CASE STUDY
Infrastructure & Systems Engineering
Delivered a fully integrated, production-grade infrastructure stack supporting real-time parking operations across multiple high-density environments.
Situation
The parking solution required reliable, low-latency operation across hardware devices, networking, compute, and software layers in physically distributed environments.
Solution
Designed and deployed complete infrastructure systems covering physical deployment, networking, compute, integration layers, and application connectivity across distributed environments.
OUTCOMES
Sustained continuity
during network and site outages
99.95% uptime
distributed parking operations
$180K saved
lower operational disruption
Challenges
Reliability
- •Distributed system dependencies
- •Latency-sensitive workloads
- •Multi-layer integration complexity
Deployment
- •Hardware coordination challenges
- •Cross-site infrastructure rollout
Solutions
01
Edge Networking Stack
Edge networking and compute for real-time processing.
- Implemented edge compute nodes for low-latency processing
- Reduced dependency on centralized infrastructure
02
Resilient Connectivity Architecture
Resilient connectivity between on-site systems and central platforms.
- Established secure connectivity between edge and cloud layers
- Ensured redundancy across network paths
03
Data Integration Pipelines
Secure data pipelines and system integration layers.
- Built secure pipelines between hardware and application services
- Enabled trusted data exchange across system boundaries
- Supported scalable cross-property integrations
04
Hardware-Software Reliability Co-Design
Hardware-software co-design to ensure system reliability.
- Coordinated hardware and software lifecycle integration
- Optimized system resilience across deployment environments
- Reduced operational risk through unified architecture design