Before
Keigo is not simply a style preference in Japanese business communication. It is a structured system of honorific language that signals respect, professionalism, and appropriate social relationship between the communicating parties. Japanese customer support operates in the teineigo and sonkeigo registers, with specific vocabulary, verb forms, and sentence structures that are distinct from casual or standard Japanese. An AI that uses casual Japanese, that mixes keigo and non-keigo forms within a response, or that uses the correct keigo vocabulary with incorrect verb conjugations is producing responses that a Japanese customer will immediately identify as wrong. The effect is not simply an impression of poor quality. In Japanese business culture, incorrect keigo signals either disrespect or incompetence, both of which are damaging to the client relationship in ways that are not easily repaired. The technical reason that most AI support tools fail on keigo is that the underlying language models are trained predominantly on internet-scale Japanese text, which includes a large proportion of casual and informal Japanese. Without specific fine-tuning or prompt engineering to constrain the model to formal keigo output, the AI will produce responses that drift toward the statistical average of its training data rather than the formal business standard required. Configuration of the system prompt, the knowledge base writing style, and the response template language are all required to produce consistent keigo output. For businesses requiring the highest keigo quality, custom AI deployment with a native Japanese business communication review of all knowledge base content is the appropriate solution. Intercom and Zendesk can produce adequate keigo quality with careful configuration, but they require ongoing monitoring and correction as the knowledge base evolves.
After
Keigo-consistent AI responses in Japanese maintain the formal communication standard your customers expect and protect brand perception in the Japanese market.
Before
The LINE Messaging API operates a 24-hour messaging window that begins when a user sends a message to the business LINE account. Within that 24-hour window, the business can send replies. After the window closes, the business cannot send any further messages to the user unless the user sends another message to re-open the window. For simple queries that the AI resolves within the first exchange, this constraint is not significant. For queries that require research, that have been escalated to a human agent who is not immediately available, or that involve a multi-step resolution process, the 24-hour window creates a serious risk that the conversation will close before the customer receives their answer. The configuration required to manage the LINE 24-hour window includes several components. The AI must be programmed to identify when a conversation is at risk of exceeding the 24-hour window and to send a proactive message to the customer before the window closes, explaining that the query is being addressed and requesting them to reply with a specific phrase to keep the conversation open. The notification message must be in formal Japanese, must explain the technical reason clearly, and must be timed to send with sufficient buffer before the window closes to allow the customer time to respond. For queries that have been escalated to human agents, the agent interface must display a countdown showing the time remaining in the LINE window so that agents prioritise LINE conversations accordingly. Without this configuration, LINE support conversations are routinely abandoned mid-resolution, and customers have no way to receive the response they were waiting for without initiating a new conversation and re-explaining their query from the beginning.
After
LINE 24-hour messaging window management prevents conversations from closing before resolution, eliminating the customer experience failure of unanswered support queries on your primary channel.
Before
Japan's Act on the Protection of Personal Information imposes specific obligations on businesses that collect and process personal data, including the personal data contained in customer support interactions. When a customer sends a support message via LINE, email, or website chat, that message contains personal data including the customer's LINE account, name, contact details, and the content of their enquiry. When that data is processed by an AI tool such as Intercom, Zendesk, or a custom large language model, it is transferred to the AI vendor's infrastructure for processing. APPI Articles 17 to 19 require that the business informs the customer of the purpose of data collection, does not use the data beyond that stated purpose, and, where personal data is transferred to a third party, either obtains consent or documents the transfer under an applicable exception. The cross-border transfer dimension of APPI is particularly relevant for Japanese businesses using US-headquartered AI vendors. Where personal data is transferred outside Japan, the business must ensure either that the recipient country has an adequate level of personal information protection as recognised under APPI, or that the recipient has implemented measures equivalent to APPI standards. The PPC (Personal Information Protection Commission) in Japan has published guidance on cross-border data transfers that sets out the documentation required. Most Japanese businesses using Intercom or Zendesk AI have not completed this documentation, meaning they are transferring customer personal data to a US-based AI vendor without the APPI-compliant legal basis for that transfer. Ignited Nepal provides APPI compliance documentation guidance specific to the AI vendor being used and works with the client to complete the required records before the AI is processing live customer data.
After
APPI compliance documentation for AI vendor data processing is complete before the AI handles live customer data.
Before
The fundamental requirement for any AI support system to achieve acceptable resolution rates is a knowledge base that contains accurate, structured answers to the query types the AI will encounter. For Japanese businesses, this knowledge base must be written in Japanese, structured for AI retrieval, and accurate in its representation of the business's products, policies, and processes as they are described in Japanese to Japanese customers. The English-language version of the knowledge base, even if it is excellent, is not a functional substitute. Japanese customers phrase their queries in Japanese, use Japanese product names and terminology, and expect responses that reference the specific terms and conditions they have been presented with in Japanese. The investment required to build a high-quality Japanese-language knowledge base is the primary reason most Japanese businesses have not completed it. Writing keigo-appropriate support articles requires either a native Japanese business writer or a careful review process applied to AI-drafted content. The content must be accurate, which requires input from the product, operations, and legal teams. The structure must meet AI retrieval requirements, which requires understanding of how the specific AI platform retrieves content. For businesses that do not have a dedicated knowledge management function, the knowledge base build is a project that sits permanently in the backlog. Ignited Nepal completes this project within the engagement, building a Japanese-language knowledge base to the specific retrieval requirements of the AI platform in use and the keigo quality standard the client's customers expect.
After
A Japanese-language knowledge base built to AI retrieval standards enables the AI to resolve the query types that currently consume your support team's time.