Tag Archive for: smart

2030, Cyber Security in Smart Commercial Buildings Market (New Trend) Size, Business Insights With Top Company Analysis

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Cyber Security in Smart Commercial Buildings Market (CAGR 2023 – 2030) | No. of pages: [107] | market size, share, and industry analysis, By Type [Hardware, Software, Services,], Application [Offices, Retail, Banking and Financial Services, Hospitality, Government, Healthcare, Others], and regionhas seen significant growth and advancement due to valuable insights gained from effective business strategies, customer acquisition methods, and corporate synergies. These Cyber Security in Smart Commercial Buildings Market improvements are closely tied to strong governance, risk management, and compliance protocols, as well as agile business transformation processes. Specialized vertical tagging techniques contribute to high-quality data reporting, offering both qualitative and quantitative analyses through SWOT and PESTLE frameworks.

Who are the important globalmanufacturers of the Cyber Security in Smart Commercial Buildings market(USD Mn and KT)?

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Supreme
Arctic Wolf
Nelysis
IBM
Spacewell
Singtel

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Cyber Security in Smart Commercial Buildings Market Overview 2023-2030

The global Cyber Security in Smart Commercial Buildings market size was valued at USD Million in 2022 and will reach USD Million in 2028, with a CAGR of Percent during 2022-2028.

The Cyber Security in Smart Commercial Buildings market report covers sufficient and comprehensive data on market introduction, segmentations, status and trends, opportunities and challenges, industry chain, competitive analysis, company profiles, and trade statistics, etc. It provides in-depth and all-scale analysis of each segment…

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Cybersecurity labeling for smart devices aims to help people choose those less vulnerable to hacking

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WASHINGTON — The Biden administration and major consumer technology players on Tuesday launched an effort to put a nationwide cybersecurity certification and labeling program in place to help consumers choose smart devices that are less vulnerable to hacking.

Officials likened the new U.S. Cyber Trust Mark initiative — to be overseen by the Federal Communications Commission, with industry participation voluntary — to the Energy Star program, which rates appliances’ energy efficiency.

“It will allow Americans to confidently identify which internet- and Bluetooth-connected devices are cybersecure,” deputy national security adviser Anne Neuberger told reporters in a pre-announcement briefing.

Amazon, Best Buy, Google, LG Electronics USA, Logitech and Samsung are among industry participants.

Devices including baby monitors, home security cameras, fitness trackers, TVs, refrigerators and smart climate control systems that meet the U.S. government’s cybersecurity requirements will bear the “Cyber Trust” label, a shield logo, as early as next year, officials said.

FCC Chairwoman Jessica Rosenworcel said the mark will give consumers “peace of mind” and benefit manufacturers, whose products would need to adhere to criteria set by the National Institute of Standards and Technology to qualify.

The FCC was launching a rule-making process to set the standards and seek public comment. Besides carrying logos, participating devices would have QR codes that could be scanned for updated security information.

In a statement, the Consumer Technology Association said consumers could expect to see certification-ready products at the industry’s annual January show, CES 2024, once the FCC adopts final rules. A senior Biden administration official said it was expected that products that qualify for the logo would undergo an annual re-certification.

The director of technology policy at Consumer Reports, Justin Brookman, welcomed the White House proposal but cautioned in a statement that “a long road remains” to its effective adoption.

“Our hope is that this label will ignite a healthy sense of competition in the marketplace, compelling manufacturers to safeguard both the security and…

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Critical security flaw exposes Wemo Smart Plugs to hackers

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Wemo Smart Plugs have a flaw

Researchers found a security flaw in an older version of the Wemo Mini Smart Plug that involved changing its name — and Belkin isn’t going to fix it.

The Wemo Mini Smart Plug is designed to offer convenient remote control over lights and basic appliances, such as fan lamps, through a mobile app. The application utilizes Wi-Fi for communication and seamlessly integrates with HomeKit and other smart home ecosystems.

Among other functions, the app lets people change the device name. The length is limited to 30 characters or less, but only the app enforces that rule.

However, through reverse engineering, the security experts at Sternum discovered a method to circumvent the character limit, thereby triggering a buffer overflow. They subsequently named this vulnerability “FriendlyName.”

A buffer overflow happens when there’s too much information put into a storage area (buffer) that it can’t handle. It’s like pouring more water into a cup than it can hold, causing it to overflow.

That can lead to unexpected results in computer systems because the extra information can overwrite or change nearby data. Hackers can use a buffer overflow to gain unauthorized access or cause malfunctions in a computer program.

Accessing the firmware

Accessing the firmware

The researchers from Sternum examined the smart plug’s firmware and used it to change the device’s name to one that was longer than the app’s rule of 30 characters. The resulting overflow allowed them to issue commands to the device and control it.

In the hands of a malicious hacker, that could lead to data theft or possibly controlling other devices plugged into the Wemo device.

The team contacted Belkin to inform the company of the security flaw. However, Belkin said it wouldn’t fix the vulnerability because the Wemo Smart Plug V2 is at the end of its life.

The current Wemo Smart Plug is version 4.

How to protect yourself from “Friendlyname”

Sternum says people who own one of these plugs shouldn’t connect them to the internet. They also shouldn’t be allowed to connect to sensitive devices on a…

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How to hack a smart fridge

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I’ve been speaking to people who work in a field called IoT forensics, which is essentially about snooping around these devices to find data and, ultimately, clues. Although law enforcement bodies and courts in the US don’t often explicitly refer to data from IoT devices, those devices are becoming an increasingly important part of building cases. That’s because, when they’re present at a crime scene, they hold secrets that might be invisible to the naked eye. Secrets like when someone switched a light off, brewed a pot of coffee, or turned on a TV can be pivotal in an investigation. 

Mattia Epifani is one such person. He doesn’t call himself a hacker, but he is someone the police turn to when they need help investigating whether data can be extracted from an item. He’s a digital forensic analyst and instructor at the SANS Institute, and he’s worked with lawyers, police, and private clients around the world. 

“I’m like … obsessed. Every time I see a device, I think, How could I extract data from there? I always do it on test devices or under authorization, of course,” says Epifani.

Smartphones and computers are the most common sorts of devices police seize to assist an investigation, but Epifani says evidence of a crime can come from all sorts of places: “It can be a location. It can be a message. It can be a picture. It can be anything. Maybe it can also be the heart rate of a user or how many steps the user took. And all these things are basically stored on electronic devices.” 

Take, for example, a Samsung refrigerator. Epifani used data from VTO Labs, a digital forensics lab in the US, to investigate just how much information a smart fridge keeps about its owners. 

VTO Labs reverse-engineered the data storage system of a Samsung fridge after it had primed the appliance with test data, extracted that data, and posted a copy of its databases publicly on their website for use by researchers. Steve Watson, the lab’s CEO, explained that this involves finding all the places where the fridge could store data, both within the unit itself and outside it, in apps or cloud storage. Once they’d done that, Epifani got to work analyzing and…

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