Cloud computing is one of the crucial technologies for companies looking to grow in 2021 and beyond. How a company leverages different elements of cloud infrastructure such as networking, collaboration, data storage, and the server is a big factor in the ability to scale. Cloud data hosting options cater to a wide spectrum of companies — from startups to scalable SMBs.
Early hosting options
For startups that are just trying to get a foot in the door, utilizing cloud hosting options accurately will free up time and resources to invest in other avenues. Here are some of the most popular cloud options in the start-up world.
Dropbox has been a leading cloud storage solution for over a decade. What started as a data storage and file sharing platform has since then evolved into a powerful, collaborative workflow thanks to Dropbox Business.
As an all-in-one content collaboration tool, Dropbox Business offers a plethora of new features. You can control document behavior and permissions at the granular level, smart sync cross-platform folders, and remote wipe files and operations securely. Dropbox lets users create and edit Google and Microsoft files and features popular integrations such as Slack, Trello, and Zoom.
Box is one of the most compelling alternatives to Dropbox. The core is what Box calls the Content Cloud. You can create, edit, collaborate, and sync files, leverage the dedicated e-signature service called Box Sign and automate workflows with Box Relay.
A big part of Box’s credibility relies on its security. The end-to-end protection in Box Shield manages document security and prevents data leaks. Apart from offering a secure, seamless cloud hosting service, Box offers 1000+ integrations and comes tailored to meet the demands of various teams of a company such as finance, marketing, sales, and HR.
DigitalOcean is a cloud computing platform suitable for startups to host their website, develop apps, and rollout automated services. DigitalOcean has been created to simplify backend services for startups that can’t afford dedicated admin channels.
By using configurable droplets, DigitalOcean offers ready-to-deploy SSD-based virtual machines (VM), custom image deployment, and managed services. As a cloud hosting solution geared towards startups, DigitalOcean offers competitive and customizable pricing.
Cloud hosting options stated above provide an ideal framework for startups to hit the ground running. But when companies look to scale further, they require bigger platforms, better services, and future-ready tools.
Microsoft SharePoint is the collaborative system for the internal grid of a company. As a content management tool, it simplifies content creation, streamlines flow and consumption of data, enhances cross-platform communication and teamwork.
SharePoint features Apps that bring additional functions to improve specific internal business operations. By combining on-premise SharePoint servers with SharePoint Online in Office 365, users can access hybrid storage that offers cloud functionalities in the local environment.
SharePoint smoothly brings different modules of a company together and it’s massively scalable. The Office 365 ecosystem helps get the best of SharePoint and startups looking to grow should leverage the limitless possibilities of SharePoint.
RackNap, the leading cloud service delivery and business automation platform, today announced that it has launched a new version – “Altair”. RackNap Altair is ‘designed to provide a simple, fresh and more intuitive user experience with multiple time-saving features’ for cloud service providers (CSPs) across the globe.
RackNap Altair also comes integrated with Microsoft Electronic Software Delivery (ESD). RackNap is a Microsoft preferred solution and with Microsoft ESD integration, it will empower Microsoft distributors to generate new opportunities and increase customer satisfaction by delivering a wide range of software electronically to the end customers, almost instantly.
RackNap Altair is a new-age automation platform for CSPs providing higher productivity, better usability, and stronger security to run the cloud services business. This will help both – Microsoft distributors, Direct CSPs and customers immensely. With ESD, the customers can easily place their order via an intuitive marketplace, powered by RackNap. Once they receive the product key(s) electronically via Microsoft, they can see, safely store and renew the products online from their customer portal.
Commenting on the new release, Sabarinathan Sampath, Senior Vice President, RackNap, said, “Cloud Service Providers need to constantly adapt themselves with constantly changing cloud industry landscape and RackNap Altair has been created to enable CSPs stay updated with new trends. It empowers the CSPs to do more in less time with smart features improving their efficiency and the profitability. Combined with new Microsoft ESD integration, it will help distributors to manage their business more efficiently with automation and maximize their opportunities with innovative offerings via product bundling.”
Sampath further added, “RackNap is also now tightly integrated with Plesk and Acronis which helps service providers to increase their revenue with a wider portfolio along with enhanced abilities to bundle services. More services are lined up for integration during the year.”
In the past, businesses and institutions could purchase and maintain their computer services and resources. The IT department would be responsible for buying, maintaining, and managing the company’s computers, storage, and networks, which required a lot of space. The systems would also get outdated progressively while better ones emerged at lower prices. As on-premises infrastructure continued to become unsustainable, cloud computing was born.
Read on to learn more about cloud computing and how it works.
What is Cloud Computing?
Cloud computing refers to accessing computing resources like servers, databases, storage, intelligence, networking, and analytics over the internet. Cloud computing comes in three key forms: public, private, and hybrid. Public cloud computing refers to web-based computing services that companies like Google and Amazon provide, while private cloud services are accessed using a secure internet connection. Hybrid cloud computing combines public and private cloud computing to give you the best of both worlds and offers more tailored IT solutions.
A distinctive characteristic of cloud computing is that it is provided and managed by someone else. Therefore, you are not responsible for computer resources such as licenses and software upgrades. You can only access cloud computing services on a subscription basis where you pay for the services whenever you need them, just like you would other utilities. The pay-as-you-go method eliminates the need for acquiring your own computer resources, especially when you have unpredictable needs.
Types of Cloud Computing
Cloud computing services come in three main types, Infrastructure as a Service, Platform as a Service, and Software as a Service. While they all have their unique differences based on what they offer, the three service models can also interact and form one comprehensive cloud computing model.
Infrastructure as a Service (IaaS)
IaaS is the most common cloud computing model. It offers the fundamental cloud computing infrastructure, including storage drives, servers, processing, networks, and operating systems. Businesses can, therefore, scale their services as they deem fit, depending on their needs. It also makes it unnecessary to have hardware in the office. IaaS is available in private, public, or hybrid infrastructure and is ideal for small businesses that need to find cost-effective solutions.
Platform as a Service (PaaS)
Unlike IaaS, PaaS offers both fundamental hardware as well as a software framework. However, it supports the fast and seamless development of applications so that companies can run them on their own. It is ideal for companies where developers work on multiple projects at once and is also scalable. For example, you can develop an eCommerce platform that runs entirely on the provider’s servers.
Software as a Service (SaaS)
Here, the consumer uses web applications that already run on the provider’s cloud. You can access the applications through a browser or program interface. However, the consumer does not control the underlying infrastructure or applications except for specific application settings. SaaS is ideal for applications that require a lot of mobile or web access and is great for CRM. A great example of SaaS is Google Documents.
Benefits of Cloud Computing
Cloud computing has revolutionized the way businesses operate and has become one of the most significant assets for digital transformations. Below are the benefits that cloud computing offers.
Cost Efficiency. With cloud computing, businesses don’t have to incur the costs of purchasing and maintaining computer resources. Users pay for cloud services on an on-demand basis, which allows them to only pay for the services they need.
Cloud computing enables businesses to scale up or down depending on workload, choose cloud features and options that suit their needs. Organizations can select the amount of control in terms of cloud service models.
Security and Backup. Cloud service providers strive to provide the best security possible to protect their client’s data in the cloud. The cloud also acts as a disaster recovery tool as it offers a means to backup and recovers data remotely from any device. In case of disasters or security breaches, you can easily access and recover your data in the cloud.
Competitive Edge. Cloud boosts productivity as organizations and businesses get to focus on other critical business activities instead of managing computer resources. It also promotes collaboration and sharing of ideas and offers access to the latest updates without maintenance costs.
Despite the numerous benefits of cloud computing, it has its drawbacks. The overreliance on service providers can lead to inconveniences in case of outages or withdrawal of some services. Cloud computing services also require a stable internet connection which can be limiting for areas with limited broadband.
Coding and Cloud Computing for Kids
Cloud computing is an asset for developers, as they can create a coding environment or migrate existing code to the cloud easily. Microsoft Azure and Amazon Web Services support both deployment and product management, making it ideal for developers. Kids interested in cloud computing need to learn to code to enjoy the benefits that cloud computing offers developers. Fortunately, numerous resources exist for kids to learn to code and gain the necessary cloud coding skills. If your child is interested in cloud computing, consider enrolling them in coding lessons as part of their childhood education to prepare for their future careers.
The financial impact of global cybercrime is expected to reach a horrendous amount of USD 6 trillion in 2021 and can increase to USD 10.5 trillion annually by the year 2025. (1)
Terrifying, isn’t it?
Cybercrime is turning out to be a pressing issue for businesses worldwide.
The advanced businesses that deal with a lot of data are at the top of the vulnerability risks. From malicious viruses, malware, denial of services’ attacks, ransomware attacks to the latest Solorigate attack – the one that took place on the SolarWinds software and affected a lot of related organizations, the cybersecurity threat landscape is constantly evolving.
The attacks are becoming more sophisticated and are well-funded. This means the attackers are capable to use advanced technologies to break into the strongest of the security systems. All they need is a weak door.
As cybersecurity evolves, it is important for you as organizations or individual users to be aware of the latest cybersecurity trends.
Let’s look at the top 10 cybersecurity trends to watch out for in 2021.
Top 10 cybersecurity trends
1. Cloud, 5G, IoT threats are witnessing an increase
The rise in technologies like Cloud computing, the Internet of Things (IoT), 5G, Artificial Intelligence, etc. is no doubt helping the world become more interconnected. However, the primary downside to this growth is the increased vulnerability to cyber-attacks.
Cloud has emerged as an ally for businesses worldwide by allowing them to shift their operations beyond the physical boundaries of their premises. While global businesses were already adopting cloud at an increasing rate, the pandemic has acted as a catalyst for the same. However, rapid cloud migration is set to trigger a host of new security challenges and threats in 2021.
Organizations will need to amp up their cloud’s security measures and continuously monitor and update applications to safeguard against any data leaks. Cloud services from Microsoft, Google, and Amazon are though equipped with security measures from their end, the end responsibility lies with the users.
Major cloud security threats include access to cloud storage, data breaches and leaks, data loss, and insecure APIs.
According to Trustwave Global Security Report 2020(2), the volume of attacks on cloud-based services more than doubled in 2019 and accounted for nearly 20% of all investigated incidents.
2. Zero trust networks are finding increased acceptance
With increasing threats from both within and outside an organization, traditional security architecture models tend to be inadequate.
According to Gartner, the zero-trust architecture model can be defined as a digital identity-based perimeter with four primary capabilities – identity-based schema, continuous trust evaluation, resource secure access, and adaptive access control.
It helps organizations establish a solid network security architecture with dynamic authorization, comprehensive identity, management automation, and risk measurement.
You might relate a Zero trust architecture (ZTA) to a Virtual Private Network (VPN); however, it is different from that. ZTA is much more secure when it comes to defining policies and controlling remote access to specific applications.
In ZTA, organizations can identify a ‘protect surface’ – which is made up of their most critical and valuable data, assets, applications, and services. They may be unique to every organization. It is identified within an organization i.e., the organization is well aware of how traffic is flowing within the protect surface, ensuring secure access to it.
According to Gartner, 80% of new digital business applications will be accessed through ZTNA (Zero Trust Network Access) by 2020, and 60% of enterprises will move from remote-access VPNs to ZTNA by 2023.
3. Work from home (WFH) threats are rising
The pandemic has completely changed how work is done and more importantly from where it is done. With a large number of organizations switching to a flexible or remote working model, security experts predict a rise in cyberattacks targeted at the weak and unidentified home networks.
Take a look at this image below that covers the top WFH cybersecurity concerns of organizations. This is an extract from the “Enduring from home: COVID-19’s impact on business security” report by Malwarebytes (3). 45% of the respondents consider devices at home to be unsafe and at a greater risk of being compromised.
Threat actors are prepared to take advantage of current working situations and exploit those who are the most susceptible.
As work changes, organizations too will need to update their security policies. They must come up with solutions to protect their remote workers from cyber threats.
Remember, even the most secure system can fail if your employees are not aware of the security threats and their role in keeping the company’s information safe and secure.
Hence, organizations must invest in cybersecurity training as well, especially for those who are working from home. After all, all it takes is one wrong click to compromise your company’s entire network.
4. Patch management software will see good growth
Unpatched vulnerabilities are the most common points of entry exploited by the cyber threat actors during a cyber-attack. Patch management primarily involves fixing any vulnerabilities on software or application that might be exploited by cyber-criminals.
With increasing cyberattack incidents based on exposed vulnerabilities and unpatched systems, patch management is an important cybersecurity trend to look forward to, this year.
A good patch management program will help you regularly and timely identify unpatched software and take remedial actions to close the security gaps as soon as possible.
5. Supply chain attacks have become more sophisticated
The recent attack on the SolarWinds Orion platform brought global attention to the need for businesses to make cybersecurity a top priority in 2021.
A single attack on a third-party vendor compromised the data of multiple government and private organizations associated with the victim. This is probably the major reason why supply chain attacks are increasing at an alarming rate.
One point of failure can open multiple attack pathways. Attackers look for the weakest link in your supply chain network. They may be companies with fewer security measures. Below is the visual representation of rising supply chain attacks revealed in a report by the Identity Theft Resource Center (ITRC).
6. Ransomware is still the #1 cyber attack
News stories covering ransomware attacks have been hitting the headlines for many years. The trend does not seem to be ending this year as well.
Cybersecurity experts still consider ransomware as one of the most prominent types of cyberattack that is a serious concern for organizations worldwide. The issue will not be magically resolved. It requires organizations to take effective steps to improve their security status.
Ransomware attacks are highly targeted. As the ransom is demanded in bitcoins, it becomes difficult to track the real culprits. Moreover, there is no guarantee that the hacker will share the decryption key once he gets the ransom. Their objective is only to extract money out from you. Don’t expect them to give great customer service. ?
So, the best way here is to take all precautionary measures and train your employees on how to not fall prey to ransomware attacks.
7. Having Security Service Centers will soon become the norm
Security service centers (SOC) refers to a facility that includes an information security team that continuously monitors and analyses an organization’s security posture. It may be a third-party or a centralized function within an organization.
You can think of it as a central security hub that keeps track across an organization’s entire IT infrastructure – devices, networks, appliances, etc.
They keep a stock of all available resources with a clear view of how information, data, and assets flow within and outside the company’s network.
Continuous network monitoring helps the SOC team to be aware of even slight anomalies. It is a viable option for small and medium-sized organizations that cannot afford to hire a full-time internal security team. Large enterprises normally have their own internal SOC.
According to the Marketsandmarkets report, the SOC service market is expected to grow to $1.6 billion by 2025 from $471 million in 2020.
8. Secure Access Service Edge (SASE) framework is being adopted
Research firm Gartner defines SASE as a security framework designed to enable secure and faster cloud adoption. It ensures that both users and devices have secure cloud access to applications, data, and services from anywhere and anytime.
With increasing cloud adoption, the traditional enterprise framework defined within a physical location is diminishing, giving way to a dynamic set of edge capabilities that can be delivered as a service from the cloud.
This new framework also makes organizations rethink their risk and security management policies. SASE tends to help organizations adopting this new framework by combining networking and network security into a single, cloud-delivered service to support their digital transformation goals and ensure workforce mobility.
9. Automotive hacking is on the rise
The automotive hacking concept would have sounded straight out of a sci-fi movie, a few years back, but not today. As cars and other vehicles become smart, thanks to technologies like Artificial Intelligence, Bluetooth, Wireless, IoT devices, etc. automotive hacking is set to become a top cybersecurity trend in 2021.
Car hacking can take place when a hacker exploits a weakness in an automobile’s communication systems, software, or even hardware components and gains unauthorized access to it. Modern cars contain several computerized equipment like a controlled area network (CAN), key fob entry, etc. that can be attacked in multiple ways.
Attackers can also use it to control an automated vehicle – engage the breaks, steer it, or change gears. Vehicle manufacturers have started researching more on automotive cyberattacks and what measures can be taken to curb them.
Automotive related cyber-incidents doubled in 2019 as compared to the previous year (a 605% increase from 2016). (4)
10. Insider threats are now more pronounced
Human errors remain to be one of the most common threats to an enterprise’s cybersecurity status.
This becomes more critical today as companies shift their workforce to a remote working model. As employees work from home or use their own devices to log into company accounts, they are at constant risk of being targeted by bad actors.
Weak passwords, unauthorized access, unsecured networks, etc. are the top concerns organizations should work upon to improve the system security of their remote employees.
Insider threats constitute those employees who either are careless or have no idea that how their actions can compromise their company’s security or the ones who have legitimate user access to the company’s data and wilfully extract it and exchange it with third-party users.
According to Forrester, insider data breaches are poised to increase by 8% in 2021 and account for 33% of all cybersecurity incidents.
Preparing and securing against cyberattacks have now become strategically important for organizations. Cyber-attacks can ruin your company’s position in the market and make it difficult for the customers to trust you again.
While you cannot rule out their presence entirely, you can take steps to protect your company’s data. And you might start by being aware of what’s trending in the cybersecurity space.
Do you have anything to add to our cybersecurity trends’ list? Do let us know in the comments section below.
When surfing in the water, you move from wave to wave. When surfing the Internet, you jump from web page to web page via clickable hyperlinks or move within a web app. In 1989, Tim Berners-Lee’s concept for a network based on servers, links, and browsers – the WorldWideWeb (www.) – was convincing.
The Internet was conceived by several people, but the World Wide Web was conceived by only one man. A holistic system that revolutionized Internet use and provided a space for global exchange!
Sir Tim made history with his core question: How can we optimize and properly network the untapped potential of computers connected to each other via the Internet? Despite some setbacks, he eventually succeeded in creating the 3 most significant technologies of the Web: HTML, URL and HTTP.
After the first website was made available to everyone, the WorldWideWeb and its spread were unstoppable! Since then, the power of this development has determined and controlled every process, even in the private lives of individuals, and has changed our entire way of thinking.
The background to this great story and even deeper insights will be told by Sir Tim Berners-Lee himself at CloudFest 2021 – an exclusive interview with the man of the Internet revolution should definitely be entered in everyone’s diary!
CloudFest 2021 will take place between March 23-25, 2021. The three-day virtual event will cover everything that is trending in Cloud. Get ready to explore content built around three unique themes for the three days – The Intelligent Cloud, Web Pros in The Cloud, and The Secure Cloud.
The event is the annual get-together of the leading cloud professionals and experts. This year, the event will take place virtually due to the COVID-19 restrictions. However, it promises much more content and networking opportunities this year. Many other highlight speakers will ensure a content marathon at this year’s CloudFest! For more information visit: https://www.cloudfest.com/
“CloudTalk Online Matchmaking Summit” – Eurasia’s most comprehensive and widely attended online cloud computing event will bring together household names in the cloud sector across the region for the 2nd consecutive year between 26-27 May 2021.
Talking about the event, CloudTalk CEO Burkay Yapağcıoğlu said that he wants to exploit the full potential of online events in 2021, amidst the continuation of the pandemic and accompanying health hazards and social distancing norms. He stated that the previous version of the event i.e., CloudTalk Online 2020 saw the coming together of 2000+ technology professionals from 20 countries giving them the opportunity to engage with 60+ international cloud experts in five halls.
“We had an extraordinary digital conference and fair experience for our participants in 2020”, said Yapağcıoğlu, before adding that their CloudTalk Online 2021 goals are more ambitious, and the event can see the coming together of more than 3,000 participants this year.
Get an opportunity to meet tech mammoths with a never-seen-before fair Experience
1,200+ one-on-one meetings, over 124,000 interactions, 570 hall meetings, 3,700 message deliveries, an average of 300 viewers per session, and 5,000+ profile viewing were among some of the key achievements of last year’s event.
Tech giants like Alibaba Cloud, Cloudflare, Acronis, Mailchannels, Reseller Club, and Synacor interacted with participants in the virtual foyer area during the previous year’s version of the event, thus making it one of the best networking event in Eurasia. It linked individual experts and participants within their respective fields and to the job opportunities they were in search for.
Now the 2021 event aims at bringing together more than 100 tech enterprises and over 3,000 IT professionals in the virtual foyer. It will give participants an opportunity to link with a greater number of prospects in the cloud computing sector.
Digital Infrastructure to help you reap maximum benefit from the event
CloudTalk Online Matchmaking Summit is designed to facilitate professional time management by allowing meeting plans with thousands of participants from over 20 countries spread across Eurasia before and during the conference. It also offers conference video calls in the form of roundtables in the networking lounges, enabling participants to engage in meaningful conversation with people with similar interest through the chat feature. The open-participants interface allows everyone to see one another and enjoy an interactive experience.
The notification and reminder features in the interface guarantees that all participants can reap maximum benefits from the event by simplifying presentations in the five different halls sorted according to their interests.
Broad participation to open the door to new opportunities in the business world
Apart from the presence of global tech giants like IBM, Amazon, Microsoft, and Alibaba Cloud, the participant profiles of the 2020 event consisted of IT specialists, C-level IT managers, system and network administrators, data center specialists, security managers, software developers, cloud architects, product managers, independent consultants, sales and business development representatives, and end-users.
Hurry! Register for CloudTalk Online 2021 today
CloudTalk Online 2021 is open for registration now. Burkay Yapağcıoğlu stated that the process of forwarding meeting requests and creating personal agendas to match different participants with one another will start three days before the event. All registered participants and partners can continue communicating on the platform for 2 additional days after the event.
He further stated that they are extremely pleased with the interest this year, though the registrations have just started.
To register for this one-of-a-kind event, visit the website today.
Singapore-headquartered Bridge Data Centres (Bridge), a leading hyperscale and wholesale and carrier-neutral data centre provider in APAC, announced that it will be building a third data centre in Malaysia, that will have the IT capacity to deliver 16 megawatts (MW).
The state-of-the-art facility, dubbed MY03, is located at Bukit Jalil region of Kuala Lumpur and is scheduled for service readiness in Q2 2022.
Mr Lim Dz Shing, President of Bridge said, “We are delighted to have embarked on this expansion journey in Malaysia, which is witnessing an accelerated demand for quality and scalable data centre providers due to digital transformation and cloud adoption across the country. The new data centre will combine with the two existing nearby facilities and form a hyperscale data centre cluster, to provide our clients with a highly scalable and reliable solution in a cost-effective manner.”
Bridge’s two current data centres located in Cyberjaya area can support a total IT capacity of 20MW. It is built to serve customers in various industry sectors, including technology companies, financial institutions, government, and large CSPs (cloud services providers).
“We are extremely proud of Bridge Data Centres’ commitment and their continuous support in Malaysia as it will help propel Malaysia’s progression to becoming a regional data centre hub and reinforcing the nation’s position as the Heart of Digital ASEAN. While more businesses in Malaysia have started to understand the value of data and the benefits it brings to the local economy, especially in terms of job creations and upskilling of the local workforces, MDEC will continue to inspire digitally-skilled Malaysians and digitally-powered businesses on their data transformation journey,” said MDEC’s Chief Executive Officer Pn. Surina Shukri.
The bridge is a subsidiary of Chindata Group, which was listed on the Nasdaq in September 2020.
Japanese datacenters are reshaping the country’s economy. Want to know how?
W.Media is hosting a one-of-a-kind webinar on 20th January, Wednesday, 10:30-12 PM (GMT+9) dedicated to Japan’s data centre industry, with top-level speakers including:
Tsutosomu Yoneyama, PTS Consulting Japan
Rui Takei, BICSI
Dominik Steiner, 650; VPC Asia KK
Takuya Yusa, NTT Facilities
Paul Dwyer, Equinix
Wong Ka Vin, DC1st
Registrations for this event are open on the official site. Alternatively, you can register using this link.
The datacenter market of Japan is making a huge impact on the country’s national economic landscape.
This new growth is attributed to the accelerated digital technologies adoption across industries and an increased amount of speculation from many foreign companies across private and public sectors.
A vast majority of this development can be seen in the Tokyo metropolitan area, followed by Osaka.
The Japanese government has also inked a deal to migrate all big and small HR systems to the cloud by the year 2025. It is a sign of cross-country embrace of cloud technologies and seems to gradually transform the country.
Though the data center market in Japan is experiencing huge and increased investment, there is a pressing need to ensure that these investments are sustainable. For this, the country data centers are looking forward to renewable and energy-efficient data center power and cooling solutions.
On the other hand, the increasing need for remote work and the growth of IoT is driving the cloud services market to an incredible 15% CAGR. But if companies need to capitalize on this explosion of data, it is integral to scrutinize where this data is being held – the datacenters.
JOIN W.Media at this upcoming webinar as they focus on the Japanese data center market: its business prospects, technological breakthroughs, and future trends.
Tune in on 20th January to meet world-class speakers, hear market analysis, and get your questions answered.
Tune In to Hear
– [Keynote]: Hyperscale Deployment: How Japan is meeting the Surge in Demand
– [Keynote]: Navigating Local Regulations
– [Panel Discussion]: Japan’s Datacenter Outlooks: What makes Japan such a lucrative market?
– [Keynote]: How to Grow and Sustain the Engineering Talent Pool
Interested in Speaking at or Sponsoring this event? Please reach out to W.Media at firstname.lastname@example.org for more information.
As the world spends more time working from home, consistency in shipping and labeling is crucial for the safety and well-being of those handling the packages as well as the recipients. No matter what product you are sending out, packaging and labeling matter.
Technology here plays an integral role in making this possible.
Smart technologies like Cloud computing, Internet of Things (IoT), automation, etc. are simplifying how labeling is done.
The technological integration in smart labeling provides customers ready access to detailed product information with a simple touch of a button. Companies, on the other hand, can benefit from traceable information of the product, enabling them to monitor it from manufacturing to the shelf.
When it comes to the pharmaceutical industry, the advancements in biologics and speciality drugs require thermal-sensitive packing. This further promotes the use of smart labels consisting of temperature control functions.
The following article talks about the technological impact on packaging and labeling, what is chemical labeling, and some do’s and don’ts of chemical labeling.
Technological impact on the labeling sector
With advancements in RFID (radio-frequency identification labels) and barcode labeling, the labeling process and inventory management are benefitting a lot.
From reduced costs of inventory management to automated labeling, smart technology is redefining packaging and labeling.
If we talk in the context of chemical labelng, technology like automation and IoT implementations, can help manufacturers restructure the labeling process and eliminate redundancies in the available data sources. It can further help them save time and costs while adhering to labeling compliance policies.
Conventional or traditional labeling processes are not only complicated but difficult to use and expensive.
Today, several pharma products require certification information, toxicity specifications for chemicals, Kosher, or Halal practices.
Modern chemical labeling processes require modern software-as-a-service (SaaS) solutions that offer scalability and agility to the business. It must also align with the changing business needs. Such solutions can help manufacturers to reduce the hours consumed in managing product labeling by increasing accuracy, capturing process efficiencies, and reducing waste.
More than ever, businesses are now embracing cloud-based labeling applications.
The growing demand is driven by a host of benefits offered by the cloud – simplified maintenance and support, mobility, reduced team involvement, and streamlined global deployment.
Here, businesses should eye enterprise labeling solutions that are purpose-built for cloud-based deployments to ensure increased print performance and flexibility.
Similar to the cloud, IoT and automation too, have a profound impact on the labeling sector.
IoT, for example, can connect devices and share information with the users. Consumers can now, with a simple click of a button, check the freshness of the food items stored in their refrigerators.
IoT-enabled smart labels can simplify the tracking of products even at a remote location and at an affordable price.
In chemical labeling too, smart labels can benefit both the consumer and the handlers or distributors of the package. Consumers can check for details like expiration date of the package with a simple bar code scan. Smart labels can also increase the level of security in the packaging of a particular drug kit.
What’s important about getting Chemical Labeling right?
A properly completed and applied chemical label will let you know:
What is in the package?
a signal word, such as “flammable” or “danger”
a hazard statement, such as the greatest risk
precautionary statements that include what to do to get it off your skin or what to do if the product becomes airborne
the supplier information
If you get a bottle of liquor as a Christmas gift and the bottle breaks, you will just be losing your present, but the delivery driver may be facing a highly flammable substance that can put his life in danger. Proper chemical labeling may seem excessive as long as nothing spills, but if something goes wrong, protections should be easily visible.
What should you do when Labeling to ship?
If you’re transmitting anything that could be hazardous in the event of damage or exposure to heat or pressure, take care to make room in the marketing imagery on the packaging to create appropriate space for safety. If you need to leave one side of the container blank for a hazard label, do so.
Be vigilant about safe packaging from the container out. Yes, your internal packaging will need any required OSHA labels. Additionally, the exterior packaging box or bag will need to include the same safety labels and hazard warnings. Finally, the exterior container will require the same data. Whether your products are going to a business or a private home, it only takes one uninformed person to incorrectly open a container and put themselves at terrible risk.
Also, consider any need for tamper-resistant markings and tags as well as tipping notifications to reduce the risk of a dangerous vapor event. If you work with chemicals that become hazardous when exposed to air, your facility is likely set up to reduce risks to your employees and region. Reduce this hazard risk with a tamper-resistant opening and detailed instructions.
What should you not do when creating your Packaging Designs?
Carefully study the rules and regulations to transmit your products via road, air or train. Be aware that there are many flammables and potentially explosive products that can’t be shipped by train or plane.
If you’re sending out large containers of a chemical that will be incorporated into other products, consider including a warning on your label about potential transportation risks. While the chemistry of the next step in their process may negate the risks of an air or train transport, the inclusion of this text could trigger a review of shipping requirements and could avert a disaster.
We can all hope that skilled professionals are going to be the ones unloading and opening our products at the end of the shipment, but hazards abound when transporting materials. Your product may become a critical danger before the product even gets to the final destination, so label appropriately for anyone handling the items.
“If you spend more on coffee than on IT security, you’ll be hacked. What’s more, you deserve to be hacked.” – Richard A. Clarke, American Advisor.
Cybersecurity is a key enterprise-wide concern for organizations. Whether you’re a small organization with 2-100 employees or a corporate giant with more than 10,000 employees, if you’re dealing with data, you’re always at the risk of a cyber-attack.
Look at some of the astounding cyber-security statistics1:
Data breaches exposed 4.1 billion records in the first half of the year 2019.
Security breaches have increased by 11% since 2018.
The average time to identify a breach was 206 days in 2019.
The average cost of a data breach is $3.92 million as of 2019.
Coupled with digital transformation and increasing cloud migration, the cyber-risk of companies has increased. As businesses and individuals expose themselves to digital ecosystems, they need to equally pay attention to control their risk of falling prey to a cyber-attack.
And, amidst the coronavirus pandemic, these cyber crimes have increased by 600%. There has also been an increase in phishing emails and coronavirus scams.
As cyber-criminals become more sophisticated and organized, it is important to up the IT security measures of your organization too. A range of vulnerabilities like malware, viruses, ransomware, social engineering attacks, etc. requires businesses to look for holistic cyber protection solutions that can protect data not only from the known vulnerabilities but even from the unknown.
Whether you’re an MSP looking to protect your end customers from cyberattacks or an IT security officer looking forward to finding the best cyber protection solutions for your company, the following blog is for you.
We have prepared a list of top cyber protection solutions for businesses and compared them to help you pick the right solution.
Download spreadsheet to see all features in detail.
Top Cyber Protection solutions for enterprises
Note: For the purpose of doing a balanced comparison, we have chosen enterprise plans for medium to large-sized businesses of all these vendors.
Acronis Cyber Protect is a complete cybersecurity and endpoint security management solution that integrates backup, next-gen anti-malware, disaster recovery, and cyber protection solutions tools into one single package. The solution primarily helps MSPs (Managed Service Providers) make security an inherent part of their product portfolio. This can help them proactively prevent cyberattacks, ensure fast recoveries, reduce downtime, and automate the configuration of end customers’ data protection to counter increasing cyber threats. It offers a single agent and a single console. While the former helps in increasing performance and avoiding agent conflicts, the latter enables seamless employee onboarding and maintenance.
Features and capabilities:
Antimalware and antivirus: The antimalware and antivirus capabilities ensure endpoint security of user devices. On-demand scanning, behavioural analysis, AI-based pre-execution analysis, dynamic detection rules, and other embedded features provide all-around security to the end-customers.
Fail-safe patching: The fail-safe patching feature allows the safe installation of security patches. Before any security patch is downloaded and installed, the solution takes an image backup of the existing system. Thus, in case of a bad patch, users can roll-back to a previous working state.
Smart Alerts: The global network of Acronis Cyber Protection Operation Centers (CPOC) helps users get real-time alerts on malware, natural disasters, vulnerabilities, and other global-scale events that are a security threat.
Backup and Recovery: The forensic backup and safe recovery can help manage compliances and accelerate internal investigations through capabilities like memory dumps, disk-level backups, etc.
CyberFit protection status: With CyberFit analysis, users can quickly assess the security and protection status of their devices. Other productivity boosters of IT professionals include data protection mapping to discover important files that are not yet protected, and the ability to connect to a remote computer, directly from a management console.
VPN capability: Amidst the coronavirus pandemic, the security of the remote workers’ devices is a top concern for the IT security teams. The Acronis Cyber Protect can also take care of the security of remote work devices using tools like VPN and data wiping from remote devices.
Avast for business is an all-in-one cybersecurity solution for modern workplaces. The cyber protection solution designed for small to large businesses offers maximum protection against cyberattacks. All-in-one cybersecurity represents a combination of next-gen endpoint protection and a cloud-based network security solution that provides all-round security to today’s digital systems running on the cloud. It includes multiple layers of security to block cyberthreats from all possible endpoints. Get 10 % off Avast Business Endpoint Protection products.
Features & capabilities:
Endpoint Protection: Avast Business Next-Gen AV uses a multi-layered detection of threats approach with the help of artificial intelligence. It helps the system to quickly identify new and emerging cyberthreats.
Cloud Backup: The cloud backup layer in the all-in-one security solution uses cloud-based backup and recovery to ensure that organization’s data is safe for improved business continuity and data security.
Integration: All the point products and cyber protection solutions are tactfully consolidated into one platform to allow easy management and protection of devices, data, and more.
Application Protection: The inclusion of Avast Business Patch Management allows companies to manage, maintain, and update Windows and other third-party applications from a single platform. It simplifies patching across multiple applications.
Web Protection: The cloud-delivered network security solutions helps fight against the threats coming from web and SSL vulnerabilities.
Bitdefender GravityZone Elite is designed to protect businesses from a huge spectrum of sophisticated cyber threats. It is an integrated endpoint protection and risk management software. It adds multiple layers of defence in an organization’s network with more than 30 machine-learning driven security technologies. It acts as a single agent and single-console platform for protecting physical, virtual, mobile, and even cloud-based endpoints as well as email.
Features and capabilities
Attack forensics and visualization: Attack forensics and visualization feature gives administrators more visibility into their organizations’ threat landscape. This in turn helps in identifying a broader context of attacks on endpoints.
Endpoint hardening and risk management: The endpoint hardening feature helps businesses strengthen their security posture with the help of the integrated device, application controlling, encryption, patching, and other technologies.
HyperDetect machine learning models: The HyperDetect is built on machine learning models and contains stealth attack detection technology. It acts as an additional layer of security by detecting advanced attacks.
Network attack defence: This relatively new feature is designed to detect and prevent attacks which make use of network vulnerabilities. It helps in the detection of a wide array of cyberattacks.
Sandbox analyzer: The sandbox analyser provides pre-execution and detection of advanced attacks. It automatically sends files that are suspicious to cloud sandbox and takes remedial action based on the verdict.
F-Secure Protection Service For Business is a cloud-native endpoint protection solution that is designed to protect businesses from cyber threats like ransomware and data breaches. It provides a central management system for simplified management of computers and mobile devices from a single console. The F-Secure PSB portal helps users to monitor their connected devices and track the security status. It can protect computers (Windows, Mac), mobile devices (Android), and servers (Windows, Linux).
Users can create and apply custom settings to all or selected devices to match the company’s overall security policies.
Features and capabilities:
All-around security: The F-Secure PSB offers all-around cyber protection solutions to a company’s endpoints – from the computer and mobile devices to email and server endpoints.
Password Manager: The smart business security solution from F-Secure can also take care of users’ passwords. It offers a password manager feature for Windows and Mac computers as well as Android devices.
DeepGuard: This feature is based on heuristic, behaviour, and reputation analysis using sophisticated technology and can provide a significant layer of security to the user devices.
Software Updater: Keeping the operating system updated to its latest security patch is crucial to avoid vulnerabilities and risks. The software updater feature reduces the exposure to vulnerabilities by keeping the OS and third-party applications up to date.
Device Control: This feature is available for computer protection only. It can prevent threats from accessing user systems via hardware devices such as CD-ROM drives, USB sticks, and web cameras. It also helps in preventing data leakage by allowing read-only access.
Kaspersky’s Integrated Endpoint Security solution is an industry-acclaimed cybersecurity solution with EDR (Endpoint Detection and Response). It is designed for enterprise customers, empowering them to defend their networks and information effectively.
The endpoint security solution is an integration of three components – Endpoint Protection Platform (EPP), a Sandbox, and the EDR. Together, these components can help reduce the risk of falling prey to targeted attacks, maximize the number of incidents processed, harden systems and prevent employees from exposing themselves to an attack – making it one of the strongest cyber protection solutions. System hardening and automating routine tasks such as patch and vulnerability management can reduce the risk of human errors.
Features and capabilities:
Kaspersky EDR Optimum: The component allows full visibility and the ability to apply root-cause analysis to gain a complete understanding of the status of corporate defences against cyber-attacks.
Kaspersky Sandbox: The new Kaspersky Sandbox component is designed to automatically protect devices against advanced-level threats. It is based on the threat of emulation technology.
Endpoint Security for Business: This helps in providing flexible security for mixed environments to deliver automated defences against threats and system hardening.
Kaspersky Health Check Service: One of the key features is Kaspersky’s Health Check Service. Once the user installs the solution, the feature can verify correct deployment and optimal configuration for the system.
Security Awareness: Employees need to be made aware of the security risks of the organization and how they can save themselves from falling prey to such attacks. Kaspersky Security Awareness uses the latest learning techniques in a series of computer-based training sessions to reduce the risk of human error.
McAfee Endpoint Security is a complete cyber protection solution for businesses that is purpose-built for proactive threat management with proven security tools and features. From preventing attacks to hunting malicious activities, McAfee Endpoint Security solution easily fits into the cybersecurity needs of the digital enterprises. It is equipped with McAfee MVISION Insights capabilities that can ensure system security backed with automation, reporting, and easy management.
Features and capabilities:
MVISION Insights: With MVISION Insights capabilities, businesses are given alerts and notifications on potential threats. It also helps in security assessment and defining the security posture of a company.
Advanced Threat Defences: The solution is built on advanced threat defences like Dynamic Application Containment (DAC), Real Protect, and more.
Intelligent Endpoint Protection: With multiple connected endpoint defence technologies, McAfee Endpoint Security can share observations in real-time. This helps in better coordination of defences and intelligent protection against targeted attacks.
Adaptive Scanning: The solution bypasses the scanning of known and trusted processes and prioritizes suspicious applications. The adaptive behavioral scanning can monitor, target, and escalate any suspicious activity.
Story Graph: With Story Graph feature, administrators can have a bird’s view of infections – where they are and length of the exposure.
Microsoft Defender (previously, Windows Defender) for Endpoint offers a complete endpoint security solution to help organizations secure their remote workforce. It delivers proactive protection, post-breach detection, automated investigation, and response against cyberthreats targeting the endpoints – where data lives. With Microsoft Defender ATP, businesses can cover additional devices without requiring any additional license, followed by preventive and reactive support to security teams. It is one of the most popular cyber protection solutions out there.
The holistic solution includes risk-based vulnerability management as well as assessment, behavioural based next-generation protection, attack surface reduction, automatic investigation and remediation, endpoint detection and response (EDR), managed hunting services, etc. along with rich APIs and unified security management.
Features and capabilities:
Real-time threat and vulnerability management: It helps in discovering vulnerabilities and misconfigurations in real-time for quick remediation. This bridges the gap between security and IT teams and improves the overall security posture.
Automation: The solution can seamlessly go from alert to remediation with the help of automation. It can automatically investigate alerts and remediate them within minutes.
Behavioural monitoring: With behavioural monitoring, enterprise IT security teams can detect and respond to advanced threats, as well as prevent spot attacks and zero-day exploits.
Reduce attack surface: It helps reduce attack surface by minimizing the points where an organization can be vulnerable to cyberthreats.
Block sophisticated malware and threats: The in-built next-generation protection defends against various polymorphic and metamorphic malware and file and file-based threats.
Sophos Intercept X Endpoint is the most comprehensive endpoint protection that is available for devices running Windows 7 and above, 32 or 64-bit and Mac OS. It can provide complete protection against the widest range of cyber threats including malware, exploits, ransomware, and viruses. The Intercept Advanced combines the features of Intercept X and Central Endpoint, while Intercept X Advanced with EDR also includes the intelligent endpoint detection and response (EDR). All these solutions can be managed by one unified console i.e. Sophos Central.
Features and capabilities:
Anti-ransomware: Sophos Intercept X Endpoint provides advanced protection that can monitor and secure the whole attack chain using deep learning techniques and CryptoGuard which can rollback any unauthorized encryption of files within seconds.
Endpoint Detection and Response: Sophos Intercept X Advanced with EDR combines the capabilities of powerful endpoint protection with EDR for securing IT security as well as identifying new and emerging cyber threats. It can detect and investigate any suspicious activity via AI-driven analysis.
Deep Learning Technology: The integration of deep learning into the Intercept X Endpoint provides a predictive approach to protection against several known and novel vulnerabilities.
Exploit Prevention: This feature protects against exploit-based, fileless, and malware-less attacks. The security solution can stop zero-day attacks by taking away the vulnerable endpoints and hackers’ favourite attack points.
Active Adversary Mitigations: The Intercept X makes use of a range of techniques including code cave utilization detection, credential theft prevention, and APC protection.
Managed Threat Response: Sophos Managed Threat Response (MTR) is integrated into Intercept X Advanced with EDR and MTR to provide 24/7 threat detection, hunting, and response capabilities as a fully managed service.
Symantec Endpoint Security is a comprehensive and integrated endpoint security platform. It works as a single agent to protect an organization’s traditional and mobile endpoints. It uses artificial intelligence to optimize the security framework and provide maximum protection against threats emerging at device, application, and network level. The unified cloud-based management system further simplifies protection, detection, and response mechanisms against advanced threats. It comes in two major versions – Endpoint Security Complete and Endpoint Security Enterprise.
Features and capabilities:
Proactive endpoint defence: This feature is built on pre-attack surface reduction capabilities that continuously scans for vulnerabilities and misconfigurations across various endpoints and applications.
Attack prevention: It provides a multilayer attack prevention capability that can immediately and effectively protect against fileless and file-based attacks. It further helps in malware prevention, exploits’ prevention, intensive protection, and network connection security.
Breach prevention: With breach prevention, the solution aims to contain attackers as early as possible, probably at the endpoint only, before they can breach the network. This is possible through various AI-driven deception and intrusion prevention technologies.
Post-breach response and remediation: With the combined capabilities of EDR (endpoint detection and response) and SOC (security operations centre), it helps to quickly close out endpoints and minimize attack impacts. Advanced threat hunting, behaviour forensics, and integrated response help in post-breach response and remediation.
Trend Micro Apex OneTM endpoint security solution offers advanced automated threat detection and response against a variety of cyber threats, including ransomware and fileless attacks. It is a blend of advanced threat detection tools and techniques that are delivered through a single-agent architecture. Automated threat detection and response helps in closing any security gaps across different endpoints and user activities. Its integration into endpoint detection and response (EDR) gives centralized visibility and control to the users. Its protection points include physical endpoints, Microsoft Windows PCs and servers, Mac Computers, and Point of Sale (POS) and ATM endpoints.
Features and capabilities:
Automated detection and response: It provides automated threat detection and response for faster recovery. Services like Trend Micro Endpoint Sensor and Managed detection and response (MDR) are available as add-ons to provide investigation capabilities across endpoint, email, and server.
Malware and ransomware protection: With its advanced cybersecurity techniques, it can protect the endpoints against malicious scripts, malware, and ransomware.
Connected threat defence: The Trend Micro Apex One cybersecurity solution can easily integrate with other security products with the help of Trend Micro’s global cloud threat intelligence.
Both SaaS and on-premise delivery: It gives users the flexibility to choose between on-premise or SaaS (Software-as-a-Service) deployment modes.
Virtual patching: This feature is built on Trend Micro’s Vulnerability Protection technique. It can virtually patch vulnerabilities to protect the device even before the patch is available or deployable.
The Webroot business endpoint protection is designed to stop sophisticated cyberattacks, including contextual threat intelligence, industry-leading efficacy and next-generation protection.
The cloud-based console streamlines management and helps in faster-deployment and scans, PSA, RMM, and BI integrations.
With lower TCO and flexible billing, organizations can save time and increase efficiency.
Features and capabilities:
Secure and distributed cloud architecture: The solution is built on multiple secure global data centers to support the end-users globally with full-service redundancy and resilience.
Multi-shield protection: It uses protection shields like real-time, core system, behaviour, Identity, Web Threat, Phishing, and offline shields to safeguard against zero-day attacks.
Offline protection: It not only supports the user devices and systems when they are online but also stops attacks when the device is offline by using separate file execution policies for USB, local disk, DVD, and CD drives.
Malware detection, prevention, and protection: It provides complete protection against viruses, trojans, malware, phishing, spyware, ransomware, cryptojacking, browser-based attacks, credential-stealing attacks, and other types of endpoint threats.
To help you compare the features of cyber protection solutions discussed in this article, we have also prepared a quick comparison table.
Top Cyber Protection solutions – A quick comparison table
Disclaimer: This article aims to provide information about the specific Cyber protection solutions of different vendors for general informational purpose only. Vendors may change their product or service pricing and features from time to time. It’s therefore advised in the interest of the website visitor that before taking a decision or making a purchase, updated information should be verified from the respective vendor’s site. This information has been sourced from the vendor websites and relevant resources available in the public domain as on October 2020. Though we make best endeavours to ensure that the information is accurate and up to date, we do not guarantee its 100% accuracy or timeliness.