Skip to main content

The Arms Race Between Cybercriminals and Cybersecurity

The number of devices connected to the internet is expected to reach 50 billion worldwide by the end of 20301, posing dangerous risks to people, businesses, and critical systems. To illustrate the divide between cyberattacks on these devices and business preparedness, Sectigo, a leading provider of automated digital identity management and web security solutions, today released its Evolution of IoT Attacks study.

The study report and associated infographic chronicle the progression, variety, and growing sophistication of many of the most infamous vulnerabilities and attacks on connected devices, as well as the emerging defenses used by organizations to fight them.

Sectigo has categorized IoT attacks into three eras: 

The Era of Exploration
Beginning in 2005, cybercriminals started to explore the potential to cause lasting damage to critical infrastructure, and even life. Security defenses at the time were rudimentary, with organizations unaware of the value the IoT could have for hostile actors.

The Era of Exploitation
Spanning 2011-2018, cybercriminals actively exploited the lucrative and damaging potential of attacking the IoT, thus expanding attacks to more targets with increased severity. However, they found organizations more prepared to withstand the onslaught. White hat hackers exposed potential IoT vulnerabilities to help shore up defenses before attacks occurred in the wild. Meanwhile, as organizations fortified their defenses, cybercriminals found more ways to monetize their attacks through crypto mining, ad-click fraud, ransomware, and spam email campaigns.

The Era of Protection
By 2019, enterprises and other organizations had become increasingly capable of countering these attacks. Just recently, governments have begun enacting regulations to protect IoT assets, and businesses and manufacturers are heeding the warnings. In fact, according to the recent 451 Research Enterprise IoT Budgets and Outlook report
, organizations are investing more than half of their IoT budgets, 51%, to implement security controls in devices, using security frameworks and unified solutions with strong technologies that work together to provide multiple layers of protection.

“As we move into this decade, protecting the vast Internet of Things has never been more critical for our safety and business continuity,” said Alan Grau, VP of IoT/Embedded Solutions at Sectigo. “Cybercriminals are retooling and honing their techniques to keep striking at vulnerable targets. Yes, businesses and governments are making laudable efforts to protect all things connected, but we are only at the beginning of the Era of Protection and should assume that these efforts will be met by hackers doubling down on their efforts.”

IoT security must start on the factory floor with manufacturers and continue throughout the device’s lifecycle. Power grids, highways, data security, and more depend on organizations adopting ever- evolving, cutting-edge security technologies in order to withstand attacks.

#PAuto #IoT @SectigoHQ

http://news.chivindo.com/320/the-arms-race-between-cybercriminals-and-cybersecurity.html

Comments

Popular posts from this blog

BT-BASIC commands used

8.10     Some of the most frequently used BT-BASIC commands used are: msi                               Changes default working directory. Mass storage is            Same as “msi” cat                               Catalogs (list)the node names in the specified directory.             get                               Brings the contents of a file into the system workspace.             load                             Same as “get”.             msi$                            Returns the directory pathname of the current working directory.             msi “..”                       Backs up one directory level.             findn                            Locates the next occurrence of the a given sting in the workspace. 8.11           If you wish to invoke the HP Board Graphics Viewer, type board graphics at the BT-BASIC command line and press the “ENTER” key on the keyboard. 8.12           A HP Board Graphics Viewer window should now appear

Perhitungan & Cara Merubah Kumparan Blender Dari 220 V Menjadi 12 V

          Seperti yang telah dijelaskan pada buku “menggulung motor listrik arus bolak-balik, servis peralatan listrik rumah tangga kelompok penggerak dan perbaikan peralatan listrik pertukangan”, bahwa motor penggerak yang digunakan pada perlatan listrik rumah tangga dan pertukangan seperti blender, mixer, bor tembak, gerinda dsb menggunakan jenis motor universal. Motor universal adalah jenis motor listrik yang dapat disuplai dengan sumber listrik arus bolak-balik (AC) dan arus searah (DC). Jadi peralatan-peralatan listrik rumah tangga dan pertukangan tersebut yang biasanya kita suplai dengan sumber listrik AC dari PLN atau Genset sebesar 220 V sebenarnya dapat juga kita suplai dengan sumber listrik DC yang tentunya tegangan juga harus sama yakni 220 V.           Yang menjadi permasalahan bagaimana kalau peralatan listrik rumah tangga atau pertukangan tersebut, sebagai contoh misalkan blender yang ingin digunakan atau dioperasikan pada tempat yang tidak terdapat sumber listrik PLN ata

BT-BASIC command line

8.8       At the BT-BASIC command line type the command  msi  and the directory path, then press the “ENTER” key on the keyboard.  Example:                   msi ‘/hp3070/boards/aspect/main’ 8.9       At the BT-BASIC command line type the command  get ‘testplan’ and press the   ENTER” key on the keyboard.  You should now see the body of the testplan file displayed in the work space of the BT-BASIC window. 8.10     Some of the most frequently used BT-BASIC commands used are:

Autodesk SketchBook Pro 2021 Full Version

BAGAS31 – Sesuai dengan namanya, Autodesk SketchBook Pro 2021 Full Version ini merupakan software digital sketching atau drawing terbaik yang bisa kamu gunakan. Pada versi terbaru kali ini, ada beberapa penambahan fitur yang sangat efektif. Dengan fitur baru tersebut, diharapkan mampu meningkatkan proses sketching maupun drawing kamu. Autodesk SketchBook sendiri sudah bisa kamu dapatkan secara gratis melalui website resminya. Namun untuk kamu yang mau download versi Autodesk Sketchbook Pro, maka bisa langsung download melalui link yang sudah saya sediakan di bawah ini. Download Autodesk SketchBook Pro 2021 Full Version Screenshot: System Requirements: Windows 10 2.5 – 2.9 GHz of Intel or AMD CPU 4 GB of Memory 256 MB Graphics card with OpenGL 2.0 support We recommend that you use a pressure-sensitive tablet and pen for basic features Download: Autodesk SketchBook Pro 2021 Full Version [ FileUp ][ Uptobox ][ UsersDrive ] Jamu Only [ FileUp ][ Uptob

Testhead

4.3         Testhead The testhead is that portion of the tester that supports the PIN, ASRU and Controller cards.   The testhead is divided into two BANKS and each BANK is divided into two MODULES, see figure 2 below.  Bank 1 contains modules 0 and 1, bank 2 contains modules 2 and 3.  The test fixtures are placed on the banks of the tester and locked down for board testing.  The testhead cards interface to the test fixture through the spring loaded pogo pin “nails” at the top edge on each of these card types. 4.4       Support Bay The support bay is a stand-alone cabinet that houses the power supplies for the Unit Under Test.  This bay also houses the test station power distribution unit and test station controller on earlier models. 4.5       Emergency Shutdown Switch The emergency shutdown switch is the large red button located at the lower left corner on the front of the testhead.  It turns off all AC power to the testhead, and is equivalent to turning off the m

Kelebihan dan Kekurangan Saluran Listrik Jenis Saluran Udara dan Saluran Bawah Tanah

Berdasarkan pemasangannya,   saluran distribusi dibagi menjadi dua kategori, yaitu : saluran udara (overhead line) merupakan sistem penyaluran tenaga listrik melalui kawat penghantar yang ditompang pada tiang listrik. Sedangkan saluran bawah tanah (underground cable) merupakan sistem penyaluran tenaga listrik melalui kabel-kabel yang ditanamkan di dalam tanah. 1.    Saluran Bawah Tanah (Underground Lines) Saluran distribusi yang menyalurkan energi listrik melalui kabel yang ditanam didalam tanah. Kategori saluran distribusi seperti ini adalah yang favorite untuk pemasangan di dalam kota, karena berada didalam tanah, maka tidak mengganggu keindahan kota dan juga tidak mudah terjadi gangguan akibat kondisi cuaca atau kondisi alam. Namun juga memilik kekurangan, yaitu mahalnya biaya investasi dan sulitnya menentukan titik gangguan dan perbaikannya. Kedua cara penyaluran memiliki keuntungan dan kerugian masing-masing. Keuntungan yang dapat diperoleh dari suatu jaringan bawah tanah adalah