Digital Security by Design – Developing complexity based, un-crackable, high-efficiency mass information and data security products

设计数字安全 — 开发基于复杂性、不可破解、高效的海量信息和数据安全产品

• 批准号: 55355
• 金额: $ 32.57万
• 依托单位: CYBERVECTOR LIMITED
• 依托单位国家: 英国
• 项目类别: Study
• 财政年份: 2020
• 资助国家: 英国
• 起止时间: 2020 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=55355
• 关键词: Digital; Security; Design; Developing; complexity

Is your data in the Cloud? Do you know how well it is protected? You've heard of encryption, and perhaps you use it, but even then only for a fraction of your data. Perhaps you think that the custodians of your data are using some form of bulk security protection. So why are there still data breaches? Social Media posts get sold to news outlets. Bank data is used by criminals to buy stuff you've never requested. Official Secrets are posted on WikiLeaks.The truth is that data custodians such as Facebook, Amazon Web Services, Azure, Instagram and many others including government departments rarely, if ever, apply some form of high-grade security protection to 100% of the data that they manage. Commonly, less than 10% is protected in that way.There are a number of reasons for this. Existing products may require careful management of cryptographic keys or security certificates. This is cumbersome and the products are expensive. The methods used by these products are process hungry, so computer CPUs work harder, using more power. The datacentres containing the computers need more cooling, and that's not good for the environment. And that all costs money. Additionally, the data custodians are rarely fined a materially painful sum when a breach occurs. There's too much stacked against high-grade data protection.Our Security Product protects data completely differently from all other existing methods. We use mathematical complexity to noisily jumble up the data when it needs to be stored securely, and use other concepts of reversibility to un-jumble and remove the noise when the data is used or needed. The process is highly computationally efficient, to the degree that we believe that 100% of the data stored in a datacentre can be protected, whilst lowering the CPU load, reducing power consumption and delivering environmental benefits.The Security Product works in a manner that means a breach by theft or accident is just a theft of a lot of randomly noisy jumbled up fragments, that can't be un-jumbled and the noise removed without knowing how complexity has been used, and where in all the noise to find that information, or what that information looks like.So, breaches can be a thing of the past. The custodians of your data can reduce their operating costs, improve the environmental impact of their datacentres and protect 100% of the data, your data, that they manage.

你的数据在云端吗？你知道它被保护得有多好吗？您听说过加密，也许您使用过它，但即使这样，也只是对数据的一小部分进行加密。也许您认为数据的保管者正在使用某种形式的批量安全保护。那么，为什么数据泄露仍然存在呢？社交媒体上的帖子被卖给了新闻媒体。银行数据会被犯罪分子用来购买你从未要求过的东西。官方机密被公布在维基解密上。事实是，Facebook、亚马逊网络服务（Amazon Web Services）、Azure、Instagram以及包括政府部门在内的许多其他数据托管机构，即使有，也很少对他们管理的数据100%应用某种形式的高级安全保护。通常，只有不到10%的人受到这种方式的保护。这有很多原因。现有产品可能需要仔细管理加密密钥或安全证书。这很麻烦，产品也很贵。这些产品使用的方法是进程饥饿的，所以计算机cpu工作更辛苦，使用更多的电源。包含计算机的数据中心需要更多的冷却，这对环境不利。而这一切都要花钱。此外，当数据泄露发生时，数据保管人很少被处以巨额罚款。反对高级数据保护的因素太多了。我们的安全产品保护数据完全不同于所有其他现有的方法。当数据需要安全存储时，我们使用数学复杂性来杂乱地混淆数据，当数据被使用或需要时，我们使用可逆性的其他概念来消除混乱和噪声。该过程具有很高的计算效率，我们相信数据中心中存储的100%的数据都可以得到保护，同时降低CPU负载，降低功耗并提供环境效益。安全产品的工作方式意味着，盗窃或意外造成的破坏只是盗窃了大量随机嘈杂的杂乱碎片，在不知道复杂性是如何使用的情况下，无法消除混乱和噪音，以及在所有噪音中找到信息的位置，或者这些信息是什么样子。所以，违规行为可能会成为过去。数据的托管方可以降低运营成本，改善数据中心对环境的影响，并100%保护他们管理的数据，即您的数据。