Stark Tech Evaluates, Develops Solar Roadmap in New York State

Stark Solar Development Map

IMAGE: Example of a site feasibility map completed in New York State

Stark Tech’s clean-tech solutions and project management team works with federal and state agencies to plan solar development projects that advance clean energy goals and reduce future municipality costs.

New York State, for example, has an initiative called Clean Path New York, which is focused on solving complex challenges that meet New York State’s ambitious climate goals. New York State’s Solar Guidebook, developed by NYSERDA, can be used by municipalities to seek solar energy developers that wish to lease land, install, own, operate and maintain solar photovoltaic energy systems.  

Stark Tech’s team has developed a suite of site identification/qualification tools that have been used to assist private and public sector clients to evaluate potential solar projects across areas as large as an entire state. The technology has been deployed in multiple regions throughout New York, Virginia and elsewhere. The result of the analysis is a project development funnel that is more likely to lead to project sites suitable for development than can be obtained by using more traditional strategies. From there, Stark Tech’s solar development team has demonstrated capabilities in providing a host of supporting services ranging from owner’s engineer, to construction management, asset management and operations/maintenance.  

“We have found that working with our project partners, including state and federal agencies, we can create roadmaps for future project development efforts that will ultimately save on siting costs  and ensure the efficacy of future solar power integrations,” said Rob Moyer, Executive Vice President of Stark Tech’s Integrated Solutions Team. “The more effectively we can qualify projects on the front end , the greater success that project owners and developers will have constructing and maintaining their solar power assets.”

As a company that specializes in clean technology integration, Stark Tech works with developers to optimize the deployment of existing and emergent clean energy technologies in the marketplace.

For more information, visit starktech.com

Critical Infrastructure Vulnerabilities in the Healthcare Space

Critical Power Should Not Be a Life of Death Decision.

Technology in the healthcare industry is rapidly advancing each day with groundbreaking digital technologies that improve the way healthcare professionals communicate with, monitor, and treat patients. Amid a global pandemic, technology acted as a bridge between doctor and patient through remote patient monitoring and telehealth services, completely changing the standard of patient care today.  

However, as the use of electronic healthcare services and digital technologies continue to increase, so too does the risk of cybersecurity breaches and ransomware attacks. As network engineers operate on the front lines of cybersecurity warfare, power availability and secure remote connectivity must be a foundation of resiliency for these concurrent digital technologies to transform the healthcare experience. 

Negative Impact on Technology on Healthcare Cybersecurity 

In 2021, 66% of healthcare organizations were hit by ransomware attacks – up from 34% in 2020, according to a report done by Sophos1. The average cost of a healthcare data breach is roughly $10 million, according to IBM Security’s annual Cost of a Data Breach Report2.  Healthcare organizations rely heavily on instant access to data like patient records from a variety of sources, therefore any sort of delay, power failure, or dropped IT load could have major, and even life threating impacts on patient health.

So, how can healthcare organizations implement concurrently maintainable power architectures and asset management best practices into a reality while also safely protecting critical patient data, and in return, patient lives?

Ensure your Power is Resilient. Secure your Data. Protect your Patients.

The healthcare business model is starting to shift focus more towards patient experience and wellbeing. With this model in mind, healthcare providers are encouraged to share information across a vast network of providers involved in patient care, opening up system vulnerabilities like never before. With a growing reliance on digital healthcare services, the need for a secure, adaptable, and always available power infrastructure is critical.

Upgrading power infrastructure to support next generation healthcare technologies increases a healthcare organization’s security, reliability, and resiliency. Selecting the right equipment for power distribution and protection, backup power, and remote monitoring and management is key so that operations never go down and systems run with maximum energy efficiency.

Just as these groundbreaking technologies provide us with data to improve the way we diagnose, monitor, and treat patients, critical infrastructure like power distribution, control, and monitoring systems provide us visibility and data-driven insights to improve security, performance, and efficiency within your healthcare facility.

Stark Tech specializes in mission critical applications, working together with healthcare leaders and engineers to design and implement customizable hardware, software, and professional services to meet a client’s specific needs. Stark’s Critical Power team works with our customer base to maximize operational, deployment, and lifetime efficiencies of critical power equipment. Our mission is to optimize business continuity, simplify regulatory compliance, and most importantly, protect occupants and assets. When paired together with local support and service, our comprehensive critical power capabilities create a unique customer experience.

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Sources:

  1. The State of Ransomware in Healthcare 2022, A Sophos Whitepaper. May 2022
  2. Cost of a Data Breach 2022 Report, IBM 2022