Cloud environments are constantly evolving, which makes it easy for security risks to slip through unnoticed. Over time, issues like unencrypted data and exposed APIs can make your systems more vulnerable to attacks.

At Codewave, we simplify cloud security by assessing your cloud systems to identify weak spots or misconfigurations using trusted tools like Prisma Cloud, AWS Security Hub, and Azure Defender.

We then redesign your architecture to improve security by implementing better access controls, encrypted communication, and automated protections with tools like Terraform. Additionally, we integrate ongoing checks into your development process to catch and fix risky changes before they impact your production systems. The result is stronger security, reduced risk, and tighter control over your cloud environment.

Example: A logistics SaaS product may experience unexpected AWS cost spikes and data exposure due to misconfigurations. We’ll recommend scanning assets with AWS Security Hub, encrypting sensitive data, and applying Terraform guardrails. This will reduce risks and ensure consistent enforcement of security policies.

Modern applications collect vast amounts of user data through APIs, CRMs, and analytics tools. Without centralized governance, sensitive data may be duplicated or unintentionally shared across systems. This leads to compliance challenges and reputational risk.

Codewave helps organizations bring control and transparency to their data. Using tools like BigID and Varonis, we discover where sensitive data resides, how it moves, and who can access it. We then define clear data-handling policies, enforce encryption (AES-256/TLS 1.3), and apply tokenization to protect personal information.

Our team also integrates smart data-retention workflows built on Node.js, .NET, or Python that automatically archive or delete outdated data. This reduces exposure, simplifies audits, and ensures compliance with GDPR, HIPAA, and SOC 2 standards.

Example: Imagine a healthcare SaaS platform complains of storing duplicate patient records across multiple databases. We will identify redundant datasets with tools like BigID, centralize encrypted storage, and automate backend archival routines. This will ensure full HIPAA compliance, improved data accuracy, and stronger patient trust.

As businesses scale, each new integration, API, or microservice can introduce potential threats. Unchecked vulnerabilities often lead to data exposure, compliance violations, or loss of customer trust.

Codewave identifies and addresses these risks before they impact your business. Using tools such as Qualys, Nessus, and Rapid7, we conduct in-depth vulnerability assessments across applications, APIs, and infrastructure to identify weaknesses. Our specialists then conduct manual penetration testing in accordance with the OWASP Top 10 standards. This way, we validate each issue and prioritize fixes based on real-world exploitability.

For API-driven or cloud-based systems, we use Burp Suite and Postman Security to detect authentication flaws and injection vulnerabilities before they reach production. Every engagement concludes with a clear, actionable remediation plan that helps your teams strengthen security while maintaining delivery speed.

This approach enables faster risk closure, fewer false positives, and full visibility for leadership through an easy-to-understand security dashboard.

Example: If a fintech app faces repeated login bypass incidents that reduce user confidence, we’ll recommend simulating targeted attacks with Burp Suite to pinpoint weak session controls. This will help implement stronger token validation. The result will be fewer login exploits, restored trust, and improved overall platform integrity.

As teams expand and systems multiply, users often keep access they no longer need. Over time, this “privilege sprawl” weakens control, increases insider risk, and complicates audits.

Codewave helps organizations regain clarity and control over who can access what and why. Using tools like Okta, AWS IAM, and Azure AD, we design structured access models. These include role-based and attribute-based controls that ensure every user has only the permissions necessary for their role.

We also implement multi-factor authentication (MFA) and Just-In-Time (JIT) access, allowing temporary elevated access when required. For development and DevOps teams, we recommend managing secrets with tools such as HashiCorp Vault or AWS Secrets Manager to prevent credentials from being stored in code repositories.

This results in fewer access-related incidents and full audit traceability across users and systems.

Example: A SaaS engineering team uses shared credentials for staging environments. We will suggest deploying Okta-based single sign-on, enforcing MFA, and storing credentials in Vault. This will eliminate the need for shared keys and enhance accountability.