Download PDF version Contact company

DigiCert Inc., the global provider of scalable PKI solutions for identity and encryption, Gemalto, a global provider in digital security, and ISARA Corp., the provider of quantum-safe security solutions, announced a partnership to develop advanced quantum-safe digital certificates and secure key management for connected devices commonly referred to as the Internet of Things (IoT).

“DigiCert, Gemalto and ISARA are collaborating today to solve tomorrow’s problem of defending connected devices and their networks against the new security threats that the implementation of quantum computers will unleash,” says Deepika Chauhan, Executive VP of Emerging Markets at DigiCert. “The work we’re doing now will ensure that the connected systems that serve as the brains of automobiles, industrial control systems, medical devices, nuclear power plants and other critical infrastructure are safe from those threats in five, 10 and 20 years.”

ISARA recognizes DigiCert’s track record in advancing many of the certificate innovations in use

Secure Key Storage And Management

The partnership provides significant advantages for enterprise security teams looking to secure connected devices with lengthy product lifetimes to avoid expensive security retrofitting as quantum computing becomes more prevalent. Organizations can deploy these solutions at any scale, given that DigiCert is already capable of issuing and reliably hosting billions of digital certificates for public trust and private PKI systems. The work of DigiCert with ISARA and Gemalto will enable quantum-resistant certificates with the full capability of hosted, on-premise and hybrid deployment options.

DigiCert already works with many companies and consortiums using PKI to authenticate, encrypt and provide integrity for their connected devices. ISARA recognizes DigiCert’s track record in advancing many of the certificate innovations in use, as well as its robust certificate management capabilities, and in operating the industry’s most ubiquitous, trusted roots. Gemalto offers secure key storage and management via its SafeNet Hardware Security Modules (HSMs) that integrate with DigiCert APIs to enable large-scale, automated credential issuing for connected devices via an internet-enabled gateway to distribute identity over the cloud. Certificates obtained through this partnership will be enabled with quantum-safe cryptography ahead of any breakthroughs that could eventually lead to quantum computing threatening connected device security.

Quantum-Safe Cryptography

Gemalto’s SafeNet Hardware Security Modules act as the root of trust to secure the most sensitive data and applications"

Experts estimate that the dawn of large-scale quantum computing will arrive in the next eight to 10 years, bringing with it the moment when all current public key cryptography can no longer be trusted,” says Scott Totzke, CEO & Co-founder at ISARA. “The work we’re doing today ensures that a fundamental element of the security stack, root certificates, is secure by embedding quantum-safe cryptography. This means that IoT manufacturers and other large organizations will have the solutions and tools they need to prepare for the quantum threat well in advance of that date, keeping confidential information and high-value assets safe.”

Gemalto’s SafeNet Hardware Security Modules act as the root of trust to secure the most sensitive data and applications and protect billions of the digital transactions every day around the world,” said Todd Moore, Senior Vice President for Encryption Products at Gemalto. “This partnership with DigiCert and ISARA will help organizations build secure and future-proof cryptographic operations that can guard against the potential security threats of quantum computing and ensure a more secure world for connected automobiles, devices, machines, smart cities and mission-critical infrastructure.”

Quantum Computing Security

Many IoT devices rely on RSA and ECC cryptography to protect the confidentiality, integrity and authenticity of electronic communications. However, NIST and others in the security community predict that within a decade, large-scale quantum computing will break RSA and ECC public key cryptography. DigiCert, Gemalto and ISARA recognize that crypto-agility becomes paramount for manufacturers of connected devices that will be in use a decade or more from now.

Efforts to address quantum computing security will support connected device manufacturers and users well into the future

To advance the use of reliable quantum-proof certificates, DigiCert, Gemalto and ISARA are collaborating with industry standards bodies that also are pursuing the advancement of post-quantum cryptography such as the Internet Engineering Task Force (IETF). Efforts to address quantum computing security will support connected device manufacturers and users well into the future. 

Sustainable Security Management

Consider the automobile industry, which is producing more vehicles with semi- and fully-autonomous driving capabilities. A car should last for 20 years or more, and manufacturers will need to ensure that the IoT devices they install will be secure and continue to function even if there is a breakage in the RSA algorithms that would render digital certificates ineffective.

The automotive industry is very focused on long-term and sustainable security management that covers the lifecycle of our vehicles," said SAE Hardware Security Sub-Committee Chair Bill Mazzara. “Crypto agility is one of the key areas we consider and that includes quantum-resistant technology.”

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

In case you missed it

Why Visualization Platforms Are Vital For An Effective Security Operation Center (SOC)
Why Visualization Platforms Are Vital For An Effective Security Operation Center (SOC)

Display solutions play a key role in SOCs in providing the screens needed for individuals and teams to visualize and share the multiple data sources needed in an SOC today. Security Operation Center (SOC) Every SOC has multiple sources and inputs, both physical and virtual, all of which provide numerous data points to operators, in order to provide the highest levels of physical and cyber security, including surveillance camera feeds, access control and alarm systems for physical security, as well as dashboards and web apps for cyber security applications. Today’s advancements in technology and computing power not only have increasingly made security systems much more scalable, by adding hundreds, if not thousands, of more data points to an SOC, but the rate at which the data comes in has significantly increased as well. Accurate monitoring and surveillance This has made monitoring and surveillance much more accurate and effective, but also more challenging for operators, as they can’t realistically monitor the hundreds, even thousands of cameras, dashboards, calls, etc. in a reactive manner. Lacking situational awareness is often one of the primary factors in poor decision making In order for operators in SOC’s to be able to mitigate incidents in a less reactive way and take meaningful action, streamlined actionable data is needed. This is what will ensure operators in SOC truly have situational awareness. Situational awareness is a key foundation of effective decision making. In its simplest form, ‘It is knowing what is going on’. Lacking situational awareness is often one of the primary factors in poor decision making and in accidents attributed to human error. Achieving ‘true’ situational awareness Situational awareness isn’t just what has already happened, but what is likely to happen next and to achieve ‘true’ situational awareness, a combination of actionable data and the ability to deliver that information or data to the right people, at the right time. This is where visualization platforms (known as visual networking platforms) that provide both the situational real estate, as well as support for computer vision and AI, can help SOCs achieve true situational awareness Role of computer vision and AI technologies Proactive situational awareness is when the data coming into the SOC is analyzed in real time and then, brought forward to operators who are decision makers and key stakeholders in near real time for actionable visualization. Computer vision is a field of Artificial Intelligence that trains computers to interpret and understand digital images and videos. It is a way to automate tasks that the human visual system can also carry out, the automatic extraction, analysis and understanding of useful information from a single image or a sequence of images. There are numerous potential value adds that computer vision can provide to operation centers of different kinds. Here are some examples: Face Recognition: Face detection algorithms can be applied to filter and identify an individual. Biometric Systems: AI can be applied to biometric descriptions such as fingerprint, iris, and face matching. Surveillance: Computer vision supports IoT cameras used to monitor activities and movements of just about any kind that might be related to security and safety, whether that's on the job safety or physical security. Smart Cities: AI and computer vision can be used to improve mobility through quantitative, objective and automated management of resource use (car parks, roads, public squares, etc.) based on the analysis of CCTV data. Event Recognition: Improve the visualization and the decision-making process of human operators or existing video surveillance solutions, by integrating real-time video data analysis algorithms to understand the content of the filmed scene and to extract the relevant information from it. Monitoring: Responding to specific tasks in terms of continuous monitoring and surveillance in many different application frameworks: improved management of logistics in storage warehouses, counting of people during event gatherings, monitoring of subway stations, coastal areas, etc. Computer Vision applications When considering a Computer Vision application, it’s important to ensure that the rest of the infrastructure in the Operation Center, for example the solution that drives the displays and video walls, will connect and work well with the computer vision application. The best way to do this of course is to use a software-driven approach to displaying information and data, rather than a traditional AV hardware approach, which may present incompatibilities. Software-defined and open technology solutions Software-defined and open technology solutions provide a wider support for any type of application the SOC may need Software-defined and open technology solutions provide a wider support for any type of application the SOC may need, including computer vision. In the modern world, with everything going digital, all security services and applications have become networked, and as such, they belong to IT. AV applications and services have increasingly become an integral part of an organization’s IT infrastructure. Software-defined approach to AV IT teams responsible for data protection are more in favor of a software-defined approach to AV that allow virtualised, open technologies as opposed to traditional hardware-based solutions. Software’s flexibility allows for more efficient refreshment cycles, expansions and upgrades. The rise of AV-over-IP technologies have enabled IT teams in SOC’s to effectively integrate AV solutions into their existing stack, greatly reducing overhead costs, when it comes to technology investments, staff training, maintenance, and even physical infrastructure. AV-over-IP software platforms Moreover, with AV-over-IP, software-defined AV platforms, IT teams can more easily integrate AI and Computer Vision applications within the SOC, and have better control of the data coming in, while achieving true situational awareness. Situational awareness is all about actionable data delivered to the right people, at the right time, in order to address security incidents and challenges. Situational awareness is all about actionable data delivered to the right people Often, the people who need to know about security risks or breaches are not physically present in the operation centers, so having the data and information locked up within the four walls of the SOC does not provide true situational awareness. hyper-scalable visual platforms Instead there is a need to be able to deliver the video stream, the dashboard of the data and information to any screen anywhere, at any time — including desktops, tablets phones — for the right people to see, whether that is an executive in a different office or working from home, or security guards walking the halls or streets. New technologies are continuing to extend the reach and the benefits of security operation centers. However, interoperability plays a key role in bringing together AI, machine learning and computer vision technologies, in order to ensure data is turned into actionable data, which is delivered to the right people to provide ‘true’ situational awareness. Software-defined, AV-over-IP platforms are the perfect medium to facilitate this for any organizations with physical and cyber security needs.

What New Technologies And Trends Will Shape Video Analytics?
What New Technologies And Trends Will Shape Video Analytics?

The topic of video analytics has been talked and written about for decades, and yet is still one of the cutting-edge themes in the physical security industry. Some say yesterday’s analytics systems tended to overpromise and underdeliver, and there are still some skeptics. However, newer technologies such as artificial intelligence (AI) are reinvigorating the sector and enabling it to finally live up to its promise. We asked this week’s Expert Panel Roundtable: What new technologies and trends will shape video analytics in 2021?

Tackling The Challenge Of The Growing Cybersecurity Gap
Tackling The Challenge Of The Growing Cybersecurity Gap

The SolarWinds cyberattack of 2020 was cited by security experts as “one of the potentially largest penetrations of Western governments” since the Cold War. This attack put cybersecurity front and center on people’s minds again. Hacking communication protocol The attack targeted the US government and reportedly compromised the treasury and commerce departments and Homeland Security. What’s interesting about the SolarWinds attack is that it was caused by the exploitation of a hacker who injected a backdoor communications protocol.  This means that months ahead of the attack, hackers broke into SolarWinds systems and added malicious code into the company’s software development system. Later on, updates being pushed out included the malicious code, creating a backdoor communication for the hackers to use. Once a body is hacked, access can be gained to many. An explosion of network devices What has made the threat of cyberattacks much more prominent these days has been IT's growth in the last 20 years, notably cheaper and cheaper IoT devices. This has led to an explosion of network devices. IT spending has never really matched the pace of hardware and software growth Compounding this issue is that IT spending has never really matched the pace of hardware and software growth. Inevitably, leading to vulnerabilities, limited IT resources, and an increase in IoT devices get more attention from would-be hackers. Bridging the cybersecurity gap In the author’s view, this is the main reason why the cybersecurity gap is growing. This is because it inevitably boils down to counter-strike versus counter-strike. IT teams plug holes, and hackers find new ones, that is never going to stop. The companies must continue fighting cyber threats by developing new ways of protecting through in-house testing, security best practice sources, and both market and customer leads. End-user awareness One of the key battlegrounds here is the education of end-users. This is an area where the battle is being won at present, in the author’s opinion. End-users awareness of cybersecurity is increasing. It is crucial to educate end-users on what IoT devices are available, how they are configured, how to enable it effectively, and critically, how to use it correctly and safely. Physical security network A valuable product that tackles cybersecurity is, of course, Razberi Monitor™, which is new to ComNet’s portfolio. Monitor™ is a software platform that provides a top-down view of the physical security network and ecosystem. Monitor™ is a software platform that provides a top-down view of the physical security network and ecosystem It monitors and manages all the system components for cybersecurity and system health, providing secure visibility into the availability, performance, and cyber posture of servers, storage, cameras, and networked security devices. Proactive maintenance By intelligently utilizing system properties and sensor data, Razberi’s award-winning cybersecurity software prevents problems while providing a centralized location for asset and alert management. Monitor™ enables proactive maintenance by offering problem resolutions before they become more significant problems. Identifying issues before they fail and become an outage is key to system availability and, moreover, is a considerable cost saving.