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Cost Views catalogue

CloudYali has 105 built-in Cost Views, in eight collections. Each answers one cost question and opens at the last 30 days, by day. Twelve views belong to two collections, so they appear twice below. The Financial Commitments views are explained on Commitments.

"All" in Providers means the view covers your whole bill: AWS, Google Cloud, Microsoft Azure, OpenAI, Anthropic and Cursor.

Showback​

ViewThe question it answersProvidersGrouped by
Cost by AccountYour total spend grouped by account, so you can see which accounts cost the most.All: AWS, GCP, Azure, OpenAI, Anthropic, Cursoraccount
Cost by ServiceYour total spend grouped by cloud service, so you can see which services cost the most.All: AWS, GCP, Azure, OpenAI, Anthropic, Cursorservice

Optimization​

ViewThe question it answersProvidersGrouped by
Extended SupportYour AWS extended-support charges, grouped by service so you can see which services still run past standard support.AWSservice
NAT Gateway – Hours and Data ProcessedYour NAT gateway spend, both the hourly charge and the data each gateway processes, broken down by usage type so hours, data and each region show separately.AWSusage type
Public IPv4 Addresses – In Use and IdleYour public IPv4 address spend, broken down by usage type so addresses in use and idle addresses show separately. Idle addresses can usually be released.AWSusage type
Unused Commitment by TypeCommitment you paid for and did not use, by kind of commitment: the waste to resize, exchange or let expire. AWS and Azure: GCP billing does not say how much of a CUD was used.AWS, Azurecommitment type
Data Transfer – Between RegionsYour AWS data-transfer spend moving between AWS regions, broken down by region.AWSregion
EC2 by Instance TypeYour EC2 compute spend grouped by instance type, so you can see which sizes cost the most.AWSinstance type
EC2 by Purchase OptionYour EC2 spend grouped by purchase option — on-demand, reserved, savings plan, spot, and dedicated.AWSpurchase option
EC2 CPU Credits (T-family Burst)Your EC2 burstable (T-family) CPU-credit charges, broken down by region, so you can spot instances that consistently burst past their baseline.AWSregion
EC2 EBS by Volume TypeYour EC2 EBS storage spend grouped by volume type, so you can compare gp3, gp2, io2, and the rest.AWSvolume type
EC2 EBS PIOPSYour EC2 provisioned-IOPS spend, broken down by region.AWSregion
EC2 SnapshotYour EBS snapshot spend for EC2, broken down by region.AWSregion
RDS by Instance TypeYour RDS spend grouped by database instance type, so you can see which sizes cost the most.AWSinstance type
RDS by Purchase OptionYour RDS spend grouped by purchase option — on-demand, reserved, and savings plan.AWSpurchase option
RDS EBS by Volume TypeYour RDS storage spend grouped by volume type, so you can compare gp3, io2, and provisioned-IOPS storage.AWSvolume type
RDS EBS PIOPSYour RDS provisioned-IOPS spend, broken down by region.AWSregion
RDS SnapshotYour RDS backup and snapshot storage spend, broken down by region.AWSregion
S3 by Storage TierYour S3 storage spend grouped by storage class, so you can see how much sits in Standard, Infrequent Access, Glacier, and Intelligent-Tiering.AWSstorage tier

Compute​

ViewThe question it answersProvidersGrouped by
EC2 by Instance FamilyYour EC2 compute spend grouped by instance family, so you can see how much goes to each generation and class — m5, c6i, r6g, and the rest.AWSinstance family
EC2 GPU / Accelerated ComputeYour EC2 GPU and accelerated-compute spend — P, G, Inferentia, and Trainium instances — grouped by instance family, so you can see where the accelerator budget goes.AWSinstance family

Databases​

ViewThe question it answersProvidersGrouped by
DynamoDB by Usage TypeYour DynamoDB spend grouped by usage type, so you can separate read/write capacity, storage, and the rest.AWSusage type
RDS by Instance FamilyYour RDS database spend grouped by instance family, so you can compare the cost of each engine class — r5, m6g, and the rest.AWSinstance family

Networking​

ViewThe question it answersProvidersGrouped by
CloudFrontYour CloudFront spend across edge regions, broken down by usage type.AWSusage type
AWS Data Transfer – By ServiceYour total AWS data-transfer spend, broken down by the service that moved the data, such as EC2, RDS or S3.AWSoriginating service
AWS Data Transfer – Between Availability ZonesYour AWS data-transfer spend moving between availability zones in the same region, broken down by region.AWSregion
AWS Data Transfer – Out to the InternetYour AWS data-transfer spend leaving AWS for the public internet, broken down by region.AWSregion
AWS Data Transfer – OtherYour AWS data-transfer spend outside the internet, cross-zone, and cross-region paths, broken down by usage type so you can see what it is.AWSusage type
AWS Data Transfer – TotalYour total AWS data-transfer spend across every transfer path, broken down by region.AWSregion
Load Balancers – Hours and Capacity UnitsYour Elastic Load Balancing spend, load balancer hours, capacity units and data processed, broken down by usage type.AWSusage type
NAT Gateway – Hours and Data ProcessedYour NAT gateway spend, both the hourly charge and the data each gateway processes, broken down by usage type so hours, data and each region show separately.AWSusage type
Public IPv4 Addresses – In Use and IdleYour public IPv4 address spend, broken down by usage type so addresses in use and idle addresses show separately. Idle addresses can usually be released.AWSusage type
Route 53 – DNSYour Route 53 spend, DNS queries, resolver endpoints, health checks and hosted zones, broken down by usage type.AWSusage type
Transit Gateway – Attachments and Data ProcessedYour Transit Gateway spend, attachment hours and data processed, broken down by usage type.AWSusage type
VPC Endpoints (PrivateLink)Your VPC endpoint spend, endpoint hours, data processed and endpoint service hours, broken down by usage type.AWSusage type
VPC Peering Data TransferYour VPC peering data-transfer spend, broken down by region.AWSregion
VPN – Client and Site-to-SiteYour VPN spend, Client VPN endpoint and connection hours and Site-to-Site VPN hours, broken down by usage type.AWSusage type
Data Transfer – Between RegionsYour AWS data-transfer spend moving between AWS regions, broken down by region.AWSregion
EC2 Data Transfer – All PathsYour data-transfer spend for EC2 across every transfer path, broken down by usage type so each path and region shows separately.AWSusage type
ELB Data Transfer – All PathsYour data-transfer spend for Elastic Load Balancing across every transfer path, broken down by usage type so each path and region shows separately.AWSusage type
RDS Data Transfer – All PathsYour data-transfer spend for RDS across every transfer path, broken down by usage type so each path and region shows separately.AWSusage type
S3 Data Transfer – All PathsYour data-transfer spend for S3 across every transfer path, broken down by usage type so each path and region shows separately.AWSusage type

AI​

ViewThe question it answersProvidersGrouped by
AI Spend by Model FamilyYour spend on AI models grouped by the family of the model, such as Claude, GPT or Gemini, whether you buy them from the model maker, through Amazon Bedrock, through Google Cloud or through Cursor. Spend that is not tied to a model, such as seats, is shown on its own line.AWS, GCP, OpenAI, Anthropic, Cursormodel family
All AI Spend by ProviderYour total AI spend in one place: the AI and machine learning services of AWS, Google Cloud and Azure, plus OpenAI, Anthropic and Cursor, grouped by provider so you can compare them.AWS, GCP, Azure, OpenAI, Anthropic, Cursorcloud provider
Anthropic - Cache Hit Rate by ModelThe share of the input tokens each Claude model processed that came from the prompt cache instead of being read fresh, through the Anthropic API. A higher share means you pay the cheaper cache price for more of your input. Spend that is not billed per token is left out.Anthropicservice
Anthropic - Cost by API Key NameYour Anthropic spend grouped by API key, so you can see which keys cost the most.AnthropicAPI key
Anthropic - Cost by ModelYour Anthropic spend grouped by model, so you can see which models cost the most.Anthropicservice
Anthropic - Cost by Token TypeYour Anthropic spend grouped by token type, so you can see how much goes to input, output, and cached tokens.Anthropictoken type
Anthropic - Cost by Workspace NameYour Anthropic spend grouped by workspace, so you can see which workspaces cost the most.Anthropicaccount
Anthropic - Price per 1M Tokens by ModelWhat each Claude model costs you per million tokens through the Anthropic API, cached tokens included. Spend that is not billed per token, such as web search, is left out.Anthropicservice
Anthropic - Tokens by ModelHow many tokens each Claude model processed through the Anthropic API, cached tokens included, so you can see where the volume goes.Anthropicservice
Anthropic - Tokens by WorkspaceHow many tokens each Anthropic workspace processed, cached tokens included, so each team can see its share of the volume.Anthropicaccount
AWS - AI CostYour AWS AI and machine learning spend grouped by service, so you can see which AI services cost the most.AWSservice
Bedrock - Cache Hit Rate by ModelThe share of the input tokens each model processed on Amazon Bedrock that came from the prompt cache instead of being read fresh, including models you buy through AWS Marketplace. Models and lines that bill no cache are shown at zero or left out.AWSmodel
Bedrock - Cost by Inference ProfileYour Amazon Bedrock spend by the inference profile or model it was billed on, including regional and global cross-region profiles and models you buy through AWS Marketplace, so you can see which profiles cost the most. Spend with no profile is shown on its own line.AWSinference profile
Bedrock - Cost by ModelYour Amazon Bedrock spend by model, so you can see which models cost the most. Spend that is not billed per token, such as provisioned throughput, is shown on its own line.AWSmodel
Bedrock - Cost by RoutingYour Amazon Bedrock spend split between requests served in the region they were sent to and requests routed across regions, which bill at different rates. Spend that is not billed per token is shown on its own line.AWSrouting
Bedrock - Cost by Service TierYour Amazon Bedrock spend by service tier: standard, priority, flex and batch. Spend that is not billed per token is shown on its own line.AWSservice tier
Bedrock - Cost by Token TypeYour Amazon Bedrock spend by token type: input, output, cache read, cache write and embedding. Spend that is not billed per token is shown on its own line.AWStoken type
Bedrock - Cost by Usage TypeYour Amazon Bedrock spend broken down by model and token type, so you can see which models and which input or output tokens cost the most.AWSusage type
Bedrock - Cost by VendorYour Amazon Bedrock spend by the company that makes the model, such as Anthropic, OpenAI, Meta or Amazon, including models you buy through AWS Marketplace. Spend that is not billed per token is shown on its own line.AWSvendor
Bedrock - Price per 1M Tokens by ModelWhat each model costs you per million tokens on Amazon Bedrock, including models you buy through AWS Marketplace. Spend that is not billed per token, such as provisioned throughput, is left out.AWSmodel
Bedrock - Price per 1M Tokens by Token TypeWhat input, output, cache read and cache write tokens cost you per million on Amazon Bedrock, including models you buy through AWS Marketplace, so you can see which kind of token drives the bill.AWStoken type
Bedrock - Tokens by ModelHow many tokens each model processed on Amazon Bedrock, including models you buy through AWS Marketplace, so you can see where the volume goes.AWSmodel
Bedrock - Tokens by Token TypeHow many input, output, cache read and cache write tokens you processed on Amazon Bedrock, including models you buy through AWS Marketplace.AWStoken type
Bedrock - Tokens by VendorHow many tokens each model maker, such as Anthropic, OpenAI, Meta or Amazon, processed on Amazon Bedrock, including models you buy through AWS Marketplace.AWSvendor
Azure - AI CostYour Azure AI and machine learning spend grouped by service, so you can see which AI services cost the most.Azureservice
Claude - Cost by PlatformYour spend on Claude models, split by where you buy them: directly from Anthropic, through Amazon Bedrock, through Google Cloud or through Cursor.AWS, GCP, OpenAI, Anthropic, Cursorcloud provider
Cross-CSP - Total AI CostYour total AI and machine learning spend across AWS, Google Cloud, and Azure, grouped by cloud so you can compare AI cost across providers.AWS, GCP, Azurecloud provider
Cursor - Active Users per SeatOf the people you pay a Cursor seat for, the share who actually used it in each period. A falling line means seats are going unused.CursorNot grouped (one Total group)
Cursor - Active Users per Seat by Billing GroupThe share of paid Cursor seats in each billing group that were actually used, so you can see which teams have adopted it.Cursorbilling group
Cursor - Cache Hit Rate by ModelThe share of the input tokens each model processed in Cursor that came from the prompt cache instead of being read fresh. Seat fees are left out.Cursorservice
Cursor - Cost by Billing GroupYour Cursor spend, seats included, by Cursor billing group, so each team can see and own its share.Cursorbilling group
Cursor - Cost by ModelYour Cursor spend by model, with seat licenses as their own line, so you can see which models drive usage-based charges.Cursorservice
Cursor - Cost by Request SourceYour Cursor spend by where requests come from: the editor, the CLI, background agents, Bugbot or service accounts. Seat licenses are shown on their own.Cursorrequest source
Cursor - Cost by UserYour Cursor spend, seats included, by person. Requests from service accounts and automations are shown on their own.Cursoruser
Cursor - Cost per Accepted LineYour total Cursor cost, seats included, divided by the lines of AI-written code your developers accepted. Lower means more output for the money.CursorNot grouped (one Total group)
Cursor - Cost per Accepted Line by Billing GroupCursor cost per accepted line of AI-written code for each billing group, so you can compare what each team gets for its spend.Cursorbilling group
Cursor - Cost per Accepted Line by UserCursor cost for each person, their seat included, per accepted line of AI-written code. Very high values point at expensive models or prompts that rarely land.Cursoruser
Cursor - Cost per Agent RequestYour total Cursor cost, seats included, divided by the agent requests your developers made. Shows what each delegated task costs.CursorNot grouped (one Total group)
Cursor - Cost per Agent Request by Billing GroupCursor cost per agent request for each billing group, so you can compare how efficiently teams delegate work to the agent.Cursorbilling group
Cursor - Cost per Agent Request by UserCursor cost for each person, their seat included, per agent request, so you can spot where premium models make delegated work expensive.Cursoruser
Cursor - Price per 1M Tokens by ModelWhat each model costs you per million tokens in Cursor, cached tokens included. Seat fees and included requests, which cost nothing extra, are left out.Cursorservice
Cursor - Requests in Max ModeHow many Cursor requests ran in Max Mode, which uses larger context and costs more per request, against those that did not.CursorMax Mode
Cursor - Requests by ModelHow many Cursor requests each model served, so you can see which models your developers rely on.Cursorservice
Cursor - Requests by Request SourceHow many Cursor requests came from the editor, the CLI, background agents, Bugbot or service accounts.Cursorrequest source
Cursor - Requests by UserHow many Cursor requests each person made. Requests from service accounts and automations are shown on their own.Cursoruser
Cursor - Tokens by Billing GroupHow many tokens each Cursor billing group processed, cached tokens included, so each team can see its share of AI usage.Cursorbilling group
Cursor - Tokens by ModelHow many tokens each model processed in Cursor, cached tokens included, so you can see where large contexts go.Cursorservice
Cursor - Usage Value by ModelWhat your Cursor usage would cost at model prices, included usage too, by model. Compare it with your bill to see how much the seat allowance covers.Cursorservice
GCP - AI CostYour Google Cloud AI and machine learning spend grouped by service, so you can see which AI services cost the most.GCPservice
Gemini - Cache Hit Rate by ModelThe share of the input tokens each Gemini model processed that came from the context cache instead of being read fresh, whether through the Gemini API or Vertex AI. A higher share means you pay the cheaper cached price for more of your input.GCPmodel
Gemini - Cost by Billing ItemYour Gemini spend, whether it comes through the Gemini API or through Vertex AI, by the item Google bills it on. Each item names the model and whether it is input or output tokens, so you can see which models and token types cost the most.GCPusage type
Gemini - Cost by ModelYour Gemini spend by model, whether it comes through the Gemini API or through Vertex AI, so you can see which models cost the most. Spend that is not billed per token, such as video generation, is shown on its own line.GCPmodel
Gemini - Cost by ProjectYour Gemini spend by Google Cloud project, whether it comes through the Gemini API or through Vertex AI, so each team can see its share.GCPaccount
Gemini - Cost by Token TypeYour Gemini spend split into input, output and cached input tokens, whether it comes through the Gemini API or through Vertex AI, so you can see which kind of token drives the bill. Spend that is not billed per token is shown on its own line.GCPtoken type
Gemini - Price per 1M Tokens by ModelWhat each Gemini model costs you per million tokens, cached tokens included, whether through the Gemini API or Vertex AI. Spend that is not billed per token, such as video generation, is left out.GCPmodel
Gemini - Price per 1M Tokens by Token TypeWhat input, output and cached input tokens cost you per million on Gemini, whether through the Gemini API or Vertex AI, so you can see which kind of token drives the bill.GCPtoken type
Gemini - Tokens by ModelHow many tokens each Gemini model processed, input, output and cached tokens together, whether through the Gemini API or Vertex AI, so you can see where the volume goes.GCPmodel
Gemini - Tokens by Token TypeHow many input, output and cached input tokens Gemini processed, whether through the Gemini API or Vertex AI, so you can see how much of your volume the cache serves.GCPtoken type
Vertex AI - Partner Model Cost by ModelYour spend on partner models you run through Vertex AI Model Garden as a managed service, such as OpenAI gpt-oss, by model.GCPmodel
OpenAI - Cost by ModelYour OpenAI spend grouped by model, so you can see which models cost the most.OpenAIservice

Unit Economics​

ViewThe question it answersProvidersGrouped by
Cursor - Active Users per SeatOf the people you pay a Cursor seat for, the share who actually used it in each period. A falling line means seats are going unused.CursorNot grouped (one Total group)
Cursor - Active Users per Seat by Billing GroupThe share of paid Cursor seats in each billing group that were actually used, so you can see which teams have adopted it.Cursorbilling group
Cursor - Cost per Accepted LineYour total Cursor cost, seats included, divided by the lines of AI-written code your developers accepted. Lower means more output for the money.CursorNot grouped (one Total group)
Cursor - Cost per Accepted Line by Billing GroupCursor cost per accepted line of AI-written code for each billing group, so you can compare what each team gets for its spend.Cursorbilling group
Cursor - Cost per Accepted Line by UserCursor cost for each person, their seat included, per accepted line of AI-written code. Very high values point at expensive models or prompts that rarely land.Cursoruser
Cursor - Cost per Agent RequestYour total Cursor cost, seats included, divided by the agent requests your developers made. Shows what each delegated task costs.CursorNot grouped (one Total group)
Cursor - Cost per Agent Request by Billing GroupCursor cost per agent request for each billing group, so you can compare how efficiently teams delegate work to the agent.Cursorbilling group
Cursor - Cost per Agent Request by UserCursor cost for each person, their seat included, per agent request, so you can spot where premium models make delegated work expensive.Cursoruser

Financial Commitments​

ViewThe question it answersProvidersGrouped by
AWS Reserved Instance Utilization by ServiceUtilization of your AWS Reserved Instances for EC2, RDS, ElastiCache, OpenSearch, Redshift and other services.AWSservice
Commitment Coverage by CloudShare of commitment-eligible usage covered by Reserved Instances, Savings Plans, Azure reservations and Committed Use Discounts, at on-demand prices, per cloud.AWS, Azure, GCPcloud provider
Commitment Coverage by ServiceShare of each service commitment-eligible usage that commitments cover. A low line is usage still paying on-demand rates.AWS, Azure, GCPservice
Effective Savings Rate by CloudWhat commitments saved, net of the commitment you did not use, as a share of what the same usage would have cost on-demand.AWS, Azure, GCPcloud provider
Commitment Savings by TypeWhat each kind of commitment saved against on-demand prices, net of the commitment you paid for, unused hours included.AWS, Azure, GCPcommitment type
Unused Commitment by TypeCommitment you paid for and did not use, by kind of commitment: the waste to resize, exchange or let expire. AWS and Azure: GCP billing does not say how much of a CUD was used.AWS, Azurecommitment type
Commitment Utilization by TypeShare of each kind of commitment you paid for that your usage consumed. Azure reservations and savings plans need an amortized cost export: an actual cost export does not show unused hours. Committed Use Discounts are not included yet: their billing data does not show how much of the commitment was used.AWS, Azure, GCPcommitment type