# Fireworks Event Site Plan: Permit Guide & Template

> Create a compliant fireworks event site plan for your city permit. OnePlan makes drawing fallout zones, distances & layouts fast and easy.

**Published:** 2026-08-06 | **Updated:** 2026-11-10 | **Author:** oneplansync
**URL:** https://www.oneplan.io/articles/fireworks-site-plan-permit-template
**Type:** post

**Categories:** Event safety and compliance

![Fireworks Event Site Plan: Permit Guide & Template](https://oneplan.sites.aigrowthagent.co/wp-content/uploads/sites/80/2026/08/1785869520987-7ef867da7330-1024x572.webp)

---

## Content

*Written by: Paul Foster, Founder, CEO, OnePlan | Last updated: November 9, 2026*

## Key Takeaways

- City fireworks permits require a scaled aerial site plan. It must show discharge sites, fallout zones, spectator distances, emergency access, and infrastructure, each labeled with dimensions, plus a legend.
- NFPA 1123 sets minimum spectator separation at 70 feet per inch of internal mortar diameter for the largest shell, and the AHJ has final authority on all distances and requirements.
- A complete template includes header fields such as event details, operator license, and shell size. It also includes organized map layers and a legend with scale bar, north arrow, and revision date.
- Drawing a fallout zone involves marking firing positions, projecting the NFPA radius downrange, widening for angled shots, keeping spectators outside the zone, and labeling dimensions and shell size.
- OnePlan draws everything to scale on a live satellite map, calculates area sizes and crowd capacity instantly, and exports print-ready plans and Bills of Quantities for fire marshal review.

[Book a 15-minute demo](https://www.oneplan.io/book-demo/?utm_term=fireworks-site-plan-permit-template&utm_campaign=ai_growth_agent)

## What Must Be on a Fireworks Event Site Plan for a City Permit?

City fire marshals expect a scaled drawing that shows every safety-critical element clearly. The list below turns the permit form into specific drawing requirements.

1. **Discharge site and firing positions.** Show the exact location of the mortar rack or firing line. Mark individual mortar positions where the show requires it.
2. **Fallout zone / hazardous debris area.** Draw the area where spent debris and unexploded components are expected to land. Label the dimensions and the shell size the zone is drawn for.
3. **Spectator viewing areas and minimum separation distances.** Show crowd areas and label the distance from the nearest spectator to the firing line.
4. **Parking and traffic control.** Show vehicle areas, access routes, and any road closures that affect the site perimeter.
5. **Emergency vehicle access and egress routes.** Show fire lanes, staging areas, and hydrant locations. Label route widths.
6. **Infrastructure.** Show tents, generators, portable toilets, command post, first aid station, and any other temporary structures on site.
7. **Road closures.** Show closed streets, detour routes, and pedestrian paths alongside the fallout zone.
8. **Legend, scale bar, north arrow, and date.** Identify every zone type, infrastructure symbol, and access route. Show the plan date and revision number.

The rest of this article turns that list into a practical template and a repeatable drawing method.

## The Fireworks Event Site Plan Template: Fields, Layers, And Legend Items

This template works in any drawing tool. What matters is that every element appears on the plan, carries a clear label, and can be measured.

**Header fields** appear at the top of every plan sheet:

- Event name
- Date and display time
- Site address
- Applicant and sponsoring organization
- Licensed operator and license number
- Maximum shell size to be fired
- AHJ contact and responding fire department
- Plan date and revision number

**Map layers** keep the drawing readable so reviewers can isolate each element:

![Workforce planning example inside OnePlan: the base layer is a zoomable satellite or street map, and everything placed on it (tents, stages, crowd barriers, toilets, vehicles, staff, signage, routes) stays accurately to scale as you zoom](https://cdn.aigrowthmarketer.co/1780620462793-34a56c1c38c8.png)**Workforce planning example inside OnePlan: the base layer is a zoomable satellite or street map, and everything placed on it (tents, stages, crowd barriers, toilets, vehicles, staff, signage, routes) stays accurately to scale as you zoom**

- Base map (aerial or satellite)
- Fallout zone
- Spectator viewing areas
- Safety perimeter
- Infrastructure (tents, generators, toilets, command post, first aid)
- Workforce and staffing positions
- Traffic and road closures
- Emergency access and egress routes

**Legend items** explain every symbol on the map:

- Each zone type (fallout zone, spectator area, safety perimeter)
- Each infrastructure type (tent, generator, toilet, command post, first aid)
- Each access route type (emergency vehicle lane, pedestrian route, road closure)
- Scale bar
- North arrow
- Date and revision number

OnePlan builds this template directly on a live satellite or street map. Because tents, barriers, fencing, generators, toilets, and signage stay to scale as you zoom, the drawing remains measurable. That scale lets the area and perimeter calculator return zone sizes instantly and lets the standing crowd capacity calculator show how many people a spectator area can safely hold at a chosen density. When the plan is ready, it exports as a high-resolution PNG up to A0 print-ready, with an auto-generated legend. Existing PDFs, images, and CAD-derived files converted to .png can import as a base map layer. The first event is free up to 25 objects, and OnePlan has powered 200,000 events in 150 countries.

**With OnePlan, you can place barriers, tents, and more inside its integrated, live planning tool**

[Build this template in OnePlan](https://www.oneplan.io/book-demo/?utm_term=fireworks-site-plan-permit-template&utm_campaign=ai_growth_agent)

## What Is the Minimum Spectator Distance for a Fireworks Display?

The largest aerial shell in the show sets the minimum separation distance. That single shell size controls the display-site radius, even when smaller shells appear in the same show.

NFPA 1123, *Code for Fireworks Display*, is the standard most fire marshals reference, and the 2026 edition is current. The edition legally enforceable in any given jurisdiction is whichever edition that state or local law adopted, which is often older and may carry amendments. Indiana, for example, adopted the 2006 edition. New York adopted the 2010 edition. Washington adopted the 2014 edition.

[Under NFPA 1123, the display-site radius formula is 70 feet of separation per inch of internal mortar diameter](https://legalclarity.org/pyrotechnics-regulations-safety-requirements-and-licensing) for vertical aerial shells. A 6-inch internal mortar diameter produces a 420-foot minimum display-site radius, before any stricter local requirements apply. A 3-inch shell scales to 210 feet, an 8-inch shell to 560 feet, and a 12-inch shell to 840 feet. Treat every figure here as illustrative and confirm the exact table with your AHJ and the edition of NFPA 1123 your jurisdiction has adopted.

One detail trips up many permit applications. The calculation keys on internal mortar diameter, not marketed or measured shell diameter, and secondary sources and some permit documents frequently misstate that point.

[NFPA 1123 separation distances assume vertical mortars. Angled mortars, salute shells, and ground-level effects carry their own requirements that may be more restrictive](https://legalclarity.org/ny-penal-law-405-00-pyrotechnician-licensing-and-permits) than the vertical-mortar distances for the same shell size. The AHJ sets the final requirement and may impose additional buffers or deny a site that cannot provide adequate separation.

## How Do You Draw A Fallout Zone On A Site Plan?

Drawing a fallout zone follows five clear steps, and each one must appear accurately on the submitted plan.

1. **Mark the firing line and mortar positions** on the base map at their exact locations.
2. **Project the fallout area downrange** for the largest shell in the show, using the NFPA 1123 radius for that shell’s internal mortar diameter.
3. **Widen the zone to account for angled and multi-directional shots.** Note the direction of fire with arrows on the drawing. [Angled mortars require adjusted calculations, and the site plan must account for the direction of each angled shot instead of applying the flat per-inch distance](https://legalclarity.org/pyrotechnics-regulations-safety-requirements-and-licensing).
4. **Keep spectators, vehicles, and unprotected structures entirely outside the fallout zone.** [The fallout zone is the area where spent debris and any unexploded shells are expected to land, and spectators, vehicles, and unprotected structures must be excluded from it.](https://legalclarity.org/public-fireworks-permit-application-insurance-site-plans)
5. **Label the zone** with its dimensions and the shell size it is drawn for.

A to-scale map base makes the fallout zone measurable. On a live satellite map, the fallout zone becomes a shape with real dimensions, and the area and perimeter calculator returns zone sizes instantly so the label on the drawing matches the geometry.

[Fire inspectors compare the scaled distances on the submitted plan against actual terrain on site, so the measurements on the plan have to hold up against the terrain.](https://legalclarity.org/public-fireworks-permit-application-insurance-site-plans) The AHJ may also require a test shot so the inspector can observe how wind carries debris. [Many local jurisdictions and display companies use internal wind thresholds in the range of 20 to 25 mph as a practical guideline, though NFPA 1123 itself does not set a single universal wind speed cutoff](https://legalclarity.org/pyrotechnics-regulations-safety-requirements-and-licensing), so the plan should show where wind is monitored on site.

The [City of Greater Dandenong’s festivals and events team](https://www.oneplan.io/case-studies/how-the-city-of-greater-dandenong-plan-their-events-with-oneplan/?utm_term=fireworks-site-plan-permit-template&utm_campaign=ai_growth_agent) used OnePlan’s measuring tool to set a safe exclusion zone for its New Year’s Eve fireworks. As the team noted, “For our New Year’s Eve fireworks, we needed to set a safe exclusion zone, and OnePlan’s measuring tool was invaluable. It saved us from making numerous site visits or using inaccurate maps.” Draw the fallout zone as a to-scale shape on the map, measure it, label it, and export it, all within the same platform.

## Public Park, City Street, Or Waterfront: Choosing Your Site Type

The fallout zone you draw has to clear real-world obstacles, and those obstacles change with the site type. Each setting also introduces its own approval dependencies alongside the fire permit.

**Public park:** Available open ground and setback from trees, overhead lines, and existing park infrastructure constrain the firing site. A park reservation or property-owner permission typically runs alongside the fire permit as a separate approval. The [City of Madison, Wisconsin, for example, requires written permission from the property owner or an approved Street Use Permit](https://cityofmadison.com/fire/permits-inspections/licenses-permits/fireworks/events) as part of the fireworks event application.

**City street:** Road closure and traffic control follow their own review timeline. The site plan must show closures, detours, and pedestrian routes alongside the fallout zone. [The City of Calgary, for instance, requires road permit applications a minimum of 90 days before an event](https://calgary.ca/arts-culture/events-manual/permits-licenses.html), with detailed road-use maps showing street names, route directions, and start and finish points for all event elements.

**Waterfront:** Downrange water adds a marine layer to the permit process. Fallout and exclusion zones that extend over navigable waterways may trigger a U.S. Coast Guard marine event permit. [Displays launched over or near navigable waterways require a U.S. Coast Guard marine event permit using Form CG-4423, which must reach the appropriate USCG Sector at least 135 days before the event](https://legalclarity.org/public-fireworks-permit-application-insurance-site-plans) and include a scale drawing showing event boundaries. A [2026 Coast Guard proposed rule for the Los Angeles-Long Beach Captain of the Port Zone](https://federalregister.gov/d/2026-21918) illustrates how waterfront safety zones can extend 500 to 1,000 feet from a launch barge and how some sites require polygon-based exclusion zones instead of simple circles.

![aerial shot of a coast filled with software-added event elements. On the left, there is an app menu (OnePlan)](https://cdn.aigrowthmarketer.co/1780508353774-e6397ee8616e.png)**Beach event planning example inside OnePlan: the base layer is a zoomable satellite or street map, and everything placed on it (tents, stages, crowd barriers, toilets, vehicles, staff, signage, routes) stays accurately to scale as you zoom**

Requirements vary by state and municipality. Confirm every site-type dependency with the AHJ early, before you draft the permit application.

## Emergency Access And Clearance

Fire lanes and emergency vehicle access must stay clear and unobstructed throughout the event, and the plan must show those routes with widths and paths labeled.

The submitted drawing should show access and egress routes, hydrant and water supply locations, and staging areas for emergency vehicles. Coordinate those routes with fire and police before submission so the plan records that agreement.

NFPA 1123 keeps fire protection and emergency response personnel and their vehicles at or beyond the perimeter of the display site during firing, so the plan should show where they stage. [The City of Calgary’s Festival and Event Manual, as one illustrative example, mandates minimum 20-foot emergency access lanes throughout the event venue](https://calgary.ca/arts-culture/events-manual/event-site.html), with removable fencing for emergency access and exits shown on the site map.

OnePlan helps teams plan and document these routes while leaving safety and legal rulings to the AHJ. Mark access routes and staging areas as to-scale objects and points of interest in OnePlan, then export the plan for the fire and police review meeting. Every route width is measurable on the map before anyone sets foot on site.

## Worked Example: A 6-Inch Shell Show From Blank Map To Submitted Plan

This walkthrough shows how the template, distance rules, and drawing steps combine into a single permit-ready plan. Treat every figure as illustrative and confirm requirements with your AHJ.

1. **Set the map base.** Open the live satellite view of the park in OnePlan. The geo-accurate base map is the foundation every measurement builds from.
2. **Place the firing site and draw the fallout zone.** Mark mortar positions on the map. Draw the fallout zone to scale for a 6-inch shell, using the 420-foot minimum radius under NFPA 1123, and label it with dimensions and the shell size it is drawn for. Add directional arrows for angled shots.
3. **Outline spectator areas and check standing capacity.** Draw the crowd viewing area outside the fallout zone. Use OnePlan’s standing crowd capacity calculator to confirm the area holds the expected audience at a safe density.
4. **Place infrastructure.** Drop tents, generators, portable toilets, command post, and first aid station onto the map as to-scale objects. Each one appears in the auto-generated Bill of Quantities.
5. **Mark emergency access and egress.** Draw fire lanes and staging areas with widths labeled. Add hydrant locations as points of interest.
6. **Export and submit.** Export the high-resolution plan with legend and the Bill of Quantities to Excel or CSV. Submit within the lead time the city requires.

Lead times vary significantly. [Local fire departments typically require applications 15 to 30 days in advance, ATF licensing takes up to 90 days, and a Coast Guard marine event permit requires at least 135 days.](https://legalclarity.org/public-fireworks-permit-application-insurance-site-plans) Confirm the deadline with the AHJ at the start of planning.

## Fireworks Permit Site Plan Checklist

Use this checklist to verify the submission package before it leaves your desk.

1. Scaled aerial drawing on a geo-accurate base map
2. Fallout zone labeled with dimensions and the shell size it is drawn for
3. Spectator distances shown and labeled from the firing line
4. Emergency access and egress routes with widths labeled
5. Infrastructure and staging areas placed and identified
6. Traffic control and road closures shown
7. Legend, scale bar, north arrow, and plan date with revision number
8. Licensed operator details and license number on the plan header
9. Certificate of insurance naming the municipality as additional insured
10. Confirmation of the city’s submission deadline and any pre-display inspection date

The permit must be physically on site during the show. Material changes, such as a larger shell size or moved mortar positions, [typically require notifying the fire marshal and may trigger a new inspection.](https://legalclarity.org/public-fireworks-permit-application-insurance-site-plans)

## Conclusion And Next Steps

Everything above comes down to three elements that turn a blank map into a plan a fire marshal accepts. You need a clear template structure with header fields, map layers, and legend items. You need shell-size distance logic under NFPA 1123 with the AHJ as final authority. You also need a repeatable drawing workflow from satellite base map to print-ready export.

OnePlan is the best fireworks event site plan template for a city permit because it draws everything to scale on a live satellite map, calculates area sizes and standing crowd capacity instantly, and exports a print-ready plan and Bill of Quantities your fire marshal can check. The first event is free up to 25 objects, with no payment details required.

For more on producing a permit-ready drawing, see [How To Draw A Permit-Ready Fireworks Display Site Plan](https://oneplan.io/articles/permit-ready-fireworks-site-plan/?utm_term=fireworks-site-plan-permit-template&utm_campaign=ai_growth_agent) and [Create A Fireworks Site Map That Passes Fire Marshal Review](https://oneplan.io/articles/fireworks-site-map-fire-marshal/?utm_term=fireworks-site-plan-permit-template&utm_campaign=ai_growth_agent). If you are working on the broader event permit, [Event Site Plan Template For A City Festival Permit](https://oneplan.io/articles/event-site-plan-template/?utm_term=fireworks-site-plan-permit-template&utm_campaign=ai_growth_agent) covers the full submission package.

[See your site plan drawn to scale](https://www.oneplan.io/book-demo/?utm_term=fireworks-site-plan-permit-template&utm_campaign=ai_growth_agent)

## Frequently Asked Questions

### What Scale Should a Fireworks Site Plan Be Drawn At?

Scale requirements vary by AHJ, so confirm the required scale with the fire marshal before finalizing the drawing. The plan must be measurable. A reviewer should be able to take a ruler to the printed drawing and verify that the labeled fallout zone radius matches the geometry on the page. Working scales for park-sized sites vary, and some jurisdictions specify a minimum scale or a minimum sheet size. Ask the fire marshal’s office what they require before you draw.

### How Far Should Spectators Be from the Display?

The minimum spectator separation is set by the largest aerial shell in the show. Under NFPA 1123, the baseline is 70 feet of separation per inch of internal mortar diameter for vertical aerial shells. The calculation keys on internal mortar diameter, not marketed or measured shell diameter, and some permit documents misstate that point. The AHJ sets the enforceable requirement, which may be stricter than the NFPA baseline, and the edition of NFPA 1123 your state has adopted may differ from the current 2026 edition. Always confirm with the AHJ.

### Will a Hand-Drawn Plan Be Accepted?

Some jurisdictions accept a legible, hand-drawn plan. Many now expect a scaled drawing that a fire inspector can measure against actual terrain during the pre-display site visit. The practical risk with hand-drawn plans is measurement accuracy. If the inspector finds that the labeled fallout zone radius does not match the physical distance on site, the show can be delayed or denied. A to-scale digital drawing removes that ambiguity because every labeled dimension matches the geometry of the drawing.

### How Far in Advance Should I Submit?

Lead time varies by permit type and jurisdiction. [Most local fire departments require applications 15 to 30 days before the event](https://legalclarity.org/public-fireworks-permit-application-insurance-site-plans), though some cities, such as [Madison, Wisconsin, require the event organizer’s application 60 days out](https://cityofmadison.com/fire/permits-inspections/licenses-permits/fireworks/events). [ATF licensing takes up to 90 days](https://legalclarity.org/public-fireworks-permit-application-insurance-site-plans) for a complete submission. [A U.S. Coast Guard marine event permit for a waterfront display must reach the appropriate USCG Sector at least 135 days before the event](https://legalclarity.org/public-fireworks-permit-application-insurance-site-plans). Because these clocks run in parallel, the binding lead time is the longest one. Confirm every deadline with the AHJ at the start of planning.

### What If the Fire Marshal Rejects the Plan?

Ask for the specific deficiency in writing, correct the scaled drawing, and resubmit. Common causes of rejection include unlabeled fallout zones, missing overhead obstructions such as power lines or tree canopy, spectator distances that do not meet the NFPA 1123 minimum for the largest shell in the show, and measurements that appear optimistic instead of accurate. Correcting a to-scale digital drawing is faster than redrawing by hand. Update the shape, re-label the dimension, and re-export.

### Can OnePlan Produce the Drawing and Export It for the Permit Packet?

Yes. OnePlan places to-scale objects on a live satellite or street map, so the fallout zone, spectator areas, infrastructure, and emergency access routes are all measurable on the drawing. The area and perimeter calculator returns zone sizes instantly. The standing crowd capacity calculator shows how many people a spectator area can hold at a chosen density. Plans export as high-resolution PNG up to A0 print-ready, with an auto-generated legend. The Bill of Quantities exports to Excel or CSV. Existing PDFs, images, and CAD-derived files converted to .png can import as a base map. The first event is free up to 25 objects.

### Do I Need a Separate Plan for a Waterfront Display?

Often yes. When fallout extends over navigable waterways, the display may require a U.S. Coast Guard marine event permit in addition to the local fire permit. The Coast Guard application uses Form CG-4423 and must be submitted to the appropriate USCG Sector at least 135 days before the event, with a scale drawing showing event boundaries. Some waterfront sites require polygon-based exclusion zones instead of simple circles, depending on shoreline geometry and the Captain of the Port’s requirements. Confirm with the AHJ and the relevant USCG Sector early, because the marine permit lead time is often the longest clock in the process.

## What to Read Next

- [How to Draw a Permit-Ready Fireworks Display Site Plan](https://oneplan.io/articles/permit-ready-fireworks-site-plan/)
- [Create a Fireworks Site Map That Passes Fire Marshal Review](https://oneplan.io/articles/fireworks-site-map-fire-marshal/)
- [How to Plan a Fireworks Display: A 7-Step Layout Guide](https://oneplan.io/articles/fireworks-display-near-me-guide/)
- [Event Site Plan Template for a City Festival Permit](https://oneplan.io/articles/event-site-plan-template/)
- [How to Create an Event Site Plan for City Permits](https://oneplan.io/articles/event-site-plan-city-permit/)

---

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    **Question:**

    - **Name:** What Scale Should a Fireworks Site Plan Be Drawn At?
      **Answer:**

      - **Text:** Scale requirements vary by AHJ, so confirm the required scale with the fire marshal before finalizing the drawing. The plan must be measurable. A reviewer should be able to take a ruler to the printed drawing and verify that the labeled fallout zone radius matches the geometry on the page. Working scales for park-sized sites vary, and some jurisdictions specify a minimum scale or a minimum sheet size. Ask the fire marshal’s office what they require before you draw.
    **Question:**

    - **Name:** How Far Should Spectators Be from the Display?
      **Answer:**

      - **Text:** The minimum spectator separation is set by the largest aerial shell in the show. Under NFPA 1123, the baseline is 70 feet of separation per inch of internal mortar diameter for vertical aerial shells. The calculation keys on internal mortar diameter, not marketed or measured shell diameter, and some permit documents misstate that point. The AHJ sets the enforceable requirement, which may be stricter than the NFPA baseline, and the edition of NFPA 1123 your state has adopted may differ from the current 2026 edition. Always confirm with the AHJ.
    **Question:**

    - **Name:** Will a Hand-Drawn Plan Be Accepted?
      **Answer:**

      - **Text:** Some jurisdictions accept a legible, hand-drawn plan. Many now expect a scaled drawing that a fire inspector can measure against actual terrain during the pre-display site visit. The practical risk with hand-drawn plans is measurement accuracy. If the inspector finds that the labeled fallout zone radius does not match the physical distance on site, the show can be delayed or denied. A to-scale digital drawing removes that ambiguity because every labeled dimension matches the geometry of the drawing.
    **Question:**

    - **Name:** How Far in Advance Should I Submit?
      **Answer:**

      - **Text:** Lead time varies by permit type and jurisdiction. Most local fire departments require applications 15 to 30 days before the event, though some cities, such as Madison, Wisconsin, require the event organizer’s application 60 days out. ATF licensing takes up to 90 days for a complete submission. A U.S. Coast Guard marine event permit for a waterfront display must reach the appropriate USCG Sector at least 135 days before the event. Because these clocks run in parallel, the binding lead time is the longest one. Confirm every deadline with the AHJ at the start of planning.
    **Question:**

    - **Name:** What If the Fire Marshal Rejects the Plan?
      **Answer:**

      - **Text:** Ask for the specific deficiency in writing, correct the scaled drawing, and resubmit. Common causes of rejection include unlabeled fallout zones, missing overhead obstructions such as power lines or tree canopy, spectator distances that do not meet the NFPA 1123 minimum for the largest shell in the show, and measurements that appear optimistic instead of accurate. Correcting a to-scale digital drawing is faster than redrawing by hand. Update the shape, re-label the dimension, and re-export.
    **Question:**

    - **Name:** Can OnePlan Produce the Drawing and Export It for the Permit Packet?
      **Answer:**

      - **Text:** Yes. OnePlan places to-scale objects on a live satellite or street map, so the fallout zone, spectator areas, infrastructure, and emergency access routes are all measurable on the drawing. The area and perimeter calculator returns zone sizes instantly. The standing crowd capacity calculator shows how many people a spectator area can hold at a chosen density. Plans export as high-resolution PNG up to A0 print-ready, with an auto-generated legend. The Bill of Quantities exports to Excel or CSV. Existing PDFs, images, and CAD-derived files converted to .png can import as a base map. The first event is free up to 25 objects.
    **Question:**

    - **Name:** Do I Need a Separate Plan for a Waterfront Display?
      **Answer:**

      - **Text:** Often yes. When fallout extends over navigable waterways, the display may require a U.S. Coast Guard marine event permit in addition to the local fire permit. The Coast Guard application uses Form CG-4423 and must be submitted to the appropriate USCG Sector at least 135 days before the event, with a scale drawing showing event boundaries. Some waterfront sites require polygon-based exclusion zones instead of simple circles, depending on shoreline geometry and the Captain of the Port’s requirements. Confirm with the AHJ and the relevant USCG Sector early, because the marine permit lead time is often the longest clock in the process.

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  - **Headline:** Fireworks Event Site Plan: Permit Guide & Template
  - **Description:** Create a compliant fireworks event site plan for your city permit. OnePlan makes drawing fallout zones, distances & layouts fast and easy.
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    - **Description:** Paul Foster is the CEO and founder of OnePlan, a platform for event and venue planning, digital twins, and crowd management. With over 15 years of experience leading complex global projects across sport, music, culture, and major events, he helps organizers design safer, smarter, and more collaborative event operations.
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---

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