Since its establishment in 2018, secuxtech has specialized in the research and development of blockchain security products, with SecuX STREAM as its flagship product.
SecuX devices feature the Infineon SLE solid flash CC EAL 5+ Secure Element chip to safely store your PIN and Private Key and authorize transactions without ever leaving the device itself. They support multiple coins and tokens.
Secure Cold Storage Secuxtech
Cold storage protects digital assets such as cryptocurrency from being exposed to online access, significantly decreasing hacking risks while providing enhanced protection for your assets.
Hardware Wallets
Cold storage wallets such as hardware wallets and paper wallets use physical devices to generate private keys, providing additional protection from unauthorised access and providing an alternative backup plan should your wallet become lost or stolen.
Forget Your PIN or Misplace
Cold storage offers many advantages, yet can present its own set of challenges. If you forget your PIN or misplace the physical device containing your cold wallets, recovering assets could become increasingly difficult – highlighting why multiple copies of private keys must be stored securely offsite. Furthermore, computer security must also be addressed as any potential malware threats could threaten them as well as protect any cold wallets stored therein.
Aes 256 Encryption
Military-grade AES 256 encryption layer is nearly unbreakable to hackers even using advanced quantum computers, as it requires 2256 combinations (an astronomical number greater than the total atom count in our universe) in order to crack it, providing your data against unauthorized users and protecting it against leakage.
Symmetric Cryptography Algorithm
AES is a symmetric cryptography algorithm, meaning it uses the same key for both encryption and decryption purposes. This makes AES highly resistant to brute force attacks; should any attacker attempt to decipher your data they could spend billions of years trying to do so!
Added Protection Both
AES provides your data with added protection both at rest and in transit–helping to meet compliance standards while building customer trust. Both Cove Data Protection and Take Control use AES256 encryption technology to provide your MSP business with future-proof protection in an ever-evolving threat landscape.
Passphrase Protection
Passphrases can be used to protect an account or digital resource in much the same way that passwords do, however passphrases tend to be longer and more resistant to brute force attacks than their password counterparts.
Combined with Strong Password
Passphrases combined with strong password managers and Multi-Factor Authentication can provide an effective means of protecting a crypto wallet from hacking attacks. Furthermore, using unique passphrases per account helps prevent cyber attackers from breaking in using one stolen password/passphrase to gain entry to multiple accounts simultaneously.
Brute Force Attacks
Many cyberattacks involve guessing a user’s password or passphrase by running an algorithm through all possible combinations, otherwise known as brute force attacks, which accounts for over 80% of data breaches today. Passphrases tend to be more resilient to brute force attacks because they contain uppercase letters, numbers, punctuation marks and punctuation in them. Furthermore, well-crafted passphrases cannot be found anywhere within any dictionary, making it extremely hard for crackers.
Anti-Brute Force Attack
A brute force attack is an iterative hacking technique that employs trial-and-error to probe all possible combinations of passwords, login details, or encryption keys. Malicious actors typically employ automated software tools to conduct these tests; customized attacks may even be designed specifically to meet particular objectives.
Target Passwords, Pins, Links, Directories
Brute force attacks can target passwords, PINs, links, directories and usernames; as part of larger attacks against networks and systems – such as malware distribution and spamming; redirecting website visitors to illegally commissioned ads; collecting data or stealing money – they can even reroute visitors directly.
Multiple Failed Login Attempts
Monitoring accounts for multiple failed login attempts can help businesses detect this risk, while restricting attempted logins can deter attackers. Lockouts that temporarily restrict access after too many failed attempts can reduce brute force attacks significantly; random password-checking delays can further slow attacks without negatively affecting legitimate users who access their accounts.