Five Layers of Cyber Security Every Indian Organisation Should Cover

Buying one security tool and calling the job done is a common mistake. Attackers look for the weakest layer, and that layer is often a place nobody was watching. A sound security plan covers five areas, and each one supports the others.

The five layers

  1. Find the risks. Vulnerability assessment and penetration testing (VAPT) of infrastructure, applications and APIs, followed by a risk-ranked report with remediation steps and a retest.
  2. Keep watching. Intrusion detection, log aggregation with SIEM integration, threat intelligence feeds and real-time alerts, backed by an incident response plan.
  3. Meet the rules. Compliance mapping, role-based access governance, written policies and audit documentation that is ready when the auditor asks.
  4. Protect the infrastructure. Endpoint protection, network segmentation, secure VPN design, encrypted backups and disaster recovery planning.
  5. Train the people. Security awareness programs, phishing simulations, role-based training and a clear way to report incidents.

How often should you test?

Affix Center advises running VAPT at least once a year, and again after any major change to an application or to infrastructure. The company also supports NIC and CERT-In empanelled security audits, including fixing the observations those audits raise.

Affix Center works from Lower Parel, Mumbai with government bodies, banks, insurers, pharma companies and enterprises across India. Its information security processes are ISO 27001 certified.

Read the full service details here: Cyber Security Services in India by Affix Center

Published by Affix Center, a Mumbai-based IT services company working with government bodies, enterprises and SMEs across India.

Comments

Post a Comment

Popular posts from this blog

Self-Hosted GitLab? CVE-2026-97229 Is Being Exploited, Check Your Version

Image
If your team runs its own GitLab server, this one needs attention this week. CVE-2026-97229 is a CVSS 10.0 integer overflow in the regular expression compiler used by GitLab CI/CD. A crafted regex in a CI/CD configuration can let an attacker run code on the server. GitLab shipped fixes on 12 October 2026, and CISA added the flaw to its Known Exploited Vulnerabilities catalogue on 29 October 2026. Which versions are affected 19.2 branch: fixed in 19.2.8 19.3 branch: fixed in 19.3.5 19.4 branch: fixed in 19.4.2 GitLab.com and GitLab Dedicated are already patched The root cause sits in Onigmo, the regex engine inside Ruby, so source or custom builds with their own Ruby may need a separate Ruby update. A short action list List every self-managed GitLab instance, including test and forgotten ones Upgrade each one to the fixed version for its branch Turn off open sign-up and limit who can push to public projects until patched Review recent .gitlab-ci.yml changes, unknown users and o...
Read more

Hiring a Website Developer? Six Warning Signs to Spot Before You Sign

Image
Many business websites get built twice. The first vendor wins on price, and a few months later the site is slow on mobile, the contact form stops working, and nobody can reach the developer. Most of this can be avoided with the right questions before signing. Warning signs in a website quote A fixed price given before anyone asks about content, integrations or users No live examples, or examples that no longer load Reluctance to register the domain and hosting in your company's name No mention of testing, backups or updates Pressure to sign fast with a "this month only" discount A launch plan with no redirects for old URLs, which can wipe out search traffic What to ask for instead An itemised proposal: pages, templates, features, integrations, revisions, testing, hosting and support A meeting with the project manager and lead developer, not only sales Written ownership of domain, hosting, source code, design files and content A short paid discovery phase that p...
Read more

Laravel Projects That Need a Rebuild After 18 Months: Five Causes and How to Avoid Them

Image
A common story: a business picks a Laravel vendor for a low quote, and about eighteen months later the app is slow, small changes break other features, and the next vendor says it must be rebuilt. Laravel is rarely the problem. The way the vendor was chosen usually is. Five causes behind costly rebuilds Business rules stuffed into controllers, so a new GST field touches many files No automated tests, even though Laravel supports PHPUnit and Pest The N+1 query problem: a list of 100 orders running 101 queries Security left to chance: debug mode on in production, or secrets stored in the code repository The vendor, not the client, holding the repository, servers and domain Version support matters too Per the official Laravel documentation, each major release gets bug fixes for 18 months and security fixes for 2 years. Laravel 13 came out in March 2026, and security support for Laravel 12 runs until February 2027. Plan upgrades in your maintenance contract. Before you sign Have an ...
Read more