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These calls correspond roughly to the Users function of the Exchange Admin and Admin Guide.
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KIIEX is a hybrid centralized-decentralized exchange platform designed for on-chain FX trading, cross-border payments and finance solutions.
KIIEX is an on-chain FX desk powering global payments, trading and finance solutions in an easy to use platform designed for everyone. Users, businesses or builders can use KIIEX by signing up for an account or connecting to APIs. KIIEX differs from other traditional platforms by its hybrid approach of sourcing liquidity and maintaining balances on-chain exposed to local currencies. KIIEX supports fiat swaps and payins/payouts via the pricing of local, non-dollar stablecoins and other tokenized real-world assets.
At the core of KIIEX is a hybrid matching engine that is able to source on-chain liquidity across any blockchain ecosystem while using centralized pricing to hedge and rebalance on-chain positions. The result is a ultra-liquid layer that can operate 24/7 on certain pairs that only have liquidity during traditional business hours.
KIIEX has a full suite of on and off ramps enabling instant payins and payouts from its system. These ramps are both UI and API enabled with the ability to disperse directly or to third-pary accounts while remaining 100% compliant.
KIIEX has developed a suite of APIs that embed all centralized and decentralized functionalities into a single set of APIs that any application can use. For more informaiton on the APIs, visit:
KIIEX is fully compliant within each jurisdiction. Users must adhere to KYC and AML standards and requirements.
KiiChain is the first FX layer 1 AppChain built for stablecoins and RWAs. KiiChain empowers users, developers and businesses who are building the future of finance in emerging markets.
KiiChain is a layer 1 blockchain built with the Cosmos SDK. It is an AppChain built as an abstraction layer for utility and liquidity for stablecoins and RWAs. It blends EVM compatibility with multi-chain connectivity to create a network that is highly interoperable, scalable and easy to use. Its design purpose is to onboard the next generation of developers in emerging markets who are building the best use-cases for real-world users.
KIIEX is a cross-border payment and trading platform bringing institutional liquidity and immediate settlement to the most popular FX and RWA pairs using non-dollar stablecoins.
KiiChain is a Proof-of-Stake blockchain. PoS selects validators based on the number of tokens they hold and are willing to "stake" as collateral for servicing and securing the network. Delegators, or individual "stakers", can delegate their tokens to any specific validator that meets the requirements.
The Kii RWA Protocol sets standardization of Real World Asset (RWA) tokenization through the T-REX (Token for Regulated EXchanges) protocol using CosmWasm smart contracts on KiiChain that are simultaneously mirrored to ERC tokens. The T-REX protocol is designed for compliant issuance and management of security tokens on blockchain networks. Apart from token standards, the protocol defines on-chain KYC, KYB and asset verification. The Kii RWA protocol on KiiChain is creating an interoperable unified liquidity layer for RWA tokens.
The Kii PayFi Module is a gas-optimized payment system for merchant transactions with specialized fee handling along with a Paymaster System to grant gas funds for DeFi actions via protocols. The module is developed for both web3 and web2 companies to incentivize the migration of their revenue and payment models to on-chain functions. Included in the module, is a Defi protocol that sets standards for TVL based loans, collateral management, interest models, and liquidity systems. Advanced features include revenue lending, invoicing financing, payment scheduling and TVL based credit card financing through community Payfi pools. This module is still in development and will be deployed in the coming weeks.
The EVM module allows for mirrored EVM compatibility and for smart contracts to be deployed in Solidity to the network. This means it can run all existing Ethereum dApps and smart contracts without needing any changes. It achieves this with a high-performance Ethereum Virtual Machine (EVM) that is optimized for speed and reliability. Thanks to its modular, plugin-based design, it allows any host blockchain to execute Ethereum transactions and smart contracts.
The Cosmos SDK is an open-source framework for building multi-asset public Proof-of-Stake (PoS) blockchains, like the Cosmos Hub.The goal of the Cosmos SDK is to allow developers to easily create custom blockchains from scratch that can natively interoperate with other blockchains. We envision the Cosmos SDK as the npm-like framework to build secure blockchain applications on top of CometBFT. SDK-based blockchains are built out of composable modules, most of which are open-source and readily available for any developers to use. The Cosmos SDK is a capabilities-based system that allows developers to better reason about the security of interactions between modules. Learn more about Cosmos .
Comet BFT (Byzantine Fault Tolerant) is the upgraded version of Tendermint Core, the Interchain's consensus mechanism that powers Cosmos SDK blockchain systems. Comet BFT has a modular architecture that separates the consensus engine from the application layer, allowing developers to build custom blockchain applications easily. It offers fast transaction finality and high throughput, making it ideal for applications that require quick and reliable performance. Learn more about Comet BFT .
Inter-Blockchain Communication is a protocol that allows for cross chain communication and data transfers. It connects different blockchain networks to promote high levels of interoperability, scalability and communication. IBC can be implemented to any blockchain network as long as it conforms to its protocol guidelines. Currently, there are over 100 networks integrated into IBC. Read more about IBC .
A background on why we're relentlessly building every day.
A lot has transpired since Satoshi’s whitepaper announcing the arrival of Bitcoin in 2008 as Bitcoin has become the digital gold standard and is positioning itself as the reserve currency of the world. In 2013, Ethereum established itself as the leader in layer 1 infrastructure, initiating the cycle of growth among web3 businesses. Since then, over 1 million tokens have been publicly launched, each with their unique focus.
The growth of each project has a common theme within the technology: Communication. Blockchain infrastructure connects users in ways never before, eliminating a centralized counterparty needed to facilitate that connection, and instead proposes changes to the architecture enabling decentralization as the preferred means of communication. Even though this change has prompted user adoption globally, there remains gaps in the technology that adjust to specific market and cultural conditions in emerging economies.
In developing countries, the current transfer of value mechanisms that connect emerging economies to developed economies are overly centralized, slow and costly. It's determined to be why emerging economies in the last 25 years have yet to “emerge”. These transfer of value networks have failed to improve globalization and local commerce in an efficient way, connecting important economic counterparts in order to create uniformity in how they communicate.
Although economically a very large industry, emerging markets don't just thrive on remittances from users aboard. Their economies are normally derived from production locally. Whether its natural resources and commodities, exports of goods, imports for raw materials for production of those goods, the necessity for a dedicated, open-sourced, unified liquidity layer is clear given that the B2B market is 10x+ the size of consumer remittances with higher average volumes and transactions. Faster fiat settlements, safer FX solutions, and access to international credit terms are only a few of the current existing pain-points.
KiiChain is unwaveringly committed to delivering high-performance, interconnected, and ultra-secure blockchain solutions as a driver in economic development in emerging markets in an effort to improve communication and globalization. At the heart of our technological prowess is the CometBFT mechanism, a solution for problems that exist in the economy, particularly emerging economies and Latin America. However, more than just a blockchain, Kii Global has built an infrastructure ecosystem of solutions designed to unify blockchain liquidity and its participants, in an effort to directly solve some of the biggest economic challenges in the region.
Where we've been and where we're going.
Inception. Internal building. OTC trading.
Q1: KiiChain Dev Net.
Q3: KIIEX Beta was launched, testing trading and payments in mainnet in a whitelisted environment (over $50m in total volume). Achieved positive EBIDTA and net margin.
Q2: KIIEX left beta and launched mainnet with multi-varied APIs and a suite of other features. KIIEX onboarded over 200 enterprise clients with access to over 200k in users.
Q1 & Q2:
Public sale, listing and mainnet.
PayFi module integration with mainnet.
KIIEX version 2.0 will be released with new UI/UX and third party ramp features.
KIIDEX integration into KIIEX with listing of RWA products.
DASP license in El Salvador for both KIIEX and KiiChain.
IBC and Wasm upgrades.
ICS module with dual staking.
Q3:
PayFi module fiat rail integrations and expansions. Connect to local payment gateways in target markets.
Kii RWA protocol dApp that lets users manage cross-chain transfers of their RWA tokens.
KIIEX API integrations for 30+ countries.
KIIEX Debit and Credit cards (with lend-borrow financing).
Q4:
Payfi financing protocol (ecosystem partnership) integrated with the Payfi module register profiles to extend credit to web2 and web3 companies and users.
On-chain invoice factoring and financing.
SVM module.
Q2: KIIEX build started from our OTC operation to scalable technology ().
Q4: Kii Mobile wallet was developed for version 1 of testnet ().
Q1: KiiChain Testnet V1 was developed and launched with the cosmos SDK ().
Q3: KiiChain Testnet V2 upgrades featuring an EVM module and other tools ).
Q4: Started KiiChain Testnet V3 upgrades with new EVM module, RWA protocol, Oracle and Payfi modules. This is the last version and repo that will be continuously evolving into mainnet ().
Incentivized testnet, XP and Oro rewards, featuring on-chain tasks and partnerships ().
Our vision of what and why we are building relentlessly everyday.
KiiChain is a supercharged unified liquidity network for international trade, finance and payments – specifically built for emerging markets. It seamlessly melds with prevailing payment infrastructures, aiming to alleviate the exorbitant costs and reduce barriers in global economic transactions. Unlike other monolithic blockchain layers, KiiChain is purpose-built for emerging markets and “last mile” integrations into local economies, breathing life into previously liquidity-constrained sectors that cannot financially communicate with the rest of the world.
The blockchain rides on the back of the CometBFT consensus mechanism built with the Cosmos SDK - a testament to its decentralization and commitment to achieve lightning-fast finality and minuscule network fees. Primarily, its design suits the daily exigencies of emerging economies, taking into account the wealth imbalances that exist. KiiChain’s Comet consensus mechanism boasts supercar-fast validators that produce blocks in seconds, allowing for instantaneous cross-chain settlement times and a fee on the network less than one peso.
The Kii blueprint saw expansion within its product and app suite, incorporating custom on-chain protocols and modules to allow any user, builder or business to connect directly to the network. KiiChains flagship native app, KIIEX, is a hybrid centralized-decentralized exchange specifically conceptualized for liquidity assimilations in RWA and payment settlement. KiiChain is amplified by a series of protocols and modules that provide interconnectivity between Ethereum, Solana, Cosmos and more – providing unified access to tradeable assets across ecosystems on one network.
The product suite provides institutional infrastructure and liquidity, connecting global players to local operators. KiiChain is EVM compatible and supports smart contracts in both Solidity and Rust. It’s a permissionless ecosystem for open finance, where web2 and web3 developers can build a wide variety of dApps and protocols.
KII has designed a sustainable rewards model where network participants can reap the rewards of the Kii Global suite of products.
Kii Global believes in a true non-inflationary environment for Kiichain that does not mint or burn tokens. However, in common PoS blockchains, minting features are popular to be able to cover the staking pool and its rewards.
In order to compensate for this, Kiichain has instituted an "evergreen" model where 5% of the cash flow of Kii Global's overall activity will be diverted to purchase coins in the market to replenish the rewards pool.
This is possible because Kii Global's real world use business model is already functioning, producing positive cash flow as an organization. This feature will be implemented 90 days after launching the token publicly, where earnings from the first 90 days will be sent to the lead market-maker in order to execute the trade and replenish KII into the staking pool.
The latest version of the KiiChain Whitepaper.
KII's value is derived from its Utility rather than a speculative investment. Here are the utility use cases for KII, outlining its value in the real-world and to the network.
KIIEX Benefits: KII holders will have reduced trading fees and cash-in/cash-out rates within the ecosystem. Users who remit funds in KII will have priority to liquidity and rates, especially within our ecosystem of partners.
KIIEX Incentives: KII will be used to create incentives for on-chain PayFi liquidity pools, designed specially to incentivize stablecoin liquidity when creating pools on the less demanded side of the trade. (ie: USDT / COP – higher need for COP liquidity than USDT liquidity, therefore those that create COP liquidity pools will receive KII incentives and greater spreads).
Payment for the use of the KiiChain RWA protocol: Payment for use of the RWA protocol and “unified liquidity” swaps to over 100+ networks will be in KII token relative to bps on total AUM of for permissioned tokens. Example: 10bps of the nominal asset value paid in KII from the liquidity sourced from an RWA purchase.
Pricing of Assets on KIIEX: Tokenized commodities and products can be priced in KII to create instant/easier liquidity in our hybrid CEX/DEX from native liquidity pools.
Collateral: KII will be used as a collateral on DeFi apps, liquid staking, lending, and futures settlement.
Staking: KII is required for validators and delegators to participate in the network. KII is the only token eligible for validating and delegating in KiiChain.
Rewards: KII is rewarded to validators and delegators for their service to the network.
Gas fees: KII is used for transaction fees. All transactions such as deployment of new smart contracts, creation of user accounts, or token transfer, require the payer to pay transaction fees in KII.
Governance: KII will be used for voting on future protocol and ecosystem development once the blockchain migrates to open governance.
Use cases are economy-centric, real world models currently in use. Kii is developing technological solutions to solve the current problems within each niche.
Traditional FX operations are hindered by TradFi banking hours (often times 8am to 1pm local). Essentially, only 25% of the day, on business banking days, can businesses or users engage in FX operations. Users can now engage in compliant, fast and affordable FX transactions on KiiChain and receive their funds real-time.
Liquidity is often fragmented among several different blockchain ecosystems. This causes headaches for users who need to manage different balances and wallets among different ecosystems. Direct bridging from each network can be slow, costly and difficult for users who don’t understand web3 architecture. KiiChain partners with protocols to create an interoperable liquidity layer that can deliver seamless cross-chain experiences to users of all types.
Commodities are among the most valuable and traded goods in the world with major reserves being mined and developed in emerging countries. Local companies can now tokenize their commodities and contracts, pricing them in Kii or a native asset to their project, and create instant liquidity on a global scale.
Imported and exported goods are one of the major drivers of GDP within Latin America and emerging economies. Many multinational companies in the region struggle to process funds and manage liquidity reserves. These products can be tokenized and transacted on the blockchain for users to transact with these goods, and for companies to better manage their reserves.
Asset fractionalization and ownership is becoming more imperative than ever before in markets with wealth fragmentation, high inflation and high interest rates. Real estate and asset infrastructure fractionalization allows users to own yield bearing, inflation protected, assets that cannot be owned by these users in whole. By democratizing the ownership process, liquidity can extend to other markets and users who would not otherwise have access prior.
Public equities, debt instruments, or exchange traded funds that are trading on traditional exchanges can be tokenized to expand, democratize and fractionalize their access cross-border, to individuals who do not have access to these opportunities.
Credit is a huge issue in developing countries with strict underwriting standards, toxic level interest rates and lack of available capital. DeFi lending will provide secure ways for users in developed countries to extend safe credit terms to participants in emerging markets.
Businesses and users in developing countries lack formal communication with payment processors abroad. Payment finance is a model that allows local businesses to bring their economic activity on-chain and receive financing that supports their core businesses, primary payment services activities.
Emerging markets suffer from a multi-trillion dollar credit gap. When businesses can bring their economic activity on-chain, they open themselves up to the world of lending and competitive interest rates. Businesses or users who could not previously receive credit from local institutions, can now communicate with lenders abroad.
The B2B remittance market transacts over hundreds of billions USD annually. These importers and exporters either win or lose on spot or forward contract settlements. By each counterparty posting liquidity via a smart contract on the blockchain, users can eliminate losses by sharing in any FX swings.
Start trading and using KIIEX's payment rails in Latam
When setting up your account, it is important to confirm your email before logging in for the first time.
Once you've created your account and logged in successfully, you need to complete KYC by clicking your account profile in the top right corner -> settings -> Verification Level.
Click "Increase to Level 1" and have a government-issued ID ready before you start. Make sure your photos are clear and eligible before you submit the required documents/photos. Please wait 1 minute and let the system verify your identity before you try again.
Secure your account with 2FA by going to your profile in the top right -> Settings -> Profile & Security -> Two-Factor Authentication.
We recommend using Google Authentication to secure your account. Never share your codes with anyone. KIIEX will never ask you for your password or 2FA codes.
Set up your account at or login to an existing account at .
Get a wallet for KiiChain Testnet Oro
Connect your Keplr or MetaMask wallet to the explorer app to stake KII into a validator or to help launch a full node/validator.
Connect to our web wallet using Keplr or Metamask.
Download and set up our Kii Mobile wallet from the App Store or Google Play. Mobile apps allow users to send and receive KII and stake their KII to a validator of their choice.
Connect your wallet to the KII interactive explorer and start staking.
If you have the MetaMask extension installed in your web browser, it should automatically connect the RPC endpoints.
It will then ask for approval to switch the network from Ethereum (default) to Kiichain Testnet. Click the "Switch Network" button.
Following, it will ask to link with your new wallet address. Click "Next".
Lastly, it will ask for wallet permissions. Click on "Confirm".
Awesome! Your wallet is now connected to the explorer app! Deposit testnet tokens in your address to delegate to the validator.
Go to Metamask.io and download and install the web extension browser. Make sure the web extension is from or . During testnet, if you do not have MetaMask installed first, you will receive this error.
Go to and make sure you are connected to the "Testnet Oro" network by selecting the dropdown in the top right.
For setting up a web wallet, see "". Once your wallet has been created, you can link it to the explorer app by clicking the wallet icon in the top right corner.
Testnet tokens can be found on the faucet page in the explorer or requested in the discord. For more information, see here: .
KIIEX is a B2B payment app and CEX within the ecosystem.
Create a relationship with the KIIEX team to open an account and start accessing institutional liquidity.
Set up a wallet using MetaMask or Keplr with a web wallet for Testnet Oro. Its important to use a wallet compatible to your browser.
Once the download has been completed, a prompt will appear, click "Create a new wallet" to begin.
Create a password that will control access to your account via the extension.
Create, record, and properly store your wallet secret phrase. This step is very important as these 12 words are your secret keys to your wallet.
Awesome, nice work! Your wallet has been created. Make sure you store your keys in a safe place!
Wallets like MetaMask and Keplr can be manually connected to various testnets. MetaMask supports EVM-compatible blockchains, and at default, is set to the Ethereum network. You will need to manually connect to the KiiChain network.
The link can be done though multiple sources:
Click the "Ethereum Mainnet" dropdown bar on the top left and then click "Add Network" on the pop-up box.
Manually add the following testnet chain ID to add the network.
Network name
Kiichain Testnet Oro
New RPC URL
Chain ID
1336
Currency symbol
KII
Block explorer URL
Upon saving and completion, you should be connected to the testnet network!
Go to Metamask.io and download and install the web extension browser. Make sure the web extension is from .
Now, get some testnet tokens by following the instructions: .
Are you a high volume trader or corporate client and would like access directly to the KIIEX white glove service?
Please send an email to "compliance@kiiglobal.io" with the following information to begin onboarding.
Email address with fully verified KIIEX account.
Corporate formation documents.
Tax ID documents.
Shareholder composition or capitalization table.
An onboarding analyst will contact you about your application and next steps.
Benefits:
Private group chat with direct access to the trading team.
Assigned private trader for executing block trades.
Tech support for building on Kii or KIIEX APIs.
More competitive spreads and fees.
This API covers the User-category calls in version 3.3 of the KIIEX exchange software. It includes calls required for log-in and authentication.
Support for additional fields has been added to the following requests:
GetAccounts
SubmitBlockTrade
ModifyOrder
Additional fields have been added to the following responses:
GetWithdrawFormTemplateTypes
SubmitAccountLedgerEntry
GetAllLedgerEntryTickets
GetOpenWithdrawHolds
GetOrderStatus
TransferFunds
GetLevel1 / Level1UpdateEvent / SubscribeLevel1
Become a Kii Ambassador
Welcome to the KiiAmbassadors Program, our exclusive initiative to spotlight and reward the most committed voices in the KiiChain community.
This is not just a title — it's a role of influence and responsibility, for those who believe in our vision and want to help us grow the project both on-chain and online.
KiiAmbassadors are selected community members who:
Amplify our core messages on Twitter and other platforms.
Stay active and helpful in Discord.
Help bring new users to the chain and nurture the community spirit.
Represent the KiiChain brand publicly, respectfully and consistently.
To maintain your role, we expect:
Engage weekly in the Kii Discord, especially in public channels.
React, share, and comment on KiiChain’s official posts on Twitter.
Participate in the weekly tasks, shared in this channel.
Help grow the community by inviting new users or explaining Kii to newcomers.
Report scams or malicious behavior to the mod team.
Suggest strong candidates who could join the program in the future.
Ambassadors who complete tasks consistently and with high quality may receive:
XP for the airdrop, redeemable for $KII at Mainnet launch
Monthly raffle for top ambassadors with prizes in USDT
GigaAmbassador role, which grants an airdrop multiplier
Shoutouts on our official socials and Discord
Access to exclusive giveaways
Special Q&A sessions with the KiiChain Core Team
Early access to new features, tools, and campaigns
Promotional content kits (logos, graphics, memes, templates)
To ensure fairness and reward real contribution, we have created a Points System to track all ambassador activities. Each action, such as retweeting, commenting, participating in Discord, creating original content, or attending events, will earn you points.
At the end of each month, top-performing ambassadors will be rewarded based on their accumulated points.
Our mod team will also share a weekly form where you can submit proof of your participation and activities, ensuring your points are correctly assigned.
In the table below, you can see how the points system is structured.
We reserve the right to revoke the role if:
You spread FUD or attack the KiiChain project or team.
You share scam links or break Discord’s rules.
You leak confidential information or early announcements.
You remain inactive without justification for a prolonged period.
You repeatedly ignore or skip assigned tasks.
Every 30 days, the KiiChain team will evaluate ambassador activity based on:
Task completion
Quality of participation
Alignment with community values
Members who don’t meet the standards may be removed from the program to make room for new voices.
This program will evolve over time with new challenges, perks and surprises. Stay active, stay curious, and keep pushing KiiChain to new frontiers.
SendOrder
Request Payload changed for Market Buy Value - if Buy order and Value (decimal) parameter is supplied, the Market order will execute up to the value specified.
GetExchangeServiceIds
Old GetExchangeServiceIDs Response An array of strings representing service ids.
New GetExchangeServiceIds Response Array hard coded with a single entry: "Matching Engine"
GetExchanges
Old GetExchangeServiceIds Response A list of exchanges within a specified exchange service id.
New GetExchangeServiceIds Response Retrieves exchanges from "THE" mathcing engine as there can only ever be one as of 3.4
Validate2FA
Behavior change, no longer has public permissions specified.
AddInstrument (DEPRECATED)
Behavior change, endpoint returns with bad request message specifying the endpoint is deprecated.
UpdateInstrument (DEPRECATED)
Behavior change, endpoint returns with bad request message specifying the endpoint is deprecated.
RemoveOperatorUser
Behavior change from “Deprecated” to “Remove Association of Operator with User"
An introduction and important links.
Oro Testnet is the final upgraded testnet before mainnet. Users and builders can interact and build with this testnet's latest features. Oro testnet will also run incentivization programs.
For on-chain activities, activations, airdrops and more, join our open testnet here:
Testnet Oro supports wallet connections with EVM and Cosmos based wallets like MetaMask and Keplr . To set up a wallet, make sure you have the MetaMask or Keplr wallet extension downloaded in your web browser. MetaMask supports extension downloads for the following web browsers: Chrome, Firefox, Brave, Edge and Opera. Kelpr supports wallets in Chrome, Firefox and Edge.
The command for requesting tokens in our Discord faucet channel is:
Example EVM:
Example Cosmos Address:
The full list of commands are:
List commands:
Request tokens:
Query an address balance:
Query a transaction:
Query the faucet and node status:
Query the faucet address:
Tokens can be staked in the Explorer App by connecting your wallet and delegating to an active validator. Make sure the wallet you have connected to the Explorer App is funded with tokens.
Quick start links:
General customer service and developer support are available in our channel. Get to know us.
You can find us on Discord:
We’re constantly running localized airdrops, hackathons, and competitions in our community.
Follow our X account and stay up to date with all announcements. For additional communities, visit our communities at Galxe, Zealy, TaskOn, and QuestN.
API Behavior Changes
Any query APIs that return these objects now have the below new fields and response value changes as listed.
AccountPosition
OrderTrade
AccountInstrumentStatistics
VerificationLevelInstruments
AccountStatistics
VerificationLevelProducts
OMSInfo
Fee
Instrument
You can apply to join the Ambassadors Program through the official KiiChain Discord:
For further explanation of how to set up your wallet, follow the steps or connect your testnet wallet to our explorer app automatically by following the steps .
Testnet Oro tokens are available in our or in the Explorer App. Once you have created a wallet, you can automatically request and receive 2,500 tokens within a 24 hour period. For any developers who would like more tokens, please request a bulk amount in our Discord channels. \
The Explorer App can be automatically connected to MetaMask or Keplr via the RPC endpoints. Once you have installed the MetaMask extension, follow the steps to connect your wallet and begin delegating.
If you’re a developer and are interested in building with KiiChain, a good place to start is reviewing the introduction information .
We’re active on our Discord. Whether you have questions regarding a hackathon or airdrop competition, or simply would just like to chat and build with us, join our discord .
NotionalHoldAmount
decimal. Cross Product Amount on Hold from open orders
NotionalRate
decimal. Current notional rate from base currency
TotalDayDepositNotional
decimal. Total Calendar Day Deposit Notional
TotalMonthDepositNotional
decimal. Total Calendar Month Deposit Notional
TotalDayWithdrawNotional
decimal. Total Calendar Day Withdraw Notional
TotalMonthWithdrawNotional
decimal. Total Calendar Month Withdraw Notional
CounterPartyClientUserId
int. Indicates counterparty source of trade (OMS, Remarketer, FIX)
NotionalProductId
int. Notional product the notional value was captured in
NotionalRate
decimal. Notional rate from base currency at time of trade
NotionalValue
decimal. Notional value in base currency of venue at time of trade
NotionalProductId
int. Notional product the notional value was captured in
DailyNotionalTradeVolume
decimal. Total Calendar Day Trading Notional
MonthlyNotionalTradeVolume
decimal. Total Calendar Month Trading Notional
YearlyNotionalTradeVolume
decimal. Total Calendar Year Trading Notional
NotionalProductId
int. Notional product the notional value was captured in
DailyNotionalLimit
decimal. Total Calendar Day Trading Notional
MonthlyNotionalLimit
decimal. Total Calendar Month Trading Notional
YearlyNotionalLimit
decimal. Total Calendar Year Trading Notional
TotalDayDepositNotional
decimal. Total Calendar Day Deposit Notional
TotalMonthDepositNotional
decimal. Total Calendar Month Deposit Notional
TotalDayWithdrawNotional
decimal. Total Calendar Day Withdraw Notional
TotalMonthWithdrawNotional
decimal. Total Calendar Month Withdraw Notional
DailyDepositNotionalLimit
decimal. Total Calendar Day Deposit Notional Limit
MonthlyDepositNotionalLimit
decimal. Total Calendar Month Deposit Notional Limit
DailyWithdrawNotionalLimit
decimal. Total Calendar Day Withdraw Notional Limit
MonthlyWithdrawNotionalLimit
decimal. Total Calendar Month Withdraw Notional Limit
BaseNotionalProductId
int. Id of Base Product to be used in Notional Limits
FeeTier
int. Id of the Fee Tier the fee belongs to. Matches AccountInfo FeeGroupId (previously existing field)
PriceCollarIndexDifference
decimal. The percent different from the index price that an order is allowed to execute at. Anything falling outside of the index price +/- (1 + PriceCollarIndexDifference) will be collared
PriceCollarConvertToOtcEnabled
bool. Turns on/off conversion of collared orders to block trades
PriceCollarConvertToOtcClientUserId
int. Internal System UserId to assign the collared otc orders to. Should alwaays be 1 in current implementation (default)
PriceCollarConvertToOtcAccountId
int. Account Id to assign the collared orders to. This will effectively be a liability account that will need to have working block trades managed by operator.
PriceCollarConvertToOtcThreshold
decimal. Threshold of remaining size of order to convert to block trade. If collared order does not have remaining quantity above this threshold the remainder will be cancelled.
OtcConvertSizeEnabled
bool. Turns on/off auto conversion of 'large' limit orders converted to block trade orders upon receipt by the matching engine
OtcConvertSizeThreshold
decimal. Threshold to convert limit order quantity to block trade automatically for discovery by block trade market participants
This section provides important information about the KIIEX exchange software powered by APEX.
The KIIEX API includes calls related to both quotes and orders. Quoting is not enabled for the retail end user of AlphaPoint software. Only registered market participants or marketmakers may quote. Your trading venue may offer quotes separately from orders.
A quote expresses a willingness to buy or sell at a given price.
An order is a directive to buy or sell.
In this version of the AlphaPoint matching engine software, quotes and orders are synonymous. They both can buy or sell. This is because the matching engine (like most matching engines) requires a "firm quote" — a guaranteed bid or ask.
For both quotes and orders, trading priority is the same, and no preference is given one over the other. In code, the matching engine flags a quote for eventual regulatory and compliance rules, but for current software operation and trade execution, quotes and orders behave equivalently.
Use the order-related API calls in preference to quote-related calls unless you specifically require quote-related calls.
KIIEX software differentiates between user and account. A user is the person who logs in; an account represents the funds and trading that the user does — much like a bank account represents funds and checks.
As with a bank account, an individual user may have multiple Exchange accounts. Similarly, multiple users may trade through a single account. There may be users who have trading access to one set of accounts that overlap (but do not duplicate) the set of accounts that another user can access. There may be a many-to-many relationship where two or more users have access to a set of accounts.
The use case for this kind of "joint tenancy" is an active trading desk where a specific individual may not always be present. If User A will not be present, User B can monitor and trade on the market. User A may wish to cancel his pending trades for a specific account or instrument, but not those of his trading partner under the same account or for the same instrument.
Permissions handle the rules that determine what a user can access and do with orders, cancellations, and the other tasks of a trading venue. Most permissions encompass tasks such as trading, depositing, or withdrawing funds; but a permission can be set for each API call for each individual in the venue.
An administrator with Operator permission sets up a user's permissions on the OMS when the user joins the trading venue, and only an administrator with Operator permission or above can change them. A full discussion of permissions is not part of this API.
In KIIEX software, a product is an asset that is tradable or paid out. A product might be a national currency, a crypto-currency, or something else such as a commodity. For example, a product might be a US Dollar or a New Zealand Dollar or a BitCoin or an ounce of gold. Transaction and withdrawal fees are denominated in products. (Products may be referred to as assets in some API calls.)
An instrument is a pair of exchanged products (or fractions of them). For example, US Dollar for BitCoin. In conventional investment parlance, a stock or a bond is called an instrument, but implicit in that is the potential exchange of one product for another (stock for dollars). AlphaPoint software thinks of that exchange as explicit, and separates product from instrument.
A JSON-formatted frame object.
Wrap all calls in a JSON-formatted frame object. Responses from the server are similarly wrapped. The API calls are documented as payloads by function name.
m message type
integer. The type of the message. One of: 0 request 1 reply 2 subscribe-to event 3 event 4 unsubscribe-from event 5 error
i sequence number
long integer. The sequence number identifies an individual request or request-and-response pair, to your application. The system requires a non-zero sequence number, but the numbering scheme you use is up to you. No arbitrary sequence numbering scheme is enforced by AlphaPoint. Best Practices: A client-generated API call (of message types 0, 2, and 4) should: Carry an even sequence number Begin at the start of each user session Be unique within each user session. Begin with 2 (as in 2, 4, 6, 8) Message types 1 (reply), 3 (event), and 5 (error) are generated by the server. These messages echo the sequence number of the message to which they respond. See the example, following.
n function name
string. The function name is the name of the function being called or that the server is responding to. The server echoes your call. See the example, following.
o payload
Payload is a JSON-formatted string containing the data being sent with the message. Payload may consist of request parameters (key-value pairs) or response parameters.
Note: You can send the key-value pairs inside the payload in any order. The server controls the order of its response.
Example 1
When sending a request in the frame to the software using JavaScript, a call looks like Example 1.
Example 2
When receiving a frame from the software, use the frame to determine the context, and then unwrap the content, as in Example 2.
Note: If not using JSON Stringify, escape quotation marks.
A response to an API call usually consists of a specific response, but both successful and unsuccessful responses may consist of a generic response object that verifies only that the call was received, and not that the action requested by the call took place. A generic response to an unsuccessful call provides an error code. A generic response looks like Example 3.
Example 3
result
Boolean. If the call has been successfully received by the Order Management System, result is true; otherwise it is false.
errormsg
string. A successful receipt of the call returns null. The errormsg key for an unsuccessful call returns one of the following messages: Not Authorized (errorcode 20) Invalid Response (errorcode 100) Operation Failed (errorcode 101) Server Error (errorcode 102) Resource Not Found (errorcode 104)
errorcode
integer. A successful receipt of the call returns 0. An unsuccessful receipt of the call returns one of the errorcodes shown in the errormsg list.
detail
string. Message text that the system may send. The content of this key is usually null.
The KIIEX software consists of several modules that include the Order Management System (OMS), the matching engine, and the Asset Manager. During installation, each is assigned an ID.
The Order Management System is the mechanism that manages access to the trading venue. The OMS controls permissions, accounts, and users. The OMS must be specified in many calls.
The order book resides on the AlphaPoint matching engine.
A trading venue is a combination of OMS and matching engine that creates a place to access the market and trade. A venue maintains its order book and matching engine, and may access several Order Management Systems.
The Asset Manager controls the deposit and withdrawal of funds belonging to an account. These funds can be denominated in any product that the trading venue allows.
KIIEX software uses two different time– and date-stamp formats, POSIX and Microsoft Ticks. Where the value of a time field key is an integer or long, the value is in POSIX format; when the value of a time field key is a string, it is in Microsoft Ticks format (also called datetime).
POSIX stores date/time values as the number of seconds since 1 January 1970 (long integer). AlphaPoint software often multiples this number by 1000 for the number of milliseconds since 1 January 1970. Recognize POSIX format: POSIX format is a long integer. It is usually formatted like this: 1501603632000
Microsoft Ticks (datetime) format represents the number of ticks that have elapsed since 00:00:00 UTC, 1 January 0001, in the Gregorian calendar. A single tick represents one hundred nanoseconds (one ten-millionth of a second). There are 10,000 ticks in a millisecond; ten million ticks in a second. Ticks format does not include the number of ticks attributable to leap-seconds. Recognize Ticks format: Ticks format is a string. In AlphaPoint software, it is usually formatted like this: "2018-08-17T17:57:56Z"
Note that a T (for time) separates the initial date from the time. The trailing Z represents the time zone, in all cases in AlphaPoint software, this is UTC (also called Zulu time).
Most KIIEX installations operate 24-hour computer-based trading venues. The trading day runs from UTC Midnight to UTC Midnight (essentially, London time, but without any summertime offset), regardless of the nominal location of the venue. Values such as open or close are those values as of UTC Midnight. Values for day, month, or annual periods run from UTC Midnight to UTC Midnight.
Category: User Permissions: Operator, Trading, AccountReadOnly Call Type: Synchronous
Subscribes the user to notifications about the status of account-level events: orders, trades, position updates, deposits, and withdrawals for a specific account on the Order Management System (OMS). The subscription reports all events associated with a given account; there is no filter at the call level to subscribe to some events and not others.
Account event information is supplied in comma-separated-value (CSV) format. For specific CSV formatting information, see the APEX Extract CSV Data Dictionary, available from AlphaPoint.
AccountId
integer. The ID of the account for the logged-in user.
OMSId
integer. The ID of the Order Management System to which the account belongs.
Subscribe
Boolean. A successful subscription returns true; otherwise, false.
When you call SubscribeAccountEvents, you subscribe to all of the following list of events. The Order Management System may supply them at irregular intervals and in any order; software must listen for these events. The system sends each of these events in a message frame.
AccountPositionEvent The balance in your account changes.
Trigger: The balance in your account changes.
CancelAllOrdersRejectEvent All orders for your account are rejected.
Trigger: All orders for your account are rejected.
CancelOrderRejectEvent Your order is canceled.
Trigger: Your order is canceled.
CancelReplaceOrderRejectEvent Your order is rejected even if a cancel-replace order was placed.
Trigger: Your order is rejected even if a cancel-replace order was placed.
MarketStateUpdate The market state is altered administratively.
Trigger: The market state is altered administratively.
NewOrderRejectEvent An order associated with your account is rejected.
Trigger: An order associated with your account is rejected.
OrderStateEvent The status changes for an order associated with your account.
Trigger: The status changes for an order associated with your account.
OrderTradeEvent An order associated with your account results in a trade.
Trigger: An order associated with your account results in a trade.
PendingDepositUpdate Deposit pending on your account.
These calls correspond roughly to the Accounts function of the Exchange Admin and Admin Guide.
These calls correspond roughly to the Trades function of the Exchange Admin and Admin Guide.
These calls correspond roughly to the OMS Orders function of the Exchange Admin and Admin Guide.
Category: User Permissions: Trading, AccountReadOnly Call Type: Synchronous
Returns a complete list of all orders, both open and executed, for a specific account on the specified Order Management System. The account named in the request must be associated with the calling user.
OMSId
integer. The ID of the Order Management System where the orders were placed.
AccountId
integer. The ID of the account whose orders will be returned
clientOrderId
integer. The unique ID assigned by the client for a specific order
originalOrderId
integer. The original ID of the order before any modifications
originalClientOrderId
integer. The original client-assigned ID of the order before any modifications.
userId
integer. The ID of the user requesting the order history.
instrumentId
integer. The ID of the trading instrument (e.g., a specific cryptocurrency or stock) for which the order history is being retrieved.
startTimestamp
long integer. Date and time at which to begin the orders history, in POSIX format.
endTimestamp
long integer. Date and time at which to begin the orders history, in POSIX format.integer. The ending timestamp (in POSIX format, milliseconds since 1 January 1970) until which to retrieve the order history.
depth
integer. The maximum number of orders to retrieve.
startIndex
integer. The index from which to start retrieving the order history.
The call GetOrderHistory returns an array containing both buy-side and a sell-side orders for the named account. The call returns an empty array if there are no open orders for the account.
Side
string. The side of a trade. One of: 0 Buy 1 Sell 2 Short 3 Unknown (an error condition)
OrderId
long integer. The ID of the open order. The OrderID is unique in each Order Management System.
Price
real. The price at which the buy or sell has been ordered.
Quantity
real. The quantity of the product to be bought or sold.
DisplayQuantity
real. The quantity available to buy or sell that is publicly displayed to the market. To display a displayQuantity value, an order must be a Limit order with a reserve.
Instrument
integer. ID of the instrument being traded. The call GetInstruments can supply the instrument IDs that are available.
orderType
string. Describes the type of order this is. One of: 0 Unknown (an error condition) 1 Market order 2 Limit 3 StopMarket 4 StopLimit 5 TrailingStopMarket 6 TrailingStopLimit 7 BlockTrade
ClientOrderId
long integer. An ID supplied by the client to identify the order (like a purchase order number). The ClientOrderId defaults to 0 if not supplied.
OrderState
string. The current state of the order. One of: 0 Unknown 1 Working 2 Rejected 3 Canceled 4 Expired 5 Fully Executed.
ReceiveTime
long integer. Time stamp of the order in POSIX format x 1000 (milliseconds since 1/1/1970 in UTC time zone).
ReceiveTimeTicks
long integer. Time stamp of the order Microsoft Ticks format and UTC time zone. Note: Microsoft Ticks format is usually provided as a string. Here it is provided as a long integer.
OrigQuantity
real. If the open order has been changed or partially filled, this value shows the original quantity of the order.
QuantityExecuted
real. If the open order has been at least partially executed, this value shows the amount that has been executed.
AvgPrice
real. The average executed price for the instrument in the order.
CounterPartyId
integer. The ID of the other party in an off-market trade.
ChangeReason
string. If the order has been changed, this string value holds the reason. One of: 0 Unknown 1 NewInputAccepted 2 NewInputRejected 3 OtherRejected 4 Expired 5 Trade 6 SystemCanceled_NoMoreMarket 7 SystemCanceled_BelowMinimum 8 SystemCanceled_PriceCollar 9 SystemCanceled_MarginFailed 100 UserModified
OrigOrderId
integer. If the order has been changed, this is the ID of the original order.
OrigClOrdId
integer. If the order has been changed, this is the ID of the original client order ID.
EnteredBy
integer. The user ID of the person who entered the order.
IsQuote
Boolean. If this order is a quote, the value for IsQuote is true, else false.
InsideAsk
real. If this order is a quote, this value is the Inside Ask price.
InsideAskSize
real. If this order is a quote, this value is the quantity of the Inside Ask quote.
InsideBid
real. If this order is a quote, this value is the Inside Bid price.
InsideBidSize
real. If this order is a quote, this value is the quantity of the Inside Bid quote.
LastTradePrice
real. The last price that this instrument traded at.
RejectReason
string. If this open order has been rejected, this string holds the reason for the rejection.
IsLockedIn
Boolean. For a block trade, if both parties to the block trade agree that one of the parties will report the trade for both sides, this value is true. Othersise, false.
CancelReason
string. If this order has been canceled, this string holds the cancelation reason.
OMSId
integer. The ID of the Order Management System on which the order took place.
Completes the second part of two-factor authentication (2FA) by sending the authentication token from a third-party authentication system to the Order Management System (OMS). Process: 1. Call webauthenticateuser
to obtain TwoFAType
and TwoFAToken
. 2. Use TwoFAToken
in your authentication app (e.g., Google Authenticator). 3. The authentication app returns a new token. 4. Call authenticate2FA
with the new token.
Token obtained from the third-party authentication source.
You can cancel a scheduled user report by providing its unique GUID.
The response confirms the receipt of the cancellation request but does not guarantee the cancellation's success.
To verify, use GetUserReportTickets
or GetUserReportWriterResultRecords
.
A globally unique ID string identifying the user report to cancel.
Associates a user affiliate tag with a user, enabling referral tracking.
The ID of the Order Management System on which the user operates.
The user's ID.
The affiliate ID.
The alphanumeric tag used to identify new affiliating members.
Provides a current Level 2 snapshot of a specific instrument trading on an Order Management System (OMS) to a user-specified market depth. The snapshot includes buyers and sellers at greater or lesser prices in the order book.
The ID of the Order Management System where the instrument is traded.
1
The ID of the instrument for which the snapshot is requested.
1
Depth of the market — the number of buyers and sellers at greater or lesser prices in the order book. Defaults to 100 if not provided.
100
The Order Management System ID.
The ID of the user.
The name of the user.
Successful retrieval of user account information.
The Order Management System ID.
The ID of the user.
The name of the user.
Successful retrieval of user account IDs.
The ID of the user.
The user name of the user.
The specific configuration key to retrieve.
Successful retrieval of unredacted user configuration by key.
The user ID.
The action performed on device.
The start date for the date range.
The end date for the date range.
Successful retrieval of user devices.
The ID of the user.
The count of records to return. Defaults to 50.
The record number to start returning records from. Defaults to 0.
Successful retrieval of user report writer result records.
Retrieves the latest Level 2 Ticker information and then subscribes the user to Level 2 market data event updates for one specific instrument. See the Level 2 Data Schema for details. The updates are sent asynchronously. Use the /market-data/unsubscribe-level2
endpoint to unsubscribe.
Successful subscription and initial Level 2 data.
Subscribes a user to a Ticker Market Data Feed. See the Ticker Data Format for details. The updates are sent asynchronously. Use the /market-data/unsubscribe-ticker
endpoint to unsubscribe.
The ID of the Order Management System.
The ID of the instrument.
Update interval in seconds. Default is 60.
Limit of records in ticker history. Default is 100.
Successful subscription and initial ticker data.
Retrieves the latest Level 1 Ticker information and then subscribes the user to ongoing Level 1 market data event updates for one specific instrument. See the Level 1 Data Schema for details. The updates are sent asynchronously. Use the /market-data/unsubscribe-level1
endpoint to unsubscribe.
Successful subscription and initial Level 1 data.
Retrieves Open Trade Reports (Block Trades only). See the Block Trade Data Schema for details. The initial snapshot and subsequent updates are arrays of trades. Use the /market-data/unsubscribe-block-trades
endpoint to unsubscribe.
The ID of the Order Management System.
The ID of the instrument.
Successful subscription and initial block trades data.
Subscribes to the Trades Market Data Feed. See the Trade Data Schema for details. The initial snapshot and subsequent updates are arrays of trades with numerical keys. The OrderTradeEvent documented in SubscribeAccountEvents is also related. Use the /market-data/unsubscribe-trades
endpoint to unsubscribe.
The ID of the Order Management System.
The ID of the instrument.
Number of previous trades to retrieve. Default is 100.
Successful subscription and initial trades data.
The ID of the Order Management System.
The ID of the user.
The ID of the affiliate.
The alphanumeric affiliate tag.
Array of account IDs.
The ID of the Order Management System.
Start time for the report.
End time for the report.
Successful report generation request.
Array of account IDs.
The ID of the Order Management System.
Start time for the report.
End time for the report.
Successful report generation request.
Array of account IDs.
The ID of the Order Management System.
Start time for the report.
End time for the report.
Successful report generation request.
The ID of the account.
The ID of the Order Management System.
Include pending positions?
Successful retrieval of account positions.
The ID of the Order Management System.
The ID of the account.
The specific execution ID (0 for all).
The specific trade ID (0 for all).
The specific order ID (0 for all).
The ID of the user.
Start timestamp (seconds since epoch).
End timestamp (seconds since epoch).
Maximum number of trade records to retrieve.
Starting index into the history of trades.
Successful retrieval of trades.
The ID of the Order Management System.
The ID of the account.
The number of transactions to return.
The starting index for transaction records.
The specific transaction ID (0 for all).
The reference ID.
The counterparty ID.
The product ID.
The ID of the user.
Start timestamp (seconds since epoch).
End timestamp (seconds since epoch).
List of transaction types to filter by.
List of transaction reference types to filter by.
Successful retrieval of transactions.
Array of account IDs.
The ID of the Order Management System.
Start time for the reports.
Report interval duration in days.
Successful report scheduling request.
The ID of the instrument.
The time between ticks in seconds.
Oldest date for ticker history (YYYY-MM-DD).
Most recent date for ticker history (YYYY-MM-DD).
The ID of the Order Management System.
Successful retrieval of ticker history.
The ID of the Order Management System.
The account ID.
The instrument ID.
The trade ID.
The order ID.
The user ID.
Start timestamp (POSIX format).
End timestamp (POSIX format).
The number of trades to return.
The starting index.
The execution ID.
The Order Management System ID.
The account ID.
The instrument ID.
The bid quote ID.
The ask quote ID.
Successful cancellation request.
The Order Management System ID.
The account ID.
The instrument ID.
The bid price.
The bid quantity.
The ask price.
The ask quantity.
Successful quote creation request.
The Order Management System ID.
The ID of the order to replace.
The client order ID for the replacement order.
The type of the replacement order.
The side of the replacement order.
The account ID.
The instrument ID.
Use display quantity.
The displayed quantity.
The limit price.
The stop price.
The reference price.
The peg price type.
The time in force.
One Cancels the Other order ID.
The quantity.
Successful cancellation and replacement.
The ID of the Order Management System.
The account ID.
The client order ID.
The original order ID.
The original client order ID.
The user ID.
The instrument ID.
The start timestamp (POSIX format).
The end timestamp (POSIX format).
The count of orders to return.
The starting index.
Successful retrieval of orders history.
The Order Management System ID.
The account ID.
The instrument ID.
The product ID.
The amount of the trade.
The price of the trade.
The type of the order.
The maker/taker status.
The side of the trade.
Successful retrieval of order fee.