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Fire & Safety meets agentic AI

Fire & safety expertise, built into software

Your codes, drawings and engineering judgment, turned into purpose-built software.

DeX delivery workspace Pre-Sales Estimating & Quotation
  1. 01Business brief
  2. 02Requirements
  3. 03Workflow build
  4. 04QA evidence
  5. 05Security
  6. 06Engineer release
Illustrative DeX projectDemo complete

Estimator, specialist fire contractorWe recount sprinkler heads every time the drawings are revised. We need a take-off we can defend, sheet by sheet.

  1. Requirements agentBRD with sheet, zone and dedupe rules
    QueuedWorkingDoneSign-off
  2. Design agentEstimator review queue, BOM screens
    QueuedWorkingDoneSign-off
  3. Build agentSymbol extraction, dedupe, release
    QueuedWorkingDoneSign-off
  4. QA agentTests from acceptance criteria
    QueuedWorkingDoneSign-off
  5. Security agentAccess, dependency and release checks
    QueuedWorkingDoneSign-off
  6. Deploy agentYour cloud, SSO enabled
    QueuedWorkingDoneSign-off
Illustrative release - estimator approval required

Human approval is part of the workflow. DeX prepares the evidence; the designated reviewer decides what is released.

Workflows specified
5Each with its own requirements document
Use case areas
5Design, tendering, delivery, service and management
Markets configured
05Australia, USA, UK, UAE and Singapore
DeX build benchmark
~1/10Of traditional build time, at about 30% of the cost

Built for teams who keep people and buildings safe

  • Fire protection consultants
  • Specialist fire contractors
  • Design and build contractors
  • Fire services maintenance
  • Asset owners and facilities
Workflow library

Pick the one costing you the most

Choose the use case that fits your team’s records, users and review responsibilities.

Teams for each use case

People, use cases, reviewed decisions

Select a team to explore its use case. Each can run independently, with review at the right points.

PeopleFive standalone use cases
Every use case keeps review and sign-off with the designated people.
Engineering & design

AI Fire Design

Review design basis, compliance, product choices and drawings in one workspace.

  • Design basis & concept
  • Code & specification compliance
  • Product selection
  • Drawing automation
  • Drawing review
Open the full use case
Inputs

Drawings, specifications, applicable requirements and product data

Named reviewEngineering manager and drawing reviewerChecks and sign-off stay with the authorized people.
Reviewed outputs
  • Design basis
  • Compliance matrix
  • Reviewed drawings
Use case walkthroughs

Follow the stages and review gates

Select a use case to explore its stages and review gates.

AI Fire Design

Fire engineers, compliance reviewers and CAD/BIM teams

  1. Register the evidence
  2. Confirm project conditions
  3. Set requirements and assess
  4. Approve concept and criteria
  5. Shortlist certified products
  6. Generate and adjust layouts
  7. Review and issue drawings
What changes

Less rework, more evidence

The manual steps around your existing CAD, estimating and service systems.

Task
Today
With a DeX workflow
Take-off after a revision
Recount the whole set
Review only the lines that moved
Certificates in a submittal
Wrong revision found when it bounces
Validated before the package goes out
Commissioning evidence
Rebuilt from phones at handover
Captured against each test, on site
A device's service history
Search across separate maintenance records
One timeline with sources
How DeX builds it

Build and release live software

A specialist agent handles each stage. You approve the outputs that matter before the next one starts.

  1. 1

    Describe

    Describe your process and site standards.

  2. 2

    Requirements

    BRD with user stories and acceptance criteria.

    You approve
  3. 3

    Wireframes

    Screens for field, office and reviewer roles.

    You approve
  4. 4

    Build

    Working code, data model and integrations.

  5. 5

    Test

    Test each agreed acceptance criterion.

  6. 6

    Deploy

    Into your cloud or on-premises.

    You approve
  7. 7

    Support

    Changes as standards and sites evolve.

Built for regulated work

Your safety data stays yours

Deploy where you need

Cloud, on-premises or customer-managed networks.

Privacy-first AI

Sensitive details are processed in isolation during generation.

Full audit trail

Every sign-off and change is timestamped and attributable.

Connects to what you run

ERP, CAD, service and document systems through APIs.

Your standards, not ours

Configured for the market you work in

Standards are examples only. Nothing applies to your projects until you confirm it.

Australia

Sprinklers
AS 2118.1
Inspection & testing
AS 1851
Authority
Building surveyor

United States

Sprinklers
NFPA 13
Inspection & testing
NFPA 25
Authority
AHJ

United Kingdom

Sprinklers
BS EN 12845
Inspection & testing
BS 5839
Authority
Building control, golden thread

United Arab Emirates

Sprinklers
UAE Fire & Life Safety Code
Inspection & testing
Civil Defence maintenance
Authority
Civil Defence

Singapore

Sprinklers
SS CP 52
Inspection & testing
SS 575
Authority
SCDF
Kathir, Fire & Safety Industry Business and Technology Expert
Expertise should drive the AI

Meet Kathir

18+ years in fire & safetyCommissioning, inspection & asset historyAU · UK · US · UAE

View Expert Profile

The line we do not cross

What this software will not do

Life-safety work. These limits are written into the requirements, not added as a disclaimer.

It does not decide compliance

The software links evidence, clauses and conflicts. A named engineer determines compliance.

It does not stand in for an authority

Internal approval never implies consent from an AHJ, Civil Defence, building control or a surveyor.

Nothing leaves without a named reviewer

Every output carries who approved it. Anything unverified keeps a draft marker until someone signs it.

It does not do sealed engineering

Hydraulic calculations, final layouts, sealed design, BIM authoring and final estimates are excluded.

Your standards, not ours

NFPA, EN, BS, ISO, FM, UL, LPCB and Civil Defence are examples. You confirm which apply.

~1/10of traditional build time
~30%of traditional cost

That is a claim about how fast Colakin builds software with DeX, and it is supported by delivered projects. It is not a claim about what any of these fifteen workflows will save your business. The requirements deliberately leave that to a pilot, measured against your own baseline.

How an engagement runs

Plan your pilot, in five steps

Request the requirements document, review a wireframe and agree the scope before a pilot.

  1. 01

    Review the requirements

    Read the requirements for your chosen fire safety workflow.

    Same day
  2. 02

    Explore the wireframe

    Review the screens, records and approval steps for one workflow.

    10 minutes
  3. 03

    Check the workflow fit

    Discuss fit, effort, budget, document access and project timing.

    One call
  4. 04

    Agree the pilot scope

    Set the standards, document formats and approvals for your pilot.

    Within a week
  5. 05

    Measure the pilot

    Test one workflow with your data, engineers and agreed measures.

    Q1

FAQ

What do the five Fire Safety use cases cover?
They cover fire design, pre-sales estimating and quotations, submittals and commissioning, inspection and asset history, and operational intelligence. Each page explains the inputs, outputs and review steps for that part of the work.
Can we use one use case or combine all five?
Each use case supports its workflow end to end. You can use one independently or combine them to address a broader, more complex Fire Safety requirement.
How do we define an end-to-end Fire Safety solution?
Start with the problem, the people involved and the result you need. Agree the required records, standards, review decisions and handoffs, whether the solution uses one use case or connects several.
Who reviews the engineering and safety decisions?
Your designated engineers, inspectors and approvers retain responsibility for their decisions. The workflows organize evidence and prepare records for those people to review and approve.
Which standards should we provide?
Confirm the applicable jurisdiction, authority, code editions, amendments and client requirements during scoping. The workflow must use the standards agreed for your project.
How can we evaluate a workflow before expanding it?
Choose a representative project and compare the workflow with your current process. Agree the measures, review the outputs and resolve gaps before expanding the scope.