
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.
Innovative engineering services to secure, connect, and transform your business, across cybersecurity, wireless connectivity, cloud and platform engineering, and IoT.
Unlock your business potential with our expert IT consulting and innovative solutions.
Cloud application detection, attack surface modeling, and vulnerability management.
4G/5G, Wi-Fi, Private LTE, and smart space applications with indoor location technologies.
Cloud migration, legacy system modernization, and multi-cloud strategies.
Smart stadiums, cognitive surveillance, data-driven insights for transportation, and actionable insights using real-time field data.
We map your current systems, risks, and goals, and agree on what success looks like.
We design the target architecture and a delivery plan sized to your team and budget.
We engineer, integrate, and test alongside your team, in short increments you can review.
We monitor, optimize, and support what we deliver, with managed services where you need them.

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.
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.

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.

An incremental path to legacy modernization: assess honestly, re-architect slice by slice, automate delivery, move data deliberately, and keep cost in check.
• 3 min read

Attack surface modeling starts with an inventory of what you expose, then ranks it by exposure and impact before scanning and runtime detection begin.
• 3 min read

Coverage, capacity, mobility, devices, spectrum, security, and cost: how to choose between Wi-Fi, private LTE, and 5G for a site, and when to combine them.
• 3 min read
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