Tamnoon Uses Four AI Agents to Investigate and Remediate Cloud Risks
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Tamnoon Uses Four AI Agents to Investigate and Remediate Cloud Risks

AWS Machine LearningOct 14, 2026

Tamnoon’s Tami platform uses specialized agents and safety checks for cloud remediation; the company reports up to 90% lower critical exposure in 90 days.

AWS described Tamnoon’s Tami cloud-security platform on October 14, 2026, detailing how it uses Amazon Bedrock to investigate security findings and prepare or carry out remediation. The platform ingests alerts from cloud-native tools and cloud security products, adds asset and exposure context, then routes work through specialized agents. Tamnoon says Tami has analyzed more than 14 million cloud alerts across its customer base.

Four agents handle separate stages. An investigation agent gathers context and produces read-only investigation steps. A safety-scoring agent classifies proposed remediation as SAFE, RISKY or AWAITING DATA. A remediation agent creates a plan only for findings rated safe, with backup, verification and rollback steps. A code-generation agent turns approved plan steps into executable changes; a separate reviewer agent must approve each generated artifact.

The system is designed to keep planning separate from execution. The AI does not hold cloud credentials, according to AWS’s account of the architecture. Changes are executed using short-lived, tenant-scoped credentials, with approval workflows and audit trails. Guardrails screen requests and responses, while human review is available when the system cannot reach a reliable result. Tami connects with detection products including Wiz, CrowdStrike and Palo Alto Cortex, as well as AWS Security Hub and Amazon GuardDuty.

AWS attributes the reported outcomes to Tamnoon’s research. For a typical customer, the company reports up to a 90% reduction in critical cloud exposure within 90 days, up to 100 times greater remediation efficiency through root-cause clustering, and zero production issues across millions of workloads. Tamnoon also reports more than 13,000 engineer hours saved per week across its customer base. These are company-reported results, not independently established benchmarks.

The implementation runs in Tamnoon’s AWS environment and uses Bedrock Cross-Region inference within the US geographic boundary, AWS says. Bedrock Guardrails, private network placement, least-privilege permissions and tenant separation form additional controls. Tamnoon positions Tami as a remediation layer that works alongside existing detection tools rather than replacing them.

Industry Impact

More controlled cloud remediation

Cloud security and enterprise technology

Overview

Tamnoon’s Tami platform applies specialized agents to investigate cloud alerts, assess remediation risk, and prepare changes for approval and execution. Separating planning from execution, using short-lived tenant-scoped credentials, and requiring review of generated artifacts offer security teams a model for limiting operational risk while automating response. The company reports up to 90% lower critical exposure in 90 days, but these results are not independently established benchmarks. For security leaders, the practical question is whether the workflow can reduce alert backlogs without compromising controls or production reliability.

Key Impact Points

Specialized agents divide investigation, safety scoring, remediation planning, and code generation into distinct stages.

Credential separation, approval workflows, rollback steps, and artifact review aim to constrain the risks of automated changes.

Connections to existing detection products position Tami as a remediation layer rather than a replacement for security tools.

Opportunities

Automating cloud security remediation

Cloud security and enterprise technology

The article supports an opportunity for platforms that help enterprises move from cloud security alerts to controlled remediation across existing detection tools. Tami’s workflow combines asset context, risk classification, remediation plans, generated changes, and human approval, addressing the effort involved in investigating and resolving large alert volumes. Organizations could evaluate this model to reduce manual triage and prioritize root causes while keeping execution under approval and audit controls. The article does not disclose pricing or revenue, so commercial potential cannot be quantified; adoption would depend on demonstrated effectiveness, integration fit, and confidence that safeguards prevent harmful changes.

  • Controlled cloud security remediation

    Problem: Cloud teams must investigate and resolve large volumes of security alerts, while changes can introduce production risk.

    Solution: Use specialized agents to add context, assess proposed fixes, prepare remediation plans, and generate changes for review, with execution controlled by approval workflows and scoped credentials.

    Target Users: Organizations using cloud security detection products and teams responsible for cloud security operations.

    Business Value: Potentially reduce manual triage and remediation effort while preserving auditability and human oversight. Tamnoon reports efficiency and exposure improvements, which are not independently established benchmarks.

    Revenue Potential: The article provides no pricing or revenue figures. Enterprise platform sales are a possible route, but commercial scale is not established in the source.

Reference link

https://aws.amazon.com/blogs/machine-learning/how-tamnoon-built-ai-powered-cloud-security-remediation-with-amazon-bedrock

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