Security & Configuration — CRYPTVICE | Customized Open Source Cybersecurity Tools

Cyber statistics

Data breaches can compromise sensitive information, potentially exposing users to identity theft, undermining corporate reputations, and resulting in liabilities for compliance violations.

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Average cost of a malware attack

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Average cost of a data breach

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Est. losses for the healthcare industry

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Supply chain attacks are up 74%

Common Cyber Security threats

Cyber Security Threats include various risks that can harm digital systems, networks, and data.

These threats come in different forms, like malware, phishing, ransomware, and other harmful cyber attacks. Malware includes viruses and spyware that break into systems to steal private information.

Phishing is when fake emails or websites trick users into giving away personal information. Ransomware locks your data and asks for money to unlock it.

To combat these risks, it’s essential to have reliable hardware and software, frequent updates, training on usage, and data encryption.

Common Cyber attacks

Malware

Malware, or malicious software, is a general term for harmful programs like viruses that are created to disrupt, damage, or gain unauthorized access to sensitive information on computers, mobile devices, or IoT devices.

Approximately 71% of organizations reported experiencing some form of malware activity that unfortunately spread from one employee to another within the workplace. Additionally, around 51% of organizations faced a ransomware attack, which resulted in a significant partial disruption of their business operations, causing unforeseen challenges. Furthermore, over 3000 malware-infected websites were detected on a weekly basis between January and March of the year 2020, illustrating the alarming rise in cybersecurity threats during that period.

Spyware

Malicious software that secretly monitors a device and sends information to a third party can steal personal details, like passwords or online habits, leading to identity theft and fraud.

This is a well-known attack method that aims at a specific user and tracks their online activity. The cyber criminal gains access to information from malicious software, such as what appears on the infected device, online habits, or credentials that can be used to cause emotional, psychological, and financial harm to the user and their contacts.

Ransomware

Ransomware is a type of malicious software that blocks users from accessing their devices or important files until a ransom is paid.

Ransom attacks put individuals and organizations at risk, as they can spread through a network without detection, threatening user activities and partnerships. They are particularly dangerous because they use encryption methods that are difficult to break, making recovery challenging. Once data is compromised, it will only be returned to its rightful owner if the ransom is paid. Cyber criminals often ask for ransom in cryptocurrency to keep their identities secret.

Phishing

Phishing is a type of cyber attack that aims to steal users’ information, like login details and credit card numbers, by using fake emails and websites.

Did you know that an alarming 96% of all phishing attacks originate from email communications? In 2020, research revealed that 1 in 22 users fell victim to a phishing email, highlighting the widespread nature of this threat. The situation escalated dramatically during the COVID-19 pandemic, with phishing attacks surging by an astonishing 667% in just a single month. Furthermore, it’s particularly concerning that 32.5% of emails contained the word “PAYMENT” prominently in the subject line, indicating that malicious actors are strategically targeting financial information. Even more troubling, 1 in every 8 employees admitted to sharing sensitive information on phishing sites, which raises serious questions about organizational security measures. Ultimately, it’s worth noting that a significant 22% of all data breaches that occurred in 2020 were attributed to phishing attacks, making this a critical issue for individuals and institutions alike.

DNS tunneling

DNS tunneling is a hard-to-find attack that sends DNS requests to a hacker’s server, creating a hidden way to control systems and steal data. Hackers use DNS tunneling to send data through firewalls for their malicious activities.

DNS tunneling is a serious type of DNS attack. Most organizations use firewalls to protect their internal networks from threats on the Internet. By creating a “bypass tunnel,” cyber-criminals can access and control the organization’s internal network and individual devices.

Man-in-the-middle attack

A man-in-the-middle attack occurs when a cyber-criminal secretly joins a conversation between two parties, allowing them to steal information or impersonate someone involved, making it seem like a normal exchange.

Man-in-the-middle (MitM) attacks come in two types: one requires being close to the target, and the other uses harmful software, or malware. An attacker connects to an unsecured Wi-Fi router, often found in public places with free Wi-Fi, and sometimes in people’s homes. A successful man-in-the-middle attack doesn’t just intercept data; the attacker must also decrypt it to read and use it.

What should I do if I suspect a cyber security threat?

If you suspect a cyber security threat, report it to our IT department and change any compromised passwords.

Common vulnerabilities and cause for concern

Hardware

Hardware vulnerabilities are flaws in a computer system that can be exploited to gain access, either remotely or physically. Any way a chip with executable code can be added to a computer is a hardware vulnerability. When a user installs software, moves files, or connects flash drives, they face potential hardware vulnerabilities. Protecting physical access by securing slots, cabinets, and cases that contain computer equipment helps guard against these vulnerabilities. Another type of hardware vulnerability occurs when there is an unexpected flaw that allows cyber attackers to take control of a system by gaining higher privileges or running code. These vulnerabilities are usually targeted rather than exploited through random hacking attempts and often affect high-value systems and organizations.

Software

Not fixing vulnerabilities can put an organization’s IT systems at risk. Remote code execution, or RCE, is a type of vulnerability that lets cyber attackers run harmful code on weak workstations from afar. Attackers can exploit software weaknesses to carry out actions. RCE is the most common vulnerability found in software today and can lead to further attacks. When trying to access a system without permission, an intruder typically starts by scanning the target, gathers any “exposed” data, and then takes advantage of security flaws or vulnerabilities. Therefore, vulnerabilities and exposures are crucial points to consider when protecting a system from unauthorized access.

Operating System

Operating systems are facing more security risks as global connectivity increases and more vulnerabilities and incidents are reported. These security issues often lead to data or identity theft. Many operating systems prioritize other features over user protection, allowing the installation of unsafe software with admin permissions that can compromise personal information.

Network

A network vulnerability is a flaw in software, hardware, or processes that can be exploited by attackers, leading to security breaches. Data breaches and cyber attacks often begin when a hacker takes advantage of a weakness in an organization’s network. This poor security allows attackers to gain remote access, alter data, or completely take control of the network.

Telecommunications

The telecommunications industry creates and manages the complex networks used for voice and data communication. Telecom companies handle vast amounts of sensitive information from users and organizations, making them prime targets for cyber threats. Due to its interconnectedness, the threats faced by the telecom industry can be grouped into two related categories:

Threats aimed directly at telecom companies (such as DDoS attacks, targeted intrusions, exploiting network device vulnerabilities, and human-related issues like insider threats, social engineering, and unauthorized access to data).
Threats directed at telecom service users, especially those using mobile and internet services.

Data transfer

Transferring data through insecure devices, apps, or technologies poses significant risks for users or organizations, as it can lead to sensitive information being shared with unauthorized people or give cybercriminals unwanted access to important computers, potentially allowing them to enter a company’s network.

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Secure portable router 4G E750V2 VPN Encrypted

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How we secure your device?

Hardware encryption

CRYPTVICE uses an extra encryption method involving a physical encryption key (Private Key) to improve security and compatibility for our encrypted mobile devices. Each user’s encryption device is set up uniquely to reduce the chances of cyberattacks.

Software encryption

CRYPTVICE’s encrypted devices use different encryption protocols for the apps installed on them.

Silent Circle’s Silent Phone

uses the ZRTP protocol for secure voice calls, messaging, and video chats. This protocol ensures that even if data is intercepted, past communications remain secure. Silent Circle also incorporates the Double Ratchet Algorithm in its messaging, ensuring safety even on unsecured networks with features like self-destructing messages.

Learn more about Silent

Threema

combines strong encryption protocols for secure communication. It uses asymmetric cryptography with Elliptic Curve Cryptography (ECC) for end-to-end encryption between users. An extra layer of encryption is applied when messages travel between the app and Threema’s servers. Threema also employs Perfect Forward Secrecy (PFS) and recently added the Ibex protocol to boost its end-to-end encryption.

Learn more about Threema

Signal messaging app

uses the Signal Protocol for secure communication. This open-source protocol combines various cryptographic methods like the Double Ratchet algorithm, prekeys, and an Extended Triple Diffie-Hellman (X3DH) handshake. It utilizes Curve25519, AES-256, and HMAC-SHA256 as its main cryptographic components.

Learn more about Signal

The software supports HDD encryption and is end-to-end encrypted, using a user-derived password with PBKDF2 for key generation, along with extra user-defined security features.

Secured hardware

Tensor is a physical encryption key used alongside components developed by Google. Their secure device hardware has been tested for a long time to ensure it is tough to break into and keeps users safe.

Secured software

A secure operating system designed for user safety. It uses over-the-air patches and prevents the installation of unsafe apps and third-party communication. Its drivers are built to ensure secure communication between hardware components without vulnerabilities.

Secured operating system

GrapheneOS is a mobile operating system that prioritizes privacy and security while being compatible with Android apps. It is developed as a non-profit open source project, focusing on improving privacy and security features, including better sandboxing, protection against exploits, and a more refined permission model. Founded in 2014, it was previously called CopperheadOS.

Encryption protocol

CRYPTVICE using only high standard verified communication applications with high encryption standards, in order to enhance data security and keep users information completely protected.

Secured network and communication

All network connections that CRYPTVICE devices use for installation and connection are secured by double VPNs. We check the hardware and network layers multiple times a week for security issues and reinstall them regularly to ensure our devices are secure.

We can customize and manage (MDM) our products for small businesses and corporations (hardware, software & operating system)