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Developing Mobile App Security_bhivetechnologies

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Title: Developing Mobile App Security_bhivetechnologies


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DEVELOPING MOBILE APP SECURITY
https//bhivetechnologies.in/mobile-app-developmen
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Mobile Application Security
  • 1. APIS- USE AUTHORIZED ONES 
  • APIs (Application Programming Interfaces) are
    tools that assist programmers in the development
    of software. APIs are an important aspect
    of backend development, but they may be a
    security nightmare because they frequently
    interact with the outside world. For best
    security, professionals advise that APIs be
    approved centrally. 
  • 2. SOURCE CODE ENCRYPTION 
  • Because the majority of a native mobile apps
    code is on the client-side, mobile malware may
    readily trace defects and vulnerabilities in the
    source code and design. Take, for example, the
    well-known Facebook, where the suspected hacking
    of Amazon CEO Jeff Bezos WhatsApp account has
    gotten a lot of attention. 
  • Developers should make sure their apps are
    sufficiently resilient to prevent attacks by
    reverse engineering and manipulation. Source code
    encryption is an ideal technique to protect your
    software against these threats as it ensures that
    it is unreadable. 

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Mobile Application Security
  • 3. DATA TRANSMISSION SECURITY 
  • Data breaches and theft shall be safeguarded
    against sensitive information passed from the
    client to the server. VPNs, SSL, TLS can all help
    to protect transit data as well as to cipher it
    between source and recipient. This way mobile
    application security is guaranteed. 
  • 4. EMPLOY THE CURRENT CRYPTOGRAPHY TECHNIQUE 
  • Popular cryptographic algorithms like MD5 and
    SHA1 have proven ineffective for todays security
    needs. Its best not to hard code your keys,
    because this makes them easier to steal. Keep
    your keys in safe containers and dont keep them
    on the device itself. For hashing, use only the
    most recent and reliable APIs, such as 256-bit
    AES encryption and SHA-256.  
  • To achieve failsafe mobile application
    security, you should also perform manual
    penetration testing and threat modeling on your
    apps before they go live.  

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Mobile Application Security
  • 5. FREQUENT TESTING 
  • How nicely you have secured your app doesnt
    matter because safeguarding your app is a
    never-ending task. New threats emerge,
    necessitating the development of new solutions.
    Before each deployment, its been standard
    practice to test your app against a set of
    randomly created security situations. Penetration
    testing, and that too repeatedly, is the key to
    failsafe mobile app security. 
  • 6. REDUCE PERMISSIONS 
  • To access hardware and function properly, mobile
    applications require different permissions. To
    reduce the spread of malware in mobile, it is
    necessary to ask for permissions that are
    required to access only the essential
    functionalities to reduce the number of
    connections the app has. 
  • 7. TAMPER PROTECTION 
  • There have been numerous instances of rip-off
    apps being downloaded from app stores. Tamper
    protection is a necessity for security in Android
    apps because they are easily reverse-engineered. 

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Mobile Application Security
  • There are a variety of techniques to tamper-proof
    an Android app, so employ one or more of them to
    secure your users. 
  • 8. Non-Reliability on Third-Party Libraries 
  • Developers usually incorporate some freely
    available code portions to accomplish their
    coding tasks. But it is important to understand
    that these codes are not always safe to
    incorporate. To safeguard their apps from library
    vulnerabilities, developers should use restricted
    internal repositories and implement policy
    controls during procurement.
  • 9. Use of Multi-factor Authentication 
  • Hackers get a golden opportunity to access
    confidential data if there is no authentication
    step for extra security. Users easily can fall
    prey to malicious activities, resulting in the
    loss of their sensitive data. Multifactor
    authentication is a strong weapon in the fight
    against cyber-crimes.

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Thank You
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