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From intelligent virtual assistants and enterprise chatbots to autonomous multi-agent systems and agentic workflow automation — SourceMash designs, builds, and deploys AI that doesn't just answer questions but takes action, makes decisions, and completes complex business tasks end-to-end with minimal human oversight.
Our Practices
Whether you need a conversational assistant that handles 70% of your support volume, an autonomous agent that completes multi-step research and action tasks, or a voice AI that resolves customer calls end-to-end — SourceMash has the production engineering depth to make it real, not just a demo.
Practice 01
AI agents are the next frontier beyond chatbots — systems that don't just respond to queries but autonomously plan, reason, use tools, and complete multi-step tasks on your behalf. SourceMash's Agentic AI practice designs and deploys production-grade autonomous agents for research, code generation, data analysis, customer operations, and complex business process execution — combining the reasoning capabilities of frontier LLMs with robust tool use, memory systems, and human-in-the-loop guardrails that make autonomous AI safe and reliable inside enterprise environments where reliability is non-negotiable.
Autonomous research agents that plan search strategies, query multiple sources, synthesise findings, and deliver structured intelligence reports — used for competitive intelligence, market research, due diligence, regulatory monitoring, and scientific literature review. They retrieve, verify, and cross-reference information across the web, internal databases, and proprietary data sources, delivering outputs that would take human analysts hours in minutes, with full source citations and confidence scoring on every claim.
AI coding agents that write, review, debug, refactor, test, and document code autonomously across your entire software development lifecycle — integrated into your IDE, CI/CD pipeline, and code review process. From generating boilerplate and unit tests to resolving GitHub issues end-to-end, these agents act as always-available senior engineers that accelerate developer velocity without requiring constant prompt engineering from your team.
Conversational data analysis agents that allow business users to query databases, data warehouses, and business intelligence systems in plain English — generating SQL, executing queries, interpreting results, creating visualisations, and narrating insights without requiring any technical expertise from the user. These agents transform your existing data infrastructure into a natural-language interface accessible to every decision-maker in your organisation.
Complex multi-agent architectures where specialised agents collaborate on enterprise tasks — a planner agent decomposes goals, specialist agents execute subtasks in parallel, and a supervisor agent reviews outputs with human approval when confidence thresholds are breached. We design agent topology, communication protocols, shared memory systems, and failure recovery mechanisms that make multi-agent systems reliable enough for production deployment.
Autonomous customer operations agents that handle end-to-end customer requests — order status, returns, account updates, complaints, appointments, and refunds — without human intervention across web chat, email, WhatsApp, and voice. These agents integrate directly with CRM, ERP, and ticketing systems so they take real action, resolving customer issues in a single interaction.
Computer-use AI agents that interact with web browsers, desktop applications, and legacy systems through vision-based interface control — automating tasks that have no API by seeing, clicking, typing, and navigating GUIs just as a human operator would. Ideal for automating repetitive web-based workflows, legacy system data entry, multi-system reconciliation, and browser-based testing in environments where programmatic APIs are unavailable or prohibitively expensive to build.
Short-term context buffers, long-term vector memory, episodic memory, and external knowledge stores that let agents remember and reason across interactions.
Equipping agents with web search, code execution, database querying, file manipulation, calendar, email, and custom enterprise API tools to take real-world action.
Confidence-based escalation, approval workflows, and audit logging that route agent actions for human review when uncertainty exceeds defined thresholds.
Prompt‑injection defence, sandboxed actions, rate limiting, rollback mechanisms, and output validation ensuring agents cannot perform destructive or unintended actions.
Practice 02
Modern enterprise chatbots powered by large language models are a fundamentally different proposition from the rule-based bots of five years ago. SourceMash builds LLM-powered chatbots that understand context, handle ambiguity, maintain conversation across multiple turns, and take action in your backend systems — deployed across every channel your customers and employees use. Our chatbot engineering practice covers everything from NLU design and conversation flow architecture to backend integration, channel deployment, analytics, and continuous optimisation.
LLM-powered customer support chatbots that resolve queries, process requests, and deflect tickets across web, mobile, and messaging channels — handling FAQs, order management, complaint resolution, refund processing, and account queries with natural, context-aware responses that maintain your brand voice. Integrated directly with CRM, helpdesk, and order management systems so the bot can take action, not just provide answers, with smooth handoff to human agents when escalation is warranted.
Internal employee virtual assistants that handle HR queries, IT helpdesk requests, policy look-ups, leave applications, expense submissions, onboarding guidance, and training recommendations — giving employees instant, accurate answers 24/7 without waiting for an HR or IT response. Connected to your HRIS, Active Directory, ServiceNow, and knowledge management systems for real-time, personalised responses based on each employee's role, location, and employment context.
Conversational shopping assistants that guide customers through product discovery, personalised recommendations, size and compatibility advice, checkout support, and post-purchase queries — increasing conversion rates, reducing cart abandonment, and improving customer lifetime value. These bots understand natural-language product queries, cross-reference your inventory in real time, and surface personalised recommendations based on browsing history, purchase patterns, and stated preferences.
Compliant, secure conversational AI for banking, insurance, and fintech — handling account queries, transaction history, loan eligibility checks, insurance claim initiation, investment portfolio summaries, and financial product recommendations. Built with PCI-DSS and GDPR compliance, multi-factor authentication handshakes, and strict PII handling to meet the security and regulatory requirements of financial services deployments without sacrificing conversational naturalness.
AI tutoring assistants and learning support chatbots for edtech platforms, corporate training programmes, and higher education institutions — providing personalised explanations, answering syllabus questions, generating practice problems, tracking learner progress, and adapting content difficulty based on individual performance. Built on your curriculum content with pedagogical safeguards ensuring the bot teaches and explains rather than simply providing answers that bypass the learning process.
HIPAA-compliant patient engagement chatbots for appointment scheduling, symptom checking, medication reminders, post-discharge follow-up, insurance query handling, and mental health check-in programmes — reducing administrative burden on clinical staff while improving patient experience and engagement between care episodes. Built with strict clinical content guardrails, clear scope boundaries, and seamless escalation to care teams when clinical assessment or urgent intervention is required.
Deploy a single NLU brain across web chat, WhatsApp, Facebook Messenger, Slack, Teams, SMS, and custom mobile apps simultaneously.
Detect and respond in 30+ languages automatically — with language‑specific model fine‑tuning for accuracy in non‑English enterprise markets.
Intent analytics dashboards, fallback pattern analysis, CSAT correlation, and A/B testing of conversation flows to drive continuous deflection improvement.
Confidence‑based escalation to live agents with full conversation context transfer — no repetition, no frustration, and measurable CSAT improvement on escalated cases.
Practice 03
Retrieval‑Augmented Generation is the architecture that makes LLMs trustworthy for enterprise use — grounding every response in your proprietary knowledge, citing sources, and avoiding the hallucinations that make general‑purpose LLMs unreliable for business‑critical queries. SourceMash's RAG practice builds production knowledge assistants that connect to your documentation, policies, databases, and real‑time systems, delivering accurate, citation‑backed answers that employees and customers can trust — with the retrieval precision, reranking sophistication, and hallucination mitigation that separates production RAG from hobbyist demos.
Internal knowledge assistants that give employees instant, accurate answers from policies, SOPs, product documentation, training materials, HR handbooks, and historical project records — eliminating hours lost to document search and expert dependency. We ingest, chunk, embed, and index your knowledge corpus with metadata‑aware retrieval, hybrid search, and reranking to ensure the most relevant content surfaces every time, not just the most keyword‑matched.
RAG‑powered Q&A systems for legal teams, compliance officers, and procurement — enabling natural‑language querying of contracts, regulatory filings, legal opinions, and compliance frameworks to surface clauses, obligations, deadlines, and risk flags in seconds. Built with strict source citation, confidence scoring, and clear scope boundaries so outputs are never mistaken for legal advice.
Developer and field‑engineer assistants grounded in product documentation, API references, architecture diagrams, and troubleshooting guides — enabling technical users to ask complex questions and receive accurate, code‑complete answers without navigating massive manuals. These systems reduce time‑to‑resolution and accelerate developer onboarding by making technical knowledge conversationally accessible.
Hybrid RAG systems that combine unstructured document retrieval with structured database querying — allowing users to ask questions that require both policy context and live operational data in a single answer, such as “What is our return policy for premium members, and how many premium returns are pending this week?” We architect the retrieval routing, query planning, and response synthesis layers that make multi‑source hybrid RAG reliable in production at enterprise query volumes.
RAG platforms for pharmaceutical, biotech, academic, and R&D organisations that make scientific literature, clinical trial data, experimental results, and research reports conversationally accessible — with domain‑specific embedding models, structured citation formats, hypothesis‑aware retrieval, and integration with PubMed, internal research databases, and patent repositories to accelerate research velocity and reduce duplicated effort.
RAG architectures that ingest and retrieve from continuously updating data sources — live news feeds, financial market data, real‑time customer events, IoT sensor streams, and operational dashboards — delivering answers grounded in the most current state of your data, not a static snapshot. We design the streaming ingestion pipeline, incremental indexing strategy, and cache invalidation logic that makes real‑time RAG performant and consistent under production load.
Semantic chunking, hierarchical chunking, and document-structure-aware splitting — maximising retrieval precision for complex, long‑form enterprise documents.
Combining dense vector search with BM25 sparse retrieval, followed by cross‑encoder reranking to surface the most relevant context for every query.
Faithfulness scoring, source grounding validation, and confidence‑based fallback — refusing to answer when retrieved context is insufficient rather than hallucinating.
Systematic RAG quality evaluation using RAGAS metrics — context precision, context recall, faithfulness, and answer relevancy — before and after every change.
Practice 04
Voice is the most natural human interface — and AI has now reached the point where voice‑based automation is genuinely indistinguishable from a skilled human agent in many scenarios. SourceMash's Voice AI practice builds production speech systems for call‑centre automation, IVR modernisation, real‑time transcription and analytics, and voice‑controlled enterprise applications — combining state‑of‑the‑art ASR, NLU, TTS, and dialogue management into end‑to‑end voice AI systems that reduce operational costs while improving the customer experience.
End‑to‑end AI call‑centre solutions that handle inbound customer calls autonomously — identifying caller intent, verifying identity, retrieving account information, resolving queries, and completing transactions without human intervention, with smooth escalation to live agents for complex cases. These systems typically deflect 50–65% of inbound call volume within the first three months while maintaining or improving first‑call resolution and customer satisfaction.
Replace legacy DTMF IVR menu trees with natural-language conversational IVR that understands open-ended caller intent — eliminating the "press 1 for billing, press 2 for support" frustration that damages customer experience and abandonment rates. We design, build, and integrate conversational IVR systems that understand what callers say in their own words, route intelligently based on intent, and maintain context across the entire call — including handoff to downstream systems and live agents.
Real-time transcription, speaker diarisation, and conversation analytics for call centres and sales teams — surfacing agent coaching opportunities, compliance risk flags, competitor mentions, sentiment shifts, and topic trends across every call automatically. We integrate with your telephony platform to process live call audio, apply custom vocabulary models for domain-specific accuracy, and feed structured insights into your BI platform, CRM, and quality management systems in real time.
Custom neural text-to-speech voices for IVR systems, customer notifications, content narration, and assistive technology — creating brand-consistent, natural-sounding voices that represent your company across every audio touchpoint. We also offer brand voice cloning services, developing a proprietary neural voice model trained from your recordings that cannot be replicated by off-the-shelf TTS providers, and integrate it across your call centre, app, and content production workflows.
Enterprise meeting intelligence platforms that automatically transcribe, summarise, extract action items, identify decisions, and route follow-ups from every meeting — integrating with Google Meet, Zoom, Microsoft Teams, and Webex to process audio in real time or post-call. These platforms surface a searchable, structured record of every discussion across your organisation, dramatically improving knowledge retention, accountability, and meeting ROI without changing how your teams work.
Custom voice interfaces for enterprise applications — warehouse management systems controlled by voice-picked commands, field service apps with hands-free data capture, accessibility-focused voice navigation for internal tools, and voice-commanded dashboards for executives. We design wake-word detection, custom vocabulary ASR models, and voice command intent recognition tailored to your specific application domain, noise environment, and user population.
Custom ASR models fine-tuned for your acoustic environment — factory floors, call centres, mobile, and outdoor — with domain vocabulary and accent support.
Accurate multi-speaker identification and separation — attributing every utterance to the correct speaker in multi-party calls and meeting recordings.
Sub-300ms transcription latency for live voice applications — supporting real-time agent assist, live captioning, and streaming voice commands.
Passive voice authentication for call centre caller verification — reducing handle time and eliminating knowledge-based authentication friction.
Practice 05
Agentic workflow automation is where conversational AI meets process intelligence — combining the language understanding of LLMs with the systematic execution discipline of workflow engines to automate complex, judgment-intensive business processes that traditional RPA cannot handle. SourceMash designs agentic automation architectures that can read documents, understand context, make decisions, interact with multiple systems, handle exceptions intelligently, and complete end-to-end business workflows with the kind of contextual reasoning that was previously only possible with a skilled human operator.
End-to-end agentic workflows for document-intensive business processes — invoice processing, contract review, loan origination, insurance claims, and trade finance — where an AI agent reads incoming documents, extracts structured data, validates against business rules, routes for approval, updates downstream systems, and handles exceptions with contextual judgment, achieving straight-through processing rates of 80–90% with full audit trails and human review for edge cases.
Agentic HR workflow automation for recruitment screening, candidate communication, interview scheduling, offer letter generation, onboarding task orchestration, and employee offboarding — with AI agents that screen CVs against role requirements, draft personalised communications, coordinate across calendars and systems, and guide new joiners through onboarding checklists with contextual support, reducing time-to-productivity while freeing HR teams from administrative burden.
Autonomous procurement agents that handle purchase order creation, vendor comparison, approval routing, delivery tracking, invoice matching, and exception resolution — integrating with your ERP, supplier portals, and logistics platforms to orchestrate the entire procure-to-pay cycle with minimal human touchpoints. These agents identify price anomalies, flag contract compliance issues, and proactively surface supply chain risks before they impact operations.
Sales acceleration agents that research prospects, draft personalised outreach, schedule follow-ups, update CRM records, generate meeting summaries, surface next-best actions, and flag at-risk deals — giving your sales team a tireless AI co‑pilot that handles the administrative and research work so they can spend more time selling. Integrated with Salesforce, HubSpot, and LinkedIn to operate within the tools your team already uses without requiring workflow changes.
Autonomous compliance monitoring agents that continuously scan transactions, communications, contracts, and operational data for regulatory violations, policy breaches, and risk signals — generating alerts, drafting incident reports, initiating remediation workflows, and producing audit‑ready documentation without requiring a compliance analyst to manually review every data point. Particularly effective for AML screening, GDPR compliance monitoring, trading surveillance, and health and safety compliance.
AIOps and autonomous DevOps agents that monitor infrastructure health, interpret alert fatigue, diagnose root causes, execute remediation runbooks, draft incident communications, and trigger escalations — reducing mean time to resolution for production incidents while giving your on‑call engineers AI‑assisted context that eliminates the frantic log‑diving that consumes incident response time. Also handles routine DevOps tasks: dependency updates, security patch assessment, infrastructure cost optimisation, and release note generation.
LangGraph and custom state-machine-based workflow orchestration supporting parallel execution, conditional branching, retry logic, and graceful failure handling.
Pre-built and custom connectors for SAP, Salesforce, ServiceNow, Oracle, Workday, SharePoint, and 50+ enterprise platforms for rapid integration.
Every agent decision, action, and tool call logged with timestamp, inputs, outputs, and confidence scores — providing complete auditability for regulated workflows.
Intelligent exception detection, contextual escalation routing, and human-review queues with full context packaging so reviewers spend seconds, not minutes, on each exception.
We select the right orchestration framework, LLM provider, voice platform, and vector database for each engagement — optimising for your latency, cost, security, and capability requirements rather than defaulting to a single opinionated stack.
A structured, outcome-oriented engagement methodology — from use case definition and conversation design to production deployment, channel integration, and continuous optimisation.
We begin with stakeholder workshops to identify the highest-value conversational AI and agentic automation opportunities in your organisation — mapping user journeys, auditing existing systems and data sources, quantifying the ROI of each candidate use case, and defining the success metrics that will govern the engagement. We deliver a prioritised roadmap with a clear recommendation on architecture approach (chatbot, agent, RAG, voice, or hybrid) and a phase-one project scope with realistic outcomes and timelines.
Our conversation designers and AI architects design the dialogue flows, intent taxonomy, entity schema, fallback strategies, and agent capability specification — creating detailed conversation design documents and agent architecture blueprints before a single line of code is written. For agentic systems, we define the tool set, memory architecture, planning approach, and human-in-the-loop decision points. This design rigour is what separates our deployments from ad-hoc LLM integrations that fail in production due to poor planning.
We ingest, clean, chunk, embed, and index your knowledge sources — documents, FAQs, policies, product data, historical conversations — building the retrieval infrastructure that grounds your chatbot or agent in accurate, current information. For voice systems, we collect audio samples, build custom vocabulary lists, and fine-tune ASR models for your domain. This knowledge engineering phase is where the accuracy and reliability of the final system is fundamentally determined.
We build the conversational AI system, integrate with your backend systems (CRM, ERP, helpdesk, databases), and conduct rigorous testing — including intent accuracy testing, edge case simulation, load testing, security testing, and red-teaming for adversarial inputs. For agentic systems, we test tool use reliability, planning accuracy, error recovery, and guardrail effectiveness across hundreds of scenario variations before any user is exposed to the system.
We deploy across your target channels — web chat, WhatsApp, Teams, Slack, voice, SMS — with staged rollout (initially limited traffic), live monitoring dashboards, and rapid response capability during the go‑live period. We configure human handoff workflows, escalation thresholds, and fallback behaviours before the first real user interaction, ensuring the system degrades gracefully to human support rather than failing silently when it encounters scenarios outside its confidence bounds.
Post-deployment, we monitor conversation analytics, intent recognition accuracy, deflection rates, CSAT, and fallback patterns — using this data to drive continuous optimisation sprints that improve performance over time. Most clients see a 15–25% improvement in deflection rates within 90 days of go‑live through this process. We also help plan and execute the expansion roadmap, adding new intents, channels, languages, or agentic capabilities as the system matures.
From CX leaders and COOs to CTOs and Chief Digital Officers — here is what enterprise leaders say about building production conversational AI with SourceMash.
We had tried two chatbot vendors before SourceMash. Both delivered bots that handled FAQs but fell apart the moment a customer asked anything slightly outside the script. SourceMash built a RAG-powered assistant that handles 72% of our support volume — including complex, multi-turn queries — with a 4.8-star satisfaction rating. The quality difference is night and day.
The IVR modernisation project SourceMash delivered for us has fundamentally changed our call centre economics. 61% call deflection, 35-second reduction in average handle time, and — critically — our customer satisfaction scores actually went up. When a technology project delivers both cost reduction and experience improvement simultaneously, that is exceptional delivery.
Our procurement team was drowning in manual PO processing — five-day cycle times, constant errors, supplier complaints. The autonomous procurement agent Sourcemash built now handles 88% of POs straight-through in under four hours. Our procurement team is now focused on strategic vendor relationships, not chasing paperwork. Transformational.
Our conversational AI and agentic systems team combines deep LLM engineering expertise with certified proficiency across the world's leading conversational AI and cloud platforms.
Perspectives, research, and practical guidance from our enterprise technology experts.
Everything you need to know before reaching out to us.
What deflection rates can we realistically expect from an enterprise chatbot?
Realistic deflection rates depend heavily on the use case, the quality of your knowledge base, and how well the bot is scoped. For well-defined, high-volume customer service scenarios (order tracking, FAQs, account queries), 60-75% deflection is achievable within three to six months of go-live and continuous optimisation. For broader, less predictable query types, 40-55% is a more honest initial target, growing over time as the system is optimised on real conversation data. We never promise specific deflection rates before seeing your actual query distribution, but we do guarantee a rigorous optimisation process that measurably improves performance each quarter. The single biggest determinant of deflection rate is the completeness and quality of your knowledge base, not the technology stack.
What is the difference between an AI agent and a chatbot?
A chatbot is primarily a conversational interface — it receives a query, retrieves or generates a response, and returns it. A sophisticated modern chatbot can also take predefined actions in integrated systems (look up an order, open a ticket). An AI agent goes further: it can autonomously plan a multi-step approach to completing a goal, use a range of tools to gather information and take actions, adapt its approach based on what it finds, handle exceptions with contextual judgment, and complete open-ended tasks that require more than a single retrieval or API call. In practice, the boundary is blurry — many production systems combine conversational interaction with agentic action capabilities. We help you determine the right level of autonomy for each use case based on the complexity of the task, the consequences of errors, and the availability of human oversight.
How do you ensure the chatbot or agent does not hallucinate or say something wrong?
Hallucination mitigation is the central engineering challenge in enterprise LLM deployment and we treat it with corresponding seriousness. Our approach combines: RAG grounding (every response is generated from retrieved source documents, not from the LLM's parametric knowledge alone), faithfulness scoring (we evaluate whether the generated response is actually supported by the retrieved context before serving it to the user), confidence-based fallback (when retrieval confidence is low, the bot explicitly says it does not know and offers to escalate rather than guessing), structured output validation (for factual queries with known-format answers, we validate the response against expected schemas), and continuous monitoring (tracking hallucination rates in production using automated evaluation and user feedback signals). No system is zero-hallucination — but our production systems achieve faithfulness rates of 90-95% on well-scoped knowledge base tasks, which is measurably superior to general-purpose LLM deployment without these safeguards.
Can the chatbot or agent integrate with our existing CRM, ERP, and helpdesk systems?
Yes — backend system integration is core to every enterprise deployment we build. A chatbot that can only retrieve information is far less valuable than one that can take action: looking up a customer's order in Salesforce, opening a ticket in Zendesk, updating a record in SAP, checking inventory in your ERP, or triggering a workflow in ServiceNow. We build these integrations using your systems' APIs, with appropriate authentication (OAuth, API keys, SSO), error handling, and rate limiting. We have pre-built connector libraries for Salesforce, HubSpot, Zendesk, ServiceNow, SAP, Workday, Shopify, and 50+ other enterprise platforms that significantly accelerate integration development timelines.
How do you handle data privacy and security for chatbot and agent deployments?
Data privacy and security is designed into the architecture from day one, not bolted on afterwards. Our standard measures include: PII detection and redaction (identifying and masking sensitive data before it is sent to LLM APIs), data residency controls (keeping all data within specified geographic regions for GDPR and data sovereignty compliance), role-based access control (ensuring the bot only retrieves information the authenticated user is authorised to see), encrypted data transmission and storage, comprehensive audit logging of all interactions, and minimum data retention policies. For regulated industries we support on-premise or private cloud LLM deployment (using open-source models like Llama 3) where no data leaves your infrastructure. We produce a data flow diagram and security architecture document for every deployment for your information security team's review.
How long does it take to build and deploy an enterprise chatbot or AI agent?
A focused, well-scoped chatbot for a specific use case (customer service for a defined product range, internal IT helpdesk, HR FAQ bot) typically takes 8 to 12 weeks from kickoff to production go-live. A RAG knowledge assistant with a well-prepared knowledge base can be delivered in 6 to 10 weeks. More complex agentic systems with multiple tool integrations and backend system connections typically take 12 to 20 weeks. Enterprise voice AI with custom ASR fine-tuning and telephony integration runs 14 to 20 weeks. These timelines assume reasonably clean knowledge base content and available API access to your backend systems — both of which we assess during an initial scoping engagement before committing to a project timeline.