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Scored across 69 tools
Most tools target a distinct resource (docker_*, s3_*, db_*, cloudwatch_*), but there are real collisions: build_server_memory vs refresh_server_memory are self-admittedly 'functionally equivalent', and block_ip vs ip_ban_set vs waf_rate_rule_set all resolve a site and change the same WAF/SG blocking layers. Descriptions do try to steer selection (e.g. 'use this when cloudwatch_top_ips doesn't compute what you need'), which keeps it workable, but an agent still has genuine coin-flips.
There is a recognizable provider-prefix convention (aws_*, s3_*, cloudwatch_*, docker_*, db_*, relay_*), but it is applied unevenly: some are verb_noun (list_instances, build_server_memory), many are bare nouns with no verb at all (disk_usage, security_audit, service_state, journal_errors, pending_updates, whoami), and the same action is named two ways (block_ip vs ip_ban_set). Readable in practice, but not a single predictable pattern.
69 tools is far past the range where an agent can hold the surface in view, and the breadth (EC2, S3, WAF, Docker, DB, journald, TLS, memory, findings) means whole clusters compete for attention. The domain is genuinely large, which excuses some of it, but duplication (two identical memory-builders, three IP-blocking paths) means not every tool earns its place.
Coverage is genuinely broad for an SRE/server-ops platform: instance lifecycle, AWS resource discovery, full S3 object/bucket CRUD, Docker and journald inspection, DB profiling setup, WAF/ingress diagnostics, and a persisted findings store. Minor gaps remain — mutations like start/stop/reboot/terminate are AWS-only, so OVH/Hetzner/custom instances can't be power-cycled, and there is no scheduling/alerting surface — but agents can work around these.