Floating data Centre Company Nautilus secures $100m loan from Orion Energy Partners

Nautilus will use the sum to fund its aquatic data centre projects

Nautilus Data Technologies has secured financing from investment firm Orion Energy Partners to finish ongoing projects such as a 6MW data center at the Port of Stockton, California.
Nautilus specializes in building water-borne centers which break upon a moored barge and are cooled by water. The 100m debt facility will pay for the expenses of completing projects including the Stockton data center, which is expected on line in late 2020. The barge-borne data centre will utilize the company’s signature cooling system, cold water, and a method of heat exchangers which use the water surrounding the construction as a reservoir. Nautilus says its method of cooling permits up to five times more energy density per rack and can still have a bigger footprint than its competitors.

This newest”debt facility” is the largest amount of money awarded to so far. The corporation’s CEO, James L. Connaughton, stated:”Orion Energy is providing Nautilus with adaptive capital to complete the commissioning of the Stockton I data centre, strategically located in Northern California in the Port of Stockton.

“This funding enables Nautilus to showcase then rapidly expand our transformative method of meeting the urgent business and community demand for higher performing and more renewable information center solutions.”

Orion Energy is an investment firm that specializes in investing in technology firms with a focus on sustainability. Gerrit Nicholas, the operating director at Orion Energy, stated:”Nautilus is well-positioned to set the benchmark for supplying sustainable and reliable data centre services to its customers.”

Since its founding in 2015, Nautilus continues to be busy building data center barges in america and Ireland. But, its novel idea to build upon bodies of water has been met with criticism. This past year, the firm’s $35m ($40m) Irish info centre from the city of Limerick got the green light after complaints in 2019 from your Limerick Port Users Group were removed. The information centre is expected to be online in the upcoming year and will be the first industrial data centre to float .

Singapore-based Keppel invested $10m into Nautilus in 2017 and, in 2019, announced it was scouting for appropriate nearshore locations to get a waterborne centre. In April 2020 Keppel proposed a floating info center park at Singapore, that could be powered by means of natural gas – and advised DCD it is assessing other options apart from afar, stating:”We have a few options on the desk. Depending on the particular needs, geographic location, and operating environment of the FDCP, we will deploy the most acceptable technology. Nautilus’s technology is one of the options.”

Additional companies and investors are toying with the concept of a water-borne data center. Microsoft’s Project Natick is a underwater data center software that has witnessed two deployments in massive submersibles from the Pacific and off the coast of the Orkneys, Scotland.

IT Infrastructure failing as if the past two decades never happened

Let’s discuss practical methods for reducing the probability of outages in business-critical infrastructure.

Getting beyond misconceptions

Human error and/or gear failure is frequently cited as the origin of many engineering system outages, but most of the time, those elements do not really cause big disasters by themselves.
Management choices and priorities which lead to a lack of sufficient training and staffing, an organizational culture that becomes regulated by”fire exercises,” or funding cuts that reduce necessary maintenance, could result in pervasive failures that flow from the top down.

Although front-line operator malfunction may occasionally appear to lead to an incident, a single error (like one data centre component failure) isn’t typically enough to bring a strong complex system to its knees unless the system is teetering on the border of critical collapse as a result of numerous underlying risk factors.

It is a fact that vulnerabilities are present within the best-designed information centres. Businesses with sophisticated IT programs combat the chance of collapse with a number of layers of protection and backup. Thus again, when IT failures take place, it’s not because of a lack of backup systems or some one issue particularly, it’s a sign of poor direction.

Catastrophic data centre incidents such as the ones we found at 2017 are avoidable if organizations designing up their infrastructure to industry standards, with redundancy and other preventative steps in, and implement stringent management and operations best practices.

Every company should run thorough failure analyses and apply the lessons learned when developing and refining their program, so as for business-critical facilities to become more resilient and effective over the long term. Every company’s responsiveness, familiarity, and adherence to documented processes are crucial to assessing performance.

Practical considerations for reducing risk

During the past 20 decades, Uptime Institute has given operations assessments across hundreds of data centre facilities and has identified essential administration shortfalls that increase risk.
Many information centre programs — even stringent operations which have been effective — are subject to different risks and may be improved through constant assessment and advancement.

· Are data centre staff voice mailbox full, emails not reacted to email inbox size limit exceeded?

· Are critical meetings missed or frequently cancelled?

· Does your data centre team report a lack of time for instruction?

· Are there any whisperings about a potential shortage of qualified employees?

· Are sure team members performing work outside their proficiency?

· Can your employees experience high personnel turnover?

It may be relatively easy to determine other underlying risk factors which are being left handed by direction. Walk through your facility and ask yourself these questions to ensure the Right processes and documentation are set up:

· Are there any combustible substances on the elevated floor, from the battery space, or electrical rooms? All incoming gear ought to be stripped of packaging outside of crucial space.
· Are unrelated items–office furniture, shelving components, tools–saved in space? This can be a flame, safety and contamination issue.
· Do any fire extinguishers on the premises have obsolete tags?
· in the event the facility operates a floor, what is the condition of underfloor plenum? This area should be cleaned regularly — ask to find the schedule.
· How many workers have access to this crucial space? Does your organization have an access policy for employees?
· Are non-vetted people being allowed in critical locations? Ask to see the vendor check-in and training requirements; non-vetted individuals should not be allowed.
· Are panels, switchboards, and valves branded to indicate”normal” functioning positions?
· Is Profession ash labelling installed on all panels and PDUs?
· Has maintenance exceeded its budget? How about electricity price estimates?
· Does the rear of your servers or cable trays seem like a spaghetti pot hauled up?
· Does your gear and cabling lack obvious labelling systems?

For over a decade, data centre cooling practices have predicted for air flow isolation–trendy air delivered to the very front of a stand of IT equipment and hot air drained out the trunk.
After reviewing your organization’s cooling procedures, consider these indicators of poor bypass air flow administration. These variables can result in heightened risk, cooling inefficiencies, wasted money and bad adherence to essential management best practices:

· There are grated or perforated panels at the Hot Aisle.
· There are unsealed cutouts from the elevated floor.
· You’ll find uncovered gaps from the racks involving IT hardware.
Listed below are other key steps that can help recognize elements of your information center which constitute poor control procedures and increased risk of downtime:
· Request to see records and schedules for maintenance activities on engine generators, and mechanical methods.
· Review staffing documentation–rates higher than 10 percentage may result in a growth in human error, which may increase the chance of an outage. Are roles and responsibilities documented? Are qualifications listed?
· Ask to visit a list of preventive maintenance activities. Are the actions fully-scripted? What’s the quality control process?
· Find out that keeps crucial documentation on gear, including warranty data, maintenance records, and performance information.
· Revisit your process for keeping up the benchmark library (staffing, equipment, maintenance, procedures, and scripts).
· Assess your team’s training records, annual funding, and time allocation.

Organizations are continuing to adopt various new IT models to deal with the ever-growing dependence on data and technology in modern business enterprise. As such, availability has never been more significant.

While it’s virtually impossible for a company’s site procedures, processes, and site culture to be perfect, successful IT infrastructure teams stay hyper-focused on averting failure. The fact your facility has not experienced an episode yet doesn’t mean it’s immune.

A strong commitment to operations and management excellence can have a tremendous impact on the operation of your IT infrastructure, therefore ask the difficult questions and cover all your bases to eliminate preventable outages.

Intel Tiger Lake Chips to feature Built in malware protection

CPU-level security capabilities in brand new Intel chips are made to thwart in-memory attacks.

Intel’s newest generation of processors features security technology built to interfere with how malicious apps function.

As is tradition, mobile devices will be the first recipients of Intel‘s Tiger Lake processors. For two decades today, Intel has unveiled desktop, mobile, and server processors, so. Server chips are last because they blend the desktop plus server-oriented instructions, and you do not just plug those in and go. We’ll leave that to the people to verify. On the safety front, the big change in Tiger Lake is the addition of Control-Flow Enforcement Technology, or CET. Malware can use vulnerabilities in different programs to hijack their management flow and insert malicious code into the app, which makes it so that the malware runs within a valid program, which makes it very difficult for software-based anti-virus applications to detect. All these are in-memory strikes, as opposed to writing code into the disc or ransomware.

“As our work here shows, hardware is the bedrock of any security solution. Security solutions rooted in hardware supply the greatest chance to provide security assurance against present and future threats. Intel hardware, and also the additional assurance and security innovation it brings, assist to harden the layers of this pile that depend on it,” Garrison wrote.

#CET protects the control flow via two new security mechanisms: shadow stack and indirect division monitoring. Shadow stack makes a replica of an app’s planned control stream and stores it into a secure area of the CPU to ensure no unauthorized changes take place in an program’s intended implementation order. Malware works by hijacking an program’s planned order of implementation, so this blocks the malware.

Indirect branch monitoring protects against two strategies known as jump-oriented programming (JOP) and also call-oriented programming (COP), where malware abuses the JMP (jump) or CALL directions to hijack a valid program’s jump tables.

So when will Xeon get CET? The short answer isn’t soon. Intel is preparing Cooper Lake for launch, and there was no reference of CET at the particulars Intel has released. Cooper Lake is geared toward AI and HPC. So CET will probably be at the next generation of Xeons and normally speaking, Intel does not hurry Xeon releases. They have a tendency to come every 2 years.

Intel is expected to release Xeons according to the Ice Lake style after this calendar year, and also Ice Lake was available for laptops and laptops because 2018. Thus expect a delay. However, Xeon will gradually get the technology, Intel says.

Intel first printed the CET shot in 2016 but kept away, providing developers an opportunity to tune their apps for CET. This gives developers — including Microsoft Windows and Linux OS programmers — a chance to confirm the CET instructions in order that they can opt into the protection CET provides.

Intel was working with Microsoft to integrate CET using Windows 10. Microsoft’s support for CET in Windows 10 is going to be called Hardware-enforced Stack Protection, and also a preview of it is available today to Windows Insiders. Updated by https://advancedpower.co.uk

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