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By 2021, cybersecurity breaches are estimated to result in costs over $6 trillion in costs, up from $3 trillion in 2015. Spending on cybersecurity protection is expected to grow by 15% per year with global accumulated expenditure exceeding $1 trillion in the coming 5 years.
In 2017 the average cost of breach for a company was $3 million. The new technologies within the decentralized economies and systems, the API economy and Internet of Things (IoT) need also to be prepared for the increasing dangers of cyber threats.
One of the reasons for the current state of dilemma is that most applications, such as data access portals, internet of things (IoT) appliances, systems, servers, and so on, are still built on highly stationary infrastructure, even when cloud-based. This offers hackers and intruders an increasing amount of time to learn and succeed in understanding their target, identify possible security weaknesses and to exploit the system whilst going undetected. Intruders typically breach systems for an average of about 100 days before being detected. Cybersecurity is often a highly reactive process, with defense always lagging new methods of intrusion; and with an anticipated shortfall of 3.5 million cybersecurity staff needed to meet threat levels by 2021, this is a pressing issue on a personal, business and greater economic level.
Our mission at R3Sec is to provide a paradigm shift in how we fight cyber security threats. We thereby endow systems with more resilient qualities, giving them the capability of fast recovery from any issues that might cause applications and systems security breaches and downtime. How is this done? Our Moving Target Defence (MTD) technology places systems, such as servers, applications, services, APIs, IoT services and appliances (“Systems”) into several identical holographic/virtual instances. These are then put into a constant state of virtual rotation where some are active and some are inactive. Every minute, the active instance (such as a website or server) is replaced with a clean instance (of that website or server) while the initial instance is inactivated, wiped and reset into clean state by our self-cleansing technology. So due to the constant rotation of instances, the system becomes highly resilient against potential security breaches and downtime (ie. DDoS attacks, website defacement, nuke attacks, wrong patching, etc) as damaged or troubled Systems are constantly being replaced with a functioning instance. In addition, inactive instances can be scanned for abnormal changes to more easily detect potential or attempted breaches. While this method and technology will not stop targeted attacks from being attempted, it can drastically minimize the time any introducers can actively be doing damage within a System such that they ought not have enough time to achieve their goals before the System is rotated to safety. It thereby lowers the cost and time of fighting intrusion whilst making it exponentially more difficult for intruders to succeed.
So, it provides a complete change of game: we provide a powerful, proactive cyber-resiliency solution for the web, applications, cyber world, services, APIs, IoT and corporate world. R3Sec is adding a new (r)evolutionary concept into cyber security world.
Does this sound too simple to be true? It certainly is easier said than done. Reality is that our Moving Target Defense Technology is inspired by previous, very expensive high-tech R&D projects delivered together with universities by members of the R3Sec founding team for government and military customers overthe past six years. After having been tested and optimized as a proof-of-concept, we have now newly designed a system that makes us capable of delivering a solution at a cost that is actually affordable by the general and larger public independent to decentralized cloud solution providers. This is where we would need your support.