IoT security is a set of technologies and best practices to ensure the sustainability of your IoT business: it provides trust, integrity and control. It protects key assets like devices, identity, data, decisions, commands and actions.
IoT Security is the technologies and best practices that enable new opportunities while protecting your business from the risks that connectivity brings. Good IoT security involves 6 main phases:
To be effective, IoT security needs to be designed into the device and the ecosystem from the start. Only this can ensure that IoT effectively delivers on its business objectives over time.
Ensure your team is knowledgeable about IoT security for your context
Incorporate security into your IoT designs from the start
Seek expert security assessment of your IoT device and ecosystem
Obtain certifications to protect your clients and meet regulatory requirements.
Integrate a robust identity into your device in order to create a secure foundation for all IoT use cases
Securely connect, manage and proactively update your devices throughout their entire lifecycle
IoT security protects and enables your business, so whether you’re launching a new IoT product or planning your digital transformation, it’s smart to consider it from the start.
You are developing connected devices for your customers and need to make them secure so they enable new business models and protect the device, the user experience, the data and your reputation.
E.g. Industrial, Medical, Consumer, Automotive, etc.
You are planning your digital transformation so you can gain new insights, efficiencies and control over your business and develop new business models and revenue streams. You need to make sure this growth is secure and sustainable.
E.g. Manufacturing, Energy, Retail, Transportation, etc.
Your IoT-enabled business relies on connectivity and is inherently exposed. Each key asset within the chain – at each stage of your product lifecycle – requires protection.
Device identity must be unique, unclonable, immutable and well-protected. This “root of trust” forms the basis for all other security functions.
The IoT device is often by nature in uncontrolled environments, allowing a hacker to access unencrypted data, upload malware, access locked features, and conduct DDOS attacks.
Data can be in a device, server or in motion between chips or across networks, and its privacy and confidentiality need to be protected and its authenticity guaranteed throughout your entire IoT ecosystem.
Whether simple logic or AI-based, software decisions should be executed in a secure environment based on integral data so they are safe from tampering or intellectual property theft.
Commands are the orders sent to devices (on/off, activate feature). They need to be securely validated as coming from a legitimate source (whether server or AI).
Actions in the physical world (stop assembly line, apply car brakes) need to be triggered only by legitimate, authenticated commands to ensure both productivity and safety.
What is IoT security? And why should companies invest in it? This u-blox interview with Patrick Hauert, VP of IoT Product at Kudelski Group, explores what companies can do to protect their customers and their businesses from cyberattacks.
Why do you need secure IoT? Whats is IoT security ? Discover the set of technologies and best practices that will ensure the sustainability of your IoT business by providing trust, integrity and control.
We have identified the most common benefits of securing your IoT ecosystem, as well as the risks associated with insufficient IoT security.
Like rental and usage-based pricing using authentic and trusted data from the device. Ensure accurate billing while preventing fraud.
By securely controling them using an advanced, key-based mechanism that ensures monetization and prevents service theft.
By ensuring industry-specific rules for data privacy and safety are enabled by strong encryption and authenticated commands.
With a secure solution that will give your customers confidence that your solution won’t ever let them down.
From chip to cloud to application, both at rest and in motion, using end-to-end encryption and fine-grained access control.
Ensure the data used to make decisions is authentic and integral, and that the AI logic is protected during execution and updates. Make faster, safer decisions
Everything you want to accomplish with your IoT project is dependent on how secure it is. By ensuring the integrity of your data, protecting the integrity of your devices, and controlling access to your IoT assets, you can avoid threats that can impact your revenue and reputation.
The IoT is enabling more and more unique business models, and a device implemented today could be tomorrow’s platform for innovative new services like pay-per-use, pay-per-time, etc. IoT security plays an important role in the success of those business models and prevents costly fraud, so it’s important to implement rich and flexible security technology in order to leverage it for all sorts of future opportunities.
Security is a long game and goes beyond the initial implementation. Having a solid security lifecycle management strategy and staffing/sourcing it correctly will help you ensure the long-term sustainability of your business and enable you to deal with known and unknown threats as long as your IoT product remains in the market.
Remotely enabled features and usage-based business models – if not securely implemented – are subject to fraud and revenue loss.
Breaches of end-user devices or customer data can create the kind of news that can cause long-term harm to your company’s reputation. Good IoT security can prevent that.
Failure to design, implement and maintain the necessary security in your products can result in undesirable litigation if your products don’t adequately protect customer data.
Data privacy is high on the agenda of regulatory authorities, whether they are regional or industry-specific. Failure to adequately secure data end to end can result in large fines and sanctions.
Companies are spending millions developing innovative IoT technologies and much of that is in software and AI. Poor security can allow this valuable IP to be stolen.
Data is the lifeblood of IoT, and data that is not adequately secured can be easily manipulated, resulting in inaccurate, poor business decisions, potentially negating the benefits of IoT projects.
IoT is booming and so will the number of attacks and security threats, while user safety and data confidentiality are more important than ever.
Far too few companies are putting effective IoT security in place to protect their investments and business models. This puts their IoT return on investment and their very reputation at serious risk.
Why is that? Sometimes it’s a lack of internal expertise, a rush to get products to market or simply a failure to understand the importance of security. Our evaluations show that some customers even fail to activate security measures that are already present in the hardware they’re using!
However awareness of IoT security and its importance is growing quickly. Management has begun to understand that in order to create a sustainable and competitive connected business, that security is a key strategic asset.
It doesn’t have to. Today, IoT security can be pre-integrated with chipsets, communication modules and SIM cards you might already use. New guidelines like IoT-SAFE from GSMA and nuSUM from Deutsche Telekom are starting to standardize hardware-based IoT security and enable a quicker time to market for secure IoT solutions.
It is, but the cost of recovering from a data breach or having to replace a compromised device has been proven to be exponentially higher.
The only way to create a secure IoT ecosystem is to embed security in the device when it is designed and manufactured. Because data originates from the device itself and those devices are often exposed in uncontrolled environments, they become the weakest link unless they are secured by design.
Cybersecurity measures to protect networks from IoT devices are important when the devices aren’t secure by design, but they do not provide the same level or protection as embedded device security.
IoT security expertise is scarce and can be challenging to build in-house. Many innovative product organizations can’t justify having a dedicated security team.
Embedded and operational security are also competencies that can take decades for a company to build, so it’s often better to work with external security partners to ensure your product incorporates the right technologies and processes to protect it from Day 1 until its end of life.
Remote work and remote schooling have spiked our reliance on IoT systems to a scale no one could have predicted. In response, threat actors are hustling to take full advantage.
IoT malware detections surged 66% as attackers targeted home networks and remote workers.
Here are the five basic best practices to help you create secure IoT products and ecosystems.
Start considering security as soon as you begin developing your IoT solution. Implementing it at the beginning is more economical and more effective than adding it after a breach (by a factor of 60 to 80 times, according to IBM).
If you don’t have security staff in-house, find a proven expert who will accompany you throughout your entire IoT journey and will help you design, build, operate and sustain your IoT ecosystem long term. Third-party, expert evaluations of your product can help you close potentially dangerous security gaps while building confidence with your buyers and giving you a strategic advantage over your competition.
Establish a root of trust (unique, secure identity protected inside a chip or software) in the device at manufacture. That simplifies device onboarding and management, and establishes the robust security tools you need to secure all current and future IoT use cases and applications. This root of trust may be integrated into other components you’re already using.
Use that root of trust and associated security client to protect your device, protect your data end to end and control access to your device, your data and premium features. Make sure your security solution supports all the features and functionalities you need today as well as in the future.
Consider the entire lifecycle of your IoT solution, implementing technologies that include FOTA (Firmware Over The Air) updates), countermeasures (built-in defenses), security telemetry from the device and managed security services to ensure long-term return on investment. Hackers are constantly evolving their techniques, so work with an expert who is experienced in defending their technology and your business from sustained attacks.