Platform Orchestration Full Stack Orchestration Enterprise Orchestration Background Job Management isAI Maestro Capabilities AI Engine Customers Blog Insights Events CIO/CTO CFO CPO CEO Tech Director App Director CISO VP Sales Request Demo
Platform · isAI

Agentic IT Operations That Resolve, Not Just Alert

Monitoring surfaces the symptom in seconds, then a person spends hours on the root cause and the fix. Symphony isAI closes that gap, detecting, diagnosing, and self-healing issues autonomously through a governed engine, and escalating only what is genuinely new.

★★★★★4.7 / 5 on Gartner Peer Insights
0+
Self-Healing Skills
Prebuilt detect, diagnose, and resolve patterns in the library, growing every release
0
Direct Model Execution
The model proposes, the governed engine executes, so no model ever touches a system
0×7
Ambient Monitoring
Continuous detection and diagnosis across the estate, follow the sun
The resolution gap

Detection Is Solved, Resolution Is the Gap

Alerts fire in seconds, yet a person still spends hours diagnosing and fixing. Most AI advises from the side and never acts, which is exactly why so many agent pilots stall before production.

01

Alerts fire, people toil

Monitoring surfaces the symptom in seconds, then an engineer spends hours on the root cause and the actual fix, usually overnight and under pressure.

02

AI that advises, never acts

Copilots summarise and suggest, then stop at the system boundary, so the toil and the delay stay exactly where they were before.

03

Pilots that never ship

Most agent pilots stall because acting without control cannot be approved, and advising without acting adds no real operational leverage.

04

Knowledge trapped in people

The fix lives in a senior engineer's head or a runbook nobody updates, so every recurrence starts the investigation from scratch.

Watch it resolve

Faults Resolved Before the Business Feels Them

These are in-library patterns, each detected, diagnosed, resolved through the governed engine, and verified, with the analysis recorded so the next occurrence resolves faster.

HANA Self-Healing · Memory and tablespace faults
1
Detect
isAI watches HANA memory and tablespace utilisation continuously and flags a temp tablespace climbing past the policy threshold.
2
Diagnose
It traces the spike to orphaned temp objects left by a failed transport, not a genuine capacity limit that would need more hardware.
3
Resolve
It clears the orphaned objects through the governed engine, bringing utilisation back to a safe level, with no restart of the database.
4
Verify
It confirms utilisation is stable and the blocked report can run, then records the cause and action in the audit trail.
A memory fault resolved before it cascades into the close, with no engineer paged and a full record of what ran.
Failed Job Recovery · Batch failures and downstream chains
1
Detect
A critical batch job fails overnight, and isAI catches it along with the four downstream jobs that depend on it.
2
Diagnose
It reads the system and database logs and identifies the temp tablespace exhaustion that aborted the run at step three of five.
3
Resolve
It applies the remediation, clears the space, and restarts the job through the governed engine once its checks pass.
4
Verify
It confirms the job completes and the downstream jobs run on schedule, escalating only if a check fails.
An overnight failure recovered before the business day, with the downstream financial jobs protected.
Runtime Dump Analysis · Recurring application errors
1
Detect
isAI picks up a recurring runtime dump and groups it with the others that share the same signature.
2
Diagnose
It analyses the dump, the short text, and the call stack to identify the root cause rather than the surface symptom.
3
Recommend
It proposes the corrective action with the supporting evidence, and applies it autonomously where confidence is high.
4
Verify
It confirms the error no longer recurs and records the analysis so the next occurrence resolves faster.
Runtime errors triaged and resolved without a senior engineer reading dumps line by line.
Interface Reprocessing · Integration and data-exchange failures
1
Detect
isAI monitors interface status and flags failures that would otherwise sit in a queue until someone happens to notice.
2
Diagnose
It classifies the failure, distinguishing a transient error from a data or configuration issue that genuinely needs a person.
3
Resolve
It reprocesses the recoverable failures through the governed engine and routes the genuine exceptions with full context.
4
Verify
It confirms the data exchange completed and the downstream process is unblocked.
Interface failures cleared in flow, so partner and cross-system data keeps moving.
Governed autonomy

Autonomy an Auditor Will Sign Off On

The fear that blocks autonomous operations is not capability, it is control. isAI is built so every autonomous action is bounded, reversible, and on the record, which is what moves it from a pilot into production.

The model never executes

isAI interprets and proposes, and the governed engine carries out every action through standard APIs, so no model ever touches a system directly.

Confidence-based escalation

High confidence resolves autonomously with a full trail, and low confidence escalates to a person with context and a recommendation to act on.

Blast radius held by policy

Each skill runs inside defined limits on scope and impact, so an autonomous action can never reach further than policy explicitly allows.

Reversible by design

Actions carry a rollback path and a restore point, so a resolution that fails validation is backed out cleanly rather than left half-applied.

Runs under enterprise identity

Every autonomous action carries a real identity mapped to each system's native authorisations, never a shared or elevated service account.

Immutable audit trail

Cause, action, and outcome are recorded on every resolution, so an auditor can review exactly what ran, when, and why it was safe.

The shift

From Detect and Alert to Detect and Resolve

Traditional AIOps became very good at surfacing the symptom. The gap is everything after the alert, and that is what isAI automates, under governance.

AIOps today

Detects and alerts

  • Monitoring surfaces the symptom, a person finds the cause
  • Alerts pile up and get triaged by hand
  • Copilots suggest, then stop at the system boundary
  • The fix lives in a runbook or a senior engineer
  • Every recurrence starts the investigation over
  • Autonomy is feared because it cannot be governed
With isAI

Detects and resolves

  • Detection, diagnosis, and the fix run as one governed loop
  • Known faults resolved autonomously, only the new escalates
  • Action runs inside the system, not just a suggestion
  • Resolutions captured and reused, so recurrence is faster
  • Every autonomous action carries identity and an audit trail
  • Autonomy an auditor can sign off on
One governed engine

isAI Is the Autonomous Mode of One Governed Engine

Symphony applies AI in three governed modes across operations. isAI is the ambient, autonomous one, and it shares the same engine, identity model, and audit trail as rule-based orchestration and the conversational co-pilot.

01 · Rules

Rule-based orchestration

Deterministic execution where the logic is fixed and the outcome is binary, so routine work runs without any reasoning.

02 · Conversational

Maestro co-pilot

Human and AI in dialogue for ambiguous work, with the recommendation and the decision made inside the tools teams already use.

03 · Ambient

isAI autonomy

Continuous AI that detects, diagnoses, and self-heals known faults on its own, escalating only what is genuinely new.

Reaches the whole estate

Autonomy Across Every Layer, Not Just Infrastructure

isAI acts through the same governed engine and 400+ nodes as the rest of Symphony, so it can heal at the layer where the fault actually lives, across any ERP and any SaaS.

ERP and applications
SAPOracleMicrosoft DynamicsSalesforceServiceNow
Database and OS
HANAOracleSQL ServerLinuxWindows
Cloud and infrastructure
AWSAzureGCPKubernetes
Signals and ITSM
ServiceNowJiraCloud ALMMonitoring feeds
Models (BYOM)
OpenAIAzure OpenAIBedrockGeminiPrivate

400+ prebuilt nodes plus custom scripts. isAI resolves at the layer the fault lives on, across any system with an API.

Built for regulated enterprises

Autonomy That Earns a Place in Production

Self-hosted
Deploys on VM, Kubernetes, or Docker Swarm inside the enterprise perimeter
Deployment
BYOM
OpenAI, Azure, Bedrock, Gemini, or a private model, with no lock-in
Any model
Audit-ready
Every autonomous action logged with cause, action, and outcome, aligned to SOC 2
Governance
4.7 / 5
Rated by enterprise reviewers on Gartner Peer Insights
Verified
15 years
Business Core Solutions, with global follow-the-sun support
Track record

Frequently Asked Questions

Refer to this section for answers to frequently asked questions related to agentic IT operations.

What is agentic IT operations?

Agentic IT operations uses AI that does not just detect and advise but diagnoses and resolves issues on its own, under governance. Symphony isAI watches the estate continuously, finds the root cause, applies the fix through a governed engine, and escalates only what is genuinely new, so resolution happens in flow rather than in an overnight firefight.

What can isAI self-heal today?

Proven, in-library patterns include HANA memory and tablespace faults, failed batch jobs and their downstream chains, recurring runtime dumps, and interface reprocessing. Each is detected, diagnosed, resolved through the governed engine, and verified, with the analysis recorded so the next occurrence resolves faster.

How is autonomous execution governed?

The model never touches a system directly. isAI proposes, and the governed engine validates, authorises, and executes every action through standard APIs under the user's identity, with blast-radius limits, confidence-based escalation, a rollback path, and an immutable audit trail on every resolution.

How is isAI different from AIOps?

Traditional AIOps detects, correlates, and alerts, then hands a person the toil of resolution. isAI closes that gap, diagnosing the cause and executing the fix inside the system through the governed engine, not just on a dashboard, and it self-heals known faults rather than only reducing alert noise.

Which systems can isAI operate on?

Databases, operating systems, applications, and interfaces across the estate, through 400+ prebuilt nodes and custom scripts. It works across any ERP and any SaaS, with SAP as the deepest vertical, so the same governed autonomy extends to any system Symphony can reach through an API.

See Agentic IT Operations Resolve, Not Just Alert

The conversation is exploratory and shaped by the estate and the recurring faults walked through during the session, from the alert today to the autonomous resolution.

Request a Demo
Join 60+ enterprises orchestrating at scale · 30-minute discovery session*