Tier applied | Tier 02 — below 99.500% to 99.000% → 25% credit |
| Credit | 25% of the Monthly Service Charge for the 1,008 GPUs in the affected hall, applied to the following month's invoice, plus a written root-cause analysis within 5 business days. |
| Scenario | A hall carrying 10,000 GPUs across 125 racks loses both power feeds to 4 racks (320 GPUs) for 6 hours. 30-day month. |
|---|---|
| Affected share | 4 racks ÷ 125 racks = 3.2% of Committed Capacity. |
| Unavailable Minutes | 360 raw minutes × 3.2% = 11.52 pro-rated Unavailable Minutes. |
| Measured availability | (43,200 − 11.52) ÷ 43,200 × 100 = 99.973% |
| Tier applied | Tier 01 — below 99.982% to 99.500% → 10% credit |
| Credit | 10% of the Monthly Service Charge for the whole hall — not 10% of the four racks. Pro-rating applies to the downtime calculation, not to the credit base. |

Incidents are classified on service impact, not on cause. Response Time runs from the earlier of NOC detection or customer ticket. Every response target below is met by the resident 24×7 team — there is no dependence on business-hours coverage or on-call callout for P1 and P2.
| Level | Definition | Response | Updates | Target restore |
|---|---|---|---|---|
| P1 | CriticalLoss of power, cooling or fabric to Committed Capacity; capacity unusable | 15 min | Every 60 min | 4 hours |
| P2 | HighDegraded operation or loss of redundancy; service carried on a single path | 1 hour | Every 4 hours | 24 hours |
| P3 | MediumNon-service-affecting fault; single node, port or component | 4 hours | Daily | 5 business days |
| P4 | LowSmart hands, scheduled requests, information and access requests | NBD | On completion | As agreed |
Both power feeds lost to a rack row · coolant supply above 27 °C for over 15 minutes · leaf-switch group down · hall-wide fabric partition · fire-system activation in an occupied hall.
Single power feed lost · one of two CDUs offline · single leaf uplink down with port reachable · storage throughput below 70% of contracted rate · UPS on bypass.
Single node unreachable · one optic degraded · non-critical sensor fault · BMS alarm without environmental impact · cosmetic or documentation defect.
Cable moves and adds · media handling · scheduled reseat · visitor and escort requests · asset audit · information requests.

Escalation is driven by the clock, not by the customer. A P1 reaches executive level on a fixed schedule whether or not the customer asks for it, and the customer is told at each step.
A P1 unresolved at two hours is on the COO's desk with a written status; at four hours it produces a formal incident notice to the customer's named contacts within the hour; at eight hours it is a CEO-level matter with a written recovery plan.
| Trigger | Deadline | Contents |
|---|---|---|
| Every P1 | 5 bus. days | Timeline to the minute, immediate and underlying cause, restoration actions, availability impact quantified, preventive measures with named owners and dates. |
| P2 affecting redundancy | 10 bus. days | Cause, restoration of redundancy, and whether the event indicates a systemic weakness. |
| Recurrence | 10 bus. days | Any incident of the same cause recurring within a quarter, with an explanation of why the previous preventive measure did not hold. |
| Three excursions | 10 bus. days | Environmental root-cause analysis per section 06, whatever the individual excursion durations. |
| NOC hotline | Staffed continuously. Primary channel for P1 and P2. Calls are logged and produce a ticket automatically. |
|---|---|
| Ticket portal | Primary channel for P3 and P4, and the system of record for all priorities. Customer-visible timestamps, status and engineer notes. |
| Named escalation list | Prima maintains a current list of Level 2 to Level 5 contacts with direct numbers, reviewed quarterly and reissued on any change. |
| Status notifications | Push notification to customer named contacts on P1 raise, on each scheduled update, and on restoration. |
Written service report per section 15, issued by the tenth business day. No meeting required.
Service review covering availability trend, open preventive actions and maintenance performance.
Review of the SLA against actual performance, with any proposed amendment tabled in writing.

The facility is designed to Tier III Standard — every element of the power and cooling path can be taken out of service for maintenance without interrupting the load. Planned Maintenance is therefore expected to be non-disruptive, and non-disruptive work does not consume the customer's availability allowance.
| Class | Notice | Window | Availability treatment |
|---|---|---|---|
| Non-disruptive | 7 calendar days | Any time | Not counted as unavailability. |
| Standard, service-affecting | 14 calendar days | Agreed window | Excluded where performed within the agreed window and within the annual allowance. |
| Emergency | As early as practicable | Immediate | Counted as unavailability and credited under section 07. |
| Customer-requested | By agreement | By agreement | Not counted as unavailability. |
Sunday 01:00 – 05:00 GST, up to twice per calendar quarter for service-affecting work. Work outside the window requires customer consent, which will not be unreasonably withheld.
Service-affecting Planned Maintenance is capped at 16 hours per year in aggregate. Time beyond the cap is counted as unavailability regardless of notice given.
The customer may nominate up to four Freeze Periods per year, of up to seven days each, during which no service-affecting Planned Maintenance will be scheduled.
A notified window may be cancelled by either party up to 24 hours before it opens, with no obligation on the customer and no consumption of the annual allowance.

Physical and information security are operated in-house. This section states the service levels attaching to them — access provisioning times, incident notification obligations and the assurance programme the customer can rely on in its own audits.
| Request | Target | Notes |
|---|---|---|
| Permanent access — new authorised person | 3 bus. days | Subject to background screening and induction |
| Scheduled visit — escorted | 1 bus. day | Named visitors, 24 hours' notice |
| Emergency access — out of hours | 2 hours | Authorised persons only, escorted |
| Access revocation | 1 hour | On written request, 24×7 |
| Confirmed breach | Notification to the customer's named security contact within 24 hours of confirmation, with the facts known at that point and a committed time for the next update. |
|---|---|
| Suspected breach | Notification within 72 hours of escalation to the CISO, where the customer's capacity or data may be affected. |
| Written report | Full written report within 10 business days of confirmation, covering containment, scope and remediation. |
| Regulatory | Prima will cooperate with any notification the customer is required to make to a regulator, and will not require a separate request to do so. |
| Framework | Status | Customer entitlement |
|---|---|---|
| ISO/IEC 27001 | Programme in implementation | Current certificate and scope statement on request once certified; interim control summary available now. |
| SOC 2 Type II | Programme in implementation | Report on request under NDA once available, annually thereafter. |
| Uptime Institute | Tier III Standard — design | Design documentation on request under NDA. |
| Customer audit | Permitted | One on-site audit per contract year on 30 days' notice, at customer cost, subject to site safety and other customers' confidentiality. Certification status is stated as at the issue date of this draft and will be restated on execution. |

| Planned Maintenance | Non-disruptive work, and service-affecting work performed within an agreed Maintenance Window and within the annual allowance in section 11. |
|---|---|
| Customer acts | Faults caused by customer hardware, firmware, software, configuration or workload, including thermal or power excursions induced by customer-side changes, and operation above contracted power draw. |
| Customer access | Refusal or undue delay of access required to diagnose or restore, where access was requested in accordance with section 10. |
| External connectivity | Faults beyond the leaf-switch customer port, including carrier and internet-transit events, covered by the separate connectivity SLA where contracted. |
| Force majeure | Events beyond reasonable control as defined in the Master Services Agreement, subject to Prima performing its business-continuity obligations. |
| Suspension for cause | Suspension properly exercised under the Master Services Agreement, including for non-payment or a security event attributable to the customer. |
The list above is exhaustive. Any cause of unavailability not on it counts against the commitment — including, for the avoidance of doubt: OEM and subcontractor failure; utility loss at the site boundary; fuel supply failure; failure of Prima-owned or Prima-operated equipment; staffing shortfall; and failure of a managed-service provider engaged by Prima.
Service Credits compensate a bad month. They are not a substitute for a service that works. Where availability is persistently below commitment, the customer may terminate the affected SOF without termination charge and without loss of any accrued credit, on thirty (30) days' written notice, if any of the following occurs.
Measured Cluster Availability falls below 95.000% in any single Measurement Period.
Measured Cluster Availability falls below 99.982% in three consecutive Measurement Periods.
Measured Cluster Availability falls below 99.982% in any four Measurement Periods within a rolling twelve-month window.

Prima reports against every commitment in this document each month, without a request, by the tenth business day following the Measurement Period. The report is the single document in which measured performance, credits and open actions are reconciled.
| Section | Detail |
|---|---|
| Availability | Measured Cluster Availability, component availability, Unavailable Minutes with the ticket reference and affected capacity share for each event. |
| Environmental | Coolant-supply and rack-inlet series against the Envelope, every excursion listed, classified and durated. |
| Incidents | All P1 and P2 tickets with Response Times against target, restoration times and root-cause-analysis status. |
| Maintenance | Work performed, class, window compliance and cumulative position against the annual allowance. |
| Exclusions | Every Excluded Event relied on, with the evidence supporting it. |
| Credits | Tier reached, credit percentage under each head, affected capacity and the invoice against which the credit is applied. |
The customer may query a reported figure within 30 days of the report, stating the events and periods in question.
Prima provides the underlying telemetry and ticket record within 10 business days, without charge.
Unresolved after 20 business days, the query escalates to COO level; failing that, to the dispute process in the Master Services Agreement.
| Annual review | This SLA is reviewed annually against actual performance. Any proposed amendment is tabled in writing at least sixty (60) days before it would take effect. |
|---|---|
| No unilateral reduction | No commitment in this document may be reduced without the customer's written agreement. |
| Improvement | Where sustained performance exceeds a commitment for four consecutive quarters, Prima will table a proposal to raise the committed level. |
| Precedence | On service levels this document prevails over the Master Services Agreement and over any Prima standard terms. On all other matters the Master Services Agreement prevails. |
For questions on this document, the measurement methodology or the underlying telemetry. Figures are indicative; service levels are finalised on incorporation as a schedule to an executed Master Services Agreement.