aws/agent-toolkit-for-aws

aws-sms-voice

Onboards RCS Business Messaging and Notify OTP via the pinpoint-sms-voice-v2 AWS CLI.

ソースを見る
リポジトリの原文

見出し、例、コード、表、リンク、参照画像を含む原文を表示しています。

AWS End User Messaging — SMS, Voice, RCS & Notify

Overview

AWS End User Messaging SMS and Voice (the pinpoint-sms-voice-v2 API) is the control and data plane for SMS, Voice, RCS Business Messaging, and Notify (OTP). This skill covers the two fastest onboarding paths — each reaches a real message on a real phone in about five minutes, with no phone-number purchase and no carrier registration:

  1. Create an RCS test agent and send your first branded message — a branded

RCS Business Messaging agent, a verified test device, and a rich outbound + inbound message. See references/hello-rcs-test-agent.md.

  1. Send an OTP with Notify — a one-time-passcode text through

AWS-managed sending identities and pre-approved templates. See references/hello-notify-otp.md.

Beyond onboarding, this skill takes an identity to production registration in three steps:

  1. Find which registration a country requires — discover the registration type and

its live field set for a target country and identity type, reconciled with the official docs. See references/registration-requirements-by-country.md.

  1. Run the registration lifecycle — the universal engine (create, derive fields,

fill, submit, poll, recover from denial, resubmit) shared by every registration type, including RCS country launch. See references/registration-core-engine.md.

  1. Take an identity to production — exit the SMS sandbox, launch RCS in a country with

carrier monitoring and SMS fallback, upgrade Notify to Advanced, and apply production hygiene (keywords, configuration sets, protect configurations). See references/customer-go-to-production-guide.md.

Guardrail — where this skill's files live (MCP vs local install)

This skill can be loaded two ways, and the references/ files resolve differently:

  • Loaded through the AWS MCP `retrieve_skill` tool. Reference files do not

exist on the local filesystem. Fetch them via retrieve_skill with the file parameter (e.g., file="references/hello-rcs-test-agent.md"). Do NOT file_read these paths locally — they are not there.

  • Installed locally (e.g., .kiro/skills/aws-sms-voice/). Read references

from the local skill directory using the relative paths shown in this file.

This applies only to the skill's own packaged files. User-created artifacts (brand-assets/, temp files) are always in the user's working directory.

Execute commands using available tools from the AWS MCP server when connected — it provides sandboxed execution, audit logging, and observability. When the MCP server is not available, fall back to the AWS CLI or shell as needed.

Choosing a path

You want to…Go to
Send rich, branded messages (cards, logo, two-way) to your own test phonehello-rcs-test-agent.md
Send a verification code / OTP to any supported phone, fastest possible pathhello-notify-otp.md
Find out which registration a country needs and what fields it requiresregistration-requirements-by-country.md
Create and submit a registration of any type (10DLC, toll-free, sender ID, RCS launch, Notify tier)registration-core-engine.md
Take an identity to production (sandbox exit, RCS carrier launch + fallback, Notify Advanced, hygiene)customer-go-to-production-guide.md

RCS test agents deliver only to verified test devices and require a short brand registration (auto-reviewed in minutes). Notify sends to any recipient in its supported countries immediately, but is limited to AWS-managed OTP templates. Pick RCS to explore rich messaging; pick Notify for the shortest path to a production-grade verification text.

Before you start (both paths)

The AWS MCP server is recommended for the best experience here — it runs the many pinpoint-sms-voice-v2 and sts calls with sandboxed execution, audit logging, and observability. It is not a hard requirement: every step also works with the plain AWS CLI or the AWS Agent Toolkit when the MCP server is not available.

  1. Credentials. Run aws sts get-caller-identity --region <REGION> (pass --region to use

the regional STS endpoint; the global sts.amazonaws.com endpoint is legacy). If it fails, configure the user's auth (named profile / SSO / access keys — --profile <PROFILE> on every command if a profile is in play) and prefer an assumed IAM role with ephemeral credentials. Each reference file's Prerequisites carry the full auth, CloudTrail-audit, and CLI-freshness steps.

  1. Least-privilege access. These tasks need a small set of specific

sms-voice: actions in the target account (the reference files enumerate the read/write actions each step uses — for example sms-voice:DescribeRcsAgents, CreateRcsAgent, CreateRegistration, CreateNotifyConfiguration, and SendNotifyTextMessage). Scope the policy to exactly the actions the chosen path uses; do not grant sms-voice:* or *FullAccess.

  1. Don't trust the CLI version. Treat any Invalid choice '<operation>' on a

pinpoint-sms-voice-v2 command, at any step, as a stale/partial local service model (not a permissions or account problem). The RCS and Notify reference files (prerequisite 3) carry the full reactive resolution: clear a stale ~/.aws/models/pinpoint-sms-voice-v2/ override, else upgrade the AWS CLI, with a boto3 fallback. AccessDeniedException means the identity is missing the required sms-voice: permissions.

Each reference file is self-contained: it tracks the IDs you collect as session state, audits required inputs against the service before any submit, and ends with a Failure modes table and a Cleanup section. Follow the file for the path the user chose rather than improvising the API sequence — several steps fail silently or depend on service-version-specific field sets that must be read live.

Security Considerations

  • Least-privilege IAM. Scope policies to specific sms-voice: actions; never

use *FullAccess or sms-voice:* in production. The reference files enumerate the minimal read/write actions each onboarding path needs.

  • Ephemeral credentials. Assume an IAM role with ephemeral credentials;

never embed long-lived access keys in code, config, or environment variables.

  • No secrets in messages or fields. OTP codes and message bodies can surface

in CloudTrail and downstream logs — treat them as sensitive and never hardcode real codes. Enable CloudTrail logging for sms-voice API calls and encrypt CloudTrail logs and CloudWatch Log groups with a KMS CMK. Attach a configuration set with an event destination (CloudWatch Logs or Kinesis) for delivery monitoring before production traffic. Create CloudWatch alarms on key security signals (repeated AccessDeniedException, unusual send volumes, spend limit approaching threshold) for proactive alerting. Registration contact fields (email, phone, URLs) are submitted to partner review; use real but non-sensitive business contacts.

  • Consent and opt-out. Only message recipients who have opted in. Honor STOP /

opt-out state; the RCS path shows how to check the opt-out list before sending. Test agents intentionally restrict delivery to verified test devices — do not work around that to reach unconsented numbers.

  • Spend limits and abuse. Default account spend limits are intentionally low;

raise them deliberately and monitor. Notify enforces a non-adjustable per-day cap per destination — do not attempt to bypass it.

  • Destructive cleanup. The teardown steps delete agents, registrations, and

configurations. They are irreversible — confirm with the user before running cleanup, and note RCS agents have deletion protection enabled by default in the onboarding flow.

Additional Resources

同じリポジトリから

関連する Skills

すべての Skills
aws
公式

aws-billing-and-cost-management

Analyze AWS costs, find savings, manage budgets, evaluate Savings Plans and Reserved Instances, right-size EC2/Lambda/RDS/EBS with Compute Optimizer, look up service pricing, query CUR with Athena, detect cost anomalies, scope costs to billing views, and monitor Free Tier usage. Triggers on: AWS bill, cost analysis, reduce spend, savings plan, reserved instance, right-size, budget alert, cost optimization, pricing, free tier, cost anomaly, CUR, cost audit, billing view, billing view ARN.

導入数
10
GitHub Stars
2699
更新日
9月23日
aws
公式

aws-cdk

Authors, deploys, and troubleshoots AWS infrastructure using CDK with TypeScript or Python. Covers best practices, stack architecture, and construct patterns. Applies when writing CDK constructs, bootstrapping environments, running cdk deploy/synth/diff, fixing CDK or CloudFormation errors, planning stack structure, importing existing resources, resolving drift, or refactoring stacks without resource replacement.

導入数
10
GitHub Stars
2699
更新日
9月23日
aws
公式

aws-cloudformation

Authors, validates, and troubleshoots AWS CloudFormation templates. Covers template authoring with secure defaults, local validation with either cfn-lint or cloudformation-validate, cfn-guard security and compliance checks as a recommended default, account-aware CloudFormation service pre-deployment validation, CloudFormation Express mode for faster deployments, and root-cause diagnosis of failed stacks using CloudFormation events and CloudTrail correlation. Also covers author-time template intelligence with the CloudFormation Language Server and published cloudformation-validate libraries.

導入数
10
GitHub Stars
2699
更新日
9月23日
aws
公式

aws-containers

Builds and deploys containerized workloads on Elastic Kubernetes Service (EKS), Elastic Container Service (ECS), Fargate, and ECR (Elastic Container Registry). Covers general EKS knowledge, Karpenter, AWS Load Balancer Controller and leveraging various open source Kubernetes projects with EKS. Covers general ECS knowledge, task definitions, Fargate services, ECS Exec, ECS Express Mode and ECS Managed Instances. Covers general Elastic Beanstalk knowledge, Elastic Beanstalk configuration and platforms supported by Elastic Beanstalk. Covers general ECR knowledge, ECR repository setup and lifecycle policies. Includes recommending, enabling, and reading Amazon ECS Action Logs to troubleshoot control-plane failures (deployment rollback/circuit-breaker, task placement, scaling, task replacement). Applies when deploying, debugging, or optimizing containers on AWS. Should be used instead of relying on internal knowledge for these services.

導入数
11
GitHub Stars
2699
更新日
9月23日