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Importance of Secure Coding with it’s
Best Practices
Secure coding, which follows best practices
for code security, defends against known,
unknown, and unforeseen vulnerabilities such
as security exploits, the leakage of cloud
secrets, embedded credentials, shared keys,
private business data, and personally
identifiable information (PII).

Secure Code Techniques demonstrates a
deeper understanding among developers,
security teams, and DevOps that code
security must be enforced as a crucial
component of CI/CD, supporting continuous
changes both in code and in infrastructure
and offering visibility into all visible and
invisible elements of a given environment.
The Importance of Secure Coding
The foundation of security is your code, so
writing secure code is essential to producing
excellent software. By adhering to a set of
best practices and guidelines, or secure
coding standards, developers and
programmers can more easily weed out
common weaknesses in their software.
Whether you write code for software that
runs on mobile devices, desktop PCs, servers,
or embedded devices, secure coding is
essential. In order to support this approach,
you should become familiar with the methods

and technologies, including secure coding
standards.
Secure coding guidelines aid in ensuring that
embedded software is protected against
software security flaws. These
recommendations can help development
teams avoid, find, and fix mistakes that might
jeopardize the security of their product.
In order to eliminate frequently exploited
software vulnerabilities and stop cyber
attacks, Secure Code Techniques must be
adopted. Additionally, designing for security
from the beginning lowers potential long-
term expenses that could emerge from an
exploit that exposes users’ sensitive data.
Secure Coding Techniques Reduce Exposure
It is quite difficult to protect and secure code
to meet industry requirements. Security is a
crucial component of every software
application’s code. A secure code is crucial
since it aids in preventing data theft and

cyber attacks. Secure coding is an effort to
build, evaluate, and test an application’s code
while taking into account known
programming flaws and vulnerabilities.
This can help a business lower some of the
high costs associated with identifying and
patching production vulnerabilities while also
lowering the risk of data breaches and other
pricey cyber security issues.
The most prevalent kinds of Vulnerabilities in
vulnerable code can be found and fixed using
a variety of procedures. These consist of:
 Testing the code for bugs.
 Reviewing the code for weaknesses.
 Employing robust encryption techniques.
The necessary security measures are
incorporated into newer platforms and
devices as the security community gains more
knowledge of common hacking and cyber-
attack techniques. As a result, many of the
typical flaws in PC operating system

environments have been adapted for usage in
more current mobile or smartphone
interfaces. However, as hackers, cyber-
attackers, and other “black hat” groups focus
more on mobile, it has become the new
frontier for secure coding and security work.
How Secure Code Writing is done?
Best practices for secure code are well
documented. For instance, The Open Web
Application Security Project (OWASP) has
produced a set of recommendations that
assist programmers in reducing common
software security flaws. Similar to this,
programmers can implement the 10 secure
coding best practices outlined in the SEI CERT
safe coding guidelines to increase application
security.
Inadequate processes for security scanning of
the code result in gaps in the code, which
account for a significant share of these cyber
attacks.

The following are some recommended
practices that must be adhered to in order to
make your code more secure:
1. Data input validation: This addresses
a wide range of data source and input
validation issues. The majority of
vulnerabilities dangers, such as cross-site
scripting, buffer overflows, and injection
attacks, originate from external data
inputs. Establishing security procedures
that specify which sources are trusted and
how data from unreliable sources will be
checked is therefore essential.
2. Access management: Authentication
and access control work together to
prevent unauthorized users from quickly
accessing the targeted system. Generally
speaking, it is better to implement a
default-deny strategy, which states that
users who are unable to provide proof of
authorization should not be allowed
access. The code should periodically need
re-authorization for continued access for

web apps that involve lengthy log-in
times.
3. Cryptographic practices: This
underscores the significance of putting in
place strong cryptographic procedures to
shield information from application users.
To make sure that they are impossible to
guess, all random values created as part
of the cryptographic process should be
produced using an authorized random
number generator.
4. Password administration and
authentication: The program’s access
should only be granted to those who are
permitted in order to effectively stop
cyber attacks and data breaches.
Authentication and password
management best practices include the
following:
o Using a reliable technique to hash
passwords.
o Enforcing the requirements for
password complexity and length.

o Preserving authentication information
on a reliable server.
o Multi-factor authentication is used.
5. Dynamic Application Security Testing
(DAST): Once a piece of software has
been fully developed, it should go through
several cyber-attack scenarios that it
might experience in the field. Dynamic
Application Security Testing, often known
as DAST, is the process of testing
operational applications.
DAST investigates the software’s usability
resilience. If used correctly, DAST will find
all security flaws that manifest themselves
only when the software is in operation.
This is a crucial secure coding technique
that needs to be included in all phases of
program development.
Stay ahead in your secure coding game with
Elanus Technologies

Code security is a shortcoming in many
businesses. Most programmers and
developers don’t actually take it into account.
If your company is going through. Worry not,
we’ve got you covered.
At Elanus Technologies, our application
security specialists are fluent in a variety of
languages, ranging from simple Assembly and
C code to complex scripting languages. The
difference between finding important
weaknesses and experiencing a significant
data breach can be made by reviewing the
Secure Code Practices with language-specific
security expertise.
For all penetration testing engagements,
Elanus Technologies, adheres strictly to the
Penetration Testing Execution Standard
(PTES) methodology. While taking into
account the distinctive technologies and
industry threats of each customer, this well-

defined procedure assures consistent,
repeatable evaluations.
Got quires, question or insurance coding?
Get in touch with our experts.
Visit our Blog:
https://blogs.elanustechnologies.com/secur
e-coding/

Our Contact Information:
Email id: info@elanustechnologies.com
Contact Number: 07597784718
Our Website:
https://www.elanustechnologies.com/

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