Services

Cloud Enablement Data & AI Digitalization End-to-End Digital Marketing SaaS

Industries

Products

Retail Healthcare Hospitality Insurance Productivity Cross-Industry App Development Testing & Monitoring

Company

Approach

Careers

Blog Business Referral

Cloud Enablement Cloud Consulting Cloud-Native Apps Cloud Migration Strategies Cloud Migration Services Cloud Monitoring Cloud Security Posture AWS Cloud Cost Optimization Azure GCP App Engine Private Cloud

Data & AI Overview Generative AI Development Data Science Large Language Models Data Engineering Artificial Intelligence Data Management Machine Learning Data Storage Computer Vision Data Visualization Video Analytics

Digitalization Mobility Extended Reality Web Development Internet of Things Blockchain CRM RTLS RPA E-learning Portals E-commerce Sites Intelligent Document Processing Product Information Management Enterprise Asset Management Digital Experience Platform Customer Data
Platform

End-to-End Microservice Architecture UX/UI Design DevOps QA Automation Cybersecurity Performance Monitoring Frontend Monitoring API Management Compliance Consulting

Digital Marketing Overview Marketing Automation Visualization Analytics Programmatic Advertising Paid Advertising SEO Email Marketing Content Marketing Social Media

SaaS Salesforce SharePoint Oracle HCM ServiceNow G Suite Microsoft Solutions Freshworks

Retail SlashQDigital queue management ContextIQRecommendation engine

Healthcare Patient Transporter ManagementRTLS for intra hospital transfers

Hospitality TalQCall accounting system

Insurance RehashLow-code insurance platform

Productivity Notification AppNotification builder KeverProject management tool QuickPicksSalesforce widget

Cross-Industry IIoT PlatformIoT solutions for industries

App Development Open Source WorksShared with the community

Testing & Monitoring WebWatch24x7Server monitoring tool

Securing the Internet of Things

By Praful Thomas, December 6, 2018 January 20, 2020

We are in the booming phase of the Internet of Things (IoT) and, with it, beginning to be aware of the security risks it is vulnerable to. These historical IoT security hacks should give us some perspective: Between 2006–2010, attackers created the Stuxnet virus, designed to damage Iranian centrifuges by targeting their SCADA systems. In 2013, hackers were able to exploit and utilize millions of IoT devices to create a botnet. More than 25% of the zombies in the botnet were made up of devices like smart TVs and baby monitoring systems. In 2015, researchers hacked into a running JEEP’s computer system, managed to engage/disengage the brakes, and cut the driver off his own car. (more…)