Rasilient Systems, the 17-year old Silicon Valley-based innovator in purpose-built-for-video storage solutions, debuted NFDCloud at ISC West. NFDCloud is a groundbreaking private cloud video storage solution for enterprise operations with multiple surveillance sites or branches, delivering a seismic shift in the established paradigms related to the cloud storage of video. Rasilient will be demonstrating this technology through the entirety of the show in booth #9109.

The Rasilient NFDCloud solution legitimately breaks new ground in the video storage and cloud storage space

NFDCloud storage solution

The Rasilient NFDCloud solution legitimately breaks new ground in the video storage and cloud storage space, offering the only system to address end-to-end video quality without dropping a single frame. OpEx and/or CapEx costs for end-users are driven down in significant ways:

  • NFDCloud from Rasilient allows for secure, centralised private cloud storage for enterprises with multiple branches or sites, increasing overall security and control over video surveillance footage data and eliminating the cost of renting cloud storage and services from third-party providers;
  • It facilitates secure, fast, transmission without a single dropped frame—utilising Rasilient’s patented No Frames Dropped (NFD) technologies—over conventional Internet or wireless connections reducing costs associated with dedicated transmission solutions (e.g. lease lines, fiber) significantly. Notably, Rasilient’s NFD technology and benefits come at no additional cost to the customer;
  • It is completely VMS-agnostic, unlike any other comparable solution in the marketplace, allowing customers to leverage the VMS solution that best meets their budget and unique surveillance requirements, and to centrally incorporate and store data from multiple locations, even when they use disparate VMS systems;
  • It also reduces hardware and storage requirements for surveillance systems per branch/site. As one terabyte (TB) of storage at the edge costs more than a TB at a central site, the cost per TB for a large, centralised storage system is far less, due to economies of scale. As the management cost of a central storage site is significantly less than that of video surveillance storage at multiple sites—a cost that only goes up as the number of branches increases—NFDCloud further reduces OpEx for users.

Purpose-built video surveillance solutions

Rasilient’s patented NFD technology is at the heart of the company’s purpose-built video surveillance solutions, including NFDCloud

Rasilient’s patented NFD technology is at the heart of the company’s purpose-built video surveillance solutions, including NFDCloud, as noted by co-Founder and President Sean Chang, “When frames are dropped, video gaps are formed creating the risk of missed key moments, something that also occurs regularly in the transmission of camera footage to display and storage hardware (no matter the frame rate). Such gaps in surveillance footage range anywhere from just over a second to as much as a few minutes."

"As the vast majority of video surveillance footage is never reviewed, most gaps go undetected, or are quickly dismissed as inconsequential hiccups when found. However, dropped frames, and the video gaps they create, can have significant and dire consequences for users at the most critical of moments and render video surveillance effectively useless, and most certainly inadmissible as evidence in court. Even when the lost frames are of less consequential moments, the mere presence of video gaps can call into question the authenticity of entire video segments.

Patented NFD (No Frames Dropped) technology

The dropping of frames is often a problem user “don’t know they have” until a critical “no fail” moment, but Rasilient’s NFD technology eliminates the risk permanently and affordably.

Chang further noted, “At Rasilient, we’ve proudly challenged the way things are done for nearly 20 years, seeing an inconvenient and insufficient status quo as our call to innovate. This has resulted in a laser focus on building storage technologies for video surveillance, not general data, and optimising what storage solutions can do and support, in terms of our customer’s security requirements, in the process.

Cloud storage

Pioneering NFD technology, Rasilient empowers true forensic grade IP surveillance for customers

He adds, “NFDCloud is the natural evolution of that commitment, and something we’re excited to debut at ISC West, where the best and brightest in technological innovation for the security space is on full display. The offering is truly groundbreaking—addressing the previously unaddressed pain points that come with cloud storage for video surveillance requirements, and solving problems, such as dropped frames (covering periods ranging anywhere from seconds to minutes), that many users do not even know they have, but could prove critical failures if unaddressed.

But perhaps its most fundamental value to the market is NFDCloud’s impact on the bottom line, the ability to benefit from secure, private, cloud storage for enterprise, utilising only conventional Internet connections, without delays, expensive infrastructure investments, or unnecessary costs for hardware and services. This is not only a barrier-busting solution, it’s a robust, scalable, and affordable one, as well.”, Chang concludes.

Video storage technology

For nearly 20 years, Rasilient has perfected unique, VMS-agnostic, purpose-built-for-video storage technology. Pioneering NFD technology, Rasilient empowers true forensic grade IP surveillance for customers. Architected specifically for video, not generic data, and its most specific requirements.

Share with LinkedIn Share with Twitter Share with Facebook Share with Facebook
Download PDF version

In case you missed it

Managing security during unprecedented times of home working
Managing security during unprecedented times of home working

Companies are following government guidance and getting as many people as possible working from home. Some companies will have resisted home working in the past, but I’m certain that the sceptics will find that people can be productive with the right tools no matter where they are. A temporary solution will become permanent. But getting it right means managing risk. Access is king In a typical office with an on-premise data centre, the IT department has complete control over network access, internal networks, data, and applications. The remote worker, on the other hand, is mobile. He or she can work from anywhere using a VPN. Until just recently this will have been from somewhere like a local coffee shop, possibly using a wireless network to access the company network and essential applications. CV-19 means that huge numbers of people are getting access to the same desktop and files, and collaborative communication toolsBut as we know, CV-19 means that huge numbers of people are getting access to the same desktop and files, applications and collaborative communication tools that they do on a regular basis from the office or on the train. Indeed, the new generation of video conferencing technologies come very close to providing an “almost there” feeling. Hackers lie in wait Hackers are waiting for a wrong move amongst the panic, and they will look for ways to compromise critical servers. Less than a month ago, we emerged from a period of chaos. For months hackers had been exploiting a vulnerability in VPN products from Pulse Secure, Fortinet, Palo Alto Networks, and Citrix. Patches were provided by vendors, and either companies applied the patch or withdrew remote access. As a result, the problem of attacks died back.  But as companies race to get people working from home, they must ensure special care is taken to ensure the patches are done before switching VPNs on. That’s because remote desktop protocol (RDP) has been for the most part of 2019, and continues to be, the most important attack vector for ransomware. Managing a ransomware attack on top of everything else would certainly give you sleepless nights. As companies race to get people working from home, they must ensure special care is taken to ensure the patches are done before switching VPNs on Hackers are waiting for a wrong move amongst the panic, and they will look for ways to compromise critical serversExposing new services makes them also susceptible to denial of service attacks. Such attacks create large volumes of fake traffic to saturate the available capacity of the internet connection. They can also be used to attack the intricacies of the VPN protocol. A flow as little as 1Mbps can perturbate the VPN service and knock it offline. CIOs, therefore, need to acknowledge that introducing or extending home working broadens the attack surface. So now more than ever it’s vital to adapt risk models. You can’t roll out new services with an emphasis on access and usability and not consider security. You simply won’t survive otherwise. Social engineering Aside from securing VPNs, what else should CIO and CTOs be doing to ensure security? The first thing to do is to look at employee behaviour, starting with passwords. It’s highly recommended that strong password hygiene or some form of multi-factor authentication (MFA) is imposed. Best practice would be to get all employees to reset their passwords as they connect remotely and force them to choose a new password that complies with strong password complexity guidelines.  As we know, people have a habit of reusing their passwords for one or more online services – services that might have fallen victim to a breach. Hackers will happily It’s highly recommended that strong password hygiene or some form of multi-factor authentication (MFA) is imposedleverage these breaches because it is such easy and rich pickings. Secondly, the inherent fear of the virus makes for perfect conditions for hackers. Sadly, a lot of phishing campaigns are already luring people in with the promise of important or breaking information on COVID-19. In the UK alone, coronavirus scams cost victims over £800,000 in February 2020. A staggering number that can only go up. That’s why CIOs need to remind everyone in the company of the risks of clickbait and comment spamming - the most popular and obvious bot techniques for infiltrating a network. Notorious hacking attempts And as any security specialist will tell you, some people have no ethics and will exploit the horrendous repercussions of CV-19. In January we saw just how unscrupulous hackers are when they started leveraging public fear of the virus to spread the notorious Emotet malware. Emotet, first detected in 2014, is a banking trojan that primarily spreads through ‘malspam’ and attempts to sneak into computers to steal sensitive and private information. In addition, in early February the Maze ransomware crippled more than 230 workstations of the New Jersey Medical Diagnostics Lab and when they refused to pay, the vicious attackers leaked 9.5GB or research data in an attempt to force negotiations. And in March, an elite hacking group tried to breach the World Health Organization (WHO). It was just one of the many attempts on WHO and healthcare organisations in general since the pandemic broke. We’ll see lots more opportunist attacks like this in the coming months.   More speed less haste In March, an elite hacking group tried to breach the World Health Organization (WHO). It was just one of the many attempts on WHOFinally, we also have bots to contend with. We’ve yet to see reports of fake news content generated by machines, but we know there’s a high probability it will happen. Spambots are already creating pharmaceutical spam campaigns thriving on the buying behaviour of people in times of fear from infection. Using comment spamming – where comments are tactically placed in the comments following an update or news story - the bots take advantage of the popularity of the Google search term ‘Coronavirus’ to increase the visibility and ranking of sites and products in search results. There is clearly much for CIOs to think about, but it is possible to secure a network by applying some well thought through tactics. I believe it comes down to having a ‘more speed, less haste’ approach to rolling out, scaling up and integrating technologies for home working, but above all, it should be mixed with an employee education programme. As in reality, great technology and a coherent security strategy will never work if it is undermined by the poor practices of employees.

How does audio enhance security system performance?
How does audio enhance security system performance?

Video is widely embraced as an essential element of physical security systems. However, surveillance footage is often recorded without sound, even though many cameras are capable of capturing audio as well as video. Beyond the capabilities of cameras, there is a range of other audio products on the market that can improve system performance and/or expand capabilities (e.g., gunshot detection.) We asked this week’s Expert Panel Roundtable: How does audio enhance the performance of security and/or video systems? 

How have standards changed the security market?
How have standards changed the security market?

A standard is a document that establishes uniform engineering or technical criteria, methods, processes, and/or practices. Standards surround every aspect of our business. For example, the physical security marketplace is impacted by industry standards, national and international standards, quality standards, building codes and even environmental standards, to name just a few. We asked this week’s Expert Panel Roundtable: How have standards changed the security market as we know it?