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Our Clients

Research labs, telecom operators, and product companies rely on our engineering, from 5G labs to cybersecurity suites and IoT platforms.

Client work

Engineering delivered across cybersecurity, wireless, cloud and platform, and IoT.

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Johns Hopkins University

Chosen by the Applied Physics Lab of Johns Hopkins University to set up its 5G R&D Lab. Our cloud-native 5G Packet Core (SMC) and UE/RAN Emulation Product (Cygnus) facilitate research at JHU's Applied Physics Lab.

OTP+

OTP+

We work with OTP+ Inc., a Cyber Security startup in San Jose, California, from conceptualization through implementation and customer rollout phases for their enterprise Cyber Security Suites.

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UNIKO Orthopedics

R&D and software development support for over a year. Our team developed the Vault System, a surgical planning and image processing software, significantly reducing time to market with excellent support throughout the process.

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MonoLets

MonoLets uses our Cloud & Edge-based Sensor Data Management Platform. We quickly ported the platform to MonoLets' sensor, facilitating rapid integration for customer and investor demonstrations.

L&T (Larsen & Toubro) logo

L&T (Larsen & Toubro)

We collaborate with Larsen & Toubro in the OpenAFC project under TIP. This project aims to innovate in spectrum management by automating and optimizing frequency coordination.

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Charter Communications

We collaborate with Charter Communications, Inc., on the OpenAFC project under the Telecom Infra Project (TIP). This initiative explores the impact of various input parameters on channel availability for enhanced telecommunications services.

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Cloud2GND

We partner with Cloud2GND to develop the Dual Mode Bluetooth Stack (Bluetopia) for specific Texas Instruments platforms.

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Redline Communications

A telecommunications infrastructure partner working with our engineering team.

Case studies

Discover how smart waste technology has made a tangible impact across industries and communities: operational efficiency, cost savings, and better-planned collection.

Prague's Smart Waste Collection Project

  • Optimized Waste Collection: The city installed 3,294 ultrasonic fill-level sensors in underground bins to monitor real-time waste levels.
  • Cost Savings: The initiative saved $156 per sensor annually, totaling over $500,000 in potential savings.
  • Environmental Benefits: Reduced unnecessary waste collection routes, lowering carbon emissions, noise, and congestion.
  • Improved Efficiency: Increased average bin fill levels before collection from 45% in 2018 to 71% in 2024.

Rosenheim's Smart Paper Waste Collection

  • High Fill-Level Efficiency: 92 sensors monitored 78 paper waste bins, achieving an 86% average fill level, reducing the collection of half-empty bins.
  • Environmental Benefits: Reduced vehicle emissions, noise, and traffic congestion through optimized waste collection routes.
  • Improved Operations: Comprehensive data analytics enabled better route planning and infrastructure adjustments to match demand.
  • Easy System Integration: Seamless implementation with an existing LoRa network ensured quick results.

Schaeffler Production Plant

  • Real-Time Waste Monitoring: Smart Sensors provided real-time data on bin fill levels, preventing overflow and improving efficiency.
  • Optimized Collection Routes: Automated route planning reduced unnecessary trips and lowered operational costs.
  • Environmental Impact: Reduced CO2 emissions and minimized disruptions by optimizing waste collection.
  • Increased Efficiency: Enhanced waste management processes on the factory floor, leading to significant time and cost savings.

TexCycle's Smart Textile Waste Collection

  • Efficient Waste Collection: TexCycle deployed over 400 Sensoneo sensors across 20 cities to optimize textile waste collection.
  • Time and Cost Savings: Real-time data eliminated manual container checks, reducing operational costs and increasing efficiency.
  • Environmental Impact: Optimized collections reduced emissions and prevented container overflow.
  • Competitive Advantage: Sensor technology provided TexCycle with a critical edge in sustainable textile recycling.

Explore the offering behind these results: Smart Waste Management.

Let's talk about your next project.

Tell us what you are building, securing, or connecting, and our team will get back to you.