Protect connected products, secure firmware updates, and meet IEC and ISO requirements with IoT cybersecurity services from Yalantis, a trusted partner with over 15 years of experience.
100%
Compliance – first
architecture
17+
Years
of expirience
4
ISO/IEC
certification
15+
Certifications
supported
IoT cybersecurity services by Yalantis
IoT security solutions
Connected products fail when security is an afterthought. Yalantis builds it in from the first architecture decision, across device firmware, communication, and cloud.
- Authentication and access control
- Intrusion detection and prevention systems development
- Managed IoT security services for deployed fleets
- Continuous monitoring and incident response
Security assessment and risk analysis
Our security consultants assess the full device-to-cloud stack: firmware, communication protocols, cloud APIs, and third-party dependencies. We ranke each finding by exploitability and business impact and create a concrete remediation path.
- Risk assessment and mitigation for connected devices
- Penetration IoT security testing
- Vulnerability scanning and gap analysis
- SBOM generation and supply-chain risk review
- Threat modeling against IEC 62443 and STRIDE
IoT security architecture design
Yalantis security architects define trust zones, key management strategy, and device identity provisioning before development starts. We help you make these architectural decisions right early on to prevent costly redesigns once devices are deployed at scale.
- IoT security assessment for software architecture
- Identity and access management (IAM)
- Security policy and compliance frameworks
- Zero-trust device-to-cloud connectivity design
- Key management and PKI design
Data encryption and privacy
Our engineers implement encryption at the transport and storage layers, configure access controls per data class, and produce the DPIA documentation regulators require. For products handling personal data across jurisdictions, our team maps processing activities against GDPR and sector-specific obligations before any data leaves the device.
- Data privacy impact assessment (DPIA)
- User data access controls
- Privacy-enhancing technologies (PETs)
- Data retention, deletion, and privacy policies deployment
- End-to-end encryption for device-to-cloud telemetry
Secure firmware and software updates for IoT devices
Over-the-air (OTA) updates are one of the highest-risk operations in an IoT product’s lifecycle. Our firmware engineers build signing infrastructure, robust update pipelines, and recovery mechanisms that keep devices operational and verifiably running authorized code, even after a failed update.
- Code signing and verification
- Firmware and software patch development
- Error handling and recovery procedures
- Post-update testing and verification
- A/B partitioning, delta updates, and TUF/Uptane integration
Hardware security testing and validation
Yalantis runs bench-level hardware security tests in our Warsaw R&D lab, covering attack vectors that operate below the software layer. Our hardware security engineers test production devices and development prototypes against the same techniques real-world attackers use on deployed hardware.
- Hardware-level security testing (side-channel, glitching, fault injection)
- Secure element integration and key-storage validation
- Secure boot implementation and verification
- Memory-safe firmware review with Rust
Explore our cases
Not sure where your IoT product is exposed?
Our security engineers review your architecture and give you a prioritized list of what to fix first.
IoT security solutions we deliver
Secure device identity and authentication
Every device in your fleet gets a unique cryptographic identity at manufacturing. Your cloud backend verifies it on every connection, so a stolen or cloned device never gets through.
OTA firmware update infrastructure
Push signed firmware updates to thousands of field devices without risking a bad flash. If something goes wrong, rollback runs automatically and your fleet stays operational.
Intrusion detection for deployed fleets
Real-time alerts flag abnormal device behavior before it spreads across the network. Your operations team responds to threats instead of discovering them after the damage is done.
Compliance-ready security architecture
Ship your product with the documentation, controls, and audit trail that regulators and enterprise buyers require. No last-minute scrambles before certification.
Hardware-level security validation
Side-channel analysis, fault injection, and debug-port hardening happen in our Warsaw R&D lab before your product reaches customers. These are the attack vectors software tools miss entirely.
Data encryption and privacy controls
Customer data stays protected in transit and at rest, with access controls built to satisfy GDPR, HIPAA, and the sector-specific requirements your legal team will sign off on.
IoT security posture assessment
A fixed-scope engagement to identify where your connected product is exposed and what to fix before attackers or auditors find it first.
Attack surface mapping We catalog every entry point across your device firmware, communication protocols, cloud APIs, mobile apps, and third-party dependencies.
Vulnerability and compliance gap analysis We test each layer against applicable standards (IEC 62443, ETSI EN 303 645, FDA guidance) and run targeted penetration tests on the highest-risk surfaces.
Risk scoring and prioritization Every finding gets rated by exploitability and business impact so your team knows what to fix this week and what can wait for the next release cycle.
Remediation roadmap delivery You receive a sprint-ready action plan with architectural changes, firmware hardening steps, and process updates, ready for your team or ours to execute.
Don’t wait for a breach to find out where your IoT product is exposed
Get a prioritized security assessment before your next product release or certification audit.
Benefits of IoT security solutions by Yalantis
Extensive IoT Security solutions
Our experience with delivering secure development lifecycles, vulnerability management, and IoT devices hardware security makes us a reliable IoT security consultant.
Compliance and Consulting Expertise
As an ISO-certified company, we at Yalantis ensure adherence to industry-specific regulations such as SOC2, FedRAMP, and PCI DSS.
Industry-Specific IoT Expertise
Yalantis uses its proven expertise in healthcare, manufacturing, automotive, agriculture, and many other domains to provide trustworthy IoT Security.
Proactive Threat Mitigation
Yalantis emphasizes proactive measures to safeguard IoT devices and data from potential cyber threats via secure code development, threat modeling and risk assessment.
Our IoT security process
Discovery and threat modeling
Our team maps your device types, communication protocols, data flows, and third-party dependencies. We identify what your market requires on the compliance side and where the real attack exposure is. That picture drives every decision that follows.
Architecture and compliance design
We define trust zones, device identity model, and key management strategy based on what we found in discovery. Our security architects resolve compliance considerations at this stage so nothing forces a costly redesign when certification comes around.
Secure implementation
Our firmware, embedded, and cloud engineers build to that architecture. Code signing, encryption, and access control are scoped from the start. You get a system where security is load-bearing, not a layer added on top.
Penetration testing and validation
Our offensive security team tests the system from the network, from the device, and on the bench in our Warsaw R&D lab. Every finding comes with a severity rating and a reproduction path so your engineers know exactly what to fix and why.
Production rollout
As devices move from staging to the field, we handle certificate issuance, secure provisioning, and OTA pipeline configuration. The thousandth device shipped carries the same security posture as the first one you tested.
Ongoing monitoring
Our IoT security managed services include continuous fleet monitoring, key rotation, and post-launch incident response. During that time, your engineering team stays focused on building the next product.
Get a free roadmap for bringing your idea to life
Our experts will create a tailored step-by-step guide to your IoT software development and implementation.
Testimonials from our clients
IoT security insights
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Compliance & certifications
IEC 62443
Security standard for industrial automation and control systems
ISO 27001:2022
Information security management across systems and processes
ETSI EN 303 645
Baseline cybersecurity standard for consumer IoT devices
ISO/SAE 21434
Cybersecurity standard for road vehicles
UN R155 / R156
Regulations for vehicle cybersecurity and software updates
ISO 13485
Medical device quality management
IEC 62304
Governs the lifecycle of software within medical devices
FDA Premarket Cybersecurity Guidance
US cybersecurity requirements for connected medical device submissions
NIST SP 8259 / IR 8425
IoT device cybersecurity capability baselines
ISO 27701
Privacy information management, extends ISO 27001 to cover GDPR requirements
HIPAA
US data protection requirements for healthcare IoT products
SOC 2
Security and availability controls for cloud-connected IoT platforms
Other services we provide
FAQ
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What are the main IoT security threats and vulnerabilities?
The recurring threat classes we see across customer engagements are weak or hardcoded credentials, unsigned firmware updates, exposed debug interfaces (JTAG, UART), unencrypted device-to-cloud traffic, and supply-chain compromise via third-party libraries. On the device side, memory-safety bugs in C and C++ firmware account for a disproportionate share of remote-exploitable vulnerabilities.
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What do your IoT security services include?
Our IoT security services cover device authentication, data encryption, secure firmware updates, cloud access control, and threat detection. We provide end-to-end protection across your IoT ecosystem to be sure that each layer, from hardware to cloud, is secured against current vulnerabilities and cyberattack vectors.
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Which IoT security standards and certifications does Yalantis support?
We work against IEC 62443 for industrial control systems, ISO 27001 and ISO 27701 for information security and privacy management, ISO 13485 plus FDA premarket cybersecurity guidance for medical devices, ETSI EN 303 645 for consumer IoT, NIST 8259 and NIST IR 8425 for device baselines, and UNECE WP.29 R155 and R156 for automotive. Yalantis itself holds ISO certifications and supports SOC2, FedRAMP, and PCI DSS engagements.
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How does your IoT consulting reduce security risks?
Where necessary, we incorporate IoT security consulting into every project stage. Typically, we start with risk assessments and architecture reviews. We help partners identify vulnerabilities early, embrace secure development practices, and guarantee compliance. This approach significantly reduces exposure to threats across your connected systems.
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How do you secure IoT devices for FDA-regulated medical products?
For FDA-regulated medical IoT, we align development with ISO 13485 quality processes and produce the artifacts the FDA premarket cybersecurity guidance asks for: SBOM, threat model, security risk assessment, vulnerability management plan, and labeling. Our embedded engineers apply secure boot, signed OTA, and memory-safe Rust where the hardware allows, and the documentation tracks each control back to a regulator-recognized control framework.
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How do IoT security solutions protect data and privacy?
Yalantis’ IoT security solutions operate with encryption protocols, role-based access control, and secure communication channels to protect sensitive data. Combined with secure firmware and cloud-side protections, these measures ensure that both device-level and user data privacy are always maintained.
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How do you ensure secure onboarding of IoT devices?
To successfully onboard all the required sets of devices, we utilize certificate-based authentication, zero-touch provisioning, and secure boot processes. These methods, combined with our IoT cybersecurity services, ensure each device is verified, trusted, and shielded from unauthorized access right from deployment.
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Why use Rust for IoT firmware security?
Rust eliminates entire classes of memory-safety vulnerabilities (buffer overflows, use-after-free, dangling pointers) at compile time, which removes the bug categories behind a large share of remote IoT exploits. For products where one firmware bug can mean a recall or a regulatory finding (medical, automotive, industrial), the engineering cost of Rust is lower than the cost of patching the same class of bug in C across a deployed fleet.
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How do you support IoT security across the full hardware-firmware-cloud stack?
Our team covers the entire stack in-house. Hardware engineers in our Warsaw R&D lab run side-channel and glitching tests on the silicon. Embedded engineers write the firmware (in Rust where it fits, hardened C where it does not) and the secure boot chain. Cloud engineers build the device identity, OTA, and telemetry backend. One team, one threat model, one set of tests, end to end.
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What industries benefit most from IoT security implementation services?
Some of the industries that benefit the most from implementing IoT security services are healthcare, industrial automation, smart homes, and transportation. These sectors run sensitive data and depend on reliable device performance, so security is essential for operational safety and regulatory compliance.
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Do you provide monitoring and threat detection for IoT?
Yes. As part of our IoT cybersecurity services, we offer continuous monitoring, anomaly detection, and automated alerts. These services help detect and respond to suspicious activity quickly, which is crucial for minimizing downtime and improving the overall resilience of your IoT infrastructure.
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How do your services scale with connected device fleets?
Our IoT security testing and architecture reviews guarantee your security measures can scale alongside your device fleet. We implement centralized access control, automated updates, and monitoring tools that protect thousands of devices across locations and networks.
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Why choose Yalantis as your IoT security partner?
Yalantis combines deep tech expertise with proven IoT cybersecurity solutions, offering full-cycle support, from architecture and compliance to real-time threat detection. As an IoT security company with an in-house hardware R&D lab, we design and implement security strategies adapted to your needs, ensuring safe, scalable, and regulation-ready IoT deployments that support business growth.
How to get started with Yalantis
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