top of page

Government Contracting

Lange Studios LLC is a high-capacity software engineering firm specializing in custom software solutions and modernizing legacy systems. Whether architecting new applications or maximizing the performance of existing ones, we leverage memory-safe technologies to deliver high-speed and cost-effective digital products.

Contact

Travis Lange (CEO)

Email: tclange@langestudios.com

Phone: 989-323-7525

Company Data

Cage: 18FD3

UEI: NHNMEDR9GZZ7

Core Competencies

 Full Stack Native App & Web Development

Full Stack Native App & Web Development

new and shiny tablet.jpg

Legacy System Modernization

different computers sending data to each

System Interoperability
 

server.jpg

Scalable Product Engineering (SaaS/COTS)

safelock made up of binary 0s and 1s whe

Memory-Safe Engineering
 

software running in the cloud.jpg

Cloud Development
 

Full Stack Native App & Web Development

C#, Java, Rust, JavaScript, HTML, C++

internet of things.jpg

Edge Computing & IoT
 

Past Performance

  • Chesaning Chamber of Commerce: Created a native application that displays payment data from Excel, PayPal, and Quickbooks.
     

  • High-Performance Re-Engineering: Engineered a migration from C# to Rust, achieving a 6000% increase in server capacity, drastically reducing hosting costs.
     

  • Global Enterprise Cloud Migration: Led a team of developers in migrating dow.com for Dow Chemical from on-premises to modern cloud infrastructure.

  • Low-Bandwidth Networking: Developed
    proprietary bitwise networking protocols for
    real-time communication in bandwidth-
    constrained environments.

     

  • Industrial IoT Data Management: Developed
    a full-stack solution for car manufacturing paint
    booths using ultrasonic wind sensors and cloud-
    synced visualization dashboards.

     

  • Networked Deterministic Physics:
    Implemented client-side prediction and state
    synchronization to reduce perceived latency in
    real-time physics simulations.

Differentiators

  • Memory Safety-by-Design: Direct implementation of memory-safe architectures to meet the federal "Secure Software Development Framework" requirements.

  • Efficiency-First Approach: Track record of optimizing code to run on minimal hardware, providing massive cost savings.

bottom of page