IoT Cybersecurity Services
Design and Deploy Secure, Connected Products
The exponential growth of connected endpoints across various industry segments and device types has been propelled by pervasive connectivity, edge computing, and the availability of robust cloud foundations for hosting data-driven application workloads. Consequently, the attack surface of IoT has expanded significantly in both size and complexity. With data security and privacy standards becoming increasingly stringent worldwide, enterprises are under pressure to ensure the secure design, development, deployment, and management of connected products.
At eInfochips, we specialize in helping companies navigate these challenges by designing, developing, and managing secure connected products across device, connectivity, and application layers. Leveraging diverse cybersecurity platform services and tool stacks, our expertise encompasses strategic assessments and transformations, turnkey implementations, and managed security operations.
Why eInfochips for IoT Cybersecurity Services?
Strategic technology alliances with market leaders in Threat Modelling, Vulnerability Assessment & Penetrating Testing technologies
Expertise on leading global standards – NIST, NIAP, OWASP and IoTSF
Field hardened, industry specific, reusable IoT frameworks
Experience in managing security operations for Azure, AWS landscapes
Positioned in the Leadership Zone for Engineering R&D and IoT Technology Service Providers
Positioned as a Key Market Player for IoT Consultancy Services by Omdia
Key Offerings
- Threat modelling techniques (STRIDE, PASTA, TRIKE), tools (Iriusrisk, SD Element, Microsoft TMT)
- Security program due diligence (IAM, Encryption, Device, Network, Deployment)
- Mobile application vetting
- Implement cybersecurity monitoring, analytics
- Develop detection, response, remediation mechanism
- Performance optimization: set up security ops. (L1/ L2/ L3)
VAPT and Security Implementation
- Vulnerability assessment (Identify with SAST/ DAST, classify, prioritize)
- Penetration Testing (Real world attack scenarios, exploit associated vulnerabilities)
- Security architecture design, implementation and enhancement
