The number one thing you want to be looking for its ease of use, ease of deployment and speed of deployment.
Safety is another matter to look at. The larger the company, the more issues like access control lists, role-based authentication and role-based access to systems you should be concerned with.
Make sure you have some visibility into what’s really going on, how much capacity you’re using, what the performance looks like every day or weekly.
Look up infrastructure evidence. There are things you wouldn’t usually think about when the data moves offsite.
Search for a company proof in the stability of the technology.

This is a direct hit for small businesses. This form of service to organizations is a really good deal. Powerful advantages can also be seen in medium-sized companies with less than 1,000 workers and a traditional home backup solution but with most of their workforce remote. So, it’s been a great surprise to see the technology adopted for different purposes by a wide range of company sizes, but when you look at the cause of why you’re doing it, many of the root causes are very similar. It has to do with the difficulty of handling backups and places where backup managers or individuals are not generally trained or certified to do simple day-to-day activities.

Your backups are stored safely in our tier 3 data center in USA & UK Location.

If you are making any major changes in your data then you should take a backup every 3 days.

Yes, Cloud providers offer efficiency, scalability, measured service, and other cost efficiencies but often present potential security challenges associated with government data protection, access, and storage. While analyzing cloud computing in general and the various deployment models (public, private, hybrid, community) the overall economic cost and different security elements of cloud services must be fully understood. Consumer-based cloud services used by government employees present potential challenges because they do not have rigorous security checks.

Ransomware is a form of malicious software that infects a device and prevents access by users until it is paid a ransom to unlock it. Ransomware variants have been identified for many years, and sometimes by showing an on-screen warning attempt to extort money from victims. These warnings usually state that the user’s devices were locked or that the user’s files were encrypted. Users are told that connection will not be restored until a ransom is paid.

For all sensitive information using a data backup and recovery plan. Perform and check daily backups to mitigate the effect of data or system failure and to speed up recovery. Note that ransomware can also impact network-connected backups; sensitive backups are to be removed from the network for optimum security.
Keep up to date with the new updates to the operating system and applications. Most attacks target for vulnerable software and operating systems. Ensuring that these are patched with the latest updates greatly decreases the number of exploitable entry points that an attacker can reach.
Maintain up-to-date anti-virus software, and check any downloaded software from the internet before executing.
Restrict the right of users to install and run unauthorized software programs, and apply the “Least Privilege” principle to all systems and services. Limiting these rights can prevent malware from running or limit its capability to spread across the network.
Avoid enabling email attachments to macros. If a user opens the attachment and makes macros, the malware will be executed on the machine by embedded code. Do not follow free Web links in emails.

DDoS is a form of denial of service (DoS) attack in which a perpetrator maliciously tries to interrupt the usual traffic of a target network or server by flooding Internet traffic in the surrounding networks.
This usually involves co-opting and co-ordinating vast numbers of client computers with a Trojan virus to make requests to the same tool simultaneously.
DDoS attacks, which are common for hackers because of their simplicity, can also be affordable if not lucrative, leading to malicious actors or hacktivists turning to this type of cyber attack.
A DDoS attack typically maliciously floods an IP address with thousands of messages by using distributed servers and botnets. Victims of an attack cannot access systems or network resources to make legitimate requests because of unwanted traffic which drains the output of the network.

DDoS attack types vary from the ones that crash networks to the ones that flood services. Today’s three main types of DDoS attacks are volume-based attacks that focus on network bandwidth, server-focused protocol attacks, and web-focused application attacks. Some of the DDoS tools include SYN Flood, HTTP Flood, UDP Flood, Smurf Attack, Fraggle Attack, Shrew Attack, Ping of Death, Slowloris, Application Layer Attacks, NTP Amplification.