Cloud Security Assessment

 

Identify the Risks in Your Cloud Environment

Cloud environments can create significant exposure through excessive permissions, weak credentials, insecure configurations, poor visibility, and rapidly changing services. HALOCK cloud security assessment services evaluate Azure, AWS, and Google Cloud environments to determine what assets exist, who can access them, which configurations create risk, and whether existing safeguards provide the intended protection.

What HALOCK Evaluates

HALOCK evaluates cloud assets and controls involving:

• users and identities;
• computers and workloads;
• networks;
• sensitive data;
• management systems;
• security tools;
• permissions;
• authentication;
• logging and monitoring;
• subscriptions;
• network architecture;
• cloud-native security controls.

We also identify toxic combinations where permissions, vulnerabilities, configurations, identities, and exposed assets combine to create a more serious attack path.

So how do you get ahead of the risks for cloud?

HALOCK Security Labs offers a Cloud Security Assessment. It addresses the following questions:

• How do you understand and prioritize threats in your environment?
• How do you ensure business continuity in the face of a potential breach?
• How can you grow your business while still maintaining strong cloud security?

Cloud Security Assessment Methodology

HALOCK combines manual expertise with automated cloud-security analysis. The assessment includes:

• manual review of Azure, AWS, and GCP environments;
• applicable CIS Security Benchmarks;
• CNAPP analysis;
• review of identity and access controls;
• configuration and architecture analysis;
• review of logging and monitoring;
• validation and prioritization of findings.

This provides broader context than automated scanning alone and helps distinguish meaningful risk from lower-priority findings. A detailed report with clear, prioritized findings and step-by-step recommendations to help you fix security gaps and reduce risk is provided.

What a Cloud Security Risk Assessment Uncovers

A cloud security risk assessment can identify:

• critical configuration weaknesses;
• unknown or unmanaged cloud assets;
• excessive or unused privileges;
• risky combinations of permissions and vulnerabilities;
• insecure ports and protocols;
• overly permissive access controls;
• exposed secrets or keys;
• weak security-monitoring configurations.

HALOCK connects those findings to the systems, data, and business functions they can affect so teams can prioritize remediation by risk.

Cloud Security Assessment Service Options

HALOCK offers:

• One-Time Assessment: establish the current baseline and identify priority risks.
• Quarterly Assessments: reassess regularly as cloud environments change.
• Continuous Assessment: maintain ongoing visibility into changing cloud exposure.

The appropriate cadence depends on the pace of change, risk, compliance requirements, and business use of cloud infrastructure.

Why Choose HALOCK for Cloud Security Assessment?

HALOCK combines cloud engineering, cybersecurity, risk analysis, and threat expertise.

Rather than providing a raw list of configuration issues, HALOCK shows which findings create meaningful exposure, how they can affect the environment, and what should be addressed first.

The result is a clearer basis for improving cloud defenses without treating every configuration difference as equally important.

MORE Cloud Security Insights

Cloud Security & Risks FAQs

What are the Top Cloud Cybersecurity Threats and Risks?
How can Organizations help Safeguard against these Risks?

Misconfiguration & inadequate change control

One of the most common cloud security risks is misconfiguration of cloud resources (e.g., open storage buckets, default credentials, overly-broad permissions) and weak change control.

Why: Many cloud breaches stem from access-related vulnerabilities such as mis-set permissions or weak credentials. One report indicates 84% of organizations had at least one neglected public-facing asset in their cloud environment. The dynamic nature of cloud and multi-cloud use means resources spin up quickly and may not be properly governed.

If these vulnerabilities are present, the organization may expose data, increase its attack surface, and suffer reputational, financial, or compliance losses.

Safeguard: Implement automation for configuration checks, apply least privilege, monitor for drift in infrastructure-as-code, and ensure strong change-management processes.

Weak Identity & Access Management (IAM), credential theft/account hijacking

Why: Identity and permissions issues are the primary causes of cloud-related breaches. A 2024 study stated 99% of organizations experienced a cloud breach, citing identities/permissions as a primary cause. Also, of 209 million identities in Microsoft cloud environments, only 2% of permissions were actually used, yet 50% posed a high risk. With multiple cloud providers and workload identities, IAM complexity grows and increases exposure.

Because compromised credentials or unmanaged permissions can lead to lateral movement, privilege escalation, and full environment compromise.

Safeguard: Enforce strong multi-factor authentication (MFA), audit roles/permissions, remove unused accounts, segment high-privilege access, and maintain visibility of all identities.

Insecure Interfaces / APIs

Publicly accessible, exposed, or insecure cloud APIs/interfaces (management/API endpoints) are a top security risk.

Why: As more organizations adopt cloud services, containers, micro-services, serverless, etc., the attack surface is expanded through APIs. Authentication, authorization, and monitoring of APIs need to be secured. Misconfigured APIs or insecure management endpoints can allow attackers to exploit the connections, automation, and/or data flows.

Attackers can abuse APIs to access sensitive data, modify configurations, or disrupt service.

Safeguard: Design APIs as first-class security objects. Enforce strong authentication, input validation, monitoring for anomalous API calls, least privilege, and allow-listing to only necessary API endpoints.

Data Breach / Data Loss

Unauthorized access to or loss of data in the cloud is a primary risk.

Why: Cloud environments are often targeted for data due to the sensitivity of the data often present there, and deployment cycles typically outpace security strategy and implementation. As per a 2022 report cited by SC Magazine, “almost two-thirds (65%) of organizations” experienced a cloud security breach in the previous 12 months.

Data breaches or loss can result in regulatory fines, reputational damage, loss of customer trust, and potential business disruption.

Safeguard: Encrypt data-at-rest and in-transit, apply data-loss-prevention (DLP) software, enable backups, maintain clear data-governance policies (including geo-location of data), and monitor for anomalous downloads/exfiltration.

Lack of Visibility, Monitoring & Shadow IT

Lack of visibility into cloud assets, use, and risk, including “Shadow IT,” is a high risk.

Why: Organizations have a weak understanding of their overall cloud estate: cloud assets (services and identities) and service usage patterns. This can be worsened by Shadow IT – cloud assets provisioned by employees (dev-teams, etc) without central visibility/mgmt. Further, a skills gap within orgs makes detection harder.

Lack of visibility and monitoring can allow threats to go unnoticed, misconfigurations to be uncorrected, and attacks to go undetected/ramp up.

Safeguard: Maintain cloud assets/service inventory, enable unified logging/monitoring across cloud environments, alert on suspicious activity and enforce governance and policy on cloud service sprawl.

Shared Technology / Multi-Tenant Risks & Supply-Chain Issues

Risks from shared infrastructure, multi-tenant environments, and upstream cloud-supply-chain dependencies are more acute.

Why: Cloud platform/service models (IaaS, PaaS, SaaS) typically involve shared infrastructure or services between customers or applications, bringing to light vendor/third-party risk and multi-tenant attack vectors. On top of this, with increased cloud adoption, the supply chain (third-party libraries, APIs, cloud services, etc.) becomes another vector of attack.

If a vulnerability is discovered in a shared component or at the cloud provider, it may impact many of their customers.

Safeguard: Vet cloud providers and third-party vendors thoroughly, actively monitor dependencies and other risks, ensure patches/updates are regularly applied, segment and isolate workloads, and factor in supply-chain risk into the threat model.

Denial of Service, Zero-Day & Emerging Threats

Zero-day, emerging threats such as cloud-native denial of service (DoS), unknown vulnerabilities, and new attack vectors are valid cloud risks.

Why: Every year new cloud-related attack techniques are discovered. Furthermore, a high proportion of incidents continue to be associated with known control failures and well-documented/motivated vectors. With the rapidly increasing cloud adoption rate, there is a higher number of targets, making the cloud attack surface more dynamic, which may also result in more misconfigurations.

Zero-day/Unknown/Novel threats can result in service disruptions, data integrity issues, or abuse of vulnerabilities which are not yet publicly known and for which no mitigation yet exists.

Safeguard: Ensure good patching practices, implement DDoS protection, stay up-to-date on threat intelligence, and build cloud-resilience into infrastructure, workloads and maintain Incident response plans (IRPs).