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What Made ARM Such a Hit?

In order to dive deeper into this problem, we must first ask ourselves what helped ARM solidify its place in the mobile world. Answer this question, and you’ll realize what Intel has to compete with in the first place.

First of all, ARM was always chiefly focused on making processors that require very little power to operate. The GHz/watt ratio of an ARM processor far surpasses anything you can buy from Intel for your desktop. Also, ARM’s business model is quite different from Intel’s. It makes no processors of its own, but designs them and retains the intellectual property rights for each one it makes. Companies like Qualcomm have purchased rights to use ARM’s intellectual property and later manufactured processors like the Snapdragon series. When people talk about processors having ARM architecture, they’re saying that these CPUs literally are derivatives of ARM’s designs.

Right now, ARM has it easy. Smartphone users aren’t doing things that require the immense amount of power that a desktop needs to draw. Many of the apps are simply scaled-down minimalistic versions of their PC counterparts. However, the market is quickly evolving to outgrow the need for simple applications.

Where Intel Might Find Its Place

There’s a new demand appearing on the horizon for more intelligent high-performance processors that operate with a 64-bit register. Intel has been known to deliver exactly this sort of thing. Because of its experience in high-performance computing, coupled with recent pushes the company has made to drive down the amount of power consumption in their newer chips, Intel may have a chance to compete with ARM on this battlefield.

Until now, ARM has been designing 32-bit processors that performed just fine on mid-range and high-end devices. That’s going to be old news at some point, though. It will either need to step up its game or be left behind in favor of Intel’s new 14 nm Airmont-architecture processors. Compare that to ARM’s architecture, whose smallest transistors measure 28 nm.

If you’re confused about these numbers, let me explain them: Each transistor in a CPU helps it perform tasks and process data. A transistor is measured in nanometers, and the less one measures, the more of them you can pack into a CPU. In a given space, Intel will be able to pack twice as many transistors into its CPUs than ARM, meaning that it will be able to deliver twice the processing power and performance in a processor of the same size.

Will ARM Be Phased Out By Intel?

Not necessarily. Even if Intel produces the miracle processor of the millenium, ARM will still have a place in the market for low- to mid-range devices. Also, the company is already making significant strides in getting a 64-bit processor out there. Its first one, the Cortex A53, isn’t a chip to boast about, but it does put ARM on the map as far as 64-bit chips are concerned. The processing power delivered by the A53 is more comparable with the Cortex A9 than any of its later and better-performing chips, so you’ll only feel a performance boost when using applications that require a 64-bit architecture.

This all translates to the fact that ARM might lose its grip to Intel, but it won’t be obliterated. Its focus on delivering low-cost computing will be a saving grace in the long run.

What Do You Think?

Miguel Leiva-Gomez

Miguel has been a business growth and technology expert for more than a decade and has written software for even longer. From his little castle in Romania, he presents cold and analytical perspectives to things that affect the tech world.

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Google Play Vs. Amazon Vs. Itunes Store: How The Content Stores Stack Up

With the upcoming launch of the Nexus Q, which lets you stream Google Play content to your TV or stereo, Google will compete more directly with Amazon and Apple in a media-store melee where price is taking a backseat to how and where consumers can play what they buy.

Apple Has the Most Content

I found, first of all, that Apple continues to have the biggest catalog of music and video offerings–more than 28 million songs and 45,000 for-purchase movies as of April, and more than 85,000 TV episodes as of last October.

Amazon’s MP3 store hosts more than 20 million songs, and an empty search of its Instant Video store indicates that it has more than 52,000 movies. It’s difficult to gauge the number of TV episodes available there; the search shows more than 9000 TV titles, but titles may encompass entire seasons in some instances.

Google is far less specific about the size of its catalog, but it clearly trails the other two. Publicly, Google says only that it has “millions” of songs and “thousands” of movies and TV shows.

Varying Pricing Models

Prices for current releases were the same at all three services: You can rent movies in standard definition for $3.99 each or in high definition for $4.99 each, or you can purchase them for $14.99 (standard def) or $19.99 (high def). In the music markets, current albums go for $10.99 apiece and singles for $1.29 apiece.

Nevertheless, I found considerable variation in the pricing of older movies, TV shows, and music. Google Play, for example, offers a free song every day (presumably to attract you to the store).

Playback Options Differ Amazon Service Available on More Devices

To play videos from Apple’s iTunes store, you need an iOS device–an iPhone, an iPod Touch, an iPad, an Apple TV, or a computer running iTunes. Apple also sells a $39 dock-to-HDMI connector that, in theory, lets you watch iTunes video on a big screen without having to invest in an Apple TV. But user reviews are decidedly mixed on how well it works.

High-Definition Options

Options for high definition (HD) versus standard definition (SD) video vary, based both on device support and licensing considerations. Apple offers all videos in both SD and HD–if such versions are available from the content provider–because the iPad and current iPhones and Apple TV support both.

The Kindle Fire and most Android devices don’t support HD video; however, on the Kindle you can still rent or purchase videos in high def when such versions are available, in case you want to switch to a device that supports HD playback.

Finally, the services have different rules on how many devices you can use to watch media streams or to download content.

In Detail: Amazon Instant Video and Prime Instant Video

Amazon’s focus on selling content as opposed to hardware is obvious in the way it runs its media store. Customers can watch Amazon Instant Video on dozens of supported devices, some of which–including the Kindle Fire, computers, and the XBox 360–let you choose between streaming rental videos and downloading them for offline viewing.

Customers who pay $79 for Amazon’s Prime service, which offers free two-day shipping for all purchases, also get free Prime Instant Video access to streamed versions of some 13,000 movies and TV shows. Again, this service doesn’t work with all Amazon Instant Video-compatible devices–for example, TiVo DVRs don’t support Prime Instant Video.

Amazon does maintain your purchases in a so-called digital locker, however; as a result, if you run out of space and have to delete a downloaded video on, say, a tablet or a DVR, you’ll likely be able to download it again. Amazon says that it can’t guarantee that the content will be available indefinitely, owing to license restrictions “or other reasons.”

Also, you may have to initiate your download online: Though I can buy and download content on my TiVo by going through a registration process and getting a five-digit PIN to punch in whenever I want to approve a purchase, I must go to a Web browser to download items I’ve purchased online, or to retrieve deleted content from my digital locker.

After downloading content to two devices for viewing offline, you must deactivate a license if you later want to download the content to a third device. Freeing up a license can be complicated–the process varies from device to device–and it may involve removing all licensed content, so read the online instructions carefully.

The Kindle Fire doesn’t support HD video, but it gives you the option of purchasing HD content in case you plan to access it later on a high-def screen. In my tests, the Prime Instant Video SD stream for Sabrina ran fairly smoothly, though not without occasional freezing and crashing.

Amazon makes its video content accessible in two formats: H.264/AAC within a .mp4 container, and VC-1/WMV9 within a .wmv container. AAC video is best for Macs, while .wmv is optimized for Windows Media Player.

Amazon handles music differently from video. When you buy music, you can either download it or have it stored online on your Amazon Cloud Drive, so you can stream it from devices with the Amazon Cloud Player. Amazon lets you upload your existing music collection to the Cloud Drive, to a maximum of 5GB of storage–and tunes purchased on Amazon don’t count against that limit.

You can access music on the Cloud Drive from no more than eight registered devices–and Web browsers count toward that total. In fact, if you clear your cache and discard the cookie Amazon gives you, the Cloud Player will count that sam browser as a new one the next time you use it. It’s possible to unregister devices in your account settings, but you must call customer service to get rid of duplicate versions of a browser that count toward the device limit.

Apple iTunes Store: Biggest, But Not Best?

Apple pioneered the online media store when it launched iTunes, and the breadth of its content offerings is unmatched. But the features in the current version–iTunes 10–are starting to look a bit dated.

Otherwise, Apple–the only one of the three stores reviewed here that requires you to install desktop software–treats purchased music and videos fairly consistently. You can store iTunes content online using iCloud and sync it to as many as ten authorized devices, including five computers. De-authorizing a device from within iTunes on a computer is easy.

The New Kid: Google Play

The new kid on the media store block, Google Play doesn’t yet have the volume of content (especially HD movies and TV) or ubiquity of device support enjoyed by its competitors.

Music that you buy from Google Play automatically goes to your online Google Play library, and you can stream it to any Android device or browser. You can also upload up to 20,000 songs from other sources to the library via Google’s free Music Manager software, which makes the service great for streaming your tunes anywhere. But you can stream music to only one device at a time.

You can also opt to download purchased tunes to up to ten authorized computers or Android devices for offline playback. If you run up against the ten-device limit, you can de-authorize a device and then add a new one–but you can’t do this for more than four devices per year.

Download limits are less generous for movies and TV shows: You can download them to only five devices, and you must delete the download on one device if you wish to view it on a sixth screen.

Stack Data Structure In Javascript

In this article, we are going to discuss the stack data structure in JavaScript.

A stack is an Abstract Data Type (ADT), commonly used in most programming languages. It is named stack as it behaves like a real-world stack, for example – a deck of cards or a pile of plates, etc.

A stack allows operations at one end only. This feature makes it LIFO data structure. LIFO stands for Last-in-first-out. Here, the element which is placed (inserted or added) last, is accessed first. In stack terminology, insertion operation is called PUSH operation and removal operation is called POP operation.

The following diagram shows the operations on the stack −

Example 1

The following example demonstrates the Stack Data Structure and its various operations (push(), pop(), peek(), isEmpty(), isFull()) in JavaScript.

class Stack { constructor() { this.stkArr = []; } add(element) { return this.stkArr.push(element); } remove() { return “The Popped element is : ” + this.stkArr.pop(); } } peek() { return ( “The Peek element of the stack is : ” + this.stkArr[this.stkArr.length – 1] ); } isEmpty() { return this.stkArr.length == 0; } size() { return “The size of the stack is : ” + this.stkArr.length; }

display() { if (this.stkArr.length !== 0) { } else { } } clear() { this.stkArr = []; } } let stack = new Stack(); stack.add(1); stack.add(2); stack.add(3); stack.add(4); document.write(stack.display()); stack.clear(); stack.display();

Example 2

In this example, we create a stack and add the elements to it using the push() operation; and display the stack before and after clearing the stack.

class Stack { constructor() { this.stkArr = []; } add(element) { return this.stkArr.push(element); } remove() { return “The Popped element is : ” + this.stkArr.pop(); } } peek() { return ( “The Peek element of the stack is : ” + this.stkArr[this.stkArr.length – 1] ); } isEmpty() { return this.stkArr.length == 0; } size() { return “The size of the stack is : ” + this.stkArr.length; } display() { if (this.stkArr.length !== 0) { } else { } } clear() { this.stkArr = []; } } let stack = new Stack(); stack.add(1); stack.add(2); stack.add(3); stack.add(4); document.write(stack.display()); document.write(stack.peek()); document.write(stack.size());

Example 3

Following is the complete Javascript class to represent a Stack −

class Stack { constructor(maxSize) { if (isNaN(maxSize)) { maxSize = 10; } this.maxSize = maxSize; this.container = []; } display() { console.log(this.container); } isEmpty() { return this.container.length === 0; } isFull() { } push(element) { if (this.isFull()) { console.log("Stack Overflow!") return; } this.container.push(element) } pop() { if (this.isEmpty()) { console.log("Stack Underflow!") return; } this.container.pop() } peek() { if (isEmpty()) { console.log("Stack Underflow!"); return; } return this.container[this.container.length - 1]; } clear() { this.container = []; } } const person = new Stack(10); person.push(10); person.push(44); person.push(55); person.display();

What To Expect From Intel’s Developer Forum

Intel is expected to highlight new chips for laptops and tablets at the Intel Developer Forum, Sept. 13 to 15 in San Francisco. Intel will also share further details about Ultrabooks, a new class of thin and light laptops, for which Microsoft will show its upcoming Windows 8 OS.

But as the decades-long Wintel monopoly in the PC market crumbles under tablet pressure, Intel will try to stake a position in the mobile market by drumming up support for Linux-based OSes such as MeeGo and Google’s Android, analysts said.

The strength of the once-prosperous Wintel alliance could be tested as the chip maker and Microsoft adapt to a market shift from PCs to mobile devices such as tablets, analysts said this week.

PC shipments have slowed down over the last few quarters amid growing interest in tablets. With that writing on the wall, Intel and Microsoft are cutting cords on their PC-era relationship to move with the market, analysts said. Microsoft has added support for ARM architecture with Windows 8, while Intel has expanded its commitment to Linux by developing its own MeeGo OS and porting Android to work with its tablet chips.

Ironically, IDF’s dates also clash with Microsoft’s BUILD conference, from Sept. 13-16 in Anaheim, California. Some analysts said that Intel and Microsoft would not usually compete for developer attention, but the collision of major conferences is a sign of the changing times.

Stress on the Relationship?

The Wintel alliance made the PC great, but Microsoft and Intel seem to be headed in different directions to catch up with rivals in new markets such as tablets, said Nathan Brookwood, principal analyst at Insight 64.

“There’s still a lot of common interest in terms of the PC. However, Microsoft’s move to support ARM-based systems clearly puts some stress on that relationship,” Brookwood said. ARM processors are found on most smartphones and tablets today, and are considered more power-efficient than Intel’s Atom chips.

Intel may use IDF to prove that its Atom chips can outperform ARM when running Android on tablets, said Jack Gold, principal analyst at J. Gold Associates. Intel may show new Android tablets based on upcoming Atom chips to prove its point, Gold said.

Intel is also trying to build a developer base as it takes steps to fit into the emerging mobile markets, Gold said. Intel has virtually no presence in the tablet and smartphone markets, and needs to develop a software ecosystem to supplement its hardware, Gold said. Intel will be holding technical sessions for Android and Windows developers at IDF.

“What we’re seeing is the Wintel monopoly falling apart as the market is moving another direction,” Gold said. “The market is pushing [Intel and Microsoft] in different directions, but that doesn’t mean they won’t work together.”

But the PC market isn’t dead yet and will grow over the coming years, said Dean McCarron, principal analyst at Mercury Research. The Wintel alliance will manifest in the form of ultrabooks, which over years could develop into a market that blurs the lines between tablets and laptops.

“You are seeing Intel take steps to fit into the newer as well as older markets,” McCarron said.

What Intel Will Be Showing

Intel will demonstrate Ultrabooks running Windows 8, which will include a revamped touch-based user interface, said Insight 64’s Brookwood. Tablets currently are ideal for content consumption, but Windows 8 Ultrabooks could ultimately be interchangeably used as PCs or tablets to consume or create content, Brookwood said.

An Intel spokesman said a three-phase rollout for Ultrabooks will be detailed at the show, but did not provide further information. Some Ultrabooks that have already been announced, such as Lenovo’s IdeaPad U300S, form the first wave, and are based on Sandy Bridge microprocessors. Intel has said that the second wave of ultrabooks will reach consumers early next year and be based on upcoming Ivy Bridge chips, which are faster and more power-efficient than Sandy Bridge processors. The Ivy Bridge Ultrabooks will get touchscreens that can swivel or slide out.

Intel at IDF may also share details on Haswell, the successor to Ivy Bridge, which will form the third wave of Ultrabooks, reaching consumers in 2013. Intel has said the graphics engine integrated in Haswell will deliver greater performance than any current mobile discrete card while consuming just 15 watts of power.

Intel is also expected to make announcements around integrated security offerings with McAfee, which is operating as a separate unit within Intel. Intel completed the $7.68 billion acquisition of McAfee earlier this year.

How Does Encryption Work?




A B C D E F G H I J K L M N O P Q R S T U V W X Y Z More alphabets and unbreakable encryption

The weaknesses of the Caesar substitution cipher can be slightly alleviated by using more than one shifted alphabet. The example below can be expanded to 26 shifted alphabets of which several are used at once, but not all of them.





Rather than doing a straight substitution this time we use addition, with a twist. Each letter of the alphabet is assigned a number, A is 0, B is 1, C is 2 and so on. I is the 9th letter of the alphabet, which means it has a value of 8. P (the letter below it on our one-time-cipher pad) 15. 8 + 15 = 25 which means X. The second letter of our message is S, which has the value 18. It just so happens that S is also the letter on our one-time pad (which isn’t an issue at all). 18 + 18 = 36. Now here is the twist, there is no 36th letter of the alphabet. So we perform what is called a modulus operation. What that basically means is that we divided the result by 26 (the number of letters in the alphabet) and use the remainder. 36 / 26 = 1 remainder 10. The letter with the value of 10 is K. If you continue doing this the final encrypted message is:

Computers are flexible, unlike mechanical boxes, computers can be programmed to perform lots of different operations on a message and the number and complexity of these operations can be altered relatively quickly.


Computers deal with binary numbers not just letters.

Exclusive OR (XOR) – This is a bit level logical operation that is applied to 2 input bits A and B. The Exclusive OR returns true or false (1 or 0) to the question, “A or B, but not, A and B”. You can think of it as, “one or the other but not both”. So, if A is 1 and B is 0 then that is one or the other, so the result is 1 (true). The same result applies to A is 0 and B is 1. But if A is 0 and B is 0 then the result is 0 (false), as both have the same value. False is also given for A is 1 and B is 1.

But the real magic of XOR is that it is reversible. If A XOR B = C then B XOR C = A, and A XOR C = B. This is very important for encryption as it means that data can be encrypted (where A is the data) using a key (B) to get the encrypted data (C). Later the encrypted data can be decrypted by XOR it with the key again to get the original data. The reason XOR is used in conjunction with complicated round functions and bit shifting operations is because on its own XOR can be broken using frequency analysis (because of the constantly repeating key).

Public key cryptography and wrap-up

Startup Tech Stack In 2023: 10+ Must

Starting a tech business is an exciting and challenging journey. One of the essential components to the success of a tech startup is the technology stack. The tech stack refers to the set of technologies, solutions, and tools that a startup uses to develop, deploy, and improve its digital products and services. In simpler words, you cannot build tech without using tech.

So, which tech stack to choose? Given the tens of different options in each technology category, this can be a quite overwhelming task for startups. You need to consider all your business processes and decide which tools will facilitate each one of them. For startups, it can be helpful to have a standard list of common tools that works as a guide to assembling their tech stack.

In this article, we discuss the top digital solutions or tools that are necessary for any tech startup business to have as they start their journey.

Pre-seed stage

Startups need these solutions as they start to build their solution and gain initial customers.

1. Application development platforms

A startup needs to build a tech solution which could be accessed via mobile, desktop, tablet or other devices.

Startup founding teams with limited technical experience can rely on no-code or low-code platforms to rapidly build Minimum Viable Products (MVPs) that they can test with their initial users. For example, Creatio provides a low-code platform for startups to rapidly build products powered by rules as well as machine learning models.

More technically adept teams can rely on code-based platforms to build their solutions.

2. Cloud computing

Startups’ solutions need to be hosted on an infrastructure. There are probably no startups built today without using some form of cloud infrastructure.

Cloud computing allows startups to store and access their digital data and applications over the internet without the need for maintaining servers. It significantly reduces infrastructure costs in the short term and provides on-demand scalability.

For instance, a mobile gaming startup would require cloud computing to manage the large amount of data generated by its users. Working with a cloud infrastructure service provider could enable the startup to scale the infrastructure based on the number of users, making it more significantly cost-effective. Currently, Amazon Web Services (AWS) , Microsoft Azure, and Google Cloud dominate the cloud market (Figure 1).

Figure 1. The cloud infrastructure landscape in 2023

These tools provide a comprehensive solution for managing tasks, projects, and team collaboration. For instance, with visual boards and cards, teams can organize and prioritize tasks, assign owners, and set deadlines. Cloud-based workflow management tools offer a centralized platform to manage tasks, projects, and workflows, as well as to automate processes and track progress. Together, productivity and workflow management tools help start-ups streamline their work processes, improve team productivity, and achieve their business goals more efficiently. Some of these tools include:

Google Workspace



5. Content management software (CMS)

Startups need to get the word out. The first place to start that is the startup’s website. A startup company needs content management software to manage its content effectively and efficiently. These tools:

Provide a centralized platform making it easy for teams to collaborate and work together on projects

Enable teams to create, organize, and share documents

Create and distribute marketing materials

Help startups optimize their content for search engines

Together, these tools provide a comprehensive content management solution that helps startups create, organize, and distribute content more efficiently, improving their marketing efforts and, ultimately, their business success. Some popular CMS vendors include:

Check out our data-driven list of Content Management Software (CMS).

6. Customer relationship management (CRM)

Customer Relationship Management (CRM) is a software solution that allows businesses to streamline customer-related business functions and improve the customer’s overall experience. As the CRM landscape grows (Figure 2), the solution has become a must-have for all businesses.

For example, a tech startup that sells a software tool for managing social media campaigns can benefit from a CRM solution in the following ways:

Simplified customer retention: Easily record all interactions with each customer, including emails, phone calls, and meetings, and set reminders for follow-up tasks.

Detailed analytics: With real-time analytics and reports, the team can track their progress and identify areas for improvement.

Some popular CRM solutions include:

Explore more CRM solutions.

Figure 2: Customer relationship management software market growth 7. Analytics and business intelligence

Almost no successful startup reached its goals without pivoting a few times. Pivoting based on insufficient data can derail a startup. Analytics is critical for startups to make data-driven decisions.

Analytics and business intelligence (BI) tools allow businesses to collect, analyze, and interpret data to make informed decisions. Startups can use such solutions to gain insights into their operations, identify trends, and implement continuous improvement in their processes.

A tech startup should consider the following while selecting a business analytics platform:

7.1. Features and capabilities

To make sure that the business analytics software satisfies their unique needs and requirements, the startup should assess the features and capabilities of the software. In addition to making sure the software can integrate with their current data sources and platforms, they should take into account features like data visualization, predictive analytics, and reporting.

7.2. Scalability and adaptability

A tech startup should select software based on how scalable and adaptable it is. Tech startups go through various changes till their business becomes stable. The software should be adaptable to the changing requirements of the business and be able to handle growing numbers of users and data.

7.3. Cost and value

Every responsible tech startup has a spending plan. The cost and value of the business analytics software should align with that plan and provide a positive return on their investment. They should consider the initial and ongoing costs of the software in addition to any potential benefits and return on investment.

7.4 Ease of use and implementation

Chances are not all your employees are tech-savvy programmers. Therefore, the analytics software should be simple to use, require minimal technical expertise, and be easy to implement. A user-friendly interface and clear documentation support are features that will help the startup quickly get up and running.

Some popular analytics and business intelligence tools include:

Seed / Series A stage

Growing companies will require additional solutions as they scale.

Once startups start to mature, efficiency becomes important and DevOps tooling can improve developer efficiency.

DevOps is a set of practices that combine software development (Dev) and IT operations (Ops). DevOps tools enable tech startups to streamline their development and deployment processes, reducing errors and downtime, and improving collaboration among teams.

While selecting the right DevOp tools, tech startups can consider the following factors:

Integration with existing tools and infrastructure

Scalability and flexibility to adapt to the startups changing needs

Ease of use and learning curve to ensure teams can adapt to them fast

You can also work with the following DevOps as a Service provides to simplify this process:




Explore more DevOps solutions.

9. Payment gateway integration

Most startups focus on serving retail users or SMEs. As a result, as they grow, they will be serving a high number of users and will need to provide simple payment options.

Payment gateway integration is a technology that allows businesses to accept online payments through different payment methods. For instance, it can be an essential tool for startups that work with overseas customers. 

Suppose a tech startup incorporates a payment gateway system into its mobile app for scheduling and managing appointments with local service providers. As a result, they can safely process online payments from their customers using different payment methods, such as credit/debit cards, bank transfers, and digital wallets. 

The startup can offer its customers a simple and secure payment experience thanks to the payment gateway system, which fosters greater customer loyalty and trust and streamlines the payment process, reducing the administrative burden of manually managed payments.

You can also use the following payment API solutions:

ShipStation API

Microsoft Payment Request API

Facebook Payments Webhooks API

You can also check our data-driven list of payment APIs to find the option that best suits your business.

10. Mobile app development platforms

Mobile apps offer a convenient and accessible way for customers to interact with startups’ products or services. They also enable a seamless and enjoyable customer experience by providing features such as easy navigation, quick access to information, and an intuitive design.

For instance, a tech startup that delivers customized meals to customers can incorporate an app development software into its tech stack. Due to this, it can quickly develop and roll out a mobile application that lets users order meals, specify their dietary needs, and monitor deliveries in real-time. 

The startup can reduce the amount of time and money it spends on front-end development thanks to the app development software, which also enhances customer satisfaction.

Some popular app development software include:

To compare the best app development software on the market, check out our data-driven list. 

11. Cybersecurity Solutions

Startups’ risk of cyber attacks rose 14% from 2023 to 2023. Tech startups need to be prepared before entering the highly vulnerable market (Figure 3).

Figure 3: Cyber threat index 2023 (Startup edition)

Cybersecurity solutions include tools that protect businesses from online threats such as cyberattacks, data breaches, and malware. Startups that prioritize cybersecurity can protect their sensitive data and start a trustable relationship with their customers.

Some popular cybersecurity tools include:

Our data-driven cybersecurity hub offers a vast range of lists comparing the best solutions and tools to help you make your business more secure.

Transparency statement

AIMultiple serves technology companies including Creatio featured in this article.

Further reading

If you need help finding a vendor or have any questions, feel free to contact us:

Shehmir Javaid

Shehmir Javaid is an industry analyst at AIMultiple. He has a background in logistics and supply chain management research and loves learning about innovative technology and sustainability. He completed his MSc in logistics and operations management from Cardiff University UK and Bachelor’s in international business administration From Cardiff Metropolitan University UK.





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