Secure Software Development Training

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Secure Software Development Training

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Securium Fox Technology Provide Cyber Security Service In USA, India, Bangalore, UK, London, China, Africa, Japan As Well As Provide Ethical Hacking, Penetration Testing, Training Moreover Securium Fox Technology Provide All Platform Certification Such As CISCO , Microsoft, EC-Council, ISC2, Rad Hat And So On. You Get Any Certification With 100% Exam Crack Result. CISCO All Certification – CCNA, CCNP, CENT and so on. EC-Council All Certification – CEHv10, CHFI, LPT, ECSA and so on. ISC2 All Certification – CISM. CISSP and so on. Microsoft All Certification – MCSA, MCITP and so on. – PowerPoint PPT presentation

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Title: Secure Software Development Training


1
SECURIUM FOX offers cyber security consultancy
services with its expert and experienced team. We
are providing consulting services to prevent
cyber attacks, data leak and to ensure that our
customers are ready and safe against cyber
attacks, with more than 15 years of
experience.In addition to pentests and
consulting services, SECURIUM FOX prepares its
customers and field enthusiasts for real life
scenarios by providing trainings in the lab
environment which was prepared by themselves,
with its young, dynamic and constantly following
team.Everytime that hackers are in our lives,
there are always risks that we can face with a
cyber attack. Over the years cyber security has
become a critical precaution for all
organizations and companies after the effects and
number of attacks. SECURIUM FOX tests the weak
points of customers for possible attacks and
provides consulting services to eliminate these
weak points.SECURIUM FOX team also offers
support for the development of our country in
this field by supporting free events being
organized as a volunteer by the Octosec team.
ABOUT US
2
  • SECURE SOFTWARE DEVELOPMENT TRAINING

3
A Step-by-Step Guide to Secure Software
Development
  • Its a common practice among companies providing
    custom software development to disregard security
    issues at the early phases of software
    development lifecycle (SDLC). With such an
    approach, every succeeding phase inherits
    vulnerabilities of the previous one, and the
    final product cumulates multiple security
    breaches. As a result, your company will have to
    pay through the nose to close these breaches and
    enhance the software security in the future.
  • Best practices of secure software development
    suggest integrating security aspect into each
    phase of SDLC, from the requirement analysis to
    the maintenance, regardless of the project
    methodology, waterfall or agile.
  • A golden rule here is the earlier custom software
    providers integrate security aspect into an SDLC,
    the less money will be spent on fixing security
    vulnerabilities later on.

4
Requirement analysis stage
  • Requirements set a general guidance to the whole
    development process, so security control starts
    that early. The two points to keep in mind to
    ensure secure software development while working
    with customers requirements are
  • Employ a combination of use and misuse cases.
  • The security consultants should foresee possible
    threats to the software and express them in
    misuse cases. Simultaneously, such cases should
    be covered by mitigation actions described in use
    cases.
  • Example
  • A misuse case An unauthorized user attempts to
    gain access to a customers application.
  • The corresponding use case All such attempts
    should be logged and analyzed by a SIEM system.
  • Conduct security risk assessment and create a
    risk profile
  • When measuring security risks, follow the
    security guidelines from relevant authoritative
    sources, such as HIPAA and SOX In these, youll
    find additional requirements specific to your
    business domain to be addressed.
  • At requirement analysis stage, security
    specialists should provide business analysts, who
    create the project requirements, with the
    applications risk profile. This document
    contains application surfaces that are sensitive
    to malicious attacks and security risks
    categorized by the severity level.

5
Design stage
  • Secure design stage involves six security
    principles to follow
  • Least privilege. Software architecture should
    allow minimal user privileges for normal
    functioning.
  • Privilege separation. Specific actions in
    software (e.g., create, delete or modify certain
    properties) should be allowed to a limited number
    of users with higher privileges.
  • Complete mediation. Every user access to the
    software should be checked for authority. That
    decreases the chances of privilege escalation for
    a user with limited rights.
  • Multiple security layers. Applying this
    principle, youll eliminate the threat of a
    single point of security failure that will
    compromise the entire software. Its simple math
    the more defense layers your software has, the
    less are chances for a hacker to exploit its
    vulnerabilities.
  • Secure failure. In case your software ceases to
    operate, it should fail to a secure state.
    Although the software is not available anymore,
    still it should preserve confidentiality and
    integrity. So, make sure youve designed secure
    defaults that deny access, undo all the changes
    and restore the system to a secure state in case
    of emergency.
  • User-friendly security. Custom software design
    should incorporate security aspects in a way that
    doesnt hinder UX. If security mechanisms in the
    software are obtrusive, users are likely to turn
    them off.

6
Testing stage. Penetration testing
  • Generally, the testing stage is focused on
    finding errors that dont allow the application
    to work according to the customers requirements.
    Its high time to check whether the developed
    product can handle possible security attacks by
    employing application penetration testing. This
    is the case when plenty is no plague. The
    operation should be performed in every build.
    Here, to drive down the cost, opt for automated
    penetration tests that will scan each build
    according to the same scenario to fish out the
    most critical vulnerabilities.
  • In addition, exploratory pentesting should be
    performed in every iteration of secure software
    development lifecycle when the application enters
    the release stage. In this case, pentesters dont
    look for specific vulnerabilities. Instead,
    relying on their experience and intuition,
    engineers check the system for potential security
    defects.
  • Its worth mentioning, that the personnel
    performing the testing should be trained on
    software attack methods and have the
    understanding of the software being developed.

7
Production and post-production stages
  • The software is ready to be installed on the
    production system, but the process of secure
    software development isnt finished yet.
    Microsoft offers a set of practices to stick to
    after the product has finally seen the light
  • Create an incidence response plan to address new
    threats. Identify appropriate security emergency
    contacts, establish security servicing plans for
    the third-party code and the code inherited from
    other groups within the organization.
  • Conduct ultimate security review. It may uncover
    vulnerabilities missed during the previous
    checks. The final review should verify that all
    misuse cases and security risks defined at the
    requirement analysis stage were addressed.
  • Certify and Archive the final product. Certifying
    helps to make sure that all the requirements to
    the software are met. Archiving, in its turn,
    helps to perform further maintenance operations.
  • Be prepared to execute incidence response plan.
    Of course, all custom software vendors hope that
    the moment of incidence response will never come.
    Still, to uphold their good name, software
    development companies should be ready to swiftly
    implement the incidence response plan, should the
    product experience any security breach.

8
Security cost
  • Undoubtedly, proper secure software development
    requires additional expenses and intensive
    involvement of security specialists. Still, its
    not rocket science, if implemented consistently,
    stage by stage. The additional cost of security
    in custom software development is not so high.
    Its integral parts are security aspect awareness
    of each teams member and additional testing
    throughout the software development process.

9
  • With this training, developers will have
    information about all the weaknesses they should
    know. Thus, the application will be tightened
    during the development phase, providing
    advantages to the software team in terms of time
    and human resources.

10
You can always contact with SECURIUM FOX. You can
contact us through our email addresses or by
using the contact form on the side.
  • INFO
  • 3rd Floor,Lohia Towers,
  • Nirmala Convent Rd,
  • Gurunanak Nagar,Patamata,Vijyawada,
  • Andhra Pradesh -520010
  • 9652038194
  • 08666678997
  • info_at_securiumfoxtechnologies.com

11
  • info_at_securiumfoxtechnologies.com
  • Andhra Pradesh Office
  • 91 8666678997,91 91652038194
  • 3rd Floor,Lohia Towers,
  • Nirmala Convent Rd,Gurunanak Nagar,Patamata,Vijaya
    wada,
  • info_at_securiumfoxtechnologies.com
  • UK Office
  • 44 2030263164
  • Velevate, Kemp House, 152 - 160,City Road,EC1V
    2NX
  • London
  • info_at_securiumfoxtechnologies.com
  • Tamil Nadu Office
  • 91 9566884661
  • Kailash Nagar, Nagar, Tiruchirappalli, Tamil Nadu
    620019
  • info_at_securiumfoxtechnologies.com
  • Noida Office
  • 91 (120) 4291672, 91 9319918771
  • A-25, Block A,
  • Second Floor,Sector - 3,
  • Noida, India
  • info_at_securiumfoxtechnologies.com
  • USA Office
  • 1 (315)933-3016
  • 33 West,17th Street,
  • New York,
  • NY-10011, USA
  • info_at_securiumfoxtechnologies.com
  • Dubai Office
  • 971 545391952
  • Al Ansari Exchange, Ansar Gallery - Karama
    Branch, Hamsah-A Building - 3 A St - Dubai -
    United Arab Emirates
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