AI agent development
AI agents run your operations. You set the rules.
Custom AI agents that operate software, take live calls, write code and research at scale, running in production inside your systems. Anything irreversible waits for a person you name.
- Your environment
- Your cloud account or your data center
- Any model
- Chosen per task, swapped in config
- Yours to keep
- Code, eval suite and runbook
Proven at scaleSystems our engineers built and ran for millions of users.
- −90%ticket volume after an AI support assistant went live
- −85%mean time to resolution on cases escalated to people
- 40,500requests per minute at peak load, in production
What we build
AI agents for every way work gets done.
From a screen with no API to a live phone line, from the codebase to the warehouse, from the security queue to the purchase order. Pick one and follow a typical run, step by step.
Agents that operate any screen
For the systems with no usable API: legacy desktop apps, vendor portals, terminal screens. The agent reads the screen, clicks and types like a trained operator, in an isolated session where every frame is recorded.
- screen.readOpens the vendor portal and reads the orderRead
- form.fillFills the change request, field by fieldReversible
- submit.clickSubmits, after approvalIrreversible
- session.saveKeeps the recording with the traceRead
Works acrossLegacy desktop appsVendor web portalsTerminal emulatorsCitrix sessionsInternal admin tools
Agents that take and make live calls
Real-time speech in and out, with the same tools your team uses: find the account, move the booking, change the order. A person can take over mid-call with the transcript already on screen.
- call.answerAnswers and confirms who is callingRead
- account.getPulls the account while the caller talksRead
- booking.moveMoves the appointmentReversible
- call.summaryLogs the summary and the next stepReversible
Works acrossTwilioAmazon ConnectGenesys CloudYour SIP trunkSalesforce
Agents that ship code and answer the pager
They triage alerts, find the change that caused them, open a pull request with tests and carry migrations across large codebases. Nothing merges or deploys without your reviewers.
- alert.triageMatches the alert to recent deploysRead
- logs.queryReads logs and traces around the incidentRead
- pr.openOpens a fix with testsReversible
- deploy.runDeploys, after the on-call lead approvesIrreversible
Works acrossGitHubGitLabDatadogGrafanaPagerDutyKubernetes
Agents that read everything and cite it
Contracts, filings, tickets, papers and your own wiki, read in full. Every answer links to the passage it came from, and a claim with no source is flagged before anyone relies on it.
- corpus.searchSearches your documents and approved sourcesRead
- doc.readReads the relevant sections in fullRead
- claim.verifyChecks each claim against its sourceRead
- brief.writeWrites the brief, a citation on every lineReversible
Works acrossSharePointGoogle DriveConfluenceSnowflakeYour data warehouse
Agents that answer from your data and keep it flowing
Ask in plain words and get the number, the query behind it and the definition it used. When a pipeline fails at night, the agent finds the broken step, proposes the fix and reruns it once a reviewer approves.
- metric.lookupFinds the metric's definition in the semantic modelRead
- sql.runRuns the query against the warehouse, read-onlyRead
- pipeline.fixOpens the fix for the failed jobReversible
- table.publishPublishes the corrected table, after approvalIrreversible
Works acrossSnowflakeDatabricksBigQuerydbtLookerPower BI
Agents that work the security queue
Every alert triaged, enriched and decided in minutes, with the evidence attached: is it real, what is affected, what happens next. Containment that can be undone runs at once. Anything wider waits for your analyst.
- alert.enrichPulls the host, the user and threat intel for the alertRead
- logs.huntSearches the estate for the same indicatorRead
- host.isolateIsolates the affected laptop, reversibleReversible
- account.disableDisables the account, after approvalIrreversible
Works acrossMicrosoft SentinelCrowdStrike FalconSplunkGoogle SecOpsOktaPalo Alto Cortex
Agents that finish the work in your CRM, ERP and helpdesk
Refunds, invoice matching, lead qualification, access requests: the multi-step work your teams repeat every day, done inside the systems you already run.
- ticket.readReads the request and its historyRead
- order.getPulls the order from the ERPRead
- crm.updateUpdates the customer recordReversible
- refund.issueRefunds the card, after approvalIrreversible
Works acrossSalesforceSAPOracle NetSuiteZendeskServiceNowWorkday
Agents that buy and sell, under a spend cap
Selling: a storefront that answers buyer agents and completes checkout over the card networks' agent payment rails. Buying: procurement that sources, compares and orders within a budget you set, every order in the ledger.
- catalog.searchFinds the item and three quotesRead
- cart.buildBuilds the order within the capReversible
- payment.placePays with an agent-scoped token, after approvalIrreversible
- order.recordPosts the order to the ledgerReversible
Works acrossYour storefrontStripeShopifySAP AribaCoupaCard-network agent payments
Teams of agents, one audit trail
A planner splits the work, specialist agents own each step and a verifier checks the result before anything is committed. Agents hand work to each other over A2A and share tools over MCP, and a long run survives a restart.
- plan.createThe planner splits the work into stepsRead
- task.delegateSpecialist agents take a step eachReversible
- verify.checkThe verifier tests the result against your rulesRead
- result.commitCommits the result, after approvalIrreversible
Works acrossMCPA2AYour existing agentsYour partners' agentsAny orchestration frameworkAny model provider
Architecture
Built into your stack. Owned by you.
Models are configuration, so switching vendors is a config change and a regression run.
- Where it worksScreens · Phone lines · Slack and Teams · Email · Your pager
- OrchestrationPlain code or a graph framework · A durable workflow engine for runs that must survive restarts
- ModelsFrontier models or open weights, with speech and vision where needed, chosen per step on your evals
- ProtocolsMCP for tools and data · A2A between agents, yours and your partners'
- ToolsTyped APIs over your systems, and isolated browsers and desktops where there is no API
- GuardrailsAction classes · Approval gates · Least privilege · Spend caps · Kill switch
- ObservabilityOpenTelemetry traces · Evals in CI · Cost per task
- Runs onYour cloud account or your own data center
- agents/Planner, specialists and a verifier, each with its own prompt and tests
- tools/Typed tools and MCP servers, scoped to the acting user
- sandbox/Isolated browsers and desktops for computer-use agents
- policies/actions.yamlAction classes, spend caps and who approves what
- evals/Graded cases from your history, run in CI on every change
- console/The approval queue your team works from
- infra/Terraform for the service, cloud or on-premises
- RUNBOOK.mdAlerts, escalation, model-change procedure
Keep exploring
From the first agent to a company that runs on intelligence.
Insights on AI agent development
- AI Customer Service Agents in 2026: What They Resolve, Where They Fail and How to Deploy Them
- AI Agent Guardrails: 8 Controls That Hold Up in Production
- What Drives AI Agent Development Cost in 2026
Services that pair with it
Get in touch
Tell us which work the agent should finish.
Write it as big as you imagine it.
14 answers, on the recordWhat leaders ask before agents act.
The decision
Which work should we hand to AI agents first?
Work that is high in volume, governed by clear rules and already measured, where most actions can be undone. Discovery ranks your candidates by value and by risk, and the first agent is the one with the best return at the lowest consequence. Higher-stakes work follows once the first agent has earned trust in production.
How do we measure the return on an AI agent?
Against a baseline taken before the build, on numbers your business already reports: cost per case, time to resolution, error rate and the share of work closed without a person. The targets are agreed in writing during discovery, the agent is graded on your past cases before launch, and the same numbers are reported every month after it.
Do we need an AI agent, or would a chatbot or workflow do?
It depends on whether the path is fixed. A chatbot answers questions, and a workflow or RPA bot repeats a fixed path and breaks when the path changes. An AI agent decides and completes the task: it reads from your systems, acts through a tool, checks the result and logs what it did. When the path is fixed, a plain workflow is cheaper and safer, and we say so on the first call.
Control and risk
What can an AI agent do without a person?
Only what your policy allows. Every action is classed as read, reversible or irreversible: reads and reversible changes run alone, logged and with a one-step undo, and anything irreversible, such as moving money, deploying to production or messaging customers, waits for a person you name. The policy is a file in your repository, reviewed and merged like any other change.
Who is accountable when an agent gets something wrong?
Your people stay accountable, and the trace shows them exactly what happened. Every step records the input, the tool called and the policy version in force, and every irreversible action records who approved it. A reversible mistake is undone in one step, and each incident becomes a case in the regression suite that every later change must pass.
Will our data be used to train AI models?
No. The agent runs in your cloud account or your data center, models are called through enterprise endpoints configured for zero data retention or run as open weights inside your environment, and nothing is used for training. Prompts, traces and evaluation data stay in your storage, under your access controls.
Will it pass our security and compliance review?
It is built for one. Controls are documented against the NIST AI RMF, ISO/IEC 42001 and the EU AI Act, and every change is tested against the OWASP Top 10 for Agentic Applications, from prompt injection and goal hijack to tool misuse and memory poisoning. Your reviewers receive the architecture, the data flows and the policy file before any build is approved.
Scale and the future
What happens when a better model is released?
You switch when your own evaluations say it is better. Models are configuration, so a new one is a config change followed by a run of your graded cases, and it ships only if quality, cost and speed hold. Different steps can use different models, with the most capable one kept for the hardest decisions.
How do we go from one AI agent to hundreds?
On a shared foundation built once: a registry of typed tools, one policy engine, one evaluation suite, one approval queue and one trace store. Every new agent inherits those controls from its first day, so each one ships faster than the last and your risk team reviews the platform once.
Can AI agents work in SAP, Salesforce and systems with no API?
Yes. Agents act through APIs and MCP servers we build and document for SAP, Salesforce, ServiceNow and your own services. Where a system has no usable API, such as a legacy desktop, a vendor portal or a terminal screen, a computer-use agent operates it through the screen in an isolated, recorded session. If a system cannot be automated safely, we say so during discovery.
Can our agents work with our partners' agents?
Yes. The Agent2Agent protocol (A2A) lets agents hand tasks to each other across companies and vendors, and the Model Context Protocol (MCP) lets them share tools and data. Each agent keeps its own identity, permissions and audit trail, so a partner's agent can ask and your policy decides.
Working with DigyAi
How much does AI agent development cost?
Four things drive the cost: how many systems the agent must act in, how usable their APIs are, how many decisions it may take alone, and how strict your audit and review requirements are. Discovery ends in a written proposal for each phase, approved before it starts. Running cost is model inference plus hosting in your environment, modeled per task during the build and held by spend caps in production.
How long does it take to build an AI agent?
Discovery takes two weeks and ends in a dated plan for your case, set mostly by how many systems the agent has to act in. From then on you see working software every two weeks, and the agent runs in shadow mode beside your team before it is allowed to act alone.
What do we own when the work is done?
All of it: the code, prompts, tools, policy file, evaluation suite and runbook, in your repositories and your environment from the first commit. Your team can run, change and extend the agents without us, and we stay on to run them only if you choose.
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