An early-stage company, The Right Stuff develops and applies leading-edge algorithms for networks. The Mathematics of Connectivity governs the limits of network performance. The sub-field of Computational Connectivity tells us how to optimally achieve these limits. The as-yet under-tapped algorithms of Computational Connectivity vault beyond the traditional Open Systems Interconnection layered-protocol stack. To get there, we embed innovative yet OSI-interoperable cross-layer optimization into the chips, firmware, or software of wireless appliances. Our core team is seasoned in mathematics, practical product delivery, and networks. Our considerable experience spans industrial projects, government contracts, and research The Holy Grail of networks delivers scalable performance. It is elastically self-healing and fault tolerant. Current solutions offer some of these features, but only Computational Connectivity delivers them all. Without our algorithms, topologies have a tendency to become disconnected, or assume haphazard forms whose throughput, latency, power, and fault tolerance fall short of optimal. With our algorithms, on the other hand, topologies achieve and maintain these desired properties for traffic control. Unlike previous technologies, ours optimizes the entire network based on local measurements. Our algorithms do this dynamically, and without a central broker or master computer.