SKAI — Safe Kitchen AI

From Reactive Compliance to Real-Time Intelligence.

Working MVP · Pilot 1 Complete · Independent Pilot 2 Next

Food-Safety Execution Technology for Commercial Kitchens

SKAI connects kitchen workflows, temperature readings, corrective actions, and audit evidence — reducing the gap between what happens during service and what gets documented.

Pilot 1 has been completed in a live UAE commercial-kitchen environment. SKAI is now preparing V2 for an independent second pilot focused on reliability, staff adoption, and commercial validation.

Concept visual showing a connected temperature probe, a kitchen monitoring dashboard on a tablet, and a printed temperature report
Illustrative concept visual. Not finalized SKAI hardware, a deployment photograph, or a commercially available product.

The problem

Food-Safety Documentation Is Still Heavily Manual

Commercial kitchens operate under intense time pressure, yet many critical food-safety records still depend on handwritten logs or manual digital entry.

Early Operator Evidence

10 of 13

qualified operator interviews described delayed, deferred, or post-event food-safety recording during busy service.

Directional early-stage evidence only. This does not establish total market prevalence or buyer willingness to pay.

  • 01

    Delayed Documentation

    Busy kitchen teams may complete records late or rely on memory after service.

  • 02

    Incomplete Records

    Paper logs can be inconsistent, difficult to verify, and disconnected from the actual temperature event.

  • 03

    Manual Digital Entry

    Replacing paper with a tablet does not eliminate the need for staff to enter every reading manually.

  • 04

    Missed Operational Signals

    Temperature incidents may be noticed late or documented without a complete corrective-action trail.

The solution

From Manual Logging to Automated Evidence

SKAI is designed to support existing food-safety systems by connecting real temperature events with structured documentation and operational follow-up.

  • Connected temperature probes and sensors

    Readings are captured from connected devices rather than retyped by hand.

  • Structured cooking and chiller workflows

    Guided steps reflect how cooking and cold-storage checks actually happen during service.

  • Real-time alerts

    Out-of-range conditions are surfaced to the team while there is still time to act.

  • Corrective-action documentation

    Actions taken in response to an event are recorded alongside the reading that triggered them.

  • Configurable Food-Safety Rules

    V2 is being designed to support customer-specific thresholds, workflows, and operational procedures without hard-coding them into the application.

  • Audit-ready PDF reporting

    Records are compiled into structured reports for internal review and traceability.

SKAI is designed to support food-safety operations and existing HACCP processes. It does not replace the responsibility of trained food-safety personnel or applicable regulatory requirements.

Process

How SKAI Works

  1. Step 1

    Connect

    Connect the relevant temperature probe or monitoring sensor.

  2. Step 2

    Capture

    Record or monitor temperature readings during real kitchen operations.

  3. Step 3

    Respond

    Review alerts, exceptions, and corrective actions.

  4. Step 4

    Report

    Generate structured, audit-ready records for review and traceability.

Pilot 1 — Completed

Evidence from Live Kitchen Operations

Pilot 1 tested the SKAI workflow during real commercial-kitchen service with founder support. The results provide operating evidence, but do not yet prove independent adoption or commercial demand.

  • 16

    Operating dates

  • 236

    Cooking events

  • 69

    Cold records

  • 208 / 25 / 3

    PASS / WARNING / FAIL cooking outcomes

2.72× Capture-Density Signal

During the matched 1–15 August comparison window, SKAI recorded 174 cooking documentation events versus 64 entries in the parallel paper cooking log.

This is a documentation-event capture-density signal. It is not a claim of superior accuracy, food-safety compliance, ROI, or time savings, and the two recording methods were not perfectly equivalent.

Evidence boundary

Pilot 1 Evidence & Next Validation Goals

Demonstrated in Pilot 1

  • BLE probe integration during live service
  • Cooking and cold-record capture
  • Alerts and corrective-action workflows
  • Audit-ready PDF reporting
  • Real-service use with founder support

Next Validation Goals

  • Independent staff adoption
  • Buyer willingness to pay
  • Founder-independent operation
  • Repeatability across deployments
  • Commercial deployment economics

SKAI deliberately separates demonstrated evidence from future assumptions.

Next proof

Independent Pilot 2

The next pilot is designed to test whether SKAI can operate without the founder acting as the support layer.

  1. 01

    Assisted Setup

    Approximately five days of onboarding, configuration, and controlled support.

  2. 02

    Independent Operation

    Approximately 7–14 days where kitchen staff operate the core workflow without continuous founder involvement.

  3. 03

    Measured Evidence

    Record integrity, device reliability, staff time-on-task, support requirements, corrective-action traceability, and buyer/EHS review.

The objective is not simply to prove that the technology works. Pilot 2 must show that SKAI can be operated independently and create evidence strong enough to support a paid deployment.

Indicative durations only. Timing remains subject to technical readiness and site agreement.

Who it is for

Built First for High-Accountability Commercial Kitchens

  • Hotels & Resorts
  • Restaurant Groups
  • Catering & Central Production Kitchens
  • Other High-Accountability Commercial Kitchens

Adjacent food-service environments may be explored later after the core hospitality deployment model is validated.

Status

Current Stage

SKAI has a working MVP and has completed Pilot 1. The current focus is V2 reliability hardening, Independent Pilot 2, and commercial validation with prospective buyers.

  1. Initial Problem EvidenceCompleted
  2. Working MVPCompleted
  3. Pilot 1Completed
  4. Abu Dhabi Regulatory ClarificationADAFSA — Abu DhabiAugust 2026Completed

    Guidance received regarding SKAI's use as a supporting food-safety monitoring and documentation tool during parallel testing, while required official records and procedures remain in place.

    This does not constitute product approval, certification, or endorsement by ADAFSA.

  5. Dubai Pilot Pathway ClarifiedDubai Municipality — DubaiAugust 2026Completed

    Written clarification received that a future SKAI pilot can be arranged directly with a participating food establishment in Dubai without prior approval from Dubai Municipality.

    This does not constitute product approval or endorsement by Dubai Municipality.

  6. V2 Reliability HardeningCurrent
  7. Independent Pilot 2Next
  8. First Paid DeploymentTarget Milestone
  9. Repeatable Commercial DeploymentFuture Stage

About

Built from Direct Kitchen Experience

Abdullah Alshohef

Founder, SKAI

Abdullah is a hospitality and culinary professional with direct experience in high-volume commercial kitchens, food-safety procedures, HACCP documentation, and the operational realities faced by kitchen teams during busy service.

SKAI was created from firsthand experience of the gap between how food-safety documentation should work and how it is often completed under real operational pressure.

Contact

Interested in a Pilot, Partnership, or Product Discussion?

SKAI is currently engaging with commercial kitchens, food-safety professionals, technology partners, and relevant industry stakeholders.

  • Request a Demo

    See how SKAI captures temperature records and produces structured documentation.

  • Discuss a Pilot

    Explore whether your kitchen operation is a fit for a structured pilot.

  • Partnership Enquiry

    Discuss technology, distribution, or industry collaboration.

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Location

Abu Dhabi, United Arab Emirates