Fully allocated AI team
Long-term product involvement
Continuous agent improvement

Integrate AI agents into your internal systems to automate repetitive tasks, even within complex workflows, using your business data in a secure data-protection environment and in accordance with your operational rules. Work that previously grew in proportion to headcount can be shifted to agent-supported processes, helping your business handle larger workloads faster without expanding every routine role.

Benefits
In routine workflows, companies often rely on employees to verify data, update records, and approve next steps. But as AI changes how work gets done, companies do not always need to rebuild teams or hire new AI-ready employees. With AI agent development services from KPS, you can configure agents around existing processes, move time-consuming tasks to agent-supported workflows, and process more work without expanding every routine role.
Reduces delays in repeated workflow steps
Moves requests forward without constant follow-ups
Shortens response time for routine operations
Turns scattered knowledge into a usable working context
Helps teams find answers without searching several tools
Reduces dependency on individual employees for basic information
Applies defined rules to repeated cases
Keeps routine decisions aligned across teams
Escalates exceptions instead of treating every case manually
Adds automation without replacing core platforms
Keeps current tools involved in the workflow
Reduces disruption for teams already using existing systems
Shows what the agent did and when
Keeps logs for review and accountability
Makes sensitive actions easier to monitor
Takes over routine task steps
Keeps people in key decisions
Frees time for higher-value work
Considering developing an AI agent for your business?
KPS helps you choose where to start, plan how agents will connect to your systems, and estimate the scope of your first project.
Our Services
Our engineers cover the full project lifecycle, but the scope starts with understanding where an AI agent is actually needed. KPS reviews the workflow, data, systems, and expected value before development, so the agent supports a real business process instead of becoming another tool to maintain.
Solution architects and business analysts review your operations to identify where AI agents create real value. This stage covers workflow mapping, data and tool inventory, and scope definition before any development begins.
AI engineers design and build individual agents for specific business tasks, with defined tools, business logic, and clear behavior boundaries. Each agent is built around the workflow it serves rather than a generic template.
For processes that involve several steps or cross-team coordination, our engineers design systems in which specialized agents share work and exchange context under defined rules. Suitable for cases where a single agent would become a bottleneck.
Backend and integration engineers connect agents to CRMs, ERPs, databases, internal APIs, and other business tools. The focus is on stable data exchange, secure access, and consistent behavior across connected systems.
Process specialists and AI engineers replace manual, multi-step workflows with agent-driven automation. This includes document handling, ticket routing, data movement between tools, and routine operational decisions.
Our engineers build agents that work through natural-language interfaces: internal copilots that support employees in daily tasks and customer-facing assistants that handle requests, retrieve information, and trigger follow-up actions.
After deployment, our teams handle prompt adjustments, tool updates, performance monitoring, and behavior tuning. This keeps agents aligned with changing data sources, business rules, and operational priorities.
AI specialists and ML engineers who integrate into your team, follow your processes, and contribute to long-term agent development and support. It is useful when internal AI capacity needs to grow without adding fixed headcount.

Technology Stack
Our technology choices for AI agent projects depend on the type of work each agent handles, the systems it connects to, and the level of control required for sensitive operations. KPS forms the stack around industries where AI agents are already used in daily processes, including finance, healthcare, retail, logistics, manufacturing, and enterprise operations. This means we account for security, access control, response speed, system availability, integration stability, and monitoring from the architecture stage.
Large language models: GPT, Claude, Gemini, Llama
AI platforms: OpenAI API, Anthropic API, Google Vertex AI, Azure OpenAI, Amazon Bedrock
Model deployment options: cloud-based APIs, private model deployments, open-source model hosting
Agent frameworks: LangChain, LangGraph, LlamaIndex, AutoGen, CrewAI
Workflow orchestration: Temporal, Apache Airflow, Prefect
Agent logic: tool calling, function calling, structured outputs, task routing, memory management
Vector databases: Pinecone, Weaviate, Qdrant, Milvus, Chroma
Search and indexing: Elasticsearch, OpenSearch
RAG components: document parsing, chunking, embedding generation, metadata filtering, retrieval pipelines
Languages and runtimes: Python, Node.js, Java, .NET, Go
Frameworks: FastAPI, Django, NestJS, Express.js, Spring Boot, ASP.NET Core
API and communication: REST, GraphQL, WebSockets, RabbitMQ, Kafka, AWS SQS
Relational databases: PostgreSQL, MySQL, Microsoft SQL Server
NoSQL and in-memory stores: MongoDB, Redis, DynamoDB
Data practices: data modeling, access control, caching, synchronization, audit trails
Business systems: CRM systems, ERP systems, helpdesk platforms, HR systems, analytics tools
Communication tools: Slack, Microsoft Teams, Google Chat, email services
Integration methods: APIs, webhooks, middleware, event-driven integrations
Cloud platforms: AWS, Google Cloud Platform, Microsoft Azure
Containerization and orchestration: Docker, Kubernetes, Helm
CI/CD and automation: GitHub Actions, GitLab CI, Jenkins, Azure DevOps
Access control: OAuth 2.0, OpenID Connect, role-based access control
Data protection: encryption at rest, encryption in transit, secure credential management
AI-specific controls: permission boundaries, approval rules, prompt injection checks, sensitive data filtering
Backend testing tools: PyTest, Jest, JUnit, NUnit
Agent testing: scenario testing, tool-use validation, response checks, regression testing
Quality practices: test datasets, edge case validation, human review workflows, automated evaluation
Monitoring and logging: Prometheus, Grafana, ELK Stack, Datadog
AI observability: prompt logs, tool-call traces, response quality checks, token usage tracking
Error tracking and diagnostics: Sentry, New Relic
Engagement Models
Ways to work with KPS on AI agent development
AI agent projects differ in scope, pace, and the extent to which you want to keep the work internal. Our three engagement models match these differences while keeping delivery predictable and responsibilities clear.
Our Process
AI agent development requires clear decisions and visions before implementation starts. Our process follows a clear roadmap from discovery to production, with your team involved at every stage.
STEP 01:
Business stakeholders, product owners, employees who depend on the workflow, and KPS solution architects review the current process, existing problems, and points where human involvement is required. This step clarifies which part of the workflow the AI agent should support, what result it should deliver, and what limits must be considered before development starts.
STEP 02:
KPS business analysts and AI specialists define what the agent should handle, what data it can use, what actions it can perform, and when the process should involve a person. This creates a clear scope for development and prevents the agent from covering too many unrelated tasks.
STEP 03:
Our solution architects and backend engineers design the AI agent's technical structure. This includes model selection, data sources, integration points, API logic, access rules, and the systems the agent needs to work with.
STEP 04:
AI engineers and backend developers build the agent, configure prompts, connect tools, set workflow logic, and integrate required systems. Development is done in stages, so you can review how the agent works before the full release.
STEP 05:
Together with QA engineers and AI specialists, you test the agent against real scenarios, edge cases, incorrect inputs, and integration failures. A small beta group from your company also tests the agent in the real working environment and shares feedback. This step checks whether the agent follows the agreed process, uses the right data, and produces outputs that match your business expectations.
STEP 06:
DevOps engineers and support specialists prepare the release, configure monitoring, and support the agent after launch. Our team reviews logs, user feedback, workflow changes, and performance issues to adjust the agent if your business rules or systems change.
STEP 01:
Business stakeholders, product owners, employees who depend on the workflow, and KPS solution architects review the current process, existing problems, and points where human involvement is required. This step clarifies which part of the workflow the AI agent should support, what result it should deliver, and what limits must be considered before development starts.
STEP 02:
KPS business analysts and AI specialists define what the agent should handle, what data it can use, what actions it can perform, and when the process should involve a person. This creates a clear scope for development and prevents the agent from covering too many unrelated tasks.
STEP 03:
Our solution architects and backend engineers design the AI agent's technical structure. This includes model selection, data sources, integration points, API logic, access rules, and the systems the agent needs to work with.
STEP 04:
AI engineers and backend developers build the agent, configure prompts, connect tools, set workflow logic, and integrate required systems. Development is done in stages, so you can review how the agent works before the full release.
STEP 05:
Together with QA engineers and AI specialists, you test the agent against real scenarios, edge cases, incorrect inputs, and integration failures. A small beta group from your company also tests the agent in the real working environment and shares feedback. This step checks whether the agent follows the agreed process, uses the right data, and produces outputs that match your business expectations.
STEP 06:
DevOps engineers and support specialists prepare the release, configure monitoring, and support the agent after launch. Our team reviews logs, user feedback, workflow changes, and performance issues to adjust the agent if your business rules or systems change.
Clients' feedback
The comments below reflect different parts of cooperation with KPS: communication, delivery process, technical quality, and the ability to support your business needs over time.
OUR TEAM
Contact our client support team, which will provide you with a technical evaluation of your needs and give you details on the collaboration resources you will need.
HELP
You might find the answers here:
Since working with Kultprosvet, our customers are much happier with the product and its UX. They’ve added flexibility where the system was previously rigid, and they take full responsibility for the project, quickly fixing any issues that arise.