Glossary of Routing Algorithms

Routing algorithms are the decision-making rules that determine how incoming support tickets are assigned to agents within a customer service system. In the context of a Telegram CRM for support teams operating through Topic Groups, these algorithms govern the flow of customer inquiries from the Bot Intake Form or direct message to the appropriate Conversation Thread and agent. Understanding the terminology behind these algorithms is essential for configuring an efficient Queue Management system that meets your Service Level Agreement targets.

Agent Assignment

Agent Assignment refers to the process of linking a specific support ticket to a designated agent or group of agents. This assignment can be manual, where a team lead picks a ticket from the queue and assigns it, or automatic, where routing logic selects the best-suited agent based on predefined criteria. Common assignment criteria include agent availability, current workload, skill set, and language proficiency. The assignment rule directly impacts First Response Time and overall team efficiency.

Automatic Routing

Automatic Routing is a system configuration where incoming tickets are distributed to agents without human intervention. This method relies on routing algorithms such as round-robin, least-busy, or skill-based matching. Automatic routing is often preferred in high-volume support environments because it reduces manual overhead and ensures consistent ticket distribution. However, it requires careful setup to avoid mismatched assignments that could lead to poor Resolution Time.

Bot Intake Form

Bot Intake Form is a structured interface, typically implemented as a Telegram bot, that collects initial information from a customer before a ticket is created. The form may ask for issue category, priority level, contact details, or a brief description. The data gathered here feeds into the routing algorithm, enabling pre-assignment categorization. For example, a high-priority issue flagged in the intake form can trigger an Escalation Policy immediately upon ticket creation.

Canned Response

Canned Response, also known as a Saved Reply or Quick Reply, is a pre-written message template that agents can insert into a conversation with a single click. While not a routing algorithm itself, canned responses are integrated into the support workflow to standardize replies and reduce typing time. In a Telegram CRM, canned responses are often stored in a shared library and can be tagged by issue type, allowing the routing system to suggest the most relevant template based on the ticket category.

Conversation Thread

Conversation Thread is the full history of messages exchanged between a customer and the support team regarding a single issue. In Telegram Topic Groups, each ticket typically corresponds to its own thread within a forum group. The thread contains all messages, agent notes, status updates, and attachments. Routing algorithms use the thread’s metadata—such as last activity time, current assignee, and status—to make decisions about reassignment or escalation.

Escalation Policy

Escalation Policy defines the rules for transferring a ticket from one support level to another, usually when the initial agent cannot resolve the issue within a specified timeframe or when the problem requires specialized knowledge. The policy may include conditions such as exceeding the First Response Time SLA, repeated customer complaints, or technical complexity. Escalation is a critical component of Queue Management, ensuring that no ticket remains unresolved due to lack of expertise or resources.

First Response Time

First Response Time (FRT) is the metric measuring the duration between when a ticket is created and when a customer receives the first reply from a support agent. This is a key performance indicator tied to the Service Level Agreement. Routing algorithms directly influence FRT by determining how quickly a ticket moves from the queue to an agent’s active workload. A well-configured algorithm reduces idle time in the queue, improving FRT.

Knowledge Base Integration

Knowledge Base Integration connects the CRM with a repository of articles, guides, and troubleshooting steps. When a ticket is created, the routing algorithm can automatically search the knowledge base for relevant articles and suggest them to the agent or even present them directly to the customer via the bot. This integration reduces Resolution Time by providing instant answers to common questions. It also helps in categorizing tickets based on the content of the matched article.

Queue Management

Queue Management is the overarching process of organizing, prioritizing, and distributing incoming tickets among available agents. It involves setting up routing algorithms, defining priority levels, monitoring queue depth, and adjusting assignments based on real-time workload. Effective queue management balances agent utilization with customer wait times. In a Telegram CRM, the queue is visualized in a dashboard where team leads can see all pending tickets, their statuses, and assigned agents.

Resolution Time

Resolution Time is the total duration from ticket creation to the moment the issue is marked as resolved. This metric is influenced by every stage of the support process, including routing accuracy, agent expertise, and availability of resources like canned responses and knowledge base articles. Routing algorithms that assign tickets to the most suitable agents tend to produce lower resolution times.

Response Template

Response Template is synonymous with Canned Response. It refers to a pre-defined message that agents can use to reply to common inquiries. Templates can include placeholders for dynamic data such as customer name, order number, or ticket ID. In routing contexts, templates are often grouped by category, allowing the algorithm to recommend the appropriate template based on the ticket’s subject or priority.

Round-Robin Routing

Round-Robin Routing is a simple algorithm that distributes tickets sequentially to agents in a predefined order. When the last agent in the list receives a ticket, the cycle starts again from the top. This method ensures an even distribution of workload over time, assuming all agents have similar skill sets and availability. Round-robin is easy to implement but does not account for agent specialization or current queue depth.

Service Level Agreement

Service Level Agreement (SLA) is a formal commitment between the support team and the customer (or internal stakeholders) defining expected response and resolution times. SLAs are typically tiered by priority: critical issues may require a first response within minutes, while low-priority tickets can wait hours. Routing algorithms must be configured to respect SLA targets by prioritizing tickets with approaching deadlines and assigning them to available agents.

Skill-Based Routing

Skill-Based Routing assigns tickets to agents based on their demonstrated expertise in specific areas. For example, a technical support ticket might be routed to an agent with advanced troubleshooting skills, while a billing question goes to a finance specialist. This algorithm requires a database of agent skills and a mechanism to categorize incoming tickets. Skill-based routing improves First Contact Resolution and reduces Resolution Time.

Status

Status refers to the current state of a ticket within the support workflow. Common statuses include New, Assigned, In Progress, Pending Customer, Resolved, and Closed. Routing algorithms use status to determine whether a ticket is eligible for reassignment. For instance, a ticket with status Pending Customer may be excluded from the queue until the customer replies. Status transitions are often automated based on agent actions or time-based triggers.

Telegram Topic Group

Telegram Topic Group is a forum-style chat within Telegram where each support ticket is represented as a separate topic thread. This structure allows agents to handle multiple conversations simultaneously without cross-contamination. The routing algorithm in a Telegram CRM typically creates a new topic when a ticket is generated, assigns it to a specific agent or group, and moves it between statuses as the conversation progresses.

Ticket

Ticket is the core unit of work in a support system. It represents a single customer issue or request, containing all related communication, metadata, and status history. In a Telegram CRM, a ticket is often tied to a specific Conversation Thread within a Topic Group. The routing algorithm processes tickets as they enter the system, determining their priority, category, and final destination.

Ticket Status

Ticket Status is a synonym for Status. It describes the lifecycle stage of a support ticket. The status field is used by routing algorithms to filter active tickets from resolved ones, trigger escalation policies, and generate reports on team performance.

Webhook Integration

Webhook Integration allows the Telegram CRM to send real-time event notifications to external systems or receive data from them. For routing, webhooks can trigger actions such as creating a ticket from an external form, updating agent availability based on an HR system, or notifying a team lead when a ticket exceeds its SLA threshold. Webhooks enable the routing algorithm to react to external events without manual polling.

What to Verify When Configuring Routing Algorithms

• Agent availability: Ensure that the algorithm accounts for online/offline status, breaks, and maximum concurrent ticket limits.
• Skill mapping: Verify that the skill database is current and that tickets are correctly categorized before routing.
• SLA thresholds: Confirm that priority levels and response time targets are accurately reflected in the routing logic.
• Escalation triggers: Test that escalation policies activate under the right conditions and that the next-level agents are notified.
• Queue visibility: Check that the team lead dashboard provides real-time data on queue depth, agent workload, and pending actions.

For further guidance on structuring your support team, see the article on defining agent roles and permissions. To understand how to monitor routing performance, refer to the team lead dashboard for routing overview.