BATSAMAYI

Cloud Security Engineering

Our Methodology

Requirement Gathering

Batsamayi’s cloud security engineering approach begins with a complete understanding of the existing security guidelines, policies, tools, and licenses. The data serves as the base for security assessment and implementation.

Security Assessment and Gap Analysis

Assess the existing security implementation against guidelines and policies. Through comprehensive workshops and tool findings, get a scorecard of the current security posture with a detailed gap analysis report.

Remediation, Testing, and Validation

Create a roadmap for short-term and long-term security goals, including a remediation plan, testing plan, and validation plan, for a highly secure environment with definite timelines to meet desired outcomes.

Planning Security Design Implementation

Batsamayi’s cloud managed services and CISO teams to implement security controls and remediation actions. Make the most of automation to s treamline security operations and realise the real benefits of the cloud.

Prevent and Mitigate the Top Cloud Computing Threats

Security Threats	Batsamayi's Solution
Data Breaches	Protect against the leading attack vectors for cloud security incidents, including credential theft, privilege abuse, compromised remote access, and lateral movement.
Misconfiguration and Inadequate Change Control	Enforce appropriate access and established workflows for change control. Enable the security team to discover misconfigurations in privileged accounts.
Lack of Cloud Security Architecture and Strategy	Provide complete asset discovery to ensure all deployed active resources adhere to cloud security architecture, strategy, and governance.
Insufficient Identity, Credential, Access and Key Management	Discover, onboard, and manage all types of human and non-human passwords, keys, secrets, and other credentials across the cloud. Securely inject credentials into sessions without revealing the passwords, and monitor every session involved in privileged activity. Automatically rotate secrets to manage credential threat and provide obfuscation.
Account Hijacking	Protect credentials and enforce password security best practices, such as complex passwords and password rotation. Prevent and mitigate attacks such as pass-the-hash, password reuse, and many others. Also, apply robust session monitoring and management with the ability to pause or terminate suspicious sessions.
Insider Threat	Enforce least privilege across all users and implement advanced application control to limit lateral movement and privilege escalation. These controls restrict the activities a user can perform or execute to the minimum necessary, protecting against both malicious and inadvertent actions or errors. Command and script filtering and session monitoring/management capabilities provide additional protection against inappropriate activity.
Unsecure Interfaces and APIs	BeyondTrust eliminates credentials embedded in code, centrally vaults all secrets using a secure API, and rotates credentials to prevent re-use attacks.
Weak Control Plane	Proxy access to the control plane. Eliminates unnecessary privileges and only enables the minimum privilege needed for administration. Manages, monitors, and audits control plane sessions. Enforces credential security best practices for all accounts accessing the control plane.
Limited Cloud Usage Visibility	Discover and onboard all cloud assets. Monitor, manage, and audit all privileged sessions in the cloud, including for CI/CD DevOps automation. Provide a holistic view of identities, across clouds.
Abuse and Nefarious Use of Cloud Services	Enforce least privilege to limit activities to only what is authorised. Prevent privileged credential theft. Enforce advanced application control to ensure only approved applications are running, and only with the minimum necessary privileges. Gain visibility and security around shadow IT resources. Command and script filtering ensure only the right commands can be executed, and only within the proper context.

Why Customers Choose Us

Prioritization Based on Runtime Insights

Generate a prioritised list of risks using multi-domain correlation to identify risky combinations across environments. Risk prioritization is powered by runtime insights such as in-use vulnerabilities and in-use permissions.

Uncover Attack Paths

Visualise exploitable links across resources to uncover attack paths to sensitive data. With runtime insights, real-time detections reveal active lateral movement, helping you stop attacks in their tracks.