Redesigning digital architectures is imperative for fostering a greener future. By optimizing energy consumption, minimizing e-waste, and prioritizing sustainable practices, we can create a harmonious balance between technological advancement and environmental preservation.
We are the of Data Exchange
crossPORT Ai was founded with a belief that data could be exchanged between intelligent systems faster, more securely and with almost no power consumption.
Connecting systems and creating new logic processes has become exponentially complex. New semiconductor processes are now more costly and complex as ever. Today, each chip requires over 40 billion logic elements that require huge integration and verification efforts.
crossPORT ‘s unique designs deliver LEGO – type simplicity for even the most complex networks, chip designs and architectures. The result is high performance, ultra-low power, high reliability and fixable. They also support unparalleled reusability and flexibility.
Challenges in connecting old and new technologies, or specialized systems, are one of the most significant inhibitors to technology updates. Incompatibilities drive cost and complexity through the roof.
crossPORT’s unique designs provide seamless connections between all types of technologies. Built to support heterogeneous environments, these designs enable frictionless technology updates and changes to meet future demands and opportunities.
Data Centers consume close to 4% of the world’s total power use. Nearly 27% of this consumption is lost to moving data around*. Only 20% the goes into processing. Still, Data Center platforms are many times more efficient than those used by Consumer and Enterprises.
crossPORT’s unique designs eliminate more than 95% of power consumed by data transfers – compared to the best available. Solutions that cost less to buy and run than existing solutions. When data moves, our unique approach moves it instantly, securely and effortlessly.
Latency is the measure of delay in data transfers. It is a direct result of the time and effort being taken to process data through complex switching mechanisms. Latency can have dramatic consequences on vehicle braking systems, fraud detection, profit/loss actualization and user frustration.
crossPORT designs are 20 to 100 times faster than the best data transfer platforms available today. Supporting optimized and distributed processing, faster data exchange is just one aspect of how simplified designs benefit performance.
Traditional network and chip designs are rife with data insecurity. In form and function, they impart raw vulnerabilities onto processors and data stores. Huge efforts and investments are thus required for ongoing testing, encryption, zero trust, firewalls and other measures to reduce data risks that never really go away.
crossPORT’s unique designs flip risk postures 180 degrees – from exposed to fully secure by default. Implementing authentication and selective data access, data access can be completely controllable. Additional data security storage measures are patentable.
crossPORT’s unique method originated when we connected two intelligent devices over a passive optical cable. Since then, we have applied leading edge experience and expertise to validate this approach; clearing a path that builds the highest performing data exchange platforms with least cost and power.
Organized in 2015 by a non-engineer, crossPORT Ai was founded with a belief that data could be exchanged between intelligent systems faster, more securely and with almost no power consumption.
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