Kyland focuses on research and implementation around the total solution of Industrial Control Network ing. We are a leading innovator of solutions in the field of industrial networking technology. Our mission is to build the next generation industrial control ecosystems based on internet connectivity. Kyland's primary R&D direction is: industrial Ethernet communications technologies, IP-based industrial Fieldbus technologies, network-based field Controller technologies, cloud-based industrial controlling server technologies, network-based precise time/clock technologies and control message communication security technologies.

Kyland drove the creation of 3 international standards for industrial automation: IEC61158, IEC62439, IEEEC37.238, and GBT 30094 for China. All Kyland products incorporate international standards - KEMA, CE/ FCC, UL508, ATEX, Class1 Div.2 & DNV as required by our vertical market focus. Kyland products have been deployed worldwide and have been proven to meet the requirements of harsh environments like nuclear power plants, substations, oil & gas fields, railway & public transportation, ITS, marine, and military. Customer Service and Quality Assurance is a priority at Kyland. We offer professional pre and post-sale technical support and application training for our clients. Kyland products are warranted for 5 years. Kyland prides itself in offering products that provide the best price performance ratio in the market.

Opti is building the Internet of Stormwater to protect our water resources.

Inductive Automation produces software that reduces frustration and increases efficiency in the industrial automation market. Our software facilitates the instant accessibility of meaningful information throughout the enterprise. We begin by listening, then acting on what we hear to inject innovation and unprecedented value into the industry.

Kyland Technology is a highly innovative manufacturer of industrial Ethernet solutions for the Industrial Automation market. Kyland offers dedicated solutions for Power Automation (e.g. IEC61850-3, IEEE1613), Transportation Automation (e.g. EN50155, EN60121-4, DNV), Oil & Gas, etc. The company makes rugged products for tough environments!

Stormwater management is one of the most pressing urban environmental issues in the developed world. In the US alone, we discharge over 900 billion gallons of raw sewage into natural bodies every year due to combined sewer overflows. In addition, stormwater runoff can carry pollutants from urban and agricultural land into natural water bodies, resulting in eutrophication. Furthermore, due to urbanization, stormwater often flows too quickly into local water bodies, stirring up sediment and wreaking havoc on local species. These issues, and others, are consequences of the timing and flow rate of stormwater release. Opti automatically controls when and how fast stormwater flows. This simple intervention can have a massive impact on the health of our water ecosystem. Opti started in 2007, when we needed a better way to manage the water flowing in and out of a salt marsh in the Northeast. To solve this problem, we embedded a web server on a control board and integrated internet-based information into the logic for a pneumatic valve to manage the inflow and outflow from a salt marsh. It worked. The system achieved the goals of the NOAA funded research project, and it improved the health of the salt marsh. We realized then that the integration of on-site sensor and weather forecast information into control logic of distributed systems had broad applications for improving the performance of engineered environmental systems. But doing so safely at a citywide scale, would require us to adopt new approaches to infrastructure specification, information management, network communications, and software development. We began, and continue to develop, the platform we now know as Opti on the Microsoft Azure cloud because it continues to lead the way in robust, redundant, and secure cloud platforms. Along the way, we collected a strong group of partners, completed a three-year WERF research study, patented some of our algorithms, and deployed projects throughout the US. We were growing quickly, and the need was greater than we could handle inside Geosyntec Consultants. We forged a partnership with MissionPoint Partners and in 2014 struck out as an independent company to focus our efforts where our platform could make the highest impact - optimizing stormwater management.