When the Phoenix Police Department needed to coordinate security across multiple agencies for Super Bowl LVII in February 2023, they turned to a managed TAK platform instead of building their own. The result: a 30-minute deployment, seamless interagency collaboration, and real-time situational awareness for one of the most-watched events in the world. This case study examines the challenges, solution, and measurable outcomes of that deployment.
The Challenge: Multi-Agency Coordination at Massive Scale
Super Bowl LVII brought together local, state, and federal law enforcement along with first responder organizations — all of whom needed a shared operational picture in real time. The Phoenix Police Department faced several specific challenges:
- Cross-agency interoperability: Half a dozen organizations, including federal agencies, needed to share tactical data on a common platform without complex certificate sharing or weeks of IT integration
- Rapid deployment timeline: The platform had to be operational quickly, with minimal setup time and zero hardware procurement
- Massive user scale: Hundreds of users across multiple organizations needed simultaneous access without performance degradation
- Third-party integrations: Live aerial drone video streaming and daily satellite imagery needed to be available to TAK users in the field
- Security and identity: User accounts needed to maintain integrity without the well-known risks of shared certificates
- Cost control: The department needed enterprise-grade capabilities without enterprise-grade infrastructure investment
Initially, the department explored a self-hosted TAK Server — the free, government-off-the-shelf option. However, self-hosting required the department to manage security, user onboarding, system provisioning, backup and recovery, and scaling — all backend functions that demand dedicated IT staff and infrastructure. For an event of this magnitude, that approach introduced unacceptable risk and cost.
The Solution: Sit(x) on AWS GovCloud
The Phoenix Police Department deployed Sit(x), a fully managed TAK-platform-as-a-service running on AWS GovCloud. While the department had used Sit(x) in smaller pilot deployments previously, Super Bowl LVII was their first large-scale operational use.
30-Minute Deployment
The entire platform was operational in 30 minutes — from initial setup to onboarding the first users. No hardware procurement, no server configuration, no ATO process for infrastructure. The department was able to focus entirely on the operational mission rather than IT logistics.
Seamless Multi-Agency Onboarding
Participants from six law enforcement organizations, including federal agencies, were rapidly and securely onboarded through Sit(x)'s web-based administration. Unlike traditional TAK Server deployments that rely on manual certificate distribution, Sit(x) uses username/password authentication — eliminating the integrity risks associated with shared certificates and dramatically simplifying the onboarding process for partner agencies.
Third-Party Integration
Using Sit(x)'s configurable integration capabilities, the department provided TAK users with:
- Live aerial drone video streaming directly into the common operating picture
- Daily satellite imagery for venue and perimeter monitoring
- Real-time position tracking across all participating agencies and units
Edge Content Management
Critically, the department was able to manage TAK content and control at the edge — enabling field commanders to push updates, markers, and tactical overlays without relying on a centralized operations center for every change.
Cost and Operational Advantages
The Sit(x) deployment delivered significant cost and operational advantages over a self-hosted alternative:
| Factor | Self-Hosted TAK Server | Sit(x) Managed Platform |
|---|---|---|
| Server hardware | Department must purchase and maintain | None required |
| System administrator | Full-time dedicated staff | Not required |
| System maintenance and updates | Department responsibility | Managed by Booz Allen |
| 24/7 support | Not available | Included |
| Scaling for event demand | Manual provisioning in advance | Automatic elastic scaling |
| Post-event scale-down | Hardware remains idle | Resources scale down automatically |
| Deployment time | Days to weeks | 30 minutes |
| Typical cost | Baseline | 1/3 to 1/10 of DIY approach |
The platform's elastic architecture on AWS was a key cost driver. Resources scaled up automatically for the event and scaled back down immediately afterward — the department only paid for what they used, when they used it.
AWS Services Powering the Platform
Three AWS services were central to the Sit(x) deployment for the Super Bowl:
- AWS Elastic Beanstalk: Automatically scaled computing resources based on demand, handling capacity provisioning, load balancing, and application health monitoring without manual intervention
- Amazon CloudWatch: Provided continuous monitoring and security oversight, detecting and mitigating threats in real time while supporting audit requirements
- Amazon EC2: Delivered the resilient compute environment powering the entire platform
Running on AWS GovCloud ensured compliance with federal security requirements, enabling federal agency participation without separate authorization processes.
Measured Outcomes
The deployment delivered clear, measurable results:
- Seamless interagency collaboration without complex certificate sharing across six organizations
- Comprehensive situational awareness across multiple venues and organizational boundaries
- Operational resilience maintained even under heavy cellular traffic conditions typical of a Super Bowl
- Significant cost savings — estimated 1/3 to 1/10 the cost of a self-hosted approach
- Rapid deployment with minimal training required for end users
- Successful third-party integration including live drone video and satellite imagery
What Happened Next
Based in part on the success of the Super Bowl deployment, the Arizona Department of Public Safety announced plans to deploy TAK and Sit(x) statewide — extending the same capabilities proven at the Super Bowl to daily operations across the state.
This outcome underscores a pattern seen across Sit(x) deployments: organizations that start with a single event or pilot rapidly expand to enterprise-wide adoption once they experience the operational advantages of a managed platform.
Key Takeaways for Organizations Evaluating TAK Platforms
- Managed platforms eliminate the IT burden: For organizations without dedicated TAK system administrators, a managed platform like Sit(x) removes the single biggest barrier to TAK adoption.
- Elastic architecture matters for events: If your workload spikes during incidents or events and drops afterward, cloud-hosted platforms with automatic scaling deliver dramatically better cost efficiency than fixed infrastructure.
- Interagency operations demand simplicity: When you need to onboard partner agencies in hours instead of weeks, certificate-free authentication and web-based administration are critical capabilities.
- Start small, scale fast: The Phoenix PD started with pilot deployments, validated the platform in a high-stakes environment, and then expanded statewide. This phased approach reduces risk while building organizational confidence.
- Integration readiness is a differentiator: The ability to integrate drone feeds, satellite imagery, and other third-party data into the common operating picture distinguished this deployment from a basic tracking solution.
Frequently Asked Questions
Can Sit(x) handle large-scale events with hundreds of simultaneous users?
Yes. The Super Bowl LVII deployment demonstrated Sit(x)'s ability to support multi-agency operations with hundreds of users across six organizations. The platform's elastic architecture on AWS automatically scales resources to match demand, ensuring consistent performance even during peak usage.
How quickly can Sit(x) be deployed for a planned event?
The Phoenix Police Department had Sit(x) operational in 30 minutes. For organizations that already have a Sit(x) account, event-specific configurations — including user onboarding, integration setup, and access controls — can typically be completed in under an hour.
Does Sit(x) work when cellular networks are congested?
The platform maintained operational resilience during the Super Bowl despite heavy cellular traffic conditions. Sit(x) is designed to work over standard cellular networks with efficient data protocols that minimize bandwidth requirements.
How does Sit(x) compare in cost to running your own TAK Server?
Sit(x) typically costs between one-third and one-tenth of a do-it-yourself approach when factoring in server hardware, system administration, maintenance, support, and scaling costs. The elastic architecture means you only pay for resources when you use them, rather than maintaining idle hardware between events.